muonSaveTool = DelphesSaveChargedParticles(
"muons", delphesArrayName="MuonIsolation/muons")
apply_paths(muonSaveTool, out_names["muons"])
eleSaveTool = DelphesSaveChargedParticles(
"electrons", delphesArrayName="ElectronIsolation/electrons")
apply_paths(eleSaveTool, out_names["electrons"])
chhadSaveTool = DelphesSaveChargedParticles(
"charged",
delphesArrayName="ChargedHadronMomentumSmearing/chargedHadrons",
saveIsolation=False)
apply_paths(chhadSaveTool, out_names["charged"])
neuthadSaveTool = DelphesSaveNeutralParticles(
"neutral",
delphesArrayName="HCal/eflowNeutralHadrons",
saveIsolation=False)
apply_paths(neuthadSaveTool, out_names["neutral"])
photonsSaveTool = DelphesSaveNeutralParticles(
"photons", delphesArrayName="PhotonIsolation/photons")
apply_paths(photonsSaveTool, out_names["photons"])
genJetSaveTool = DelphesSaveGenJets("genJets",
delphesArrayName="GenJetFinder/jets")
apply_paths(genJetSaveTool, out_names["genJets"])
jetSaveTool = DelphesSaveJets("jets", delphesArrayName="JetEnergyScale/jets")
apply_paths(jetSaveTool, out_names["jets"])
metSaveTool = DelphesSaveMet("met",
podioEvent=FCCDataSvc("EventDataSvc")
############################################################
#
# Expert: Configure individual modules (algorithms)
#
############################################################
# Define all output tools that convert the Delphes collections to FCC-EDM:
muonSaveTool = DelphesSaveChargedParticles("genMuons", delphesArrayName="GenMuonFilter/muons")
apply_paths(muonSaveTool, out_names["muons"])
eleSaveTool = DelphesSaveChargedParticles("genElectrons", delphesArrayName="GenElectronFilter/electrons")
apply_paths(eleSaveTool, out_names["electrons"])
photonsSaveTool = DelphesSaveNeutralParticles("genPhotons", delphesArrayName="GenPhotonFilter/photons")
apply_paths(photonsSaveTool, out_names["photons"])
nonPropagatedGenJetSaveTool = DelphesSaveGenJets("nonPropagatedGenJets", delphesArrayName="NonPropagatedGenJetFinder/jets")
apply_paths(nonPropagatedGenJetSaveTool, out_names["nonPropagatedGenJets"])
propagatedGenJetSaveTool = DelphesSaveGenJets("propagatedGenJets", delphesArrayName="PropagatedGenJetFinder/jets")
apply_paths(propagatedGenJetSaveTool, out_names["propagatedGenJets"])
nonPropagatedGenJetSaveToolPileUp = DelphesSaveGenJets("nonPropagatedGenJetsPileUp", delphesArrayName="NonPropagatedGenJetFinderPileUp/jets")
apply_paths(nonPropagatedGenJetSaveToolPileUp, out_names["nonPropagatedGenJetsPileUp"])
propagatedGenJetSaveToolPileUp = DelphesSaveGenJets("propagatedGenJetsPileUp", delphesArrayName="PropagatedGenJetFinderPileUp/jets")
apply_paths(propagatedGenJetSaveToolPileUp, out_names["propagatedGenJetsPileUp"])
metSaveTool = DelphesSaveMet("genMET", delphesMETArrayName="GenMissingET/momentum", delphesSHTArrayName="GenScalarHT/energy")
#
# Expert: Configure individual modules (algorithms)
#
############################################################
# Define all output tools that convert the Delphes collections to FCC-EDM:
muonSaveTool = DelphesSaveChargedParticles("muons", delphesArrayName="MuonMomentumSmearing/muons")
apply_paths(muonSaveTool, out_names["muons"])
eleSaveTool = DelphesSaveChargedParticles("electrons", delphesArrayName="ElectronFilter/electrons")
apply_paths(eleSaveTool, out_names["electrons"])
chhadSaveTool = DelphesSaveChargedParticles("pfcharged", delphesArrayName="ChargedHadronFilter/chargedHadrons", saveIsolation=False)
apply_paths(chhadSaveTool, out_names["pfcharged"])
neuthadSaveTool = DelphesSaveNeutralParticles("pfneutrals", delphesArrayName="HCal/eflowNeutralHadrons", saveIsolation=False)
apply_paths(neuthadSaveTool, out_names["pfneutrals"])
pfphotonsSaveTool = DelphesSaveNeutralParticles("pfphotons", delphesArrayName="ECal/eflowPhotons", saveIsolation=False)
apply_paths(pfphotonsSaveTool, out_names["pfphotons"])
photonsSaveTool = DelphesSaveNeutralParticles("photons", delphesArrayName="PhotonEfficiency/photons")
apply_paths(photonsSaveTool, out_names["photons"])
genJetSaveTool = DelphesSaveGenJets("genJets", delphesArrayName="GenJetFinder/jets")
apply_paths(genJetSaveTool, out_names["genJets"])
jetSaveTool = DelphesSaveJets("jets", delphesArrayName="JetEnergyScale/jets")
apply_paths(jetSaveTool, out_names["jets"])
fatjetSaveTool = DelphesSaveJets("fatjets", delphesArrayName="FatJetFinder/jets", saveSubstructure=True)
eleSaveTool.delphesArrayName = "ElectronFilter/electrons"
eleSaveTool.particles.Path = "electrons"
eleSaveTool.mcAssociations.Path = "electronsToMC"
eleSaveTool.isolationTags.Path = "electronITags"
chhadSaveTool = DelphesSaveChargedParticles("efcharged")
chhadSaveTool.delphesArrayName = "Calorimeter/eflowTracks"
chhadSaveTool.saveIsolation = False
chhadSaveTool.particles.Path = "efcharged"
chhadSaveTool.mcAssociations.Path = "efchargedToMC"
from Configurables import DelphesSaveNeutralParticles
# Particle-Flow Photons output tool
pfphotonsSaveTool = DelphesSaveNeutralParticles("efphotons")
pfphotonsSaveTool.delphesArrayName="Calorimeter/eflowPhotons"
pfphotonsSaveTool.saveIsolation=False
pfphotonsSaveTool.particles.Path = "efphotons"
pfphotonsSaveTool.mcAssociations.Path = "efphotonsToMC"
pfphotonsSaveTool.isolationTags.Path = "efphotonITags"
# Photons output tool
photonsSaveTool = DelphesSaveNeutralParticles("photons")
photonsSaveTool.delphesArrayName = "PhotonEfficiency/photons"
photonsSaveTool.particles.Path = "photons"
photonsSaveTool.mcAssociations.Path = "photonsToMC"
photonsSaveTool.isolationTags.Path = "photonITags"
# Particle-Flow Neutral Hadrons output tool
neuthadSaveTool = DelphesSaveNeutralParticles("efneutrals")