InDetPhysValFlags Namespace Reference

Functions
	createIDPVMConfigFlags ()

Function Documentation

createIDPVMConfigFlags()

InDetPhysValFlags.createIDPVMConfigFlags

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Definition at line 6 of file InDetPhysValFlags.py.

def createIDPVMConfigFlags():
    from AthenaConfiguration.AthConfigFlags import AthConfigFlags
    icf = AthConfigFlags()
 
    icf.addFlag("doValidateGSFTracks", False )
    icf.addFlag("doValidateLooseTracks", False )
    icf.addFlag("doValidateTightPrimaryTracks", False )
    icf.addFlag("doValidateHILoose", False )
    icf.addFlag("doIDTIDE", False) # for IDTIDE derivation
    icf.addFlag("doValidateTracksInJets", lambda pcf : pcf.PhysVal.IDPVM.doIDTIDE)
    icf.addFlag("doValidateTracksInBJets", lambda pcf : pcf.PhysVal.IDPVM.doIDTIDE)
    icf.addFlag("doValidateTruthToRecoNtuple", False )
    icf.addFlag("doValidateMuonMatchedTracks", False )
    icf.addFlag("doValidateElectronMatchedTracks", False )
    icf.addFlag("doValidateLargeD0Tracks", False )
    icf.addFlag("largeD0TrackCollection", "InDetLargeD0TrackParticles")
    icf.addFlag("doValidateMergedLargeD0Tracks", False )
    icf.addFlag("doValidateLowPtRoITracks",False)
    icf.addFlag("doRecoOnly", False )
    icf.addFlag("doExpertOutput", False )
    icf.addFlag("doTruthOriginPlots", False )
    icf.addFlag("doPerAuthorPlots", False )
    icf.addFlag("doHitLevelPlots", False )
    icf.addFlag("doDuplicatePlots", False )
    icf.addFlag("runDecoration", True )
    icf.addFlag("setTruthStrategy", "HardScatter" )
    icf.addFlag("jetsNameForHardScatter", 'AntiKt4EMTopoJets' ) # when building jets, what types of jets are built (used for hardScatterStrategy == 2)
    icf.addFlag("validateExtraTrackCollections", [] ) # List of extra track collection names to be validated in addition to Tracks.
    icf.addFlag("ancestorIDs", [] )
    icf.addFlag("requireCharged", 1)
    icf.addFlag("selectedCharge", 0)
    icf.addFlag("requiredSiHits", 0)
    icf.addFlag("maxProdVertRadius", 300)
    icf.addFlag("hardScatterStrategy", 0 ) # The hard-scatter vertex selection strategy to use when running hard-scatter efficiency / performance plots in IDPVM. 0 corresponds to sumPt^2, 1 corresponds to sumPt
    icf.addFlag("truthMinPt", lambda pcf : 500 if pcf.GeoModel.Run <= LHCPeriod.Run3 else 1000) # Configurable pT cut for determining a "reconstructable" particle
    icf.addFlag("GRL", [])
    icf.addFlag("doTechnicalEfficiency", False) # for enabling the filling of technical efficiency
    icf.addFlag("doPRW", False)
    icf.addFlag("doActs", False)
    icf.addFlag("doHGTD", False)
    icf.addFlag("maxTrkJetDR", 0.4)
    icf.addFlag('JetAbsEtaMax', lambda pcf: 2.5 if pcf.Detector.GeometryID else 4.0)
    icf.addFlag('PrimaryVertexContainer', 'PrimaryVertices')
    
    icf.addFlag("jetCollection", "AntiKt4EMPflowJets")
    icf.addFlag('JetPtMin', 100.*Units.GeV)
    icf.addFlag('JetPtMax', 5000.*Units.GeV)
    icf.addFlag('setCSVName', "")
 
    icf.addFlag('vetoPdgId', -1)
    icf.addFlag('pdgId', -1)
 
    return icf