Commit ae41775d authored by Albert Bursche's avatar Albert Bursche
Browse files

New DecFiles for Jpsi/Psi(2S) simulation.

Has increased masswindow and fixed the Psi(2S) decay to P/psi pi pi
parent bc51b6cc
Pipeline #3269543 failed with stages
in 18 minutes and 8 seconds
# EventType: 24142012
#
# Descriptor: J/psi(1S) -> mu+ mu-
#
# NickName: exclu_Jpsi,mm=coherent_starlight_evtGen_longitudinal_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: JpsiLongitudinal
# Documentation: Coherent Jpsi -> mumu, longitudinal polarization, with STARlight and EvtGen and a larger mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 443013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 2']
# meson_mass = 3096.9e-3
# meson_gamma = 92.6e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 24142010
#
# Descriptor: J/psi(1S) -> mu+ mu-
#
# NickName: exclu_Jpsi,mm=coherent_starlight_evtGen_transverse_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: JpsiTransverse
# Documentation: Coherent Jpsi -> mumu, transverse polarization, with STARlight and EvtGen and a larger mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 443013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 2']
# meson_mass = 3096.9e-3
# meson_gamma = 92.6e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 24142013
#
# Descriptor: J/psi(1S) -> mu+ mu-
#
# NickName: exclu_Jpsi,mm=incoherent_starlight_evtGen_longitudinal_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: JpsiLongitudinal
# Documentation: Incoherent Jpsi -> mumu, longitudinal polarization, with STARlight and EvtGen and a larger mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 443013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 4']
# meson_mass = 3096.9e-3
# meson_gamma = 92.6e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 24142011
#
# Descriptor: J/psi(1S) -> mu+ mu-
#
# NickName: exclu_Jpsi,mm=incoherent_starlight_evtGen_transverse_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: JpsiTransverse
# Documentation: Incoherent Jpsi -> mumu, transverse polarization, with STARlight and EvtGen and a larger mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 443013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 4']
# meson_mass = 3096.9e-3
# meson_gamma = 92.6e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 28142028
#
# Descriptor: psi(2S) -> J/psi pi+ pi-
#
# NickName: exclu_psi,jpsipippim=coherent_starlight_evtGen_longitudinal_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: PsiLongitudinal
# Documentation: Coherent Psi2s -> (Jpsi -> mumu) pi+ pi-, longitudinal polarization, with STARlight, EvtGen and large mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 444013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 2']
# meson_mass = 3686.1e-3
# meson_gamma = 294.e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay psi(2S)
1.000 J/psi pi+ pi- PHOTOS VVPIPI_WEIGHTED;
Enddecay
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 28142024
#
# Descriptor: psi(2S) -> J/psi pi+ pi-
#
# NickName: exclu_psi,jpsipippim=coherent_starlight_evtGen_transverse_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: PsiTransverse
# Documentation: Coherent Psi2s -> (Jpsi -> mumu) pi+ pi-, transverse polarization, with STARlight, EvtGen and large mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 444013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 2']
# meson_mass = 3686.1e-3
# meson_gamma = 294.e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay psi(2S)
1.000 J/psi pi+ pi- PHOTOS VVPIPI_WEIGHTED;
Enddecay
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 28142029
#
# Descriptor: psi(2S) -> J/psi pi+ pi-
#
# NickName: exclu_psi,jpsipippim=incoherent_starlight_evtGen_longitudinal_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: PsiLongitudinal
# Documentation: Incoherent Psi2s -> (Jpsi -> mumu) pi+ pi-, longitudinal polarization, with STARlight, EvtGen and large mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 444013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 4']
# meson_mass = 3686.1e-3
# meson_gamma = 294.e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay psi(2S)
1.000 J/psi pi+ pi- PHOTOS VVPIPI_WEIGHTED;
Enddecay
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 28142025
#
# Descriptor: psi(2S) -> J/psi pi+ pi-
#
# NickName: exclu_psi,jpsipippim=incoherent_starlight_evtGen_transverse_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: PsiTransverse
# Documentation: Incoherent Psi2s -> (Jpsi -> mumu) pi+ pi-, transverse polarization, with STARlight, EvtGen and large mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 444013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 4']
# meson_mass = 3686.1e-3
# meson_gamma = 294.e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay psi(2S)
1.000 J/psi pi+ pi- PHOTOS VVPIPI_WEIGHTED;
Enddecay
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 28142030
#
# Descriptor: psi(2S) -> J/psi pi0 pi0
#
# NickName: exclu_psi,jpsipizpiz=coherent_starlight_evtGen_longitudinal_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: PsiLongitudinal
# Documentation: Coherent Psi2s -> (Jpsi -> mumu) pi0 pi0, longitudinal polarization, with STARlight, EvtGen and large mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 444013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 2']
# meson_mass = 3686.1e-3
# meson_gamma = 294.e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay psi(2S)
1.000 J/psi pi0 pi0 PHOTOS VVPIPI_WEIGHTED;
Enddecay
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 28142026
#
# Descriptor: psi(2S) -> J/psi pi0 pi0
#
# NickName: exclu_psi,jpsipizpiz=coherent_starlight_evtGen_transverse_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: PsiTransverse
# Documentation: Coherent Psi2s -> (Jpsi -> mumu) pi0 pi0, transverse polarization, with STARlight, EvtGen and large mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 444013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 2']
# meson_mass = 3686.1e-3
# meson_gamma = 294.e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay psi(2S)
1.000 J/psi pi0 pi0 PHOTOS VVPIPI_WEIGHTED;
Enddecay
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 28142031
#
# Descriptor: psi(2S) -> J/psi pi0 pi0
#
# NickName: exclu_psi,jpsipizpiz=incoherent_starlight_evtGen_longitudinal_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: PsiLongitudinal
# Documentation: Incoherent Psi2s -> (Jpsi -> mumu) pi0 pi0, longitudinal polarization, with STARlight, EvtGen and large mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 444013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 4']
# meson_mass = 3686.1e-3
# meson_gamma = 294.e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay psi(2S)
1.000 J/psi pi0 pi0 PHOTOS VVPIPI_WEIGHTED;
Enddecay
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 28142027
#
# Descriptor: psi(2S) -> J/psi pi0 pi0
#
# NickName: exclu_psi,jpsipizpiz=incoherent_starlight_evtGen_transverse_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: PsiTransverse
# Documentation: Incoherent Psi2s -> (Jpsi -> mumu) pi0 pi0, transverse polarization, with STARlight, EvtGen and large mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 444013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 4']
# meson_mass = 3686.1e-3
# meson_gamma = 294.e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay psi(2S)
1.000 J/psi pi0 pi0 PHOTOS VVPIPI_WEIGHTED;
Enddecay
Decay J/psi
1.000 mu+ mu- PHOTOS VLL;
Enddecay
#
End
# EventType: 28142022
#
# Descriptor: psi(2S) -> mu+ mu-
#
# NickName: exclu_psi,mm=coherent_starlight_evtGen_longitudinal_large_window
#
# Cuts: DiLeptonInAcceptance
# ExtraOptions: PsiLongitudinal
# Documentation: Coherent Psi2s -> mumu, longitudinal polarization, with STARlight and EvtGen and a larger mass window.
# EndDocumentation
#
# CPUTime: < 1 min
#
# InsertPythonCode:
# from Configurables import Generation, Special, StarLightProduction
# Generation().SampleGenerationTool = 'Special'
# Generation().addTool(Special)
# Generation().Special.CutTool = ''
# Generation().Special.ProductionTool = 'StarLightProduction'
# Generation().FullGenEventCutTool = 'DiLeptonInAcceptance'
# Generation().Special.addTool(StarLightProduction)
# Generation().Special.StarLightProduction.Commands += ['PROD_PID = 444013']
# Generation().Special.StarLightProduction.Decays = False
# Generation().Special.StarLightProduction.Commands += ['PROD_MODE = 2']
# meson_mass = 3686.1e-3
# meson_gamma = 294.e-6
# Generation().Special.StarLightProduction.Commands += ['W_MIN = %f'%(meson_mass - 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_MAX = %f'%(meson_mass + 20*meson_gamma)]
# Generation().Special.StarLightProduction.Commands += ['W_N_BINS = 10000']
# EndInsertPythonCode
#
#
# PhysicsWG: IFT
# Tested: Yes
# Responsible: Albert Bursche
# Email: bursche@cern.ch
# Date: 20210826
Decay psi(2S)
1.000 mu+ mu- PHOTOS VLL;
Enddecay