FPGATrackSimDataPrepConfig.py

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# Copyright (C) 2002-2026 CERN for the benefit of the ATLAS collaboration
 
from AthenaConfiguration.ComponentFactory import CompFactory
from AthenaCommon.Logging import AthenaLogger
from AthenaConfiguration.ComponentAccumulator import ComponentAccumulator
from math import pi
from FPGATrackSimConfTools.FPGATrackSimHelperFunctions import convertRegionsExpressionToArray
 
 
def nameWithRegionSuffix(flags, basename):
  return f"{basename}_reg{flags.Trigger.FPGATrackSim.region}"
 
 
def getRegionNumber(nPiOver16Min, minAbsEta, isPositiveEta, verbosePrint=True):
        binSizePhi = pi/16
        binSizeEta = 0.2
        region = nPiOver16Min
        if (nPiOver16Min >= 32 or nPiOver16Min < 0):
            print("You are asking for nPiOver16 = ",nPiOver16Min," but we only have 32 phi bins! Returning -1")
            return -1
        if (minAbsEta > 3.8 or minAbsEta < 0):
            print("You are asking for minAbsEta = ",minAbsEta," but we only have 20 abs eta bins! Returning -1")
            return -1
        if not (isPositiveEta == 0 or isPositiveEta == 1):
            print("You are asking for isPositiveEta = ",isPositiveEta, " but this should only be 0 or 1! Returning -1")
            return -1
 
        etanum = round(minAbsEta / binSizeEta)
        mineta = binSizeEta*etanum
        maxeta = binSizeEta*(etanum+1)
        if (not isPositiveEta):
            mineta = -binSizeEta*(etanum+1)
            maxeta = -binSizeEta*etanum
 
        region = region | ((isPositiveEta & 0x1) << 5) 
        region = region | (etanum << 6)
        if (verbosePrint):
            print("I am returning the region number for minphi =",nPiOver16Min, "*pi/16, which is equal to",binSizePhi*nPiOver16Min)
            print("   and maxphi =",nPiOver16Min+1, "*pi/16, which is equal to",binSizePhi*(nPiOver16Min+1))
            print("   and mineta =",mineta, "and max eta =", maxeta)
 
        return region
 
 
def getBaseName(flags):
    if (flags.Trigger.FPGATrackSim.oldRegionDefs):
        if (not (flags.Trigger.FPGATrackSim.baseName == '')):
            return flags.Trigger.FPGATrackSim.baseName
        elif (flags.Trigger.FPGATrackSim.region == 0):
            return 'eta0103phi0305'
        elif (flags.Trigger.FPGATrackSim.region == 1):
            return 'eta0709phi0305'
        elif (flags.Trigger.FPGATrackSim.region == 2):
            return 'eta1214phi0305'
        elif (flags.Trigger.FPGATrackSim.region == 3):
            return 'eta2022phi0305'
        elif (flags.Trigger.FPGATrackSim.region == 4):
            return 'eta3234phi0305'
        elif (flags.Trigger.FPGATrackSim.region == 5):
            return 'eta0103phi1113'
        elif (flags.Trigger.FPGATrackSim.region == 6):
            return 'eta0103phi1921'
        elif (flags.Trigger.FPGATrackSim.region == 7):
            return 'eta0103phi3436'
        else:
            return 'default'
    else:
        if (flags.Trigger.FPGATrackSim.region >= 1280 or flags.Trigger.FPGATrackSim.region < 0): return 'default'
        else:
            return "region"+str(flags.Trigger.FPGATrackSim.region)
 
def getPhiRange(flags):
    if (flags.Trigger.FPGATrackSim.oldRegionDefs):
        if (not (flags.Trigger.FPGATrackSim.baseName == '')):
            return [0.3,0.5]
        elif (flags.Trigger.FPGATrackSim.region == 0):
            return [0.3,0.5]
        elif (flags.Trigger.FPGATrackSim.region == 1):
            return [0.3,0.5]            
        elif (flags.Trigger.FPGATrackSim.region == 2):
            return [0.3,0.5]            
        elif (flags.Trigger.FPGATrackSim.region == 3):
            return [0.3,0.5]            
        elif (flags.Trigger.FPGATrackSim.region == 4):
            return [0.3,0.5]            
        elif (flags.Trigger.FPGATrackSim.region == 5):
            return [1.1,1.3]                        
        elif (flags.Trigger.FPGATrackSim.region == 6):
            return [1.9,2.1]                                    
        elif (flags.Trigger.FPGATrackSim.region == 7):
            return [3.4,3.6]
        else:
            return [0.3,0.5]
    else:
        binSize = pi/16
        phiBin=flags.Trigger.FPGATrackSim.region & 0x1f
        if (flags.Trigger.FPGATrackSim.region >= 1280 or flags.Trigger.FPGATrackSim.region < 0): return [binSize*2,binSize*3]
        else:
            return [binSize*phiBin,binSize*(phiBin+1)]
 
def getEtaRange(flags):
    if (flags.Trigger.FPGATrackSim.oldRegionDefs):
        if (not (flags.Trigger.FPGATrackSim.baseName == '')):
            return [0.1,0.3]
        elif (flags.Trigger.FPGATrackSim.region == 0):
            return [0.1,0.3]
        elif (flags.Trigger.FPGATrackSim.region == 1):
            return [0.7,0.9]            
        elif (flags.Trigger.FPGATrackSim.region == 2):
            return [1.2,1.4]
        elif (flags.Trigger.FPGATrackSim.region == 3):
            return [2.0,2.2]
        elif (flags.Trigger.FPGATrackSim.region == 4):
            return [3.2,3.4]
        elif (flags.Trigger.FPGATrackSim.region == 5):
            return [0.1,0.3]
        elif (flags.Trigger.FPGATrackSim.region == 6):
            return [0.1,0.3]
        elif (flags.Trigger.FPGATrackSim.region == 7):
            return [0.1,0.3]
        else:
            return [0.3,0.5]
    else:
        if (flags.Trigger.FPGATrackSim.region >= 1280 or flags.Trigger.FPGATrackSim.region < 0): return [0.2,0.4]
        else:
            binSize = 0.2
            side = (flags.Trigger.FPGATrackSim.region >> 5) & 0x1 
            etaBin = (flags.Trigger.FPGATrackSim.region >> 6) & 0x1f
            if (side): return [binSize*etaBin,binSize*(etaBin+1)]
            else: return [-binSize*(etaBin+1),-binSize*etaBin]
 
 
def getEtaSideBits(flags):
    # this includes both the eta and side bits
    return flags.Trigger.FPGATrackSim.region >> 5
 
def FPGATrackSimRawLogicCfg(flags,name="FPGATrackSimRawLogicTool"):
    result=ComponentAccumulator()
    FPGATrackSimRawLogic = CompFactory.FPGATrackSimRawToLogicalHitsTool(nameWithRegionSuffix(flags,name))
    FPGATrackSimRawLogic.SaveOptional = 2
    if (flags.Trigger.FPGATrackSim.ActiveConfig.sampleType == 'skipTruth'):
        FPGATrackSimRawLogic.SaveOptional = 1
    FPGATrackSimRawLogic.TowersToMap = [0] # TODO TODO why is this hardcoded?
    FPGATrackSimRawLogic.FPGATrackSimEventSelectionSvc = result.getPrimaryAndMerge(FPGATrackSimEventSelectionSvcCfg(flags))
    FPGATrackSimRawLogic.FPGATrackSimMappingSvc = result.getPrimaryAndMerge(FPGATrackSimMappingCfg(flags))
    result.addPublicTool(FPGATrackSimRawLogic,primary=True)
    return result
 
def FPGATrackSimSpacePointsToolCfg(flags):
    result=ComponentAccumulator()
    SpacePointTool = CompFactory.FPGATrackSimSpacePointsTool()
    SpacePointTool.Filtering = flags.Trigger.FPGATrackSim.ActiveConfig.spacePointFiltering
    SpacePointTool.FilteringClosePoints = False
    SpacePointTool.PhiWindow = 0.004
    SpacePointTool.Duplication = True
    result.addPublicTool(SpacePointTool, primary=True)
    return result
 
 
def prepareFlagsForFPGATrackSimDataPrepAlg(flags):
    newFlags = flags.cloneAndReplace("Trigger.FPGATrackSim.ActiveConfig", "Trigger.FPGATrackSim." + flags.Trigger.FPGATrackSim.algoTag)
    return newFlags
 
 
def FPGATrackSimDataPrepOutputCfg(flags):
    result=ComponentAccumulator()
    
    FPGATrackSimWriteOutput = CompFactory.FPGATrackSimOutputHeaderTool("FPGATrackSimWriteOutputDataPrep")
    FPGATrackSimWriteOutput.InFileName = ["test.root"]
    FPGATrackSimWriteOutput.OutputTreeName = "FPGATrackSimDataPrepTree"    
    from FPGATrackSimConfTools.FPGATrackSimHelperFunctions import convertRegionsExpressionToArray
    writeThis=flags.Trigger.FPGATrackSim.writeAdditionalOutputData and ((flags.Trigger.FPGATrackSim.regionToWriteDPTree in convertRegionsExpressionToArray(flags.Trigger.FPGATrackSim.regionList)) or (flags.Trigger.FPGATrackSim.regionToWriteDPTree < 0))
    
    if not writeThis:
        FPGATrackSimWriteOutput.EventLimit = 0
    else:
        FPGATrackSimWriteOutput.EventLimit = flags.Trigger.FPGATrackSim.writeOutputEventLimit
    if flags.Trigger.FPGATrackSim.writeRegion>=0: # negative is off
        FPGATrackSimWriteOutput.RequireActivation=True
    # RECREATE means that that this tool opens the file.
    # HEADER would mean that something else (e.g. THistSvc) opens it and we just add the object.
    FPGATrackSimWriteOutput.RWstatus = "HEADER"
    FPGATrackSimWriteOutput.THistSvc = CompFactory.THistSvc()
    result.addPublicTool(FPGATrackSimWriteOutput, primary=True)
    return result
 
def FPGAConversionAlgCfg(inputFlags, name = 'FPGAConversionAlg', stage = '', **kwargs):
 
    flags = prepareFlagsForFPGATrackSimDataPrepAlg(inputFlags)
   
    result=ComponentAccumulator()
    from StripGeoModelXml.ITkStripGeoModelConfig import ITkStripReadoutGeometryCfg
    result.merge(ITkStripReadoutGeometryCfg(flags))
 
    kwargs.setdefault("FPGATrackSimClusterKey", "FPGAClusters_1st")
    kwargs.setdefault("FPGATrackSimHitKey", "FPGAHits%s" %(stage))
    kwargs.setdefault("FPGATrackSimRoadKey", "FPGARoads")
    kwargs.setdefault("FPGATrackSimTrackKey", "FPGATracks")
    kwargs.setdefault("xAODPixelClusterFromFPGAClusterKey", "xAODPixelClustersFromFPGACluster")
    kwargs.setdefault("xAODStripClusterFromFPGAClusterKey", "xAODStripClustersFromFPGACluster")
    kwargs.setdefault("xAODStripSpacePointFromFPGAKey", "xAODStripSpacePoints%sFromFPGA" %(stage))
    kwargs.setdefault("xAODPixelSpacePointFromFPGAKey", "xAODPixelSpacePoints%sFromFPGA" %(stage))
    kwargs.setdefault("xAODPixelClusterFromFPGAHitKey", "xAODPixelClusters%sFromFPGAHit" %(stage))
    kwargs.setdefault("xAODStripClusterFromFPGAHitKey", "xAODStripClusters%sFromFPGAHit" %(stage))
    kwargs.setdefault("ActsProtoTrackFromFPGARoadKey", "ActsProtoTracks%sFromFPGARoad" %(stage))
    kwargs.setdefault("ActsProtoTrackFromFPGATrackKey", "ActsProtoTracks%sFromFPGATrack" %(stage))
    kwargs.setdefault("doHits", False)
    kwargs.setdefault("doClusters", True)
    kwargs.setdefault("doActsTrk", False)
    kwargs.setdefault("useRoads", False)
    kwargs.setdefault("ClusterConverter", result.popToolsAndMerge(FPGAClusterConverterCfg(flags)))
    kwargs.setdefault("ActsTrkConverter", result.popToolsAndMerge(FPGAActsTrkConverterCfg(flags)))
    
    ConvertionAlgorithm = CompFactory.FPGAConversionAlgorithm(name, **kwargs)
    ConvertionAlgorithm.ClusterConverter.doLorentzShift=False # this should not be turned on unless needed for validation purposes
    
    result.addEventAlgo(ConvertionAlgorithm)
    return result
 
def FPGAClusterConverterCfg(flags):
    result=ComponentAccumulator()
    FPGAClusterConverter = CompFactory.FPGAClusterConverter()
    FPGAClusterConverter.doLorentzShift=True
    
    from SiLorentzAngleTool.ITkPixelLorentzAngleConfig import ITkPixelLorentzAngleToolCfg
    FPGAClusterConverter.LorentzAngleToolPixel = result.popToolsAndMerge(ITkPixelLorentzAngleToolCfg(flags))
    
    from SiLorentzAngleTool.ITkStripLorentzAngleConfig import ITkStripLorentzAngleToolCfg
    FPGAClusterConverter.LorentzAngleToolStrip = result.popToolsAndMerge(ITkStripLorentzAngleToolCfg(flags))
    
    result.setPrivateTools(FPGAClusterConverter)
 
    return result
 
 
def FPGAActsTrkConverterCfg(flags):
    result=ComponentAccumulator()
    FPGAActsTrkConverter = CompFactory.FPGAActsTrkConverter()
    result.setPrivateTools(FPGAActsTrkConverter)
 
    return result
 
 
def WriteToAOD(flags, stage = '',finalTrackParticles = ''): #  store xAOD containers in AOD file
    result = ComponentAccumulator()
    from xAODMetaDataCnv.InfileMetaDataConfig import SetupMetaDataForStreamCfg
    from OutputStreamAthenaPool.OutputStreamConfig import outputStreamName
    from AthenaConfiguration.Enums import MetadataCategory
    
    result.merge( SetupMetaDataForStreamCfg( flags,"AOD", 
                                            createMetadata=[
                                                MetadataCategory.ByteStreamMetaData,
                                                MetadataCategory.LumiBlockMetaData,
                                                MetadataCategory.TruthMetaData,
                                                MetadataCategory.IOVMetaData,],)
                )
    log.info("AOD ItemList: %s", result.getEventAlgo(outputStreamName("AOD")).ItemList)
    log.info("AOD MetadataItemList: %s", result.getEventAlgo(outputStreamName("AOD")).MetadataItemList)
    log.info("---------- Configured AOD writing")
    
    from OutputStreamAthenaPool.OutputStreamConfig import addToAOD
    toAOD = [f"xAOD::TrackParticleContainer#{finalTrackParticles}",f"xAOD::TrackParticleAuxContainer#{finalTrackParticles}Aux."]
    if flags.Trigger.FPGATrackSim.writeClustersToAOD:
        toAOD += ["xAOD::PixelClusterContainer#xAODPixelClustersFromFPGACluster","xAOD::PixelClusterAuxContainer#xAODPixelClustersFromFPGAClusterAux.",
                "xAOD::StripClusterContainer#xAODStripClustersFromFPGACluster","xAOD::StripClusterAuxContainer#xAODStripClustersFromFPGAClusterAux."]
    if flags.Trigger.FPGATrackSim.writeOfflPRDInfo:
        toAOD += ['xAOD::TrackMeasurementValidationContainer#ITkPixelMeasurements_offl','xAOD::TrackMeasurementValidationAuxContainer#ITkPixelMeasurements_offlAux.',
                'xAOD::TrackMeasurementValidationContainer#ITkStripMeasurements_offl','xAOD::TrackMeasurementValidationAuxContainer#ITkStripMeasurements_offlAux.']
    if flags.Trigger.FPGATrackSim.writeAdditionalOutputData:
        toAOD += [f"xAOD::SpacePointContainer#xAODPixelSpacePoints{stage}FromFPGA",f"xAOD::SpacePointAuxContainer#xAODPixelSpacePoints{stage}FromFPGAAux.-measurements",
                  f"xAOD::SpacePointContainer#xAODStripSpacePoints{stage}FromFPGA",f"xAOD::SpacePointAuxContainer#xAODStripSpacePoints{stage}FromFPGAAux.-measurements.-sctSpacePointLink"]
    
    result.merge(addToAOD(flags, toAOD))
 
    return result
 
 
def FPGATrackSimEventSelectionSvcCfg(flags,name="FPGATrackSimEventSelectionSvc"):
    
    result=ComponentAccumulator()
    eventSelector = CompFactory.FPGATrackSimEventSelectionSvc(nameWithRegionSuffix(flags,name))
    eventSelector.regions = flags.Trigger.FPGATrackSim.slicesFile
    eventSelector.regionID = flags.Trigger.FPGATrackSim.region
    eventSelector.sampleType = flags.Trigger.FPGATrackSim.sampleType
    eventSelector.skipRegionCheck = flags.Trigger.FPGATrackSim.pipeline.startswith('F-1')  # if set to True, it will essentially run for the whole detector
    eventSelector.withPU = False
    eventSelector.oldRegionDefs = flags.Trigger.FPGATrackSim.oldRegionDefs
 
    
    eventSelector.mind0 = flags.Trigger.FPGATrackSim.d0min
    eventSelector.maxd0 = flags.Trigger.FPGATrackSim.d0max
    eventSelector.minz0 = flags.Trigger.FPGATrackSim.z0min
    eventSelector.maxz0 = flags.Trigger.FPGATrackSim.z0max    
    eventSelector.minqOverPt = flags.Trigger.FPGATrackSim.qOverPtmin
    eventSelector.maxqOverPt = flags.Trigger.FPGATrackSim.qOverPtmax
 
    result.addService(eventSelector, create=True, primary=True)
    return result
 
def FPGATrackSimEventSelectionToolCfg(flags,name="FPGATrackSimEventSelectionTool"):
    result=ComponentAccumulator()
    eventSelectionTool=CompFactory.FPGATrackSim.FPGATrackSimEventSelectionTool(nameWithRegionSuffix(flags,name))
    eventSelectionTool.evtSelectionService = result.getPrimaryAndMerge(FPGATrackSimEventSelectionSvcCfg(flags))
    
    result.addPublicTool(eventSelectionTool, primary=True)
    return result
 
def FPGATrackSimMappingCfg(flags,name="FPGATrackSimMappingSvc"):
    result=ComponentAccumulator()
    mappingSvc = CompFactory.FPGATrackSimMappingSvc(nameWithRegionSuffix(flags,name))
    mappingSvc.regionID = flags.Trigger.FPGATrackSim.region
    mappingSvc.mappingType = "FILE"
    mappingSvc.rmap = flags.Trigger.FPGATrackSim.mapsDir+"/"+getBaseName(flags)+".rmap" # we need more configurability here i.e. file choice should depend on some flag
    mappingSvc.subrmap =  flags.Trigger.FPGATrackSim.mapsDir+"/"+getBaseName(flags)+".rmap" # At this point this is the same as the region map, so let's not have two files
    mappingSvc.pmap = flags.Trigger.FPGATrackSim.mapsDir+"/"+getBaseName(flags)+".pmap"
    mappingSvc.modulemap = flags.Trigger.FPGATrackSim.mapsDir+"/moduleidmap"
    mappingSvc.radiiFile = flags.Trigger.FPGATrackSim.mapsDir + "/"+getBaseName(flags)+"_radii.txt"
    mappingSvc.radiiFile2nd = flags.Trigger.FPGATrackSim.mapsDir + "/"+getBaseName(flags)+"_radii_2nd.txt"
    mappingSvc.loadRadii = (not flags.Trigger.FPGATrackSim.ActiveConfig.GNN) and flags.Trigger.FPGATrackSim.loadRadii
    mappingSvc.loadRegionMap = flags.Trigger.FPGATrackSim.loadRegionMap
    mappingSvc.DoGNNTrack = flags.Trigger.FPGATrackSim.GNN.doGNNTracking
 
    mappingSvc.FakeNNonnx1st = flags.Trigger.FPGATrackSim.FakeNNonnxFile1st
    mappingSvc.FakeNNonnx2nd = flags.Trigger.FPGATrackSim.FakeNNonnxFile2nd
    mappingSvc.ParamNNonnx1st = flags.Trigger.FPGATrackSim.ParamNNonnxFile1st
    mappingSvc.ParamNNonnx2nd = flags.Trigger.FPGATrackSim.ParamNNonnxFile2nd
    mappingSvc.ExtensionNNVolonnx = flags.Trigger.FPGATrackSim.ExtensionNNVolonnxFile
    mappingSvc.ExtensionNNHitonnx = flags.Trigger.FPGATrackSim.ExtensionNNHitonnxFile
    mappingSvc.GNNModuleMap = flags.Trigger.FPGATrackSim.GNN.moduleMapPath
    mappingSvc.layerOverride = []
    result.addService(mappingSvc, create=True, primary=True)
    return result
 
 
def FPGATrackSimReadInputCfg(flags):
    result=ComponentAccumulator()
    InputTool = CompFactory.FPGATrackSimInputHeaderTool(name="FPGATrackSimReadInput",
                                               InFileName = flags.Trigger.FPGATrackSim.wrapperFileName)
    result.addPublicTool(InputTool, primary=True)
    return result
 
def FPGATrackSimReadInput2Cfg(flags):
    result=ComponentAccumulator()
    InputTool2 = CompFactory.FPGATrackSimReadRawRandomHitsTool(name="FPGATrackSimReadInput2", InFileName = flags.Trigger.FPGATrackSim.wrapperFileName2)
    result.addPublicTool(InputTool2, primary=True)
    return result
 
def FPGATrackSimHitFilteringToolCfg(flags):
    result=ComponentAccumulator()
    HitFilteringTool = CompFactory.FPGATrackSimHitFilteringTool()
    HitFilteringTool.barrelStubDphiCut = 3.0
    HitFilteringTool.doRandomRemoval = False
    HitFilteringTool.doStubs = False
    HitFilteringTool.endcapStubDphiCut = 1.5
    HitFilteringTool.pixelClusRmFrac = 0
    HitFilteringTool.pixelHitRmFrac = 0
    HitFilteringTool.stripClusRmFrac = 0
    HitFilteringTool.stripHitRmFrac = 0
    HitFilteringTool.useNstrips = False
    result.addPublicTool(HitFilteringTool, primary=True)
    return result
 
def FPGATrackSimLorentzAngleToolCfg(flags):
    result=ComponentAccumulator()
    LorentzAngleTool = CompFactory.FPGATrackSim.LorentzAngleTool()
    LorentzAngleTool.UseAthenaLorentzAngleTools=False
    LorentzAngleTool.shiftGlobalPosition=True
    
    from SiLorentzAngleTool.ITkPixelLorentzAngleConfig import ITkPixelLorentzAngleToolCfg
    LorentzAngleTool.LorentzAngleToolPixel = result.popToolsAndMerge(ITkPixelLorentzAngleToolCfg(flags))
    
    from SiLorentzAngleTool.ITkStripLorentzAngleConfig import ITkStripLorentzAngleToolCfg
    LorentzAngleTool.LorentzAngleToolStrip = result.popToolsAndMerge(ITkStripLorentzAngleToolCfg(flags))
    
    result.addPublicTool(LorentzAngleTool, primary=True)
    return result
 
def FPGATrackSimDataPrepAlgCfg(inputFlags):
 
    flags = prepareFlagsForFPGATrackSimDataPrepAlg(inputFlags)
 
    result=ComponentAccumulator()
    
 
    theFPGATrackSimDataPrepAlg=CompFactory.FPGATrackSimDataPrepAlg()
    theFPGATrackSimDataPrepAlg.HitFiltering = flags.Trigger.FPGATrackSim.ActiveConfig.hitFiltering
    theFPGATrackSimDataPrepAlg.writeOutputData = flags.Trigger.FPGATrackSim.writeAdditionalOutputData
    writePreClusterBranch=flags.Trigger.FPGATrackSim.writeAdditionalOutputData and (flags.Trigger.FPGATrackSim.regionToWriteDPTree < 0)
    theFPGATrackSimDataPrepAlg.writePreClusterBranch=writePreClusterBranch
 
    theFPGATrackSimDataPrepAlg.Clustering = flags.Trigger.FPGATrackSim.clustering
    theFPGATrackSimDataPrepAlg.doEvtSel= False if flags.Trigger.FPGATrackSim.pipeline.startswith('F-1') or flags.Trigger.FPGATrackSim.sampleType == 'skipTruth' else True
    theFPGATrackSimDataPrepAlg.useInternalTruthTracks = flags.Trigger.FPGATrackSim.useFPGATruthTrackMatching
    theFPGATrackSimDataPrepAlg.recordHits = not flags.Trigger.FPGATrackSim.pipeline.startswith('F-1')
    theFPGATrackSimDataPrepAlg.writeRegion = flags.Trigger.FPGATrackSim.writeRegion
    theFPGATrackSimDataPrepAlg.isDataPrepPipeline = True if flags.Tracking.ActiveConfig.extension == "ActsValidateF100" else False
 
    theFPGATrackSimDataPrepAlg.RawToLogicalHitsTools = []
    from FPGATrackSimConfTools.FPGATrackSimHelperFunctions import convertRegionsExpressionToArray
    for region in convertRegionsExpressionToArray(flags.Trigger.FPGATrackSim.regionList):
        flagsForEachRegion = inputFlags.clone()
        flagsForEachRegion = flagsForEachRegion.cloneAndReplace("Trigger.FPGATrackSim.ActiveConfig", "Trigger.FPGATrackSim." + inputFlags.Trigger.FPGATrackSim.algoTag,keepOriginal=True)
        flagsForEachRegion.Trigger.FPGATrackSim.region = region
        flagsForEachRegion.lock()
        
        theFPGATrackSimDataPrepAlg.RawToLogicalHitsTools.append(result.getPrimaryAndMerge(FPGATrackSimRawLogicCfg(flagsForEachRegion)))
        theFPGATrackSimDataPrepAlg.eventSelectors.append(result.getPrimaryAndMerge(FPGATrackSimEventSelectionToolCfg(flagsForEachRegion)))
 
    if flags.Trigger.FPGATrackSim.wrapperFileName and flags.Trigger.FPGATrackSim.wrapperFileName is not None:
        theFPGATrackSimDataPrepAlg.InputTool = result.getPrimaryAndMerge(FPGATrackSimReadInputCfg(flags))
        if flags.Trigger.FPGATrackSim.wrapperFileName2 and flags.Trigger.FPGATrackSim.wrapperFileName2 is not None:
            theFPGATrackSimDataPrepAlg.InputTool2 = result.getPrimaryAndMerge(FPGATrackSimReadInput2Cfg(flags))
            theFPGATrackSimDataPrepAlg.SecondInputToolN = flags.Trigger.FPGATrackSim.secondInputToolN
        theFPGATrackSimDataPrepAlg.SGInputTool = ""
    else:
        from ActsConfig.ActsGeometryConfig import ActsTrackingGeometryToolCfg
        result.getPrimaryAndMerge(ActsTrackingGeometryToolCfg(flags))
        theFPGATrackSimDataPrepAlg.InputTool = ""
        theFPGATrackSimDataPrepAlg.InputTool2 = ""
        from FPGATrackSimSGInput.FPGATrackSimSGInputConfig import FPGATrackSimSGInputToolCfg
        theFPGATrackSimDataPrepAlg.SGInputTool = result.getPrimaryAndMerge(FPGATrackSimSGInputToolCfg(flags))
        theFPGATrackSimDataPrepAlg.SGInputTool.ReadOfflineClusters=False
        theFPGATrackSimDataPrepAlg.SGInputTool.ReadOfflineTracks=False
 
    theFPGATrackSimDataPrepAlg.HitFilteringTool = result.getPrimaryAndMerge(FPGATrackSimHitFilteringToolCfg(flags))
 
    theFPGATrackSimDataPrepAlg.ClusteringTool = CompFactory.FPGATrackSimClusteringTool()
    if not flags.Trigger.FPGATrackSim.wrapperFileName:
        theFPGATrackSimDataPrepAlg.ClusteringTool.LorentzAngleTool = result.getPrimaryAndMerge(FPGATrackSimLorentzAngleToolCfg(flags))
        theFPGATrackSimDataPrepAlg.ClusteringTool.LorentzAngleShift = flags.Trigger.FPGATrackSim.LorentzAngleShift
    else:
        theFPGATrackSimDataPrepAlg.ClusteringTool.LorentzAngleShift = -1 # should be set to False by default in the tool class but just in case...
        
 
    
    theFPGATrackSimDataPrepAlg.OutputTool = result.getPrimaryAndMerge(FPGATrackSimDataPrepOutputCfg(flags))
 
    from FPGATrackSimAlgorithms.FPGATrackSimAlgorithmConfig import FPGATrackSimDataPrepMonitoringCfg
    theFPGATrackSimDataPrepAlg.MonTool = result.getPrimaryAndMerge(FPGATrackSimDataPrepMonitoringCfg(flags))
 
    result.addEventAlgo(theFPGATrackSimDataPrepAlg)
 
    return result
 
 
log = AthenaLogger(__name__)
 
def FPGATrackSimRegionFlagCfg(flags):
    if flags.Trigger.FPGATrackSim.regionList == "": # in case of empty list just use the region set to flags.Trigger.FPGATrackSim.region
        flags.Trigger.FPGATrackSim.regionList = [flags.Trigger.FPGATrackSim.region]
    else: # otherwise use the regionList (this overrides the region flag)
        flags.Trigger.FPGATrackSim.regionList = convertRegionsExpressionToArray(flags.Trigger.FPGATrackSim.regionList)
    return flags
 
def FPGATrackSimClusteringCfg(flags): # to be used in the Reco_tf configuration
    acc=ComponentAccumulator()
    if not flags.Trigger.FPGATrackSim.runOnPreProducedHeaderFiles:
        acc.merge(FPGATrackSimDataPrepAlgCfg(flags))
        acc.merge(FPGAConversionAlgCfg(flags, name = 'FPGAConversionAlg', stage = '_1st',**{
            'FPGATrackSimSPKey': 'FPGAClusters_1st',
            'xAODPixelClusterFromFPGAClusterKey': 'FPGAPixelClusters',
            'xAODStripClusterFromFPGAClusterKey': 'FPGAStripClusters',
            'xAODPixelSpacePointFromFPGAKey': 'ITkPixelSpacePoints',
            'doActsTrk': False,
            'useRoads': False,          
            'doSP': flags.Trigger.FPGATrackSim.convertSPs,
        }))
    else:
        from FPGATrackSimConfTools.FPGATrackSimMergeOutputsConfig import FPGATrackSimMergeOutputsAlgCfg
        acc.merge(FPGATrackSimMergeOutputsAlgCfg(flags))            
        acc.merge(FPGAConversionAlgCfg(flags, name = 'FPGAConversionAlg', stage = '_1st',**{
            'FPGATrackSimHitKey': 'FPGAHits',
            'xAODPixelClusterFromFPGAHitKey': 'FPGAPixelClusters',
            'xAODStripClusterFromFPGAHitKey': 'FPGAStripClusters',
            'xAODPixelSpacePointFromFPGAKey': 'ITkPixelSpacePoints',
            'doActsTrk': False,
            'useRoads': False,          
            'doClusters': False,
            'doHits': True,
            'doSP': flags.Trigger.FPGATrackSim.convertSPs,
        }))      
        
    from FPGAClusterSorting.FPGAClusterSortingConfig import FPGAClusterSortingAlgCfg
    ClusterSorting = FPGAClusterSortingAlgCfg(flags,**{'xAODPixelClusterContainer': 'FPGAPixelClusters',
                                                       'xAODStripClusterContainer': 'FPGAStripClusters',
                                                       'sortedxAODPixelClusterContainer': 'ITkPixelClusters',
                                                       'sortedxAODStripClusterContainer': 'ITkStripClusters'})
    
    acc.merge(ClusterSorting)
    
    from PixelConditionsAlgorithms.ITkPixelConditionsConfig import ITkPixelDetectorElementStatusAlgCfg
    acc.merge(ITkPixelDetectorElementStatusAlgCfg(flags))
    
    from SCT_ConditionsAlgorithms.ITkStripConditionsAlgorithmsConfig import ITkStripDetectorElementStatusAlgCfg
    acc.merge(ITkStripDetectorElementStatusAlgCfg(flags))
 
    if flags.Acts.EDM.PersistifyClusters or flags.Acts.EDM.PersistifySpacePoints:
        toAOD = []
 
        pixel_cluster_shortlist = ['-pixelClusterLink']
        strip_cluster_shortlist = ['-sctClusterLink']
        
        pixel_cluster_variables = '.'.join(pixel_cluster_shortlist)
        strip_cluster_variables = '.'.join(strip_cluster_shortlist)
 
        toAOD += ['xAOD::PixelClusterContainer#ITkPixelClusters',
                  'xAOD::PixelClusterAuxContainer#ITkPixelClustersAux.' + pixel_cluster_variables,
                  'xAOD::StripClusterContainer#ITkStripClusters',
                  'xAOD::StripClusterAuxContainer#ITkStripClustersAux.' + strip_cluster_variables]
        from OutputStreamAthenaPool.OutputStreamConfig import addToAOD    
        acc.merge(addToAOD(flags, toAOD))
    
    
    from FPGATrackSimReporting.FPGATrackSimReportingConfig import FPGATrackSimReportingCfg
    acc.merge(FPGATrackSimReportingCfg(flags,
                                       perEventReports = False, # set to True if per-event information is needed for debugging (e.g. cluster, tracks). Otherwise it produces a lot of output
                                        **{'xAODPixelClusterContainers' : ['ITkPixelClusters'],
                                            'xAODStripClusterContainers' : ['ITkStripClusters'],
                                            'FPGAActsTracks' : [f'{flags.Tracking.ActiveConfig.extension}Tracks',f'SiSPTracksSeedSegments{flags.Tracking.ActiveConfig.extension}PixelTracks'],
                                            'isDataPrep': True} ))
    
    if flags.Trigger.FPGATrackSim.writeAdditionalOutputData and flags.Tracking.ActiveConfig.extension in ["ActsValidateF100"]:
        acc.addService(CompFactory.THistSvc(Output = [f"EXPERT DATAFILE='{flags.Trigger.FPGATrackSim.outputMonitorFile}', OPT='RECREATE'"]))
        acc.addService(CompFactory.THistSvc(Output = ["FPGATRACKSIMOUTPUT DATAFILE='dataprep.root', OPT='RECREATE'"]))
    return acc
 
def FPGATrackSimDataPrepFlagCfg(flags): # to be used in the Reco_tf configuration
    
    flags.Trigger.FPGATrackSim.readOfflineObjects=False
    flags.Trigger.FPGATrackSim.doMultiTruth=False
    
    flags = FPGATrackSimRegionFlagCfg(flags)
    
    return flags
 
 
def FPGATrackSimDataPrepSetup(flags,runReco=True):
    acc = ComponentAccumulator()
    if flags.Trigger.FPGATrackSim.wrapperFileName and flags.Trigger.FPGATrackSim.wrapperFileName is not None:
      return acc 
 
    from AthenaPoolCnvSvc.PoolReadConfig import PoolReadCfg
    acc.merge(PoolReadCfg(flags))
 
    if not runReco:
        from xAODEventInfoCnv.xAODEventInfoCnvConfig import EventInfoCnvAlgCfg
        acc.merge(EventInfoCnvAlgCfg(flags))
    else:
        if flags.Input.isMC:
            from xAODTruthCnv.xAODTruthCnvConfig import GEN_AOD2xAODCfg
            acc.merge(GEN_AOD2xAODCfg(flags))
 
            from JetRecConfig.JetRecoSteering import addTruthPileupJetsToOutputCfg # TO DO: check if this is indeed necessary for pileup samples
            acc.merge(addTruthPileupJetsToOutputCfg(flags))
        
        if flags.Detector.EnableCalo:
            from CaloRec.CaloRecoConfig import CaloRecoCfg
            acc.merge(CaloRecoCfg(flags))
 
        from BeamSpotConditions.BeamSpotConditionsConfig import BeamSpotCondAlgCfg
        acc.merge(BeamSpotCondAlgCfg(flags))
                
        from InDetConfig.SiliconPreProcessing import ITkRecPreProcessingSiliconCfg
        acc.merge(ITkRecPreProcessingSiliconCfg(flags))
 
    return acc
 
  
def runDataPrepChain():
    from AthenaConfiguration.AllConfigFlags import initConfigFlags
    from AthenaConfiguration.MainServicesConfig import MainServicesCfg
 
    FinalDataPrepTrackChainxAODTracksKeyPrefix="FPGA"
    
    flags = initConfigFlags()
    from InDetConfig.ConfigurationHelpers import OnlyTrackingPreInclude
    OnlyTrackingPreInclude(flags)
    
    
    
    
    from ActsConfig.ActsCIFlags import actsWorkflowFlags
    actsWorkflowFlags(flags)
    
    
    flags.Concurrency.NumThreads=1
    flags.Concurrency.NumConcurrentEvents=1
    flags.Concurrency.NumProcs=0
    flags.Scheduler.ShowDataDeps=False
    flags.Scheduler.CheckDependencies=True
    flags.Debug.DumpEvtStore=False # Set to Truth to enable Event Store printouts
    # flags.Exec.DebugStage="exec" # useful option to debug the execution of the job - we want it commented out for production
    flags.fillFromArgs()
    if isinstance(flags.Trigger.FPGATrackSim.wrapperFileName, str):
        log.info("wrapperFile is string, converting to list")
        flags.Trigger.FPGATrackSim.wrapperFileName = [flags.Trigger.FPGATrackSim.wrapperFileName]
        flags.Input.Files = lambda f: [f.Trigger.FPGATrackSim.wrapperFileName]
 
    flags.Tracking.writeExtendedSi_PRDInfo = not flags.Trigger.FPGATrackSim.writeOfflPRDInfo    # Don't write ITkPixel/StripMeasurements if writeOfflPRDInfo = True
                                                                                                # In this case, ITkPixel/StripMeasurements_offl written based on F100 clustering
    
    flags = FPGATrackSimRegionFlagCfg(flags)
 
    flags.lock()
    flags = flags.cloneAndReplace("Tracking.ActiveConfig", "Tracking.ITkActsPass", keepOriginal=True)
    
    acc=MainServicesCfg(flags)
    if flags.Trigger.FPGATrackSim.writeAdditionalOutputData:
        acc.addService(CompFactory.THistSvc(Output = [f"EXPERT DATAFILE='{flags.Trigger.FPGATrackSim.outputMonitorFile}', OPT='RECREATE'"]))
        acc.addService(CompFactory.THistSvc(Output = ["FPGATRACKSIMOUTPUT DATAFILE='dataprep.root', OPT='RECREATE'"]))
 
 
    acc.merge(FPGATrackSimDataPrepSetup(flags))
    
    # Use the imported configuration function for the data prep algorithm.
    acc.merge(FPGATrackSimDataPrepAlgCfg(flags))
 
    if flags.Trigger.FPGATrackSim.doEDMConversion:
        acc.merge(FPGAConversionAlgCfg(flags, name = 'FPGAConversionAlg', stage = '_1st', doActsTrk=False, doSP = False))
        
        # convert Pixel Clusters to SPs
        from ActsConfig.ActsSpacePointFormationConfig import ActsPixelSpacePointFormationAlgCfg
        acc.merge(ActsPixelSpacePointFormationAlgCfg(flags,name="FPGAActsPixelSpacePointFormationAlg",
                                                     **{'PixelClusters':"xAODPixelClustersFromFPGACluster",
                                                        'PixelSpacePoints':"xAODPixelSpacePointsFromFPGA"}))         
 
        if flags.Trigger.FPGATrackSim.writeToAOD:
            acc.merge(WriteToAOD(flags,
                                stage = '_1st',
                                finalTrackParticles=f"{FinalDataPrepTrackChainxAODTracksKeyPrefix}TrackParticles"))
 
        # Printout for various FPGA-related objects
        from FPGATrackSimReporting.FPGATrackSimReportingConfig import FPGATrackSimReportingCfg
        acc.merge(FPGATrackSimReportingCfg(flags,stage="_1st",
                                           perEventReports = (flags.Trigger.FPGATrackSim.sampleType != 'skipTruth'),
                                           isDataPrep=True))
        
        # cluster monitoring
        if flags.Trigger.FPGATrackSim.writeAdditionalOutputData:
            from EFTrackingFPGAOutputValidation.FPGAOutputValidationConfig import FPGAOutputValidationCfg
            acc.merge(FPGAOutputValidationCfg(flags, **{'pixelKeys' : ["xAODPixelClustersFromFPGACluster","ITkPixelClusters"],
                                                        'stripKeys':["xAODStripClustersFromFPGACluster","ITkStripClusters"],
                                                        'doDiffHistograms':True,
                                                        'matchByID' : True}))
            
    acc.store(open('AnalysisConfig.pkl','wb'))
 
    statusCode = acc.run(flags.Exec.MaxEvents)
    assert statusCode.isSuccess() is True, "Application execution did not succeed"
 
 
if __name__ == "__main__":
    runDataPrepChain()