TrigCaloRecConfig.py

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# Copyright (C) 2002-2026 CERN for the benefit of the ATLAS collaboration
 
from AthenaCommon.SystemOfUnits import MeV, deg
from AthenaCommon.Logging import logging
from AthenaConfiguration.ComponentAccumulator import ComponentAccumulator
from AthenaConfiguration.ComponentFactory import CompFactory
from AthenaMonitoringKernel.GenericMonitoringTool import GenericMonitoringTool
from AthenaConfiguration.AccumulatorCache import AccumulatorCache
from TriggerMenuMT.HLT.CommonSequences.FullScanDefs import em_clusters, lc_clusters, fs_towers, fs_cells
 
from TrigEDMConfig.TriggerEDM import recordable
 
mlog = logging.getLogger ('TrigCaloRecConfig')
 
 
def trigCaloClusterMonitoringTool(flags, doMonCells = False, isFullScan = None):
    """Monitoring tool for TrigCaloClusterMaker"""
 
    monTool = GenericMonitoringTool(flags, 'MonTool')
    
    if isFullScan is None:
        isFullScan = doMonCells
 
    maxNumberOfClusters = 1200 if isFullScan else 50
 
    monTool.defineHistogram('container_size', path='EXPERT', type='TH1F',  title="Container Size; Number of Clusters; Number of Events", xbins=50, xmin=0.0, xmax=maxNumberOfClusters)
    monTool.defineHistogram('container_size_by_mu', path='EXPERT', type='TH1F',  title="Container Size; Number of Clusters; Number of Events", xbins=50, xmin=0.0, xmax=maxNumberOfClusters/60)
    monTool.defineHistogram('Et', path='EXPERT', type='TH1F',  title="Cluster E_T; E_T [ MeV ] ; Number of Clusters", xbins=135, xmin=-200.0, xmax=2500.0)
    monTool.defineHistogram('Eta', path='EXPERT', type='TH1F', title="Cluster #eta; #eta ; Number of Clusters", xbins=100, xmin=-2.5, xmax=2.5)
    monTool.defineHistogram('Phi', path='EXPERT', type='TH1F', title="Cluster #phi; #phi ; Number of Clusters", xbins=64, xmin=-3.2, xmax=3.2)
    monTool.defineHistogram('Eta,Phi', path='EXPERT', type='TH2F', title="Number of Clusters; #eta ; #phi ; Number of Clusters", xbins=100, xmin=-2.5, xmax=2.5, ybins=128, ymin=-3.2, ymax=3.2)
    monTool.defineHistogram('clusterSize', path='EXPERT', type='TH1F', title="Cluster Type; Type ; Number of Clusters", xbins=13, xmin=0.5, xmax=13.5)
    monTool.defineHistogram('signalState', path='EXPERT', type='TH1F', title="Signal State; Signal State ; Number of Clusters", xbins=4, xmin=-1.5, xmax=2.5)
    monTool.defineHistogram('size', path='EXPERT', type='TH1F', title="Cluster Size; Size [Cells] ; Number of Clusters", xbins=125, xmin=0.0, xmax=250.0)
    monTool.defineHistogram('N_BAD_CELLS', path='EXPERT', type='TH1F', title="N_BAD_CELLS; N_BAD_CELLS ; Number of Clusters", xbins=250, xmin=0.5, xmax=250.5)
    monTool.defineHistogram('ENG_FRAC_MAX', path='EXPERT', type='TH1F', title="ENG_FRAC_MAX; ENG_FRAC_MAX ; Number of Clusters", xbins=50, xmin=0.0, xmax=1.1)
    monTool.defineHistogram('mu', path='EXPERT', type='TH1F',  title="mu; mu; Number of Events", xbins=50, xmin=0.0, xmax=100)
    monTool.defineHistogram('mu,container_size', path='EXPERT', type='TH2F',  title="Container Size versus #mu; #mu; cluster container size", xbins=50, xmin=20.0, xmax=70, ybins=50, ymin=0.0, ymax=maxNumberOfClusters)
 
    if doMonCells:
        monTool.defineHistogram('count_1thrsigma', path='EXPERT', type='TH1F',  title="count_1thrsigma; count_1thresigma; Number of Events", xbins=60, xmin=0.0, xmax=12e3)
        monTool.defineHistogram('count_2thrsigma', path='EXPERT', type='TH1F',  title="count_2thrsigma; count_2thresigma; Number of Events", xbins=60, xmin=0.0, xmax=6e3)
        monTool.defineHistogram('count_1thrsigma_by_mu2', path='EXPERT', type='TH1F',  title="count_1thrsigma_by_mu2; count_1thresigma_by_mu2; Number of Events", xbins=50, xmin=0.0, xmax=10)
        monTool.defineHistogram('count_2thrsigma_by_mu2', path='EXPERT', type='TH1F',  title="count_2thrsigma_by_mu2; count_2thresigma_by_mu2; Number of Events", xbins=50, xmin=0.0, xmax=5)
        monTool.defineHistogram('mu,count_1thrsigma', path='EXPERT', type='TH2F',  title="nCells above 1st thr versus #mu; #mu; nCells", xbins=50, xmin=20.0, xmax=70, ybins=60, ymin=0.0, ymax=12e3)
        monTool.defineHistogram('mu,count_2thrsigma', path='EXPERT', type='TH2F',  title="nCells above 2nd thr versus #mu; #mu; nCells", xbins=50, xmin=20.0, xmax=70, ybins=60, ymin=0.0, ymax=6e3)
 
    return monTool
 
def hltCaloGlobalCellMakerCfg(flags, name="HLTCaloGlobalCellMaker", **kwargs):
    acc = ComponentAccumulator()
 
    kwargs.setdefault("InputCellKey", "Calo")
    kwargs.setdefault("OutputCellKey", "OutCalo")
    kwargs.setdefault("MaxNCellsPerFEB", 30)
 
    from CaloTools.CaloNoiseCondAlgConfig import CaloNoiseCondAlgCfg
    acc.merge(CaloNoiseCondAlgCfg(flags))
 
    acc.addEventAlgo(CompFactory.HLTCaloGlobalCellMaker(name, **kwargs))
    return(acc)
 
def hltCaloGlobalCellMonitorCfg(flags, name="HLTCaloGlobalCellMonitor", **kwargs):
    acc = ComponentAccumulator()
 
    from AthenaMonitoringKernel.GenericMonitoringTool import GenericMonitoringTool
    monTool = GenericMonitoringTool(flags, 'MonTool'+name)
    monTool.defineHistogram('inputContSize', path='EXPERT', type='TH1F',  title="InputContSize; InputContSize; events", xbins=190, xmin=0, xmax=190000)
    monTool.defineHistogram('outputContSize', path='EXPERT', type='TH1F',  title="outputContSize; outputContSize; events", xbins=200, xmin=0, xmax=20000)
    monTool.defineHistogram('larContSize', path='EXPERT', type='TH1F',  title="larContSize; larContSize; events", xbins=190, xmin=0, xmax=190000)
    monTool.defineHistogram('larAboveSigmaContSize', path='EXPERT', type='TH1F',  title="larAboveSigmaContSize; larAboveSigmaContSize; events", xbins=150, xmin=0, xmax=15000)
    monTool.defineHistogram('CellsPerFEB', path='EXPERT', type='TH1F',  title="CellsPerFEB; CellsPerFEB; counts ", xbins=128, xmin=0, xmax=128)
    monTool.defineHistogram('FEBID,CellsPerFEB', path='EXPERT', type='TH2F',  title="CellsPerFEB; CellsPerFEB; FEBID", xbins=1524, xmin=0x38000000, xmax=0x3bc60000, ybins=128, ymin=0, ymax=128)
    monTool.defineHistogram('layer0', path='EXPERT', type='TH1F',  title="layer0; layer0; counts ", xbins=128, xmin=0, xmax=128)
    monTool.defineHistogram('layer1', path='EXPERT', type='TH1F',  title="layer1; layer1; counts ", xbins=128, xmin=0, xmax=128)
    monTool.defineHistogram('layer2', path='EXPERT', type='TH1F',  title="layer2; layer2; counts ", xbins=128, xmin=0, xmax=128)
    monTool.defineHistogram('layer3', path='EXPERT', type='TH1F',  title="layer3; layer3; counts ", xbins=128, xmin=0, xmax=128)
    monTool.defineHistogram('layer4', path='EXPERT', type='TH1F',  title="layer4; layer4; counts ", xbins=128, xmin=0, xmax=128)
    monTool.defineHistogram('layer5', path='EXPERT', type='TH1F',  title="layer5; layer5; counts ", xbins=128, xmin=0, xmax=128)
    monTool.defineHistogram('layer6', path='EXPERT', type='TH1F',  title="layer6; layer6; counts ", xbins=128, xmin=0, xmax=128)
    monTool.defineHistogram('layer7', path='EXPERT', type='TH1F',  title="layer7; layer7; counts ", xbins=128, xmin=0, xmax=128)
    monTool.defineHistogram('layerIW1', path='EXPERT', type='TH1F',  title="layerIW1; layerIW1; counts ", xbins=128, xmin=0, xmax=128)
    monTool.defineHistogram('layerIW2', path='EXPERT', type='TH1F',  title="layerIW2; layerIW2; counts ", xbins=128, xmin=0, xmax=128)
    monTool.defineHistogram('BCID,layerIW1', path='EXPERT', type='TH2F',  title="BCID_vs_layerIW1; BCID; layerIW1; ", xbins=512, xmin=0, xmax=512, ybins=128, ymin=0, ymax=128)
    monTool.defineHistogram('BCID,layerIW2', path='EXPERT', type='TH2F',  title="BCID_vs_layerIW2; BCID; layerIW2;", xbins=512, xmin=0, xmax=512, ybins=128, ymin=0, ymax=128)
    kwargs.setdefault("MonitoringTool", monTool)
 
    kwargs.setdefault("MaxNCellsPerFEB", 128 )
    kwargs.setdefault("NumberOfSigma", 2)
    acc.addEventAlgo(CompFactory.HLTCaloGlobalCellMonitor(name, **kwargs))
    return(acc)
 
@AccumulatorCache
def hltCaloCellMakerCfg(flags, name=None, roisKey='UNSPECIFIED', CellsName=None, monitorCells=False, doTau=False,sequenceName=None):
    acc = ComponentAccumulator()
    from TrigT2CaloCommon.TrigCaloDataAccessConfig import trigCaloDataAccessSvcCfg, CaloDataAccessSvcDependencies
    acc.merge(trigCaloDataAccessSvcCfg(flags))
    #choose RoI for fullscan
    if (roisKey == 'UNSPECIFIED'):
        from HLTSeeding.HLTSeedingConfig import mapThresholdToL1RoICollection
        roisKey = mapThresholdToL1RoICollection("FSNOSEED")
    # choose cells name given parameters
    cellsFromName = 'CaloCellsFS' if "FS" in name else "CaloCells"
    cells = cellsFromName if CellsName is None else CellsName
 
    from AthenaMonitoringKernel.GenericMonitoringTool import GenericMonitoringTool
    monTool = GenericMonitoringTool(flags, 'MonTool')
    monTool.defineHistogram('Cells_N', path='EXPERT', type='TH1F',  title="Cells N; NCells; events",
                            xbins=40, xmin=0, xmax=1600 if monitorCells else 240000)
    monTool.defineHistogram('TIME_exec', path='EXPERT', type='TH1F', title="Cells time; time [ us ] ; Nruns",
                            xbins=80, xmin=0, xmax=800 if monitorCells else 160000)
    if monitorCells:
        monTool.defineHistogram('Cells_eT', path='EXPERT', type='TH1F',  title="Cells E_T; E_T [ GeV ] ; Nclusters",
                                xbins=100, xmin=0.0, xmax=100.0)
        monTool.defineHistogram('Cells_eta', path='EXPERT', type='TH1F', title="Cells #eta; #eta ; Nclusters",
                                xbins=100, xmin=-2.5, xmax=2.5)
        monTool.defineHistogram('Cells_phi', path='EXPERT', type='TH1F', title="Cells #phi; #phi ; Nclusters",
                                xbins=128, xmin=-3.2, xmax=3.2)
 
    if sequenceName is not None:
        from AthenaCommon.CFElements import parOR
        acc.merge(ComponentAccumulator(parOR(sequenceName)))
    cellMaker = CompFactory.HLTCaloCellMaker(name,
                                             CellsName = cells,
                                             TrigDataAccessMT = acc.getService('TrigCaloDataAccessSvc'),
                                             ExtraInputs = CaloDataAccessSvcDependencies,
                                             RoIs=roisKey,
                                             monitorCells = monitorCells,
                                             MonTool = monTool,
                                             TileCellsInROI = False if not doTau else True)
    acc.addEventAlgo(cellMaker, primary=True,sequenceName=sequenceName)
    return acc
 
@AccumulatorCache
def hltCaloCellCorrectorCfg(flags,name='HLTCaloCellCorrector', inputEDM='CellsClusters', outputEDM='CorrectedCellsClusters', eventShape='HIEventShape'):
    acc = ComponentAccumulator()
    cellCorrector = CompFactory.HLTCaloCellCorrector(name = name,
                                                     EventShapeCollection = eventShape,
                                                     InputCellKey = inputEDM,
                                                     OutputCellKey = outputEDM)
    acc.addEventAlgo(cellCorrector)
    return acc           
  
 
@AccumulatorCache
def hltCaloCellSeedlessMakerCfg(flags, roisKey='UNSPECIFIED',sequenceName=None):
    acc = ComponentAccumulator()
    hltCaloCellMakerAcc = hltCaloCellMakerCfg(flags, "CaloCellSeedLessFS",
                                                    roisKey = roisKey,
                                                    CellsName ="SeedLessFS", 
                                                    monitorCells=False)
 
    acc.merge(hltCaloCellMakerAcc,sequenceName=sequenceName)
 
    from CaloTools.CaloNoiseCondAlgConfig import CaloNoiseCondAlgCfg
    acc.merge(CaloNoiseCondAlgCfg(flags, noisetype="electronicNoise"))
    acc.addCondAlgo(CompFactory.CaloNoiseSigmaDiffCondAlg())
 
    return acc
 
 
@AccumulatorCache
def L0CaloGlobalRoIBuilderCfg(flags,DoNoiseThrRings=True):
    acc = ComponentAccumulator()
    from TrigT2CaloEgamma.TrigT2CaloEgammaConfig import RingerReFexConfig
    nameTool='RingerGlobalFex'
    nameAlgo='L0CaloGlobalRoIBuilder'
    nameContCalo='CaloClustersGlobal'
    nameContRinger='RingerGlobal'
    if ( DoNoiseThrRings ):
        nameTool='RingerGlobal2sigFex'
        nameAlgo='L0CaloGlobalRoI2sigBuilder'
        nameContCalo='CaloClusters2sigGlobal'
        nameContRinger='Ringer2sigGlobal'
    ringer = RingerReFexConfig(flags,name=nameTool,RingerKey='NOTNEEDED',
          ClustersName=nameContCalo,DoNoiseThrRings=DoNoiseThrRings)
    from AthenaCommon.CFElements import parOR
    accSeq = ComponentAccumulator(parOR("HLTBeginSeq"))
    L0CaloGlobalRoIBuilderAlg = CompFactory.CaloGlobalRoIBuilder(name=nameAlgo,
                      Cells ="SeedLessFS", ClustersName=nameContCalo,
                      RingerKey=nameContRinger,
                      RingerTool=ringer )
    accSeq.addEventAlgo(L0CaloGlobalRoIBuilderAlg, sequenceName="HLTBeginSeq")
 
    from CaloTools.CaloNoiseCondAlgConfig import CaloNoiseCondAlgCfg
    acc.merge(CaloNoiseCondAlgCfg(flags))
    acc.merge(accSeq)
 
    return acc
 
def CaloL0RingerPreCfg(flags,DoNoiseThrRings=True):
    flags.Trigger.ExtraEDMList+= CaloL0RingerPrepareList(DoNoiseThrRings)
 
def CaloL0RingerPrepareList(DoNoiseThrRings=True):
    extraEDMList=[]
    if DoNoiseThrRings : 
       extraEDMList+=[('xAOD::TrigRingerRingsContainer#Ringer2sigGlobal',  'BS ESD AODFULL', 'Calo'), ('xAOD::TrigRingerRingsAuxContainer#Ringer2sigGlobalAux.',  'BS ESD AODFULL', 'Calo'), ('xAOD::TrigEMClusterContainer#CaloClusters2sigGlobal',  'BS ESD AODFULL', 'Calo'), ('xAOD::TrigEMClusterAuxContainer#CaloClusters2sigGlobalAux.',  'BS ESD AODFULL', 'Calo')]
    else : 
       extraEDMList+=[('xAOD::TrigRingerRingsContainer#RingerGlobal',  'BS ESD AODFULL', 'Calo'), ('xAOD::TrigRingerRingsAuxContainer#RingerGlobalAux.',  'BS ESD AODFULL', 'Calo'), ('xAOD::TrigEMClusterContainer#CaloClustersGlobal',  'BS ESD AODFULL', 'Calo'), ('xAOD::TrigEMClusterAuxContainer#CaloClustersGlobalAux.',  'BS ESD AODFULL', 'Calo')]
    return extraEDMList
 
def CaloL0RingerCfg(flags,DoNoiseThrRings=True):
    from OutputStreamAthenaPool.OutputStreamConfig import addToESD,addToAOD
    extraContent=CaloL0RingerPrepareList(DoNoiseThrRings)
    acc = ComponentAccumulator()
    from AthenaCommon.CFElements import parOR
    if (flags.Output.doWriteRDO):
       accSeq = ComponentAccumulator(parOR("HLTBeginSeq"))
       accSeq.merge(hltCaloCellSeedlessMakerCfg(flags, sequenceName="HLTBeginSeq"))
       accSeq.merge(L0CaloGlobalRoIBuilderCfg(flags,DoNoiseThrRings=DoNoiseThrRings))
       acc.merge(accSeq)
 
    if (flags.Output.doWriteESD or flags.Output.doWriteAOD):
       if ( flags.Output.doWriteESD ):
          acc.merge(addToESD(flags, extraContent))
       if ( flags.Output.doWriteAOD ):
          acc.merge(addToAOD(flags, extraContent))
    return acc
 
 
 
def hltCaloLocalCalib(flags, name = "TrigLocalCalib"):
    det_version_is_rome = flags.GeoModel.AtlasVersion.startswith("Rome")
    localCalibTool = CompFactory.CaloLCWeightTool("TrigLCWeight",
           CorrectionKey="H1ClusterCellWeights",
           SignalOverNoiseCut=2.0, UseHadProbability=True)
    trigLCClassify = CompFactory.CaloLCClassificationTool("TrigLCClassify",
           ClassificationKey="EMFracClassify",
           UseSpread=False, MaxProbability=0.85 if det_version_is_rome else 0.5,
           UseNormalizedEnergyDensity=not det_version_is_rome,
           StoreClassificationProbabilityInAOD=True)
    tool = CompFactory.CaloClusterLocalCalib( name,
           ClusterRecoStatus=[1, 2], ClusterClassificationTool=[ trigLCClassify ],
           LocalCalibTools=[ localCalibTool ])
    return tool
 
 
def hltCaloOOCalib(flags, name = "TrigOOCCalib"):
    localCalibTool = CompFactory.CaloLCOutOfClusterTool("TrigLCOut",
           CorrectionKey="OOCCorrection",UseEmProbability=False,
           UseHadProbability=True)
    tool = CompFactory.CaloClusterLocalCalib( name,
           ClusterRecoStatus=[1, 2],
           LocalCalibTools=[ localCalibTool ] )
    return tool
 
def hltCaloOOCPi0Calib(flags, name = "TrigOOCPi0Calib" ):
    localCalibTool = CompFactory.CaloLCOutOfClusterTool("TrigLCOutPi0",
           CorrectionKey="OOCPi0Correction", UseEmProbability=True,
           UseHadProbability=False)
    tool = CompFactory.CaloClusterLocalCalib( name,
           ClusterRecoStatus=[1, 2],
           LocalCalibTools=[ localCalibTool ] )
    return tool
 
def hltCaloDMCalib(flags, name = "TrigDMCalib" ):
    localCalibTool = CompFactory.CaloLCDeadMaterialTool("TrigLCDeadMaterial",
           HadDMCoeffKey="HadDMCoeff2", ClusterRecoStatus=0,
           WeightModeDM=2,UseHadProbability=True)
    tool = CompFactory.CaloClusterLocalCalib( name,
            ClusterRecoStatus=[1, 2],
            LocalCalibTools=[ localCalibTool ] )
    return tool
 
 
 
@AccumulatorCache
def hltTopoClusterMakerCfg(flags, name, clustersKey="HLT_TopoCaloClustersFS", cellsKey=None, doLC=False, suffix=''):
    acc = ComponentAccumulator()
    cellsFromName = 'CaloCellsFS' if "FS" in clustersKey else "CaloCells"
    cells = cellsFromName if cellsKey is None else cellsKey
 
    from CaloRec.CaloTopoClusterConfig import (
        CaloTopoClusterToolCfg,
        CaloTopoClusterSplitterToolCfg,
    )
 
    topoMaker = acc.popToolsAndMerge(CaloTopoClusterToolCfg(flags, cellsname=cells))
    topoMaker.RestrictPSNeighbors = False
    listClusterCorrectionTools = []
    if doLC :
       from CaloTools.CaloNoiseCondAlgConfig import CaloNoiseCondAlgCfg
       # We need the electronic noise for the LC weights
       acc.merge(CaloNoiseCondAlgCfg(flags, noisetype="electronicNoise"))
       from CaloRec.CaloTopoClusterConfig import caloTopoCoolFolderCfg
       acc.merge(caloTopoCoolFolderCfg(flags))
       listClusterCorrectionTools = [ hltCaloLocalCalib(flags), hltCaloOOCalib(flags),
             hltCaloOOCPi0Calib(flags), hltCaloDMCalib(flags) ]
 
    #timing
    topoMaker.SeedCutsInT = flags.Trigger.Calo.TopoCluster.doTimeCut
    topoMaker.CutOOTseed = flags.Trigger.Calo.TopoCluster.extendTimeCut and flags.Trigger.Calo.TopoCluster.doTimeCut
    topoMaker.UseTimeCutUpperLimit = flags.Trigger.Calo.TopoCluster.useUpperLimitForTimeCut
    topoMaker.TimeCutUpperLimit = flags.Trigger.Calo.TopoCluster.timeCutUpperLimit
    
    topoSplitter = acc.popToolsAndMerge(CaloTopoClusterSplitterToolCfg(flags))
 
    topoMoments = CompFactory.CaloClusterMomentsMaker ('TrigTopoMoments')
    topoMoments.MaxAxisAngle = 20*deg
    topoMoments.TwoGaussianNoise = flags.Calo.TopoCluster.doTwoGaussianNoise
    topoMoments.MinBadLArQuality = 4000
    topoMoments.MomentsNames = ['FIRST_PHI',
                                'FIRST_ETA',
                                'SECOND_R' ,
                                'SECOND_LAMBDA',
                                'DELTA_PHI',
                                'DELTA_THETA',
                                'DELTA_ALPHA' ,
                                'CENTER_X',
                                'CENTER_Y',
                                'CENTER_Z',
                                'CENTER_MAG',
                                'CENTER_LAMBDA',
                                'LATERAL',
                                'LONGITUDINAL',
                                'FIRST_ENG_DENS',
                                'ENG_FRAC_EM',
                                'ENG_FRAC_MAX',
                                'ENG_FRAC_CORE' ,
                                'FIRST_ENG_DENS',
                                'SECOND_ENG_DENS',
                                'ISOLATION',
                                'ENG_BAD_CELLS',
                                'N_BAD_CELLS',
                                'N_BAD_CELLS_CORR',
                                'BAD_CELLS_CORR_E',
                                'BADLARQ_FRAC',
                                'ENG_POS',
                                'SIGNIFICANCE',
                                'CELL_SIGNIFICANCE',
                                'CELL_SIG_SAMPLING',
                                'AVG_LAR_Q',
                                'AVG_TILE_Q'
                                ]
 
    clustermakername = name + suffix
    doMonCells = "FS" in clustermakername
    
    alg = CompFactory.CaloClusterMaker(
          clustermakername,
          ClustersOutputName=clustersKey if "CaloMon" in clustermakername else recordable(clustersKey),
          ClusterCellLinkOutputName = clustersKey+"_links",
          ClusterMakerTools = [ topoMaker, topoSplitter, topoMoments],
          ClusterCorrectionTools = listClusterCorrectionTools,
          SaveUncalibratedSignalState = True,
          WriteTriggerSpecificInfo = True)
 
    from CaloTools.CaloNoiseCondAlgConfig import CaloNoiseCondAlgCfg
    acc.merge(CaloNoiseCondAlgCfg(flags))
    acc.addEventAlgo(alg, primary=True)
    monitor = CompFactory.TrigCaloClusterMonitor(name + 'Monitoring' + suffix,
                                                 CellsName = cells,
                                                 ClustersName = clustersKey,
                                                 MonitorCells = doMonCells,
                                                 MonitoringTool = trigCaloClusterMonitoringTool(flags, doMonCells))
    acc.addEventAlgo(monitor, primary=False)
    return acc
 
 
 
def hltCaloTopoClusterCalibratorCfg(flags, name, clustersin, clustersout, **kwargs):
    """ Create the LC calibrator """
    from CaloTools.CaloNoiseCondAlgConfig import CaloNoiseCondAlgCfg
 
    # We need the electronic noise for the LC weights
    acc = ComponentAccumulator()
    acc.merge(CaloNoiseCondAlgCfg(flags, noisetype="electronicNoise"))
 
    from CaloRec.CaloTopoClusterConfig import caloTopoCoolFolderCfg
    acc.merge(caloTopoCoolFolderCfg(flags))
 
    calibrator = CompFactory.TrigCaloClusterCalibrator(
        name, InputClusters=clustersin, OutputClusters=clustersout,
        **kwargs
        #OutputCellLinks = clustersout+"_cellLinks", **kwargs
    )
 
    calibrator.ClusterCorrectionTools = [ hltCaloLocalCalib(flags), hltCaloOOCalib(flags),
             hltCaloOOCPi0Calib(flags), hltCaloDMCalib(flags) ]
    #NB: Could we take these from CaloRec.CaloTopoClusterConfig.getTopoClusterLocalCalibTools?
 
    # Monitoring
    monTool = GenericMonitoringTool(flags, "MonTool")
    monTool.defineHistogram('Et', path='EXPERT', type='TH1F',
                            title="Cluster E_T; E_T [ MeV ] ; Number of Clusters",
                            xbins=135, xmin=-200.0, xmax=2500.0)
    monTool.defineHistogram('Eta', path='EXPERT', type='TH1F',
                            title="Cluster #eta; #eta ; Number of Clusters",
                            xbins=100, xmin=-2.5, xmax=2.5)
    monTool.defineHistogram('Phi', path='EXPERT', type='TH1F',
                            title="Cluster #phi; #phi ; Number of Clusters",
                            xbins=64, xmin=-3.2, xmax=3.2)
    monTool.defineHistogram('Eta,Phi', path='EXPERT', type='TH2F',
                            title="Number of Clusters; #eta ; #phi ; Number of Clusters",
                            xbins=100, xmin=-2.5, xmax=2.5, ybins=128, ymin=-3.2, ymax=3.2)
    calibrator.MonTool = monTool
 
    acc.addEventAlgo(calibrator, primary=True)
    return acc
 
##################### Unifying all cluster reco algs together ##################
from TriggerMenuMT.HLT.Egamma.TrigEgammaKeys import  getTrigEgammaKeys
 
 
def hltCaloTopoClusteringCfg(
    flags, namePrefix=None,nameSuffix=None, CellsName=None, monitorCells=False, roisKey="UNSPECIFIED",clustersKey=None, doLCFS=False, doTau = False):
    if doTau:
        CellsName = "CaloCellsLC"
        clustersKeyFromName = "HLT_TopoCaloClustersLC"
    elif nameSuffix == "FS":
        clustersKeyFromName = em_clusters
    else:
        TrigEgammaKeys = getTrigEgammaKeys(flags)
        clustersKeyFromName = TrigEgammaKeys.precisionTopoClusterContainer
        
    clusters = clustersKeyFromName if clustersKey is None else clustersKey
    acc = ComponentAccumulator()
    acc.merge(
        hltCaloCellMakerCfg(flags, namePrefix + "HLTCaloCellMaker"+nameSuffix, roisKey=roisKey, CellsName=CellsName, monitorCells=monitorCells, doTau = doTau)
    )
 
    clustermakername_nosuffix = namePrefix + "HLTCaloClusterMaker"
    
    clustermakername = clustermakername_nosuffix + nameSuffix
    
    # TODO - Don't use hasFlag here, use another concrete flag instead
    if flags.hasFlag("CaloRecGPU.GlobalFlags.UseCaloRecGPU") and flags.CaloRecGPU.GlobalFlags.UseCaloRecGPU and "FS" in clustermakername:
      flags = flags.cloneAndReplace("CaloRecGPU.ActiveConfig", "Trigger.CaloRecGPU.Default", True)
      from CaloRecGPU.CaloRecGPUConfig import GPUCaloTopoClusterCfg
      
      
      GPUKernelSvc = CompFactory.GPUKernelSizeOptimizerSvc()
      acc.addService(GPUKernelSvc)
      
      gpuhyb = GPUCaloTopoClusterCfg(flags,
                                     True,
                                     CellsName,
                                     clustersname = clusters if "CaloMon" in clustermakername else recordable(clusters),
                                     name = clustermakername,
                                     ReallyUseGPUTools = not flags.CaloRecGPU.GlobalFlags.UseCPUToolsInstead)
                                     
      acc.merge(gpuhyb)
      
      monitorCells = "FS" in clustermakername
      
      monitor = CompFactory.TrigCaloClusterMonitor(clustermakername_nosuffix + 'Monitoring' + nameSuffix,
                                                   CellsName = CellsName,
                                                   ClustersName = clusters,
                                                   MonitorCells = monitorCells,
                                                   MonitoringTool = trigCaloClusterMonitoringTool(flags, monitorCells))
      acc.addEventAlgo(monitor, primary=False)
      
    else : 
       calt=hltTopoClusterMakerCfg(flags, clustermakername_nosuffix, cellsKey=CellsName, clustersKey=clusters, doLC=doTau, suffix = nameSuffix)
       acc.merge(calt)
    if doLCFS:
        acc.merge( hltCaloTopoClusterCalibratorCfg(
                                                   flags,
                                                   "HLTCaloClusterCalibratorLCFS",
                                                   clustersin=em_clusters,
                                                   clustersout=lc_clusters,
                                                   OutputCellLinks=lc_clusters + "_cellLinks",
                                                  )
                 )
    return acc
 
###################################EgammaSpecific TopoClustering####################################
@AccumulatorCache
def egammaTopoClusteringCfg(flags, RoIs):
  cfg = hltCaloTopoClusteringCfg(flags, namePrefix="", nameSuffix="RoI", CellsName="CaloCells",  monitorCells=True, roisKey=RoIs)
  return cfg
 
 
@AccumulatorCache
def egammaTopoClusteringCfg_LRT(flags, RoIs):
  TrigEgammaKeys_LRT = getTrigEgammaKeys(flags, name = '_LRT')
  cfg = hltCaloTopoClusteringCfg(flags, namePrefix="", nameSuffix="RoI_LRT", CellsName="CaloCells",  monitorCells=True, roisKey=RoIs, clustersKey= TrigEgammaKeys_LRT.precisionTopoClusterContainer)
  return cfg
 
 
###################################JetMetSpecific TopoClustering####################################
@AccumulatorCache
def jetmetTopoClusteringCfg(flags, RoIs):
  cfg = hltCaloTopoClusteringCfg(flags, namePrefix="", nameSuffix="FS", CellsName="CaloCellsFS",  monitorCells=False, roisKey=RoIs)
  return cfg
 
@AccumulatorCache
def jetmetTopoClusteringCfg_LC(flags, RoIs):
  cfg = hltCaloTopoClusteringCfg(flags, namePrefix="", nameSuffix="FS", CellsName="CaloCellsFS",  monitorCells=False, roisKey=RoIs, doLCFS=True)
  return cfg
 
###################################TauSpecific TopoClustering####################################
@AccumulatorCache
def tauTopoClusteringCfg(flags, RoIs):
  cfg = hltCaloTopoClusteringCfg(flags, namePrefix="Tau", nameSuffix="", CellsName="CaloCellsLC",  monitorCells=False, roisKey=RoIs, clustersKey="HLT_TopoCaloClustersLC", doTau= True)
  return cfg
 
@AccumulatorCache
def hltCaloTopoClusteringHICfg(
    flags, CellsName=None, roisKey="UNSPECIFIED", doLC=False,algSuffix='HIRoI', ion=True):
    TrigEgammaKeys = getTrigEgammaKeys(flags, ion=ion)
    eventShape = TrigEgammaKeys.egEventShape
    clustersKey = TrigEgammaKeys.precisionTopoClusterContainer
    acc = ComponentAccumulator()
    acc.merge(hltCaloCellMakerCfg(flags, "HLTCaloCellMaker"+algSuffix, roisKey=roisKey, CellsName=CellsName, monitorCells=True))
    acc.merge(hltCaloCellCorrectorCfg(flags,name='HLTRoICaloCellCorrector', inputEDM='CaloCells', outputEDM='CorrectedRoICaloCells', eventShape=eventShape))
    acc.merge(hltTopoClusterMakerCfg(flags, "TrigCaloClusterMaker_topo"+algSuffix, clustersKey=clustersKey,cellsKey="CorrectedRoICaloCells"))
    return acc
 
@AccumulatorCache
def hltHICaloTowerMakerCfg(flags, name, towersKey, cellsKey="CaloCellsFS", RoIs=""):
    acc = ComponentAccumulator()
    larcmbtwrbldr = CompFactory.LArTowerBuilderTool("LArCmbTwrBldr",
                                        CellContainerName = cellsKey,
                                        IncludedCalos     = [ "LAREM", "LARHEC" ]
                                        )
    
    fcalcmbtwrbldr = CompFactory.LArFCalTowerBuilderTool("FCalCmbTwrBldr",
                                                CellContainerName = cellsKey,
                                                MinimumEt         = 0.*MeV
                                                )
 
    #input to  TileTowerBuilder:  cells in TILE
    tilecmbtwrbldr = CompFactory.TileTowerBuilderTool("TileCmbTwrBldr",
                                            CellContainerName = cellsKey,
                                            # debugging aid, keep for convenience
                                            #DumpTowers        = False,
                                            #DumpWeightMap     = False
                                            )
 
 
 
    alg = CompFactory.TrigCaloTowerMaker(name,
                                        Cells=cellsKey,
                                        CaloTowers=towersKey,
                                        NumberOfPhiTowers=64,
                                        NumberOfEtaTowers=100,
                                        EtaMin=-5.0,
                                        EtaMax=5.0,
                                        DeltaEta=1.2,
                                        DeltaPhi=1.2,
                                        RoIs=RoIs,
                                        TowerMakerTools = [ tilecmbtwrbldr, larcmbtwrbldr, fcalcmbtwrbldr ]
                                        )
    from CaloTools.CaloNoiseCondAlgConfig import CaloNoiseCondAlgCfg
    acc.merge(CaloNoiseCondAlgCfg(flags))
    acc.addEventAlgo(alg, primary=True)
    return acc
 
@AccumulatorCache
def hltHICaloClusterMakerCfg(flags, name, towersKey, cellsKey, clustersKey) :
    """Function to equip HLT HI cluster builder from towers and cells, adds to output AOD stream"""
    acc = ComponentAccumulator()
 
    
    alg=CompFactory.HIClusterMaker(name,
                          InputTowerKey=towersKey,
                          CaloCellContainerKey=cellsKey,
                          OutputContainerKey=clustersKey
                          )
    acc.addEventAlgo(alg, primary=True)
    return acc
 
@AccumulatorCache
def HICaloTowerCfg(flags):
    """ Create the towers for heavy ion """
    acc = ComponentAccumulator()
    acc.merge(
              hltCaloCellMakerCfg(flags, "HLTCaloCellMakerFS", roisKey='')
             )
    # Then build the towers
    acc.merge(
              hltHICaloTowerMakerCfg(
              flags,
              "HLTHICaloTowerMakerFS",
              towersKey=fs_towers,
              cellsKey=fs_cells,
              )
    )
    # Then build the clusters
    acc.merge(
              hltHICaloClusterMakerCfg(
              flags,
              "HLTHICaloClusterMakerFS",
              towersKey=fs_towers,
              cellsKey=fs_cells,
              clustersKey = "HLT_HICaloClustersFS"
              )
    )
 
    return acc
 
 
if __name__ == "__main__":
    from AthenaConfiguration.TestDefaults import defaultTestFiles, defaultGeometryTags
    from AthenaConfiguration.AllConfigFlags import initConfigFlags
 
    flags = initConfigFlags()
    flags.Input.Files = defaultTestFiles.RAW_RUN3
    flags.GeoModel.AtlasVersion = defaultGeometryTags.RUN3
    flags.IOVDb.GlobalTag = "CONDBR2-ES1PA-2022-07"
    flags.Common.isOnline = True
    outputContainers = ["CaloCellContainer#SeedLessFS",
              "xAOD::EventInfo#EventInfo",
              "xAOD::TrigEMClusterContainer#CaloClustersGlobal",
              "xAOD::TrigEMClusterAuxContainer#CaloClustersGlobalAux.",
              "xAOD::TrigRingerRingsContainer#RingerGlobal",
              "xAOD::TrigRingerRingsAuxContainer#RingerGlobalAux."]
    flags.Output.ESDFileName='TrigCaloRecCheck'
    
    flags.fillFromArgs()
    flags.dump()
    flags.lock()    
    from AthenaConfiguration.MainServicesConfig import MainServicesCfg 
    cfg = MainServicesCfg(flags)
 
    from LArGeoAlgsNV.LArGMConfig import LArGMCfg
    cfg.merge(LArGMCfg(flags))
    from TileGeoModel.TileGMConfig import TileGMCfg
    cfg.merge(TileGMCfg(flags))
 
    from DetDescrCnvSvc.DetDescrCnvSvcConfig import DetDescrCnvSvcCfg
    cfg.merge(DetDescrCnvSvcCfg(flags))
 
    from ByteStreamCnvSvc.ByteStreamConfig import ByteStreamReadCfg
    cfg.merge(ByteStreamReadCfg(flags))
    cfg.getService("ByteStreamCnvSvc").ROD2ROBmap=["-1"]
 
    storeGateSvc = cfg.getService("StoreGateSvc")
    storeGateSvc.Dump=True
    theL0CaloGlobalRoIBuilderCfg = L0CaloGlobalRoIBuilderCfg(flags)
    from OutputStreamAthenaPool.OutputStreamConfig import OutputStreamCfg
 
    from AthenaCommon.CFElements import parOR
    cfg.addSequence(parOR("HLTBeginSeq"),parentName="AthMasterSeq")
    
    CAs = [hltCaloCellSeedlessMakerCfg(flags,roisKey=''),
           theL0CaloGlobalRoIBuilderCfg,
           hltCaloCellMakerCfg(flags, "SthFS",roisKey=''),
           hltCaloGlobalCellMakerCfg(flags,InputCellKey="SeedLessFS",OutputCellKey="SeedLessFSGlobal"),
           hltCaloGlobalCellMonitorCfg(flags,InputCellKey="SeedLessFSGlobal"),
           hltCaloGlobalCellMonitorCfg(flags,name="HLTCaloGlobalCellMonitor1",InputCellKey="SeedLessFS"),
           OutputStreamCfg(flags,flags.Output.ESDFileName,ItemList=outputContainers)]
           #hltTopoClusterMakerCfg(flags, "TrigCaloClusterMaker_topoFS")]
 
    for ca in CAs:
        ca.printConfig(withDetails=True, summariseProps=True)
        #ca.wasMerged()
        cfg.merge(ca)
    cfg.run(50)