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# Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
#!/usr/bin/env python
#====================================================================
# DAOD_PHYSLITE.py
# This defines DAOD_PHYSLITE, an unskimmed DAOD format for Run 3.
# It contains the variables and objects needed for the large majority
# of physics analyses in ATLAS.
# It requires the flag PHYSLITE in Derivation_tf.py
#====================================================================
from AthenaConfiguration.ComponentAccumulator import ComponentAccumulator
from AthenaConfiguration.ComponentFactory import CompFactory
# Main algorithm config
def PHYSLITEKernelCfg(ConfigFlags, name='PHYSLITEKernel', **kwargs):
"""Configure the derivation framework driving algorithm (kernel) for PHYSLITE"""
acc = ComponentAccumulator()
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# This block does the common physics augmentation and thinning, which isn't needed (or possible) for PHYS->PHYSLITE
# Ensure block only runs for AOD input
thinningTools = []
if 'StreamAOD' in ConfigFlags.Input.ProcessingTags:
# Common augmentations
from DerivationFrameworkPhys.PhysCommonConfig import PhysCommonAugmentationsCfg
acc.merge(PhysCommonAugmentationsCfg(ConfigFlags, TriggerListsHelper = kwargs['TriggerListsHelper']))
# Thinning tools...
from DerivationFrameworkInDet.InDetToolsConfig import TrackParticleThinningCfg, MuonTrackParticleThinningCfg, TauTrackParticleThinningCfg, DiTauTrackParticleThinningCfg, TauJetLepRMParticleThinningCfg
from DerivationFrameworkTools.DerivationFrameworkToolsConfig import GenericObjectThinningCfg
from DerivationFrameworkCalo.DerivationFrameworkCaloConfig import CaloClusterThinningCfg
# Inner detector group recommendations for indet tracks in analysis
# https://twiki.cern.ch/twiki/bin/viewauth/AtlasProtected/DaodRecommendations
PHYSLITE_thinning_expression = "InDetTrackParticles.DFCommonTightPrimary && abs(DFCommonInDetTrackZ0AtPV)*sin(InDetTrackParticles.theta) < 3.0*mm && InDetTrackParticles.pt > 10*GeV"
PHYSLITETrackParticleThinningTool = acc.getPrimaryAndMerge(TrackParticleThinningCfg(
ConfigFlags,
name = "PHYSLITETrackParticleThinningTool",
StreamName = kwargs['StreamName'],
SelectionString = PHYSLITE_thinning_expression,
InDetTrackParticlesKey = "InDetTrackParticles"))
# Include inner detector tracks associated with muons
PHYSLITEMuonTPThinningTool = acc.getPrimaryAndMerge(MuonTrackParticleThinningCfg(
ConfigFlags,
name = "PHYSLITEMuonTPThinningTool",
StreamName = kwargs['StreamName'],
MuonKey = "Muons",
InDetTrackParticlesKey = "InDetTrackParticles"))
# disable tau thinning for now
tau_thinning_expression = "(TauJets.ptFinalCalib >= 0)"
PHYSLITETauJetsThinningTool = acc.getPrimaryAndMerge(GenericObjectThinningCfg(ConfigFlags,
name = "PHYSLITETauJetThinningTool",
StreamName = kwargs['StreamName'],
ContainerName = "TauJets",
SelectionString = tau_thinning_expression))
# Only keep tau tracks (and associated ID tracks) classified as charged tracks
PHYSLITETauTPThinningTool = acc.getPrimaryAndMerge(TauTrackParticleThinningCfg(
ConfigFlags,
name = "PHYSLITETauTPThinningTool",
StreamName = kwargs['StreamName'],
TauKey = "TauJets",
InDetTrackParticlesKey = "InDetTrackParticles",
DoTauTracksThinning = True,
TauTracksKey = "TauTracks"))
tau_murm_thinning_expression = tau_thinning_expression.replace('TauJets', 'TauJets_MuonRM')
PHYSLITETauJetMuonRMParticleThinningTool = acc.getPrimaryAndMerge(TauJetLepRMParticleThinningCfg(
ConfigFlags,
name = "PHYSLITETauJets_MuonRMThinningTool",
StreamName = kwargs['StreamName'],
originalTauKey = "TauJets",
LepRMTauKey = "TauJets_MuonRM",
InDetTrackParticlesKey = "InDetTrackParticles",
TauTracksKey = "TauTracks_MuonRM",
SelectionString = tau_murm_thinning_expression))
# ID tracks associated with high-pt di-tau
PHYSLITEDiTauTPThinningTool = acc.getPrimaryAndMerge(DiTauTrackParticleThinningCfg(
ConfigFlags,
name = "PHYSLITEDiTauTPThinningTool",
StreamName = kwargs['StreamName'],
DiTauKey = "DiTauJets",
InDetTrackParticlesKey = "InDetTrackParticles"))
## Low-pt di-tau thinning
PHYSLITEDiTauLowPtThinningTool = acc.getPrimaryAndMerge(GenericObjectThinningCfg(ConfigFlags,
name = "PHYSLITEDiTauLowPtThinningTool",
StreamName = kwargs['StreamName'],
ContainerName = "DiTauJetsLowPt",
SelectionString = "DiTauJetsLowPt.nSubjets > 1"))
# ID tracks associated with low-pt ditau
PHYSLITEDiTauLowPtTPThinningTool = acc.getPrimaryAndMerge(DiTauTrackParticleThinningCfg(ConfigFlags,
name = "PHYSLITEDiTauLowPtTPThinningTool",
StreamName = kwargs['StreamName'],
DiTauKey = "DiTauJetsLowPt",
InDetTrackParticlesKey = "InDetTrackParticles",
SelectionString = "DiTauJetsLowPt.nSubjets > 1"))
# keep calo clusters around electrons
PHYSLITEElectronCaloClusterThinningTool = acc.getPrimaryAndMerge(CaloClusterThinningCfg(
ConfigFlags,
name="PHYSLITEElectronCaloClusterThinningTool",
StreamName=kwargs['StreamName'],
SGKey="AnalysisElectrons",
CaloClCollectionSGKey="egammaClusters",
ConeSize=-1.0))
# keep calo clusters around photons
PHYSLITEPhotonCaloClusterThinningTool = acc.getPrimaryAndMerge(CaloClusterThinningCfg(
ConfigFlags,
name="PHYSLITEPhotonCaloClusterThinningTool",
StreamName=kwargs['StreamName'],
SGKey="AnalysisPhotons",
CaloClCollectionSGKey="egammaClusters",
ConeSize=-1.0))
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# GSF tracks associated to electrons
PHYSLITEElectronGSFTPThinningTool = CompFactory.DerivationFramework.EgammaTrackParticleThinning(
name = 'PHYSLITEElectronGSFTPThinningTool',
StreamName = kwargs['StreamName'],
SGKey = 'AnalysisElectrons',
GSFTrackParticlesKey = 'GSFTrackParticles',
InDetTrackParticlesKey = '',
BestMatchOnly = True)
acc.addPublicTool(PHYSLITEElectronGSFTPThinningTool)
# GSF tracks associated to photons
PHYSLITEPhotonGSFTPThinningTool = CompFactory.DerivationFramework.EgammaTrackParticleThinning(
name = 'PHYSLITEPhotonGSFTPThinningTool',
StreamName = kwargs['StreamName'],
SGKey = 'AnalysisPhotons',
GSFTrackParticlesKey = 'GSFTrackParticles',
InDetTrackParticlesKey = '',
BestMatchOnly = True)
acc.addPublicTool(PHYSLITEPhotonGSFTPThinningTool)
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# Collect the thinning tools
thinningTools = [PHYSLITETrackParticleThinningTool,
PHYSLITEMuonTPThinningTool,
PHYSLITETauJetsThinningTool,
PHYSLITETauTPThinningTool,
PHYSLITETauJetMuonRMParticleThinningTool,
PHYSLITEDiTauTPThinningTool,
PHYSLITEDiTauLowPtThinningTool,
PHYSLITEDiTauLowPtTPThinningTool,
PHYSLITEElectronCaloClusterThinningTool,
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PHYSLITEPhotonCaloClusterThinningTool,
PHYSLITEElectronGSFTPThinningTool,
PHYSLITEPhotonGSFTPThinningTool ]
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# End of block that should only be executed for AOD input
#==============================================================================
# Analysis-level variables
#==============================================================================
# Set up the systematics loader/handler algorithm:
sysLoader = CompFactory.CP.SystematicsSvc( 'SystematicsSvc' )
sysLoader.systematicsList= ['']
acc.addService(sysLoader)
dataType = "data"
if ConfigFlags.Input.isMC: dataType = "mc"
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# Needed in principle to support MET association when running PHYS->PHYSLITE,
# but since this doesn't work for PHYS->PHYSLITE anyway, commenting for now
#if 'StreamDAOD_PHYS' in ConfigFlags.Input.ProcessingTags
# from AtlasGeoModel.GeoModelConfig import GeoModelCfg
# acc.merge(GeoModelCfg(ConfigFlags))
# Create a pile-up analysis sequence
if ConfigFlags.Input.isMC:
from AsgAnalysisAlgorithms.PileupAnalysisSequence import makePileupAnalysisSequence
pileupSequence = makePileupAnalysisSequence( dataType, campaign=ConfigFlags.Input.MCCampaign, files=ConfigFlags.Input.Files, useDefaultConfig=True )
pileupSequence.configure( inputName = {}, outputName = {} )
for element in pileupSequence.getGaudiConfig2Components():
acc.addEventAlgo(element)
# Include, and then set up the electron analysis sequence:
from EgammaAnalysisAlgorithms.ElectronAnalysisSequence import makeElectronAnalysisSequence
electronSequence = makeElectronAnalysisSequence( dataType, 'LooseLHElectron.NonIso', shallowViewOutput = False, deepCopyOutput = True )
electronSequence.configure( inputName = 'Electrons',
outputName = 'AnalysisElectrons' )
for element in electronSequence.getGaudiConfig2Components():
acc.addEventAlgo(element)
# Include, and then set up the photon analysis sequence:
from EgammaAnalysisAlgorithms.PhotonAnalysisSequence import makePhotonAnalysisSequence
photonSequence = makePhotonAnalysisSequence( dataType, 'Loose.Undefined', deepCopyOutput = True, shallowViewOutput = False, recomputeIsEM=False )
photonSequence.configure( inputName = 'Photons',
outputName = 'AnalysisPhotons' )
for element in photonSequence.getGaudiConfig2Components():
acc.addEventAlgo(element)
# Include, and then set up the muon analysis algorithm sequence:
from MuonAnalysisAlgorithms.MuonAnalysisSequence import makeMuonAnalysisSequence
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isRun3Geo = False
from AthenaConfiguration.Enums import LHCPeriod
if ConfigFlags.GeoModel.Run >= LHCPeriod.Run3: isRun3Geo = True
muonSequence = makeMuonAnalysisSequence( dataType, shallowViewOutput = False, deepCopyOutput = True, workingPoint = 'Loose.NonIso', isRun3Geo = isRun3Geo)
muonSequence.configure( inputName = 'Muons',
outputName = 'AnalysisMuons' )
for element in muonSequence.getGaudiConfig2Components():
acc.addEventAlgo(element)
# Include, and then set up the tau analysis algorithm sequence:
# Commented for now due to use of public tools
from TauAnalysisAlgorithms.TauAnalysisSequence import makeTauAnalysisSequence
tauSequence = makeTauAnalysisSequence( dataType, 'Baseline', shallowViewOutput = False, deepCopyOutput = True )
tauSequence.configure( inputName = 'TauJets', outputName = 'AnalysisTauJets' )
for element in tauSequence.getGaudiConfig2Components():
acc.addEventAlgo(element)
# Include, and then set up the jet analysis algorithm sequence:
jetContainer = 'AntiKt4EMPFlowJets'
from JetAnalysisAlgorithms.JetAnalysisSequence import makeJetAnalysisSequence
jetSequence = makeJetAnalysisSequence( dataType, jetContainer, deepCopyOutput = True, shallowViewOutput = False, runFJvtUpdate = False, runFJvtSelection = False, runJvtSelection = False)
jetSequence.configure( inputName = jetContainer, outputName = 'AnalysisJets' )
for element in jetSequence.getGaudiConfig2Components():
acc.addEventAlgo(element)
largeRjetContainer='AntiKt10UFOCSSKSoftDropBeta100Zcut10Jets'
largeRjetSequence = makeJetAnalysisSequence( dataType, largeRjetContainer, postfix="largeR",
deepCopyOutput = True, shallowViewOutput = False,
runGhostMuonAssociation = False)
largeRjetSequence.configure( inputName = largeRjetContainer, outputName = 'AnalysisLargeRJets')
for element in largeRjetSequence.getGaudiConfig2Components():
acc.addEventAlgo(element)
# Build MET from our analysis objects
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# Currently only works for the AOD->PHYSLITE workflow
if 'StreamAOD' in ConfigFlags.Input.ProcessingTags:
from METReconstruction.METAssocCfg import AssocConfig, METAssocConfig
from METReconstruction.METAssociatorCfg import getAssocCA
associators = [AssocConfig('PFlowJet', 'AnalysisJets'),
AssocConfig('Muon', 'AnalysisMuons'),
AssocConfig('Ele', 'AnalysisElectrons'),
AssocConfig('Gamma', 'AnalysisPhotons'),
AssocConfig('Tau', 'AnalysisTauJets'),
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AssocConfig('Soft', '')]
PHYSLITE_cfg = METAssocConfig('AnalysisMET',
ConfigFlags,
associators,
doPFlow=True,
usePFOLinks=True)
components_PHYSLITE_cfg = getAssocCA(PHYSLITE_cfg,METName='AnalysisMET')
acc.merge(components_PHYSLITE_cfg)
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# The derivation kernel itself
DerivationKernel = CompFactory.DerivationFramework.DerivationKernel
acc.addEventAlgo(DerivationKernel(name, ThinningTools = thinningTools))
return acc
def PHYSLITECfg(ConfigFlags):
acc = ComponentAccumulator()
# Get the lists of triggers needed for trigger matching.
# This is needed at this scope (for the slimming) and further down in the config chain
# for actually configuring the matching, so we create it here and pass it down
# TODO: this should ideally be called higher up to avoid it being run multiple times in a train
from DerivationFrameworkPhys.TriggerListsHelper import TriggerListsHelper
PHYSLITETriggerListsHelper = TriggerListsHelper()
# Common augmentations
acc.merge(PHYSLITEKernelCfg(ConfigFlags, name="PHYSLITEKernel", StreamName = 'StreamDAOD_PHYSLITE', TriggerListsHelper = PHYSLITETriggerListsHelper))
# ============================
# Define contents of the format
# =============================
from OutputStreamAthenaPool.OutputStreamConfig import OutputStreamCfg
from DerivationFrameworkCore.SlimmingHelper import SlimmingHelper
PHYSLITESlimmingHelper = SlimmingHelper("PHYSLITESlimmingHelper", NamesAndTypes = ConfigFlags.Input.TypedCollections)
# Trigger content
PHYSLITESlimmingHelper.IncludeTriggerNavigation = False
PHYSLITESlimmingHelper.IncludeJetTriggerContent = False
PHYSLITESlimmingHelper.IncludeMuonTriggerContent = False
PHYSLITESlimmingHelper.IncludeEGammaTriggerContent = False
PHYSLITESlimmingHelper.IncludeJetTauEtMissTriggerContent = False
PHYSLITESlimmingHelper.IncludeTauTriggerContent = False
PHYSLITESlimmingHelper.IncludeEtMissTriggerContent = False
PHYSLITESlimmingHelper.IncludeBJetTriggerContent = False
PHYSLITESlimmingHelper.IncludeBPhysTriggerContent = False
PHYSLITESlimmingHelper.IncludeMinBiasTriggerContent = False
# Trigger matching
# Run 2
if ConfigFlags.Trigger.EDMVersion == 2:
# Need to re-run matching so that new Analysis<X> containers are matched to triggers
from DerivationFrameworkPhys.TriggerMatchingCommonConfig import TriggerMatchingCommonRun2Cfg
acc.merge(TriggerMatchingCommonRun2Cfg(ConfigFlags,
name = "PHYSLITETrigMatchNoTau",
OutputContainerPrefix = "AnalysisTrigMatch_",
ChainNames = PHYSLITETriggerListsHelper.Run2TriggerNamesNoTau,
InputElectrons = "AnalysisElectrons",
InputPhotons = "AnalysisPhotons",
InputMuons = "AnalysisMuons",
InputTaus = "AnalysisTauJets"))
acc.merge(TriggerMatchingCommonRun2Cfg(ConfigFlags,
name = "PHYSLITETrigMatchTau",
OutputContainerPrefix = "AnlaysisTrigMatch_",
ChainNames = PHYSLITETriggerListsHelper.Run2TriggerNamesTau,
DRThreshold = 0.2,
InputElectrons = "AnalysisElectrons",
InputPhotons = "AnalysisPhotons",
InputMuons = "AnalysisMuons",
InputTaus = "AnalysisTauJets"))
# Now add the resulting decorations to the output
from DerivationFrameworkPhys.TriggerMatchingCommonConfig import AddRun2TriggerMatchingToSlimmingHelper
AddRun2TriggerMatchingToSlimmingHelper(SlimmingHelper = PHYSLITESlimmingHelper,
OutputContainerPrefix = "AnalysisTrigMatch_",
TriggerList = PHYSLITETriggerListsHelper.Run2TriggerNamesTau)
AddRun2TriggerMatchingToSlimmingHelper(SlimmingHelper = PHYSLITESlimmingHelper,
OutputContainerPrefix = "AnalysisTrigMatch_",
TriggerList = PHYSLITETriggerListsHelper.Run2TriggerNamesNoTau)
# Run 3
if ConfigFlags.Trigger.EDMVersion == 3:
# No need to run matching: just keep navigation so matching can be done by analysts
from TrigNavSlimmingMT.TrigNavSlimmingMTConfig import AddRun3TrigNavSlimmingCollectionsToSlimmingHelper
AddRun3TrigNavSlimmingCollectionsToSlimmingHelper(PHYSLITESlimmingHelper)
# Event content
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PHYSLITESlimmingHelper.AppendToDictionary.update({
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'TruthEvents':'xAOD::TruthEventContainer','TruthEventsAux':'xAOD::TruthEventAuxContainer',
'MET_Truth':'xAOD::MissingETContainer','MET_TruthAux':'xAOD::MissingETAuxContainer',
'TruthElectrons':'xAOD::TruthParticleContainer','TruthElectronsAux':'xAOD::TruthParticleAuxContainer',
'TruthMuons':'xAOD::TruthParticleContainer','TruthMuonsAux':'xAOD::TruthParticleAuxContainer',
'TruthPhotons':'xAOD::TruthParticleContainer','TruthPhotonsAux':'xAOD::TruthParticleAuxContainer',
'TruthTaus':'xAOD::TruthParticleContainer','TruthTausAux':'xAOD::TruthParticleAuxContainer',
'TruthNeutrinos':'xAOD::TruthParticleContainer','TruthNeutrinosAux':'xAOD::TruthParticleAuxContainer',
'TruthBSM':'xAOD::TruthParticleContainer','TruthBSMAux':'xAOD::TruthParticleAuxContainer',
'TruthBoson':'xAOD::TruthParticleContainer','TruthBosonAux':'xAOD::TruthParticleAuxContainer',
'TruthTop':'xAOD::TruthParticleContainer','TruthTopAux':'xAOD::TruthParticleAuxContainer',
'TruthForwardProtons':'xAOD::TruthParticleContainer','TruthForwardProtonsAux':'xAOD::TruthParticleAuxContainer',
'BornLeptons':'xAOD::TruthParticleContainer','BornLeptonsAux':'xAOD::TruthParticleAuxContainer',
'TruthBosonsWithDecayParticles':'xAOD::TruthParticleContainer','TruthBosonsWithDecayParticlesAux':'xAOD::TruthParticleAuxContainer',
'TruthBosonsWithDecayVertices':'xAOD::TruthVertexContainer','TruthBosonsWithDecayVerticesAux':'xAOD::TruthVertexAuxContainer',
'TruthBSMWithDecayParticles':'xAOD::TruthParticleContainer','TruthBSMWithDecayParticlesAux':'xAOD::TruthParticleAuxContainer',
'TruthBSMWithDecayVertices':'xAOD::TruthVertexContainer','TruthBSMWithDecayVerticesAux':'xAOD::TruthVertexAuxContainer',
'HardScatterParticles':'xAOD::TruthParticleContainer','HardScatterParticlesAux':'xAOD::TruthParticleAuxContainer',
'HardScatterVertices':'xAOD::TruthVertexContainer','HardScatterVerticesAux':'xAOD::TruthVertexAuxContainer',
'TruthPrimaryVertices':'xAOD::TruthVertexContainer','TruthPrimaryVerticesAux':'xAOD::TruthVertexAuxContainer',
'AnalysisElectrons':'xAOD::ElectronContainer', 'AnalysisElectronsAux':'xAOD::ElectronAuxContainer',
'AnalysisMuons':'xAOD::MuonContainer', 'AnalysisMuonsAux':'xAOD::MuonAuxContainer',
'AnalysisJets':'xAOD::JetContainer','AnalysisJetsAux':'xAOD::AuxContainerBase',
'AnalysisPhotons':'xAOD::PhotonContainer', 'AnalysisPhotonsAux':'xAOD::PhotonAuxContainer',
'AnalysisTauJets':'xAOD::TauJetContainer', 'AnalysisTauJetsAux':'xAOD::TauJetAuxContainer',
'MET_Core_AnalysisMET':'xAOD::MissingETContainer', 'MET_Core_AnalysisMETAux':'xAOD::MissingETAuxContainer',
'METAssoc_AnalysisMET':'xAOD::MissingETAssociationMap', 'METAssoc_AnalysisMETAux':'xAOD::MissingETAuxAssociationMap',
'AntiKt10TruthTrimmedPtFrac5SmallR20Jets':'xAOD::JetContainer', 'AntiKt10TruthTrimmedPtFrac5SmallR20JetsAux':'xAOD::JetAuxContainer',
'AnalysisLargeRJets':'xAOD::JetContainer','AnalysisLargeRJetsAux':'xAOD::AuxContainerBase'
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})
PHYSLITESlimmingHelper.SmartCollections = [
'EventInfo',
'InDetTrackParticles',
'PrimaryVertices',
]
PHYSLITESlimmingHelper.ExtraVariables = [
'AnalysisElectrons.trackParticleLinks.pt.eta.phi.m.charge.author.DFCommonElectronsLHVeryLoose.DFCommonElectronsLHLoose.DFCommonElectronsLHLooseBL.DFCommonElectronsLHMedium.DFCommonElectronsLHTight.DFCommonElectronsLHVeryLooseIsEMValue.DFCommonElectronsLHLooseIsEMValue.DFCommonElectronsLHLooseBLIsEMValue.DFCommonElectronsLHMediumIsEMValue.DFCommonElectronsLHTightIsEMValue.DFCommonElectronsECIDS.DFCommonElectronsECIDSResult.ptvarcone20.ptvarcone40.topoetcone20.topoetcone20ptCorrection.ptcone20_Nonprompt_All_MaxWeightTTVA_pt500.ptcone20_Nonprompt_All_MaxWeightTTVA_pt1000.ptcone20_Nonprompt_All_MaxWeightTTVALooseCone_pt1000.ptvarcone20_Nonprompt_All_MaxWeightTTVA_pt1000.ptvarcone30_Nonprompt_All_MaxWeightTTVA_pt500.ptvarcone30_Nonprompt_All_MaxWeightTTVA_pt1000.ptvarcone30_Nonprompt_All_MaxWeightTTVALooseCone_pt1000.caloClusterLinks.ambiguityLink.TruthLink.truthParticleLink.truthOrigin.truthType.truthPdgId.firstEgMotherTruthType.firstEgMotherTruthOrigin.firstEgMotherTruthParticleLink.firstEgMotherPdgId.ambiguityType.OQ',
'AnalysisPhotons.pt.eta.phi.m.author.OQ.DFCommonPhotonsIsEMLoose.DFCommonPhotonsIsEMTight.DFCommonPhotonsIsEMTightIsEMValue.DFCommonPhotonsCleaning.DFCommonPhotonsCleaningNoTime.ptcone20.topoetcone20.topoetcone40.topoetcone20ptCorrection.topoetcone40ptCorrection.caloClusterLinks.vertexLinks.ambiguityLink.TruthLink.truthParticleLink.truthOrigin.truthType',
'GSFTrackParticles.chiSquared.phi.d0.theta.qOverP.definingParametersCovMatrixDiag.definingParametersCovMatrixOffDiag.z0.vz.charge.vertexLink.numberOfPixelHits.numberOfSCTHits',
'GSFConversionVertices.trackParticleLinks.x.y.z.px.py.pz.pt1.pt2.neutralParticleLinks.minRfirstHit',
'egammaClusters.calE.calEta.calPhi.e_sampl.eta_sampl.ETACALOFRAME.PHICALOFRAME.ETA2CALOFRAME.PHI2CALOFRAME.constituentClusterLinks',
'AnalysisMuons.pt.eta.phi.truthType.truthOrigin.author.muonType.quality.inDetTrackParticleLink.muonSpectrometerTrackParticleLink.combinedTrackParticleLink.InnerDetectorPt.MuonSpectrometerPt.DFCommonGoodMuon.ptcone20.ptcone30.ptcone40.ptvarcone20.ptvarcone30.ptvarcone40.topoetcone20.topoetcone30.topoetcone40.TruthLink.truthParticleLink.charge.extrapolatedMuonSpectrometerTrackParticleLink.allAuthors.ptcone20_Nonprompt_All_MaxWeightTTVA_pt1000.ptcone20_Nonprompt_All_MaxWeightTTVA_pt500.ptvarcone30_Nonprompt_All_MaxWeightTTVA_pt1000.ptvarcone30_Nonprompt_All_MaxWeightTTVA_pt500.numberOfPrecisionLayers.combinedTrackOutBoundsPrecisionHits.numberOfPrecisionLayers.numberOfPrecisionHoleLayers.numberOfGoodPrecisionLayers.innerSmallHits.innerLargeHits.middleSmallHits.middleLargeHits.outerSmallHits.outerLargeHits.extendedSmallHits.extendedLargeHits.extendedSmallHoles.isSmallGoodSectors.cscUnspoiledEtaHits.EnergyLoss.energyLossType.momentumBalanceSignificance.scatteringCurvatureSignificance.scatteringNeighbourSignificance.CaloMuonIDTag.CaloMuonScore',
'CombinedMuonTrackParticles.qOverP.d0.z0.vz.phi.theta.truthOrigin.truthType.definingParametersCovMatrixDiag.definingParametersCovMatrixOffDiag.numberOfPixelDeadSensors.numberOfPixelHits.numberOfPixelHoles.numberOfSCTDeadSensors.numberOfSCTHits.numberOfSCTHoles.numberOfTRTHits.numberOfTRTOutliers.chiSquared.numberDoF',
'ExtrapolatedMuonTrackParticles.d0.z0.vz.definingParametersCovMatrixDiag.definingParametersCovMatrixOffDiag.truthOrigin.truthType.qOverP.theta.phi',
'MuonSpectrometerTrackParticles.phi.d0.z0.vz.definingParametersCovMatrixDiag.definingParametersCovMatrixOffDiag.vertexLink.theta.qOverP.truthParticleLink',
'AnalysisTauJets.pt.eta.phi.m.ptFinalCalib.etaFinalCalib.ptTauEnergyScale.etaTauEnergyScale.charge.isTauFlags.PanTau_DecayMode.NNDecayMode.RNNJetScore.RNNJetScoreSigTrans.RNNEleScore.RNNEleScoreSigTrans.tauTrackLinks.vertexLink.truthParticleLink.truthJetLink.IsTruthMatched.truthOrigin.truthType',
'AnalysisJets.pt.eta.phi.m.JetConstitScaleMomentum_pt.JetConstitScaleMomentum_eta.JetConstitScaleMomentum_phi.JetConstitScaleMomentum_m.NumTrkPt500.SumPtTrkPt500.DetectorEta.Jvt.JVFCorr.JvtRpt.NumTrkPt1000.TrackWidthPt1000.GhostMuonSegmentCount.PartonTruthLabelID.ConeTruthLabelID.HadronConeExclExtendedTruthLabelID.HadronConeExclTruthLabelID.TrueFlavor.DFCommonJets_jetClean_LooseBad.DFCommonJets_jetClean_TightBad.Timing.btagging.btaggingLink.GhostTrack.DFCommonJets_fJvt.DFCommonJets_QGTagger_NTracks.DFCommonJets_QGTagger_TracksWidth.DFCommonJets_QGTagger_TracksC1.PSFrac.JetAccessorMap.EMFrac.Width.ActiveArea4vec_pt.ActiveArea4vec_eta.ActiveArea4vec_m.ActiveArea4vec_phi.EnergyPerSampling.SumPtChargedPFOPt500',
'BTagging_AntiKt4EMPFlow.DL1dv00_pu.DL1dv00_pc.DL1dv00_pb.DL1dv01_pu.DL1dv01_pc.DL1dv01_pb',
'TruthPrimaryVertices.t.x.y.z',
'MET_Core_AnalysisMET.name.mpx.mpy.sumet.source',
'METAssoc_AnalysisMET.',
'InDetTrackParticles.TTVA_AMVFVertices.TTVA_AMVFWeights.numberOfTRTHits.numberOfTRTOutliers',
'EventInfo.hardScatterVertexLink.RandomRunNumber.PileupWeight_NOSYS',
'Kt4EMPFlowEventShape.Density',
'TauTracks.pt.eta.phi.flagSet.trackLinks',
'AnalysisLargeRJets.pt.eta.phi.m.JetConstitScaleMomentum_pt.JetConstitScaleMomentum_eta.JetConstitScaleMomentum_phi.JetConstitScaleMomentum_m.DetectorEta.TrackSumMass.TrackSumPt.constituentLinks.ECF1.ECF2.ECF3.Tau1_wta.Tau2_wta.Tau3_wta.Split12.Split23.Qw.D2.C2'
]
if ConfigFlags.Input.isMC:
from DerivationFrameworkMCTruth.MCTruthCommonConfig import addTruth3ContentToSlimmerTool
addTruth3ContentToSlimmerTool(PHYSLITESlimmingHelper)
# Output stream
PHYSLITEItemList = PHYSLITESlimmingHelper.GetItemList()
James Catmore
committed
formatString = 'D2AOD_PHYSLITE' if 'StreamDAOD_PHYS' in ConfigFlags.Input.ProcessingTags else 'DAOD_PHYSLITE'
acc.merge(OutputStreamCfg(ConfigFlags, formatString, ItemList=PHYSLITEItemList, AcceptAlgs=["PHYSLITEKernel"]))