CaloConfigFlags.py

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# Copyright (C) 2002-2023 CERN for the benefit of the ATLAS collaboration
 
from AthenaConfiguration.AthConfigFlags import AthConfigFlags
from AthenaConfiguration.Enums import HIMode
 
def createCaloConfigFlags(): 
    ccf=AthConfigFlags()
 
    #CaloNoise Flags     
    ccf.addFlag("Calo.Noise.fixedLumiForNoise", -1) 
    ccf.addFlag("Calo.Noise.useCaloNoiseLumi", True)
 
    #CaloCell flags     
    ccf.addFlag("Calo.Cell.doPileupOffsetBCIDCorr", True)
    ccf.addFlag("Calo.Cell.doDeadCellCorr", True)
    ccf.addFlag("Calo.Cell.doPedestalCorr",
                lambda prevFlags: not prevFlags.Input.isMC)
    ccf.addFlag("Calo.Cell.doEnergyCorr",
                lambda prevFlags: not prevFlags.Input.isMC and not prevFlags.Common.isOnline)
    ccf.addFlag("Calo.Cell.doTimeCorr",
                lambda prevFlags: not prevFlags.Input.isMC and not prevFlags.Common.isOnline)
 
    # TopoCluster Flags:
    ccf.addFlag("Calo.TopoCluster.doTwoGaussianNoise", True)
    ccf.addFlag("Calo.TopoCluster.doTreatEnergyCutAsAbsolute", False)
    ccf.addFlag("Calo.TopoCluster.doTopoClusterLocalCalib", True)
    ccf.addFlag("Calo.TopoCluster.doTimeCut",
                lambda prevFlags: not prevFlags.Trigger.doHLT and not prevFlags.Reco.EnableHI)
    ccf.addFlag("Calo.TopoCluster.extendTimeCut",
                lambda prevFlags: prevFlags.Calo.TopoCluster.doTimeCut)
    ccf.addFlag("Calo.TopoCluster.useUpperLimitForTimeCut",
                lambda prevFlags: prevFlags.Calo.TopoCluster.doTimeCut)
    ccf.addFlag("Calo.TopoCluster.timeCutUpperLimit", 20.0)
    ccf.addFlag("Calo.TopoCluster.xtalkEM2", False)
    ccf.addFlag("Calo.TopoCluster.xtalkEM2D", False)
    ccf.addFlag("Calo.TopoCluster.xtalkEM2n", False)
    ccf.addFlag("Calo.TopoCluster.xtalkEM3", False)
    ccf.addFlag("Calo.TopoCluster.xtalkEMEta", False)
    ccf.addFlag("Calo.TopoCluster.xtalkDeltaT", 15.0)
    ccf.addFlag("Calo.TopoCluster.xtalk2Eratio1", 4.)
    ccf.addFlag("Calo.TopoCluster.xtalk2Eratio2", 25.)
    ccf.addFlag("Calo.TopoCluster.xtalk3Eratio", 10.)
    ccf.addFlag("Calo.TopoCluster.xtalkEtaEratio", 4.)
    ccf.addFlag("Calo.TopoCluster.xtalk2DEratio", 4.)
    ccf.addFlag("Calo.TopoCluster.applyClusterTimingCut", False)
    ccf.addFlag("Calo.TopoCluster.clusterTimingCutLower", -7.5)
    ccf.addFlag("Calo.TopoCluster.clusterTimingCutUpper", +7.5)
    ccf.addFlag("Calo.TopoCluster.writeExtendedClusterMoments", True)
    ccf.addFlag("Calo.TopoCluster.CalibrationHitDecorationName","calclus_NLeadingTruthParticleBarcodeEnergyPairs")
    ccf.addFlag("Calo.TopoCluster.addCalibrationHitDecoration",False)
    ccf.addFlag("Calo.TopoCluster.doCalibHitMoments",False)
    ccf.addFlag("Calo.TopoCluster.writeCalibHitClusterMoments",False)
    ccf.addFlag("Calo.TopoCluster.doCellWeightCalib", False)
    ccf.addFlag("Calo.TopoCluster.addCPData",False)
    ccf.addFlag("Calo.TopoCluster.skipWriteList", lambda prevFlags:
                ["CaloCalTopoClusters", "CaloTopoClusters"] if prevFlags.Reco.HIMode is HIMode.HI else [])
    ccf.addFlag("Calo.TopoCluster.UseGPUCompatibleCriteria", False)
    
    ccf.addFlag("Calo.TopoCluster.xtalkInfoDumper", False) # dump raw energy, digits and some calibration for xtalk studies
    
    
    ccf.addFlag ('Calo.ClusterCorrection.doSlidingWindowCellWeights', False)
 
    # If true, then among groups of clusters very close to each other,
    # remove all clusters but one.
    ccf.addFlag ('Calo.ClusterCorrection.doSlidingWindowRemoveDuplicates', False)
 
    # If true, remove clusters with energy below a threshold.
    ccf.addFlag ('Calo.ClusterCorrection.doSlidingWindowRemoveBad', True)
 
    # Defines from where we should try to construct the tools.
    # May be one of 'jo', 'pool', 'cool'.
    # May also be a list of them, to try in order.
    # It may also be set to a string defined in poolfiles to try to
    # read all tools from that file (except those marked as nopool).
    ccf.addFlag ('Calo.ClusterCorrection.defaultSource',
                 ['cool', 'pool', 'jo'])
 
    # Override the default correction version for sliding window clusters.
    ccf.addFlag ('Calo.ClusterCorrection.caloSwWhichCorrection', '')
 
    # Override the default correction version for EM topo clusters.
    ccf.addFlag ('Calo.ClusterCorrection.caloTopoEMWhichCorrection', '')
 
    # This flag allows setting additional correction arguments for
    # sliding window clusters.  It should normally be empty, but it may be
    # set for testing new correction versions.
    ccf.addFlag ('Calo.ClusterCorrection.caloSwCorrectionArgs', {})
 
    # This flag allows setting additional correction arguments for
    # EM topo clusters.  It should normally be empty, but it may be
    # set for testing new correction versions.
    ccf.addFlag ('Calo.ClusterCorrection.caloTopoEMCorrectionArgs', {})
 
    # Correction generation string that's embedded in database tags.
    # This string gets changed every time the database is updated.
    ccf.addFlag ('Calo.ClusterCorrection.caloSwGeneration', '')
 
    # Correction generation string that's embedded in database tags.
    # This string gets changed every time the database is updated.
    ccf.addFlag ('Calo.ClusterCorrection.caloTopoEMGeneration', '')
 
    # This flag allows overriding the subdetector name used for
    # database connections.  It's a dictionary, the keys of which are the
    # correction classes (normally either `CaloSwClusterCorrections'
    # or `EMTopoClusterCorrections').  If the correction class isn't
    # found, we use a key of None instead as a default.
    #
    # The subdetector name is normally `CALO'.  However, it can be set to the
    # name of a local sqlite file to force reading COOL information from there.
    ccf.addFlag ('Calo.ClusterCorrection.dbSubdetName', {None : 'CALO'})
 
    # Flags from Forward Towers:
    ccf.addFlag('Calo.FwdTower.prepareLCW', True)
    ccf.addFlag('Calo.FwdTower.clusterRange', 2.5)
    ccf.addFlag('Calo.FwdTower.WriteToAOD', 
                lambda prevFlags: prevFlags.Reco.HIMode is not HIMode.HI)
    
    # Flag for thinning negative energy clusters
    ccf.addFlag('Calo.Thin.NegativeEnergyCaloClusters', True)
    
    return ccf