FPGATrackSimConfigFlags.py

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#Copyright (C) 2002-2023 CERN for the benefit of the ATLAS collaboration
import AthenaCommon.Constants
from AthenaConfiguration.Enums import FlagEnum
 
def createFPGATrackSimConfigFlags():
    from AthenaConfiguration.AthConfigFlags import AthConfigFlags
    cf = AthConfigFlags()
    cf.addFlag('pipeline', '')
    cf.addFlag('algoTag', 'Hough')
    cf.addFlag('wrapperFileName', [])
    cf.addFlag('wrapperFileName2', [])
    cf.addFlag('runOnPreProducedHeaderFiles', False)
    cf.addFlag('secondInputToolN', 0)
    cf.addFlag('mapsDir', '__MUST_BE_SET__')
    cf.addFlag('loadRegionMap', True)
    cf.addFlag('loadRadii', True)
    cf.addFlag('wrapperMetaData', "Default Meta Data")
    cf.addFlag('sampleType', 'singleMuons')
    cf.addFlag('doMultiTruth', True)
    cf.addFlag('SetTruthParametersForTracks', -1)
    cf.addFlag('FPGATrackSimTestFiles', '')
    cf.addFlag('FPGATrackSimMatrixFileRegEx', [])
    cf.addFlag('FPGATrackSimMaxnMatrixInputFiles', -1)
    cf.addFlag('outputMergedFPGATrackSimMatrixFile', 'combined_matrix.root')
    cf.addFlag('FPGATrackSimNBanks', 1)
    cf.addFlag('FPGATrackSimallBanks', False)
    cf.addFlag('region', 34)
    cf.addFlag('regionList',"") # can take ranges, e.g. 30-52, exceptions e.g. !34-36 and regex e.g. 2*0 as comma separated list
    cf.addFlag('d0min', -2.0)
    cf.addFlag('d0max', +2.0)
    cf.addFlag('z0min', -150.0)
    cf.addFlag('z0max', +150.0)
    cf.addFlag('qOverPtmin', -0.001)
    cf.addFlag('qOverPtmax', +0.001)
    cf.addFlag('oldRegionDefs', False)
    cf.addFlag('phiShift', 0.0)
    cf.addFlag('minSpacePlusPixel', 3)
    cf.addFlag('dropUnpairedIfSP', False)
    cf.addFlag('baseName', '')
    cf.addFlag('CheckGood2ndStage', True)
    cf.addFlag('Is2ndStage', False)
    cf.addFlag('UseHitScaleFactor', False)
    cf.addFlag('missHitsConsts', False)
    cf.addFlag('tracking', False)
    cf.addFlag('secondTracking', True)
    cf.addFlag('layerStudyStage', 0)
    cf.addFlag('doOverlapRemoval', True)
    cf.addFlag('doOverlapRemovalBetweenRegions', True)    
    cf.addFlag('clustering', 1)
    cf.addFlag('LorentzAngleShift', 2)
    cf.addFlag('bankDir', '')
    cf.addFlag('slicesFile', 'eventSelectionSlices/v1.0/slices.txt')
    cf.addFlag('spacePoints', True)
    cf.addFlag('outputMonitorFile',"monitoring.root")
    cf.addFlag('connectToToITkTracking',True)
    cf.addFlag('loglevel', AthenaCommon.Constants.INFO)
    cf.addFlag('msgLimit',-1)
    cf.addFlag('singleTrackSample',  True)
    cf.addFlag('FakeNNonnxFile1st', 'NN/1stStage/v0.11/Class_5Hits_V007')
    cf.addFlag('FakeNNonnxFile2nd', 'NN/2ndStage/v0.11/Class_13Hits_V007')
    cf.addFlag('ExtensionNNVolonnxFile', 'NN/2ndStage/v0.11/NNPathfinderVol_4Hits_V011')
    cf.addFlag('ExtensionNNHitonnxFile', 'NN/2ndStage/v0.11/NNPathfinderHit_4Hits_V011')
    cf.addFlag('ParamNNonnxFile1st', 'NN/1stStage/v0.11/Param_5Hits_V004')
    cf.addFlag('ParamNNonnxFile2nd', 'NN/2ndStage/v0.11/Param_13Hits_V007') 
    cf.addFlag('doNNPathFinder', False)
    cf.addFlag('NNCartesianCoordinates', False)
    cf.addFlag('windowRScaling', 1.0)
    cf.addFlag('windowPhiScaling', 1.0)
    cf.addFlag('windowZScaling', 1.0)
    cf.addFlag('lowPtvalueR', -1)
    cf.addFlag('lowPtvaluePhi', -1)    
    cf.addFlag('lowPtvalueZ', -1)
    cf.addFlag('lowPtWindowRScaling', 1.0)
    cf.addFlag('lowPtWindowPhiScaling', 1.0)    
    cf.addFlag('lowPtWindowZScaling', 1.0)
    cf.addFlag('missedHitRScaling', -1.0)
    cf.addFlag('missedHitPhiScaling', -1.0)    
    cf.addFlag('missedHitZScaling', -1.0)
    cf.addFlag('maxBranches', [2])
    cf.addFlag('hitThreshold', 2)
    cf.addFlag('varyingThreshold', True)
    cf.addFlag('varyingHitThresholds', [])
    cf.addFlag('MinSpacePointsPerSeed',3)
    cf.addFlag('MaxSpacePointsPerSeed',3)
 
    cf.addFlag('runF150hw', False)
 
 
    def __httHough1DFlags():
        """Additional function delays import"""
        from FPGATrackSimConfTools.FPGATrackSimConfigFlags import createHough1dFPGATrackSimConfigFlags
        return createHough1dFPGATrackSimConfigFlags()
    cf.addFlagsCategory("Hough1D", __httHough1DFlags, prefix=True )
 
    def __httHoughFlags():
        """Additional function delays import"""
        from FPGATrackSimConfTools.FPGATrackSimConfigFlags import createHoughFPGATrackSimConfigFlags
        return createHoughFPGATrackSimConfigFlags()
    cf.addFlagsCategory("Hough", __httHoughFlags, prefix=True )
 
    def __httGenScanFlags():
        """Additional function delays import"""
        from FPGATrackSimConfTools.FPGATrackSimConfigFlags import createGenScanFPGATrackSimConfigFlags
        return createGenScanFPGATrackSimConfigFlags()
    cf.addFlagsCategory("GenScan", __httGenScanFlags, prefix=True )
    
    def __httSecondStageFlags():
        """Additional function delays import"""
        from FPGATrackSimConfTools.FPGATrackSimConfigFlags import createSecondStageFPGATrackSimConfigFlags
        return createSecondStageFPGATrackSimConfigFlags()
    cf.addFlagsCategory("SecondStage", __httSecondStageFlags, prefix=True )
 
    def __httSecondStageFlags():
        """Additional function delays import"""
        from FPGATrackSimConfTools.FPGATrackSimConfigFlags import createSecondStageFPGATrackSimConfigFlags
        return createSecondStageFPGATrackSimConfigFlags()
    cf.addFlagsCategory("SecondStage", __httSecondStageFlags, prefix=True )
 
    def __httDev21_02_15Flags():
        """Additional function delays import"""
        from FPGATrackSimConfTools.FPGATrackSimConfigFlags import createDev21_02_15_FPGATrackSimConfigFlags
        return createDev21_02_15_FPGATrackSimConfigFlags()
    cf.addFlagsCategory("Dev21_02_15", __httDev21_02_15Flags, prefix=True )
 
    def __GNNFlags():
        """Additional function delays import"""
        from FPGATrackSimConfTools.FPGATrackSimConfigFlags import createGNNFPGATrackSimConfigFlags
        return createGNNFPGATrackSimConfigFlags()
    cf.addFlagsCategory("GNN", __GNNFlags, prefix=True )
 
    # EDM conversion
    cf.addFlag('doEDMConversion', False)
    cf.addFlag('convertSPs', False)
    cf.addFlag('convertUnmappedHits', False)
    cf.addFlag('writeToAOD', False)
    cf.addFlag('writeClustersToAOD', False)
    cf.addFlag('writeOfflPRDInfo', False)
    cf.addFlag('broadErrors', False)
 
    # Monitoring
    cf.addFlag('writeAdditionalOutputData', True)
    cf.addFlag('regionToWriteDPTree', -1)
    cf.addFlag('writeOutputEventLimit', -1)
    cf.addFlag('readOfflineObjects', True)
 
    # ACTS Tracking
    cf.addFlag('runCKF',False)
    cf.addFlag('useFPGATruthTrackMatching',False)
    return cf
 
 
def createBasicFPGATrackSimConfigFlags():
    from AthenaConfiguration.AthConfigFlags import AthConfigFlags
    cf = AthConfigFlags()
 
    # common
    cf.addFlag('name', '')
 
    # input
    cf.addFlag('firstInputToolN', 1)
    cf.addFlag('realHitsOverlay', False)
    cf.addFlag('hitFiltering', False)
    cf.addFlag('spacePointFiltering', False)
    cf.addFlag('writeTestOutput', True)
 
    # road finding selection
    cf.addFlag('houghRootoutput1st', False)
    cf.addFlag('houghRootoutput2nd', False)
    cf.addFlag('hough', True)
    cf.addFlag('hough1D', False)
    cf.addFlag('houghType', 'Original')
    cf.addFlag('roadMerge', False)
    cf.addFlag('genScan', False)
    cf.addFlag('NumOfHitPerGrouping', 5)
 
    cf.addFlag('etaPatternFilter', False)
    cf.addFlag('phiRoadFilter', False)
    cf.addFlag('GNN', False)
 
 
    # NN filtering 1st stage
    cf.addFlag('trackNNAnalysis', False)
    # NN filtering 2nd stage
    cf.addFlag('trackNNAnalysis2nd', False)
 
 
    # overlap removal
    cf.addFlag('doFastOR', False)
 
    #pass lowest chi2 track
    cf.addFlag('passLowestChi2TrackOnly', False)
 
    # hough
    cf.addFlag('xVar', 'phi')
    cf.addFlag('yVar', 'q/pt')
    cf.addFlag('qptMin', -1.0)
    cf.addFlag('qptMax', 1.0)
    cf.addFlag('d0Slices', [])
    cf.addFlag('slicing', True)
    cf.addFlag('localMaxWindowSize', 0)
    cf.addFlag('roadSliceOR', False)
    cf.addFlag('fieldCorrection', True)
    cf.addFlag('addAllHits',False)
    cf.addFlag('detectorZoneWindows', False)
    cf.addFlag('phiMin', 0.0)
    cf.addFlag('phiMax', 0.0)
    cf.addFlag('xBins', 216)
    cf.addFlag('yBins', 216)
    cf.addFlag('xBufferBins', 6)
    cf.addFlag('yBufferBins', 2)
    cf.addFlag('threshold', [8])
    cf.addFlag('IdealGeoRoads', True)
    cf.addFlag('convolution', [])
    cf.addFlag('convSizeX', 0)
    cf.addFlag('convSizeY', 0)
    cf.addFlag('hitExtendX', [])
 
    cf.addFlag('doMajority', 1)
    cf.addFlag('doTracking', False)
    cf.addFlag('outputHitTxt', False)
 
    cf.addFlag('requirements', '')
    # only for 2DHT Flex
    cf.addFlag('r_max',2047)
    cf.addFlag('phi_coord_max',65535)
    cf.addFlag('phi_range', 6.399609375)
    cf.addFlag('r_max_mm',1137.5)
    cf.addFlag('bitwise_qApt_conv',204)
    cf.addFlag('bitwise_phi0_conv',1)
    cf.addFlag('phi0_sectors',1)
    cf.addFlag('qApt_sectors',7)
    cf.addFlag('pipes_qApt',8)
    cf.addFlag('pipes_phi0',1)
 
    # performance monitoring
    cf.addFlag('barcodeFracMatch', 0.5)
 
    # track Fitter
    cf.addFlag('chi2DoFRecoveryMin', 40)
    cf.addFlag('chi2DoFRecoveryMax', 20000)
    cf.addFlag('nHitsNoRecovery', -1)
    cf.addFlag('guessHits', True)
    cf.addFlag('doMissingHitsChecks', False)
    cf.addFlag('idealCoordFitType', 2)
    cf.addFlag('doDeltaGPhis', False)
    cf.addFlag('chi2cut', 2.25)
    cf.addFlag('useVaryingChi2Cut', False)
    cf.addFlag('fitFromRoad', True)
 
    # second stage fitting
    cf.addFlag('secondStage', False)
    cf.addFlag('secondChi2Cut', 36)
 
    # fast monitoring
    cf.addFlag('fastMon', False)
    cf.addFlag('canExtendHistRanges', False)
    cf.addFlag('dataClass', 2)
 
    # lrt settings
    cf.addFlag('lrt', False)
    cf.addFlag('lrtUseBasicHitFilter', False)
    cf.addFlag('lrtUseMlHitFilter', False)
    cf.addFlag('lrtUseStraightTrackHT', False)
    cf.addFlag('lrtUseDoubletHT', False)
    cf.addFlag('lrtDoubletD0Range', 120.0)
    cf.addFlag('lrtDoubletD0Bins', 216)
    cf.addFlag('lrtDoubletQptRange', 0.02)
    cf.addFlag('lrtDoubletQptBins', 216)
    cf.addFlag('lrtMonPhiRange', (0.2, 0.5))
    cf.addFlag('lrtMonD0Range', (-100,100))
    cf.addFlag('lrtMonZ0Range', (-300,300))
    cf.addFlag('sampleType', '')
 
    return cf
 
 
def createHough1dFPGATrackSimConfigFlags():
    cf = createBasicFPGATrackSimConfigFlags()
 
    cf.name = 'hough_1d'
 
    cf.hough1D =  True
 
    cf.phiMin = 0.0
    cf.phiMax = 0.8
    cf.xBins = 200
    cf.threshold = [7]
    cf.hitExtendX = [1] * 9
 
    cf.addFlag('phiRangeCut', True)
    cf.addFlag('splitpt', 1)
    cf.addFlag('phifilterwindow', 0.005)
 
    cf.outputHitTxt = ""
 
    return cf
 
 
def createHoughFPGATrackSimConfigFlags():
    cf = createBasicFPGATrackSimConfigFlags()
 
    cf.name = 'hough'
    cf.hough = True
 
 
    cf.phiMin = 0.3
    cf.phiMax = 0.5
    cf.xBins = 216
    cf.yBins = 216
    cf.xBufferBins = 6
    cf.yBufferBins = 2
    cf.addFlag('combineLayers', [])
    cf.addFlag('scale', [])
    cf.hitExtendX = [2,1,0,0,0,0,0,0,0]
 
    cf.addFlag('lrtSkipHitFiltering', False)
    cf.addFlag('lrtPtmin', 5)
    cf.addFlag('allowHighTruthBarcode', False)
    cf.addFlag('mLRTpdgID', 0)
    cf.addFlag('lrtStraighttrackXVar', 'phi')
    cf.addFlag('lrtStraighttrackYVar', 'd0')
    cf.addFlag('lrtStraighttrackPhiMin', 0.3)
    cf.addFlag('lrtStraighttrackPhiMax', 0.5)
    cf.addFlag('lrtStraighttrackD0Min', -300.0)
    cf.addFlag('lrtStraighttrackD0Max', 300.0)
    cf.addFlag('lrtStraighttrackXBins', 216)
    cf.addFlag('lrtStraighttrackYBins', 216)
    cf.addFlag('lrtStraighttrackXBufferBins', 6)
    cf.addFlag('lrtStraighttrackYBufferBins', 2)
    cf.addFlag('lrtStraighttrackSlicing', True)
    cf.addFlag('lrtStraighttrackThreshold', [1])
    cf.addFlag('lrtStraighttrackConvolution', [])
    cf.addFlag('lrtStraighttrackCombineLayers', [0,1,2,3,4,5,6,7])
    cf.addFlag('lrtStraighttrackScale', [1])
    cf.addFlag('lrtStraighttrackConvSizeX', 0)
    cf.addFlag('lrtStraighttrackConvSizeY', 0)
    cf.addFlag('lrtStraighttrackHitExtendX', [])
    cf.addFlag('lrtStraighttrackStereo', False)
    cf.addFlag('lrtStraighttrackLocalMaxWindowSize', 0)
 
    return cf
 
 
def createDev21_02_15_FPGATrackSimConfigFlags():
    cf = createBasicFPGATrackSimConfigFlags()
 
    cf.name = 'dev_21-02-15'
    cf.phiMin = 0.3
    cf.phiMax = 0.5
    cf.xBins = 64
    cf.yBins = 216
    cf.xBufferBins = 2
    cf.yBufferBins = 2
    cf.threshold = [70]
    cf.convolution = [1, 10, 1]
    cf.addFlag('combineLayers', [])
    cf.addFlag('scale', [])
    cf.convSizeX = 3
    cf.convSizeY = 1
 
    cf.doMajority = 0
    cf.doTracking = True
 
    return cf
 
def createGenScanFPGATrackSimConfigFlags():
    cf = createBasicFPGATrackSimConfigFlags()
 
    cf.name = 'genScan'
    cf.addFlag('genScanCuts','FPGATrackSimGenScanCuts')
    cf.addFlag('reverse','True')
    cf.addFlag('binFilter','IncrementalBuild')
    cf.addFlag('layerStudy',False)
    cf.addFlag('layerMapFile','')
    cf.addFlag('useLayerRadiiFile',False)
    cf.addFlag('noCuts',False)
 
    cf.addFlag('filterInBin', False)
    cf.addFlag('phiChi2Weight', 1.0)
    cf.addFlag('etaChi2Weight', 1.0)
 
    # These are used by the layer study, to avoid the need for Cuts_step0.
    # They are only used in the layer study if initialLayerStudy is set to True
    cf.addFlag('initialLayerStudy', False)
    cf.addFlag('layerStudyCutFile', "")
    cf.addFlag('rin', 30)
    cf.addFlag('rout', 300)
    cf.addFlag('parBins', [20, 20, 5, 20, 3])
    cf.addFlag('parMin', [-1000, -1000, 0.0, 0.0, -10])
    cf.addFlag('parMax', [ 1000,  1000, 1.0, 1.0, 10])
    cf.addFlag('parSet', "PhiSlicedKeyLyrPars")
    cf.addFlag('keepHitsStrategy', -1)
    return cf
 
def createSecondStageFPGATrackSimConfigFlags():
    cf = createBasicFPGATrackSimConfigFlags()
    cf.name = 'SecondStage'
    cf.addFlag('CutFile', "Cuts_step1_2ndStage")
    cf.addFlag('LayerMapFile', "")
    return cf
 
class graphTool(FlagEnum):
    ModuleMap = 'ModuleMap'
    MetricLearning = 'MetricLearning'
 
class moduleMapType(FlagEnum):
    doublet = 'doublet'
 
class moduleMapFunc(FlagEnum):
    minmax = 'minmax'
 
class roadMakerTool(FlagEnum):
    ConnectedComponents = 'ConnectedComponents'
    JunctionAwareCC = 'JunctionAwareCC'
 
def createGNNFPGATrackSimConfigFlags():
    cf = createBasicFPGATrackSimConfigFlags()
 
    cf.name = 'GNN'
    cf.addFlag("graphTool", graphTool.ModuleMap, type=graphTool)
    cf.addFlag("moduleMapType", moduleMapType.doublet, type=moduleMapType)
    cf.addFlag("moduleMapFunc", moduleMapFunc.minmax, type=moduleMapFunc)
    cf.addFlag("moduleMapTol",0.0000000001) # 1e-10
    cf.addFlag("moduleMapPath",'')
    cf.addFlag("metricLearningR",0.1)
    cf.addFlag("metricLearningMaxN", 512)
    cf.addFlag("MLModelPath",'')
    cf.addFlag("GNNModelPath",'')
    cf.addFlag("roadMakerTool", roadMakerTool.ConnectedComponents, type=roadMakerTool)
    cf.addFlag("edgeScoreCut",0.8)
    cf.addFlag("doGNNRootOutput",False)
    cf.addFlag("doGNNTracking",False)
    cf.addFlag("doGNNPixelSeeding",False)
    cf.addFlag("nInputsGNN",13)
    
    return cf
 
 
 
if __name__ == "__main__":
 
  flags = createFPGATrackSimConfigFlags()
  flags.loadAllDynamicFlags()
  flags.initAll()
  flags.dump()
  assert flags.Hough.firstInputToolN == 1 , "default firstInputToolN  is wrong"
  assert flags.Hough.barcodeFracMatch == 0.5, "default barcodeFracMatch  is wrong"
  assert flags.Hough.fastMon is False , "default fastMon is wrong"
  assert flags.Hough.lrtMonZ0Range ==  (-300,300), "default lrtMonZ0Rang is wrong"
 
  print( "allok" )