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Gaudi_clicRec_e4h_input.py
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Gaudi_clicRec_e4h_input.py
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from Gaudi.Configuration import *
from Configurables import LcioEvent, k4DataSvc, MarlinProcessorWrapper, GaudiDDPlanarDigiProcessor
from k4MarlinWrapper.parseConstants import *
algList = []
CONSTANTS = {
'BCReco': "3TeV",
}
parseConstants(CONSTANTS)
# For converters
from Configurables import ToolSvc, Lcio2EDM4hepTool, EDM4hep2LcioTool
# read = LcioEvent()
# read.OutputLevel = WARNING
# read.Files = ["ttbar.slcio"]
# algList.append(read)
from Configurables import k4DataSvc, PodioInput
evtsvc = k4DataSvc('EventDataSvc')
evtsvc.input = '/home/vvicente/ws/CLICPerformance/clicConfig/ttbar_edm4hep.root'
inp = PodioInput('InputReader')
inp.collections = [
'EventHeader',
'MCParticles',
'VertexBarrelCollection',
'VertexEndcapCollection',
'InnerTrackerBarrelCollection',
'OuterTrackerBarrelCollection',
'InnerTrackerEndcapCollection',
'OuterTrackerEndcapCollection',
'ECalEndcapCollection',
'ECalEndcapCollectionContributions',
'ECalBarrelCollection',
'ECalBarrelCollectionContributions',
'ECalPlugCollection',
'ECalPlugCollectionContributions',
'HCalBarrelCollection',
'HCalBarrelCollectionContributions',
'HCalEndcapCollection',
'HCalEndcapCollectionContributions',
'HCalRingCollection',
'HCalRingCollectionContributions',
'YokeBarrelCollection',
'YokeBarrelCollectionContributions',
'YokeEndcapCollection',
'YokeEndcapCollectionContributions',
'LumiCalCollection',
'LumiCalCollectionContributions',
'BeamCalCollection',
'BeamCalCollectionContributions',
]
inp.OutputLevel = DEBUG
MyAIDAProcessor = MarlinProcessorWrapper("MyAIDAProcessor")
MyAIDAProcessor.OutputLevel = WARNING
MyAIDAProcessor.ProcessorType = "AIDAProcessor"
MyAIDAProcessor.Parameters = {
"Compress": ["1"],
"FileName": ["histograms"],
"FileType": ["root"]
}
# EDM4hep to LCIO converter
edmConvTool = EDM4hep2LcioTool("EDM4hep2lcio")
edmConvTool.Parameters = ["*"]
edmConvTool.OutputLevel = DEBUG
MyAIDAProcessor.EDM4hep2LcioTool=edmConvTool
InitDD4hep = MarlinProcessorWrapper("InitDD4hep")
InitDD4hep.OutputLevel = WARNING
InitDD4hep.ProcessorType = "InitializeDD4hep"
InitDD4hep.Parameters = {
"DD4hepXMLFile": [os.environ["LCGEO"]+"/CLIC/compact/CLIC_o3_v14/CLIC_o3_v14.xml"],
"EncodingStringParameter": ["GlobalTrackerReadoutID"]
}
Config = MarlinProcessorWrapper("Config")
Config.OutputLevel = WARNING
Config.ProcessorType = "CLICRecoConfig"
Config.Parameters = {
"BeamCal": ["3TeV"],
"BeamCalChoices": ["3TeV", "380GeV"],
"Overlay": ["False"],
"OverlayChoices": ["False", "350GeV_CDR", "350GeV", "350GeV_L6", "380GeV", "380GeV_CDR", "380GeV_L6", "420GeV", "500GeV", "1.4TeV", "3TeV", "3TeV_L6"],
"Tracking": ["Conformal"],
"TrackingChoices": ["Truth", "Conformal"],
"VertexUnconstrained": ["OFF"],
"VertexUnconstrainedChoices": ["ON", "OFF"]
}
VXDBarrelDigitiser = MarlinProcessorWrapper("VXDBarrelDigitiser")
VXDBarrelDigitiser.OutputLevel = WARNING
VXDBarrelDigitiser.ProcessorType = "DDPlanarDigiProcessor"
VXDBarrelDigitiser.Parameters = {
"IsStrip": ["false"],
"ResolutionU": ["0.003", "0.003", "0.003", "0.003", "0.003", "0.003"],
"ResolutionV": ["0.003", "0.003", "0.003", "0.003", "0.003", "0.003"],
"SimTrackHitCollectionName": ["VertexBarrelCollection"],
"SimTrkHitRelCollection": ["VXDTrackerHitRelations"],
"SubDetectorName": ["Vertex"],
"TrackerHitCollectionName": ["VXDTrackerHits"]
}
# LCIO to EDM4hep
VXDBarrelDigitiserLCIOConv = Lcio2EDM4hepTool("VXDBarrelDigitiserLCIOConv")
VXDBarrelDigitiserLCIOConv.Parameters = [
# This should be a TrackerHitPlane, but it gets treated as a TrackerHit
"VXDTrackerHits", "VXDTrackerHits",
"VXDTrackerHitRelations", "VXDTrackerHitRelations"
]
VXDBarrelDigitiserLCIOConv.OutputLevel = DEBUG
# Add it to VXDBarrelDigitiser Algorithm
VXDBarrelDigitiser.Lcio2EDM4hepTool=VXDBarrelDigitiserLCIOConv
VXDEndcapDigitiser = MarlinProcessorWrapper("VXDEndcapDigitiser")
VXDEndcapDigitiser.OutputLevel = WARNING
VXDEndcapDigitiser.ProcessorType = "DDPlanarDigiProcessor"
VXDEndcapDigitiser.Parameters = {
"IsStrip": ["false"],
"ResolutionU": ["0.003", "0.003", "0.003", "0.003", "0.003", "0.003"],
"ResolutionV": ["0.003", "0.003", "0.003", "0.003", "0.003", "0.003"],
"SimTrackHitCollectionName": ["VertexEndcapCollection"],
"SimTrkHitRelCollection": ["VXDEndcapTrackerHitRelations"],
"SubDetectorName": ["Vertex"],
"TrackerHitCollectionName": ["VXDEndcapTrackerHits"]
}
# LCIO to EDM4hep
VXDEndcapDigitiserLCIOConv = Lcio2EDM4hepTool("VXDEndcapDigitiserLCIOConv")
VXDEndcapDigitiserLCIOConv.Parameters = [
# This should be a TrackerHitPlane, but it gets treated as a TrackerHit
"VXDEndcapTrackerHits", "VXDEndcapTrackerHits",
"VXDEndcapTrackerHitRelations", "VXDEndcapTrackerHitRelations"
]
VXDEndcapDigitiserLCIOConv.OutputLevel = DEBUG
# Add it to VXDEndcapDigitiser Algorithm
VXDEndcapDigitiser.Lcio2EDM4hepTool=VXDEndcapDigitiserLCIOConv
InnerPlanarDigiProcessor = MarlinProcessorWrapper("InnerPlanarDigiProcessor")
InnerPlanarDigiProcessor.OutputLevel = WARNING
InnerPlanarDigiProcessor.ProcessorType = "DDPlanarDigiProcessor"
InnerPlanarDigiProcessor.Parameters = {
"IsStrip": ["false"],
"ResolutionU": ["0.007"],
"ResolutionV": ["0.09"],
"SimTrackHitCollectionName": ["InnerTrackerBarrelCollection"],
"SimTrkHitRelCollection": ["InnerTrackerBarrelHitsRelations"],
"SubDetectorName": ["InnerTrackers"],
"TrackerHitCollectionName": ["ITrackerHits"]
}
# LCIO to EDM4hep
InnerPlanarDigiProcessorLCIOConv = Lcio2EDM4hepTool("InnerPlanarDigiProcessorLCIOConv")
InnerPlanarDigiProcessorLCIOConv.Parameters = [
# This should be a TrackerHitPlane, but it gets treated as a TrackerHit
"ITrackerHits", "ITrackerHits",
"InnerTrackerBarrelHitsRelations", "InnerTrackerBarrelHitsRelations"
]
InnerPlanarDigiProcessorLCIOConv.OutputLevel = DEBUG
# Add it to InnerPlanarDigiProcessor Algorithm
InnerPlanarDigiProcessor.Lcio2EDM4hepTool=InnerPlanarDigiProcessorLCIOConv
InnerEndcapPlanarDigiProcessor = MarlinProcessorWrapper("InnerEndcapPlanarDigiProcessor")
InnerEndcapPlanarDigiProcessor.OutputLevel = WARNING
InnerEndcapPlanarDigiProcessor.ProcessorType = "DDPlanarDigiProcessor"
InnerEndcapPlanarDigiProcessor.Parameters = {
"IsStrip": ["false"],
"ResolutionU": ["0.005", "0.007", "0.007", "0.007", "0.007", "0.007", "0.007"],
"ResolutionV": ["0.005", "0.09", "0.09", "0.09", "0.09", "0.09", "0.09"],
"SimTrackHitCollectionName": ["InnerTrackerEndcapCollection"],
"SimTrkHitRelCollection": ["InnerTrackerEndcapHitsRelations"],
"SubDetectorName": ["InnerTrackers"],
"TrackerHitCollectionName": ["ITrackerEndcapHits"]
}
# LCIO to EDM4hep
InnerEndcapPlanarDigiProcessorLCIOConv = Lcio2EDM4hepTool("InnerEndcapPlanarDigiProcessorLCIOConv")
InnerEndcapPlanarDigiProcessorLCIOConv.Parameters = [
# This should be a TrackerHitPlane, but it gets treated as a TrackerHit
"ITrackerEndcapHits", "ITrackerEndcapHits",
"InnerTrackerEndcapHitsRelations", "InnerTrackerEndcapHitsRelations"
]
InnerEndcapPlanarDigiProcessorLCIOConv.OutputLevel = DEBUG
# Add it to InnerEndcapPlanarDigiProcessor Algorithm
InnerEndcapPlanarDigiProcessor.Lcio2EDM4hepTool=InnerEndcapPlanarDigiProcessorLCIOConv
OuterPlanarDigiProcessor = MarlinProcessorWrapper("OuterPlanarDigiProcessor")
OuterPlanarDigiProcessor.OutputLevel = WARNING
OuterPlanarDigiProcessor.ProcessorType = "DDPlanarDigiProcessor"
OuterPlanarDigiProcessor.Parameters = {
"IsStrip": ["false"],
"ResolutionU": ["0.007", "0.007", "0.007"],
"ResolutionV": ["0.09", "0.09", "0.09"],
"SimTrackHitCollectionName": ["OuterTrackerBarrelCollection"],
"SimTrkHitRelCollection": ["OuterTrackerBarrelHitsRelations"],
"SubDetectorName": ["OuterTrackers"],
"TrackerHitCollectionName": ["OTrackerHits"]
}
# LCIO to EDM4hep
OuterPlanarDigiProcessorLCIOConv = Lcio2EDM4hepTool("OuterPlanarDigiProcessorLCIOConv")
OuterPlanarDigiProcessorLCIOConv.Parameters = [
# This should be a TrackerHitPlane, but it gets treated as a TrackerHit
"OTrackerHits", "OTrackerHits",
"OuterTrackerBarrelHitsRelations", "OuterTrackerBarrelHitsRelations"
]
OuterPlanarDigiProcessorLCIOConv.OutputLevel = DEBUG
# Add it to OuterPlanarDigiProcessor Algorithm
OuterPlanarDigiProcessor.Lcio2EDM4hepTool=OuterPlanarDigiProcessorLCIOConv
OuterEndcapPlanarDigiProcessor = MarlinProcessorWrapper("OuterEndcapPlanarDigiProcessor")
OuterEndcapPlanarDigiProcessor.OutputLevel = WARNING
OuterEndcapPlanarDigiProcessor.ProcessorType = "DDPlanarDigiProcessor"
OuterEndcapPlanarDigiProcessor.Parameters = {
"IsStrip": ["false"],
"ResolutionU": ["0.007", "0.007", "0.007", "0.007", "0.007"],
"ResolutionV": ["0.09", "0.09", "0.09", "0.09", "0.09"],
"SimTrackHitCollectionName": ["OuterTrackerEndcapCollection"],
"SimTrkHitRelCollection": ["OuterTrackerEndcapHitsRelations"],
"SubDetectorName": ["OuterTrackers"],
"TrackerHitCollectionName": ["OTrackerEndcapHits"]
}
# LCIO to EDM4hep
OuterEndcapPlanarDigiProcessorLCIOConv = Lcio2EDM4hepTool("OuterEndcapPlanarDigiProcessorLCIOConv")
OuterEndcapPlanarDigiProcessorLCIOConv.Parameters = [
# This should be a TrackerHitPlane, but it gets treated as a TrackerHit
"OTrackerEndcapHits", "OTrackerEndcapHits",
"OuterTrackerEndcapHitsRelations", "OuterTrackerEndcapHitsRelations"
]
OuterEndcapPlanarDigiProcessorLCIOConv.OutputLevel = DEBUG
# Add it to OuterEndcapPlanarDigiProcessor Algorithm
OuterEndcapPlanarDigiProcessor.Lcio2EDM4hepTool=OuterEndcapPlanarDigiProcessorLCIOConv
MyTruthTrackFinder = MarlinProcessorWrapper("MyTruthTrackFinder")
MyTruthTrackFinder.OutputLevel = WARNING
MyTruthTrackFinder.ProcessorType = "TruthTrackFinder"
MyTruthTrackFinder.Parameters = {
"FitForward": ["true"],
"MCParticleCollectionName": ["MCParticle"],
"SiTrackCollectionName": ["SiTracks"],
"SiTrackRelationCollectionName": ["SiTrackRelations"],
"SimTrackerHitRelCollectionNames": ["VXDTrackerHitRelations", "InnerTrackerBarrelHitsRelations", "OuterTrackerBarrelHitsRelations", "VXDEndcapTrackerHitRelations", "InnerTrackerEndcapHitsRelations", "OuterTrackerEndcapHitsRelations"],
"TrackerHitCollectionNames": ["VXDTrackerHits", "ITrackerHits", "OTrackerHits", "VXDEndcapTrackerHits", "ITrackerEndcapHits", "OTrackerEndcapHits"],
"UseTruthInPrefit": ["false"]
}
MyConformalTracking = MarlinProcessorWrapper("MyConformalTracking")
MyConformalTracking.OutputLevel = WARNING
MyConformalTracking.ProcessorType = "ConformalTrackingV2"
MyConformalTracking.Parameters = {
"DebugHits": ["DebugHits"],
"DebugPlots": ["false"],
"DebugTiming": ["false"],
"MCParticleCollectionName": ["MCParticle"],
"MaxHitInvertedFit": ["0"],
"MinClustersOnTrackAfterFit": ["3"],
"RelationsNames": ["VXDTrackerHitRelations", "VXDEndcapTrackerHitRelations", "InnerTrackerBarrelHitsRelations", "OuterTrackerBarrelHitsRelations", "InnerTrackerEndcapHitsRelations", "OuterTrackerEndcapHitsRelations"],
"RetryTooManyTracks": ["false"],
"SiTrackCollectionName": ["SiTracksCT"],
"SortTreeResults": ["true"],
"Steps": ["[VXDBarrel]", "@Collections", ":", "VXDTrackerHits", "@Parameters", ":", "MaxCellAngle", ":", "0.005;", "MaxCellAngleRZ", ":", "0.005;", "Chi2Cut", ":", "100;", "MinClustersOnTrack", ":", "4;", "MaxDistance", ":", "0.02;", "SlopeZRange:", "10.0;", "HighPTCut:", "10.0;", "@Flags", ":", "HighPTFit,", "VertexToTracker", "@Functions", ":", "CombineCollections,", "BuildNewTracks", "[VXDEncap]", "@Collections", ":", "VXDEndcapTrackerHits", "@Parameters", ":", "MaxCellAngle", ":", "0.005;", "MaxCellAngleRZ", ":", "0.005;", "Chi2Cut", ":", "100;", "MinClustersOnTrack", ":", "4;", "MaxDistance", ":", "0.02;", "SlopeZRange:", "10.0;", "HighPTCut:", "0.0;", "@Flags", ":", "HighPTFit,", "VertexToTracker", "@Functions", ":", "CombineCollections,", "ExtendTracks", "[LowerCellAngle1]", "@Collections", ":", "VXDTrackerHits,", "VXDEndcapTrackerHits", "@Parameters", ":", "MaxCellAngle", ":", "0.025;", "MaxCellAngleRZ", ":", "0.025;", "Chi2Cut", ":", "100;", "MinClustersOnTrack", ":", "4;", "MaxDistance", ":", "0.02;", "SlopeZRange:", "10.0;", "HighPTCut:", "10.0;", "@Flags", ":", "HighPTFit,", "VertexToTracker,", "RadialSearch", "@Functions", ":", "CombineCollections,", "BuildNewTracks", "[LowerCellAngle2]", "@Collections", ":", "@Parameters", ":", "MaxCellAngle", ":", "0.05;", "MaxCellAngleRZ", ":", "0.05;", "Chi2Cut", ":", "2000;", "MinClustersOnTrack", ":", "4;", "MaxDistance", ":", "0.02;", "SlopeZRange:", "10.0;", "HighPTCut:", "10.0;", "@Flags", ":", "HighPTFit,", "VertexToTracker,", "RadialSearch", "@Functions", ":", "BuildNewTracks,", "SortTracks", "[Tracker]", "@Collections", ":", "ITrackerHits,", "OTrackerHits,", "ITrackerEndcapHits,", "OTrackerEndcapHits", "@Parameters", ":", "MaxCellAngle", ":", "0.05;", "MaxCellAngleRZ", ":", "0.05;", "Chi2Cut", ":", "2000;", "MinClustersOnTrack", ":", "4;", "MaxDistance", ":", "0.02;", "SlopeZRange:", "10.0;", "HighPTCut:", "0.0;", "@Flags", ":", "HighPTFit,", "VertexToTracker,", "RadialSearch", "@Functions", ":", "CombineCollections,", "ExtendTracks", "[Displaced]", "@Collections", ":", "VXDTrackerHits,", "VXDEndcapTrackerHits,", "ITrackerHits,", "OTrackerHits,", "ITrackerEndcapHits,", "OTrackerEndcapHits", "@Parameters", ":", "MaxCellAngle", ":", "0.05;", "MaxCellAngleRZ", ":", "0.05;", "Chi2Cut", ":", "1000;", "MinClustersOnTrack", ":", "5;", "MaxDistance", ":", "0.015;", "SlopeZRange:", "10.0;", "HighPTCut:", "10.0;", "@Flags", ":", "OnlyZSchi2cut,", "RadialSearch", "@Functions", ":", "CombineCollections,", "BuildNewTracks"],
"ThetaRange": ["0.05"],
"TooManyTracks": ["100000"],
"TrackerHitCollectionNames": ["VXDTrackerHits", "VXDEndcapTrackerHits", "ITrackerHits", "OTrackerHits", "ITrackerEndcapHits", "OTrackerEndcapHits"],
"trackPurity": ["0.7"]
}
# LCIO to EDM4hep
MyConformalTrackingLCIOConv = Lcio2EDM4hepTool("MyConformalTrackingLCIOConv")
MyConformalTrackingLCIOConv.Parameters = [
# This should be a TrackerHitPlane, but it gets treated as a TrackerHit
"DebugHits", "DebugHits",
"SiTracksCT", "SiTracksCT",
]
MyConformalTrackingLCIOConv.OutputLevel = DEBUG
# Add it to MyConformalTracking Algorithm
MyConformalTracking.Lcio2EDM4hepTool=MyConformalTrackingLCIOConv
ClonesAndSplitTracksFinder = MarlinProcessorWrapper("ClonesAndSplitTracksFinder")
ClonesAndSplitTracksFinder.OutputLevel = WARNING
ClonesAndSplitTracksFinder.ProcessorType = "ClonesAndSplitTracksFinder"
ClonesAndSplitTracksFinder.Parameters = {
"EnergyLossOn": ["true"],
"InputTrackCollectionName": ["SiTracksCT"],
"MultipleScatteringOn": ["true"],
"OutputTrackCollectionName": ["SiTracks"],
"SmoothOn": ["false"],
"extrapolateForward": ["true"],
"maxSignificancePhi": ["3"],
"maxSignificancePt": ["2"],
"maxSignificanceTheta": ["3"],
"mergeSplitTracks": ["true"],
"minTrackPt": ["1"]
}
# LCIO to EDM4hep
ClonesAndSplitTracksFinderLCIOConv = Lcio2EDM4hepTool("ClonesAndSplitTracksFinderLCIOConv")
ClonesAndSplitTracksFinderLCIOConv.Parameters = [
"SiTracks", "SiTracks"
]
ClonesAndSplitTracksFinderLCIOConv.OutputLevel = DEBUG
# Add it to ClonesAndSplitTracksFinder Algorithm
ClonesAndSplitTracksFinder.Lcio2EDM4hepTool=ClonesAndSplitTracksFinderLCIOConv
Refit = MarlinProcessorWrapper("Refit")
Refit.OutputLevel = WARNING
Refit.ProcessorType = "RefitFinal"
Refit.Parameters = {
"EnergyLossOn": ["true"],
"InputRelationCollectionName": ["SiTrackRelations"],
"InputTrackCollectionName": ["SiTracks"],
"Max_Chi2_Incr": ["1.79769e+30"],
"MinClustersOnTrackAfterFit": ["3"],
"MultipleScatteringOn": ["true"],
"OutputRelationCollectionName": ["SiTracks_Refitted_Relation"],
"OutputTrackCollectionName": ["SiTracks_Refitted"],
"ReferencePoint": ["-1"],
"SmoothOn": ["false"],
"extrapolateForward": ["true"]
}
# LCIO to EDM4hep
RefitLCIOConv = Lcio2EDM4hepTool("Refit")
RefitLCIOConv.Parameters = [
"SiTracks_Refitted", "SiTracks_Refitted"
]
RefitLCIOConv.OutputLevel = DEBUG
# Add it to RefitLCIOConv Algorithm
Refit.Lcio2EDM4hepTool=RefitLCIOConv
MyClicEfficiencyCalculator = MarlinProcessorWrapper("MyClicEfficiencyCalculator")
MyClicEfficiencyCalculator.OutputLevel = WARNING
MyClicEfficiencyCalculator.ProcessorType = "ClicEfficiencyCalculator"
MyClicEfficiencyCalculator.Parameters = {
"MCParticleCollectionName": ["MCParticle"],
"MCParticleNotReco": ["MCParticleNotReco"],
"MCPhysicsParticleCollectionName": ["MCPhysicsParticles"],
"TrackCollectionName": ["SiTracks_Refitted"],
"TrackerHitCollectionNames": ["VXDTrackerHits", "VXDEndcapTrackerHits", "ITrackerHits", "OTrackerHits", "ITrackerEndcapHits", "OTrackerEndcapHits"],
"TrackerHitRelCollectionNames": ["VXDTrackerHitRelations", "VXDEndcapTrackerHitRelations", "InnerTrackerBarrelHitsRelations", "OuterTrackerBarrelHitsRelations", "InnerTrackerEndcapHitsRelations", "OuterTrackerEndcapHitsRelations"],
"efficiencyTreeName": ["trktree"],
"mcTreeName": ["mctree"],
"morePlots": ["false"],
"purityTreeName": ["puritytree"],
"reconstructableDefinition": ["ILDLike"],
"vertexBarrelID": ["1"]
}
# LCIO to EDM4hep
MyClicEfficiencyCalculatorLCIOConv = Lcio2EDM4hepTool("MyClicEfficiencyCalculator")
MyClicEfficiencyCalculatorLCIOConv.Parameters = [
"MCParticleNotReco", "MCParticleNotReco"
]
MyClicEfficiencyCalculatorLCIOConv.OutputLevel = DEBUG
# Add it to MyClicEfficiencyCalculatorLCIOConv Algorithm
MyClicEfficiencyCalculator.Lcio2EDM4hepTool=MyClicEfficiencyCalculatorLCIOConv
MyTrackChecker = MarlinProcessorWrapper("MyTrackChecker")
MyTrackChecker.OutputLevel = WARNING
MyTrackChecker.ProcessorType = "TrackChecker"
MyTrackChecker.Parameters = {
"MCParticleCollectionName": ["MCParticle"],
"TrackCollectionName": ["SiTracks_Refitted"],
"TrackRelationCollectionName": ["SiTracksMCTruthLink"],
"TreeName": ["checktree"],
"UseOnlyTree": ["true"]
}
EventNumber = MarlinProcessorWrapper("EventNumber")
EventNumber.OutputLevel = WARNING
EventNumber.ProcessorType = "Statusmonitor"
EventNumber.Parameters = {
"HowOften": ["1"]
}
MyDDCaloDigi = MarlinProcessorWrapper("MyDDCaloDigi")
MyDDCaloDigi.OutputLevel = WARNING
MyDDCaloDigi.ProcessorType = "DDCaloDigi"
MyDDCaloDigi.Parameters = {
"CalibECALMIP": ["0.0001"],
"CalibHCALMIP": ["0.0001"],
"CalibrECAL": ["35.8411424188", "35.8411424188"],
"CalibrHCALBarrel": ["49.2031079063"],
"CalibrHCALEndcap": ["53.6263377733"],
"CalibrHCALOther": ["62.2125698179"],
"ECALBarrelTimeWindowMax": ["10"],
"ECALCollections": ["ECalBarrelCollection", "ECalEndcapCollection", "ECalPlugCollection"],
"ECALCorrectTimesForPropagation": ["1"],
"ECALDeltaTimeHitResolution": ["10"],
"ECALEndcapCorrectionFactor": ["1.0672142727"],
"ECALEndcapTimeWindowMax": ["10"],
"ECALGapCorrection": ["1"],
"ECALGapCorrectionFactor": ["1"],
"ECALLayers": ["41", "100"],
"ECALModuleGapCorrectionFactor": ["0.0"],
"ECALOutputCollection0": ["ECALBarrel"],
"ECALOutputCollection1": ["ECALEndcap"],
"ECALOutputCollection2": ["ECALOther"],
"ECALSimpleTimingCut": ["true"],
"ECALThreshold": ["5e-05"],
"ECALThresholdUnit": ["GeV"],
"ECALTimeResolution": ["10"],
"ECALTimeWindowMin": ["-1"],
"ECAL_PPD_N_Pixels": ["10000"],
"ECAL_PPD_N_Pixels_uncertainty": ["0.05"],
"ECAL_PPD_PE_per_MIP": ["7"],
"ECAL_apply_realistic_digi": ["0"],
"ECAL_deadCellRate": ["0"],
"ECAL_deadCell_memorise": ["false"],
"ECAL_default_layerConfig": ["000000000000000"],
"ECAL_elec_noise_mips": ["0"],
"ECAL_maxDynamicRange_MIP": ["2500"],
"ECAL_miscalibration_correl": ["0"],
"ECAL_miscalibration_uncorrel": ["0"],
"ECAL_miscalibration_uncorrel_memorise": ["false"],
"ECAL_pixel_spread": ["0.05"],
"ECAL_strip_absorbtionLength": ["1e+06"],
"HCALBarrelTimeWindowMax": ["10"],
"HCALCollections": ["HCalBarrelCollection", "HCalEndcapCollection", "HCalRingCollection"],
"HCALCorrectTimesForPropagation": ["1"],
"HCALDeltaTimeHitResolution": ["10"],
"HCALEndcapCorrectionFactor": ["1.000"],
"HCALEndcapTimeWindowMax": ["10"],
"HCALGapCorrection": ["1"],
"HCALLayers": ["100"],
"HCALModuleGapCorrectionFactor": ["0.5"],
"HCALOutputCollection0": ["HCALBarrel"],
"HCALOutputCollection1": ["HCALEndcap"],
"HCALOutputCollection2": ["HCALOther"],
"HCALSimpleTimingCut": ["true"],
"HCALThreshold": ["0.00025"],
"HCALThresholdUnit": ["GeV"],
"HCALTimeResolution": ["10"],
"HCALTimeWindowMin": ["-1"],
"HCAL_PPD_N_Pixels": ["400"],
"HCAL_PPD_N_Pixels_uncertainty": ["0.05"],
"HCAL_PPD_PE_per_MIP": ["10"],
"HCAL_apply_realistic_digi": ["0"],
"HCAL_deadCellRate": ["0"],
"HCAL_deadCell_memorise": ["false"],
"HCAL_elec_noise_mips": ["0"],
"HCAL_maxDynamicRange_MIP": ["200"],
"HCAL_miscalibration_correl": ["0"],
"HCAL_miscalibration_uncorrel": ["0"],
"HCAL_miscalibration_uncorrel_memorise": ["false"],
"HCAL_pixel_spread": ["0"],
"Histograms": ["0"],
"IfDigitalEcal": ["0"],
"IfDigitalHcal": ["0"],
"MapsEcalCorrection": ["0"],
"RelationOutputCollection": ["RelationCaloHit"],
"RootFile": ["Digi_SiW.root"],
"StripEcal_default_nVirtualCells": ["9"],
"UseEcalTiming": ["1"],
"UseHcalTiming": ["1"],
"energyPerEHpair": ["3.6"]
}
# LCIO to EDM4hep
MyDDCaloDigiLCIOConv = Lcio2EDM4hepTool("MyDDCaloDigiLCIOConv")
MyDDCaloDigiLCIOConv.Parameters = [
"ECALBarrel", "ECALBarrel",
"ECALEndcap", "ECALEndcap",
"ECALOther", "ECALOther",
"HCALBarrel", "HCALBarrel",
"HCALEndcap", "HCALEndcap",
"HCALOther", "HCALOther",
"RelationCaloHit", "RelationCaloHit"
]
MyDDCaloDigiLCIOConv.OutputLevel = DEBUG
# Add it to MyDDCaloDigi Algorithm
MyDDCaloDigi.Lcio2EDM4hepTool=MyDDCaloDigiLCIOConv
MyDDMarlinPandora = MarlinProcessorWrapper("MyDDMarlinPandora")
MyDDMarlinPandora.OutputLevel = WARNING
MyDDMarlinPandora.ProcessorType = "DDPandoraPFANewProcessor"
MyDDMarlinPandora.Parameters = {
"ClusterCollectionName": ["PandoraClusters"],
"CreateGaps": ["false"],
"CurvatureToMomentumFactor": ["0.00015"],
"D0TrackCut": ["200"],
"D0UnmatchedVertexTrackCut": ["5"],
"DigitalMuonHits": ["0"],
"ECalBarrelNormalVector": ["0", "0", "1"],
"ECalCaloHitCollections": ["ECALBarrel", "ECALEndcap", "ECALOther"],
"ECalMipThreshold": ["0.5"],
"ECalScMipThreshold": ["0"],
"ECalScToEMGeVCalibration": ["1"],
"ECalScToHadGeVCalibrationBarrel": ["1"],
"ECalScToHadGeVCalibrationEndCap": ["1"],
"ECalScToMipCalibration": ["1"],
"ECalSiMipThreshold": ["0"],
"ECalSiToEMGeVCalibration": ["1"],
"ECalSiToHadGeVCalibrationBarrel": ["1"],
"ECalSiToHadGeVCalibrationEndCap": ["1"],
"ECalSiToMipCalibration": ["1"],
"ECalToEMGeVCalibration": ["1.02373335516"],
"ECalToHadGeVCalibrationBarrel": ["1.24223718397"],
"ECalToHadGeVCalibrationEndCap": ["1.24223718397"],
"ECalToMipCalibration": ["181.818"],
"EMConstantTerm": ["0.01"],
"EMStochasticTerm": ["0.17"],
"FinalEnergyDensityBin": ["110."],
"HCalBarrelNormalVector": ["0", "0", "1"],
"HCalCaloHitCollections": ["HCALBarrel", "HCALEndcap", "HCALOther"],
"HCalMipThreshold": ["0.3"],
"HCalToEMGeVCalibration": ["1.02373335516"],
"HCalToHadGeVCalibration": ["1.01799349172"],
"HCalToMipCalibration": ["40.8163"],
"HadConstantTerm": ["0.03"],
"HadStochasticTerm": ["0.6"],
"InputEnergyCorrectionPoints": [],
"KinkVertexCollections": ["KinkVertices"],
"LCalCaloHitCollections": [],
"LHCalCaloHitCollections": [],
"LayersFromEdgeMaxRearDistance": ["250"],
"MCParticleCollections": ["MCParticle"],
"MaxBarrelTrackerInnerRDistance": ["200"],
"MaxClusterEnergyToApplySoftComp": ["2000."],
"MaxHCalHitHadronicEnergy": ["1000000"],
"MaxTrackHits": ["5000"],
"MaxTrackSigmaPOverP": ["0.15"],
"MinBarrelTrackerHitFractionOfExpected": ["0"],
"MinCleanCorrectedHitEnergy": ["0.1"],
"MinCleanHitEnergy": ["0.5"],
"MinCleanHitEnergyFraction": ["0.01"],
"MinFtdHitsForBarrelTrackerHitFraction": ["0"],
"MinFtdTrackHits": ["0"],
"MinMomentumForTrackHitChecks": ["0"],
"MinTpcHitFractionOfExpected": ["0"],
"MinTrackECalDistanceFromIp": ["0"],
"MinTrackHits": ["0"],
"MuonBarrelBField": ["-1.5"],
"MuonCaloHitCollections": ["MUON"],
"MuonEndCapBField": ["0.01"],
"MuonHitEnergy": ["0.5"],
"MuonToMipCalibration": ["19607.8"],
"NEventsToSkip": ["0"],
"NOuterSamplingLayers": ["3"],
"OutputEnergyCorrectionPoints": [],
"PFOCollectionName": ["PandoraPFOs"],
"PandoraSettingsXmlFile": ["PandoraSettings/PandoraSettingsDefault.xml"],
"ProngVertexCollections": ["ProngVertices"],
"ReachesECalBarrelTrackerOuterDistance": ["-100"],
"ReachesECalBarrelTrackerZMaxDistance": ["-50"],
"ReachesECalFtdZMaxDistance": ["1"],
"ReachesECalMinFtdLayer": ["0"],
"ReachesECalNBarrelTrackerHits": ["0"],
"ReachesECalNFtdHits": ["0"],
"RelCaloHitCollections": ["RelationCaloHit", "RelationMuonHit"],
"RelTrackCollections": ["SiTracks_Refitted_Relation"],
"ShouldFormTrackRelationships": ["1"],
"SoftwareCompensationEnergyDensityBins": ["0", "2.", "5.", "7.5", "9.5", "13.", "16.", "20.", "23.5", "28.", "33.", "40.", "50.", "75.", "100."],
"SoftwareCompensationWeights": ["1.61741", "-0.00444385", "2.29683e-05", "-0.0731236", "-0.00157099", "-7.09546e-07", "0.868443", "1.0561", "-0.0238574"],
"SplitVertexCollections": ["SplitVertices"],
"StartVertexAlgorithmName": ["PandoraPFANew"],
"StartVertexCollectionName": ["PandoraStartVertices"],
"StripSplittingOn": ["0"],
"TrackCollections": ["SiTracks_Refitted"],
"TrackCreatorName": ["DDTrackCreatorCLIC"],
"TrackStateTolerance": ["0"],
"TrackSystemName": ["DDKalTest"],
"UnmatchedVertexTrackMaxEnergy": ["5"],
"UseEcalScLayers": ["0"],
"UseNonVertexTracks": ["1"],
"UseOldTrackStateCalculation": ["0"],
"UseUnmatchedNonVertexTracks": ["0"],
"UseUnmatchedVertexTracks": ["1"],
"V0VertexCollections": ["V0Vertices"],
"YokeBarrelNormalVector": ["0", "0", "1"],
"Z0TrackCut": ["200"],
"Z0UnmatchedVertexTrackCut": ["5"],
"ZCutForNonVertexTracks": ["250"]
}
# LCIO to EDM4hep
MyDDMarlinPandoraLCIOConv = Lcio2EDM4hepTool("MyDDMarlinPandoraLCIOConv")
MyDDMarlinPandoraLCIOConv.Parameters = [
"PandoraClusters", "PandoraClusters",
"PandoraPFOs", "PandoraPFOs",
"PandoraStartVertices", "PandoraStartVertices",
]
MyDDMarlinPandoraLCIOConv.OutputLevel = DEBUG
# Add it to MyDDMarlinPandora Algorithm
MyDDMarlinPandora.Lcio2EDM4hepTool=MyDDMarlinPandoraLCIOConv
MyDDSimpleMuonDigi = MarlinProcessorWrapper("MyDDSimpleMuonDigi")
MyDDSimpleMuonDigi.OutputLevel = WARNING
MyDDSimpleMuonDigi.ProcessorType = "DDSimpleMuonDigi"
MyDDSimpleMuonDigi.Parameters = {
"CalibrMUON": ["70.1"],
"MUONCollections": ["YokeBarrelCollection", "YokeEndcapCollection"],
"MUONOutputCollection": ["MUON"],
"MaxHitEnergyMUON": ["2.0"],
"MuonThreshold": ["1e-06"],
"RelationOutputCollection": ["RelationMuonHit"]
}
# LCIO to EDM4hep
MyDDSimpleMuonDigiLCIOConv = Lcio2EDM4hepTool("MyDDSimpleMuonDigiLCIOConv")
MyDDSimpleMuonDigiLCIOConv.Parameters = [
"MUON", "MUON",
"RelationMuonHit", "RelationMuonHit"
]
MyDDSimpleMuonDigiLCIOConv.OutputLevel = DEBUG
# Add it to MyDDSimpleMuonDigi Algorithm
MyDDSimpleMuonDigi.Lcio2EDM4hepTool=MyDDSimpleMuonDigiLCIOConv
MyRecoMCTruthLinker = MarlinProcessorWrapper("MyRecoMCTruthLinker")
MyRecoMCTruthLinker.OutputLevel = WARNING
MyRecoMCTruthLinker.ProcessorType = "RecoMCTruthLinker"
MyRecoMCTruthLinker.Parameters = {
"BremsstrahlungEnergyCut": ["1"],
"CalohitMCTruthLinkName": ["CalohitMCTruthLink"],
"ClusterCollection": ["MergedClusters"],
"ClusterMCTruthLinkName": ["ClusterMCTruthLink"],
"FullRecoRelation": ["false"],
"InvertedNonDestructiveInteractionLogic": ["false"],
"KeepDaughtersPDG": ["22", "111", "310", "13", "211", "321", "3120"],
"MCParticleCollection": ["MCPhysicsParticles"],
"MCParticlesSkimmedName": ["MCParticlesSkimmed"],
"MCTruthClusterLinkName": [],
"MCTruthRecoLinkName": [],
"MCTruthTrackLinkName": [],
"RecoMCTruthLinkName": ["RecoMCTruthLink"],
"RecoParticleCollection": ["MergedRecoParticles"],
"SaveBremsstrahlungPhotons": ["false"],
"SimCaloHitCollections": ["ECalBarrelCollection", "ECalEndcapCollection", "ECalPlugCollection", "HCalBarrelCollection", "HCalEndcapCollection", "HCalRingCollection", "YokeBarrelCollection", "YokeEndcapCollection", "LumiCalCollection", "BeamCalCollection"],
"SimCalorimeterHitRelationNames": ["RelationCaloHit", "RelationMuonHit"],
"SimTrackerHitCollections": ["VertexBarrelCollection", "VertexEndcapCollection", "InnerTrackerBarrelCollection", "OuterTrackerBarrelCollection", "InnerTrackerEndcapCollection", "OuterTrackerEndcapCollection"],
"TrackCollection": ["SiTracks_Refitted"],
"TrackMCTruthLinkName": ["SiTracksMCTruthLink"],
"TrackerHitsRelInputCollections": ["VXDTrackerHitRelations", "VXDEndcapTrackerHitRelations", "InnerTrackerBarrelHitsRelations", "OuterTrackerBarrelHitsRelations", "InnerTrackerEndcapHitsRelations", "OuterTrackerEndcapHitsRelations"],
"UseTrackerHitRelations": ["true"],
"UsingParticleGun": ["false"],
"daughtersECutMeV": ["10"]
}
# LCIO to EDM4hep
MyRecoMCTruthLinkerLCIOConv = Lcio2EDM4hepTool("MyRecoMCTruthLinkerLCIOConv")
MyRecoMCTruthLinkerLCIOConv.Parameters = [
"CalohitMCTruthLink", "CalohitMCTruthLink",
"ClusterMCTruthLink", "ClusterMCTruthLink",
"MCParticlesSkimmed", "MCParticlesSkimmed",
"RecoMCTruthLink", "RecoMCTruthLink",
"SiTracksMCTruthLink", "SiTracksMCTruthLink"
]
MyRecoMCTruthLinkerLCIOConv.OutputLevel = DEBUG
# Add it to MyRecoMCTruthLinker Algorithm
MyRecoMCTruthLinker.Lcio2EDM4hepTool=MyRecoMCTruthLinkerLCIOConv
MyHitResiduals = MarlinProcessorWrapper("MyHitResiduals")
MyHitResiduals.OutputLevel = WARNING
MyHitResiduals.ProcessorType = "HitResiduals"
MyHitResiduals.Parameters = {
"EnergyLossOn": ["true"],
"MaxChi2Increment": ["1000"],
"MultipleScatteringOn": ["true"],
"SmoothOn": ["false"],
"TrackCollectionName": ["SiTracks_Refitted"],
"outFileName": ["residuals.root"],
"treeName": ["restree"]
}
LumiCalReco_Obs = MarlinProcessorWrapper("LumiCalReco_Obs")
LumiCalReco_Obs.OutputLevel = WARNING
LumiCalReco_Obs.ProcessorType = "MarlinLumiCalClusterer"
LumiCalReco_Obs.Parameters = {
"ClusterMinNumHits": ["15"],
"ElementsPercentInShowerPeakLayer": ["0.03"],
"EnergyCalibConst": ["0.01213"],
"LogWeigthConstant": ["6.5"],
"LumiCal_Clusters": ["LumiCalClusters"],
"LumiCal_Collection": ["LumiCalCollection"],
"LumiCal_RecoParticles": ["LumiCalRecoParticles"],
"MaxRecordNumber": ["5"],
"MemoryResidentTree": ["0"],
"MiddleEnergyHitBoundFrac": ["0.01"],
"MinClusterEngy": ["2.0"],
"MinHitEnergy": ["20e-06"],
"MoliereRadius": ["20"],
"NumEventsTree": ["500"],
"NumOfNearNeighbor": ["6"],
"OutDirName": ["rootOut"],
"OutRootFileName": [],
"SkipNEvents": ["0"],
"WeightingMethod": ["LogMethod"],
"ZLayerPhiOffset": ["0.0"]
}
LumiCalReco = MarlinProcessorWrapper("LumiCalReco")
LumiCalReco.OutputLevel = DEBUG
LumiCalReco.ProcessorType = "BeamCalClusterReco"
LumiCalReco.Parameters = {
"BackgroundMethod": ["Empty"],
"BeamCalCollectionName": ["LumiCalCollection"],
"BeamCalHitsOutCollection": ["LumiCal_Hits"],
"CreateEfficiencyFile": ["false"],
"DetectorName": ["LumiCal"],
"DetectorStartingLayerID": ["0"],
"ETCluster": ["0.2"],
"ETPad": ["20e-06"],
"EfficiencyFilename": ["TaggingEfficiency.root"],
"InputFileBackgrounds": [],
"LinearCalibrationFactor": ["82.377"],
"LogWeightingConstant": ["6.1"],
"MCParticleCollectionName": ["MCParticle"],
"MaxPadDistance": ["62"],
"MinimumTowerSize": ["4"],
"NShowerCountingLayers": ["30"],
"NumberOfBX": ["0"],
"PrintThisEvent": ["-1"],
"RecoClusterCollectionname": ["LumiCalClusters"],
"RecoParticleCollectionname": ["LumiCalRecoParticles"],
"SigmaCut": ["1"],
"StartLookingInLayer": ["1"],
"StartingRing": ["0.0"],
"SubClusterEnergyID": ["3"],
"TowerChi2ndfLimit": ["5"],
"UseChi2Selection": ["false"],
"UseConstPadCuts": ["false"]
}
# LCIO to EDM4hep
LumiCalRecoLCIOConv = Lcio2EDM4hepTool("LumiCalRecoLCIOConv")
LumiCalRecoLCIOConv.Parameters = [
"LumiCal_Hits", "LumiCal_Hits",
"LumiCalClusters", "LumiCalClusters",
"LumiCalRecoParticles", "LumiCalRecoParticles"
]
LumiCalRecoLCIOConv.OutputLevel = DEBUG
# Add it to LumiCalReco Algorithm
LumiCalReco.Lcio2EDM4hepTool=LumiCalRecoLCIOConv
RenameCollection = MarlinProcessorWrapper("RenameCollection")
RenameCollection.OutputLevel = WARNING
RenameCollection.ProcessorType = "MergeCollections"
RenameCollection.Parameters = {
"CollectionParameterIndex": ["0"],
"InputCollectionIDs": [],
"InputCollections": ["PandoraPFOs"],
"OutputCollection": ["PFOsFromJets"]
}
# LCIO to EDM4hep
RenameCollectionLCIOConv = Lcio2EDM4hepTool("RenameCollectionLCIOConv")
RenameCollectionLCIOConv.Parameters = [
"PFOsFromJets", "PFOsFromJets",
]
RenameCollectionLCIOConv.OutputLevel = DEBUG
# Add it to RenameCollection Algorithm
RenameCollection.Lcio2EDM4hepTool=RenameCollectionLCIOConv
MyFastJetProcessor = MarlinProcessorWrapper("MyFastJetProcessor")
MyFastJetProcessor.OutputLevel = WARNING
MyFastJetProcessor.ProcessorType = "FastJetProcessor"
MyFastJetProcessor.Parameters = {
"algorithm": ["ValenciaPlugin", "1.2", "1.0", "0.7"],
"clusteringMode": ["ExclusiveNJets", "2"],
"jetOut": ["JetsAfterGamGamRemoval"],
"recParticleIn": ["TightSelectedPandoraPFOs"],
"recParticleOut": ["PFOsFromJets"],
"recombinationScheme": ["E_scheme"],
"storeParticlesInJets": ["true"]
}
JetClusteringAndRefiner = MarlinProcessorWrapper("JetClusteringAndRefiner")
JetClusteringAndRefiner.OutputLevel = WARNING
JetClusteringAndRefiner.ProcessorType = "LcfiplusProcessor"
JetClusteringAndRefiner.Parameters = {
"Algorithms": ["JetClustering", "JetVertexRefiner"],
"JetClustering.AlphaParameter": ["1.0"],
"JetClustering.BetaParameter": ["1.0"],
"JetClustering.GammaParameter": ["1.0"],
"JetClustering.InputVertexCollectionName": ["BuildUpVertices"],
"JetClustering.JetAlgorithm": ["ValenciaVertex"],
"JetClustering.MaxNumberOfJetsForYThreshold": ["10"],
"JetClustering.MuonIDExternal": ["0"],
"JetClustering.MuonIDMaximum3DImpactParameter": ["5.0"],
"JetClustering.MuonIDMinimumD0Significance": ["5.0"],
"JetClustering.MuonIDMinimumEnergy": ["0"],
"JetClustering.MuonIDMinimumProbability": ["0.5"],
"JetClustering.MuonIDMinimumZ0Significance": ["5.0"],
"JetClustering.NJetsRequested": ["2"],
"JetClustering.OutputJetCollectionName": ["VertexJets"],
"JetClustering.OutputJetStoresVertex": ["0"],
"JetClustering.PrimaryVertexCollectionName": ["PrimaryVertices"],
"JetClustering.RParameter": ["1.0"],
"JetClustering.UseBeamJets": ["1"],
"JetClustering.UseMuonID": ["1"],
"JetClustering.VertexSelectionK0MassWidth": ["0.02"],
"JetClustering.VertexSelectionMaximumDistance": ["30."],
"JetClustering.VertexSelectionMinimumDistance": ["0.3"],
"JetClustering.YAddedForJetLeptonLepton": ["100"],
"JetClustering.YAddedForJetLeptonVertex": ["100"],
"JetClustering.YAddedForJetVertexLepton": ["0"],
"JetClustering.YAddedForJetVertexVertex": ["100"],
"JetClustering.YCut": ["0."],
"JetVertexRefiner.BNessCut": ["-0.80"],
"JetVertexRefiner.BNessCutE1": ["-0.15"],
"JetVertexRefiner.InputJetCollectionName": ["VertexJets"],
"JetVertexRefiner.InputVertexCollectionName": ["BuildUpVertices"],
"JetVertexRefiner.MaxAngleSingle": ["0.5"],
"JetVertexRefiner.MaxCharmFlightLengthPerJetEnergy": ["0.1"],
"JetVertexRefiner.MaxPosSingle": ["30."],
"JetVertexRefiner.MaxSeparationPerPosSingle": ["0.1"],
"JetVertexRefiner.MinEnergySingle": ["1."],
"JetVertexRefiner.MinPosSingle": ["0.3"],
"JetVertexRefiner.OneVertexProbThreshold": ["0.001"],
"JetVertexRefiner.OutputJetCollectionName": ["RefinedVertexJets"],
"JetVertexRefiner.OutputVertexCollectionName": ["RefinedVertices"],
"JetVertexRefiner.PrimaryVertexCollectionName": ["PrimaryVertices"],
"JetVertexRefiner.V0VertexCollectionName": ["BuildUpVertices_V0"],
"JetVertexRefiner.mind0sigSingle": ["5."],
"JetVertexRefiner.minz0sigSingle": ["5."],
"JetVertexRefiner.useBNess": ["0"],
"MCPCollection": ["MCParticle"],
"MCPFORelation": ["RecoMCTruthLink"],
"MagneticField": ["4.0"],
"PFOCollection": ["PFOsFromJets"],
"PrintEventNumber": ["1"],
"ReadSubdetectorEnergies": ["0"],
"TrackHitOrdering": ["2"],
"UpdateVertexRPDaughters": ["0"],
"UseMCP": ["0"]
}
# LCIO to EDM4hep
JetClusteringAndRefinerLCIOConv = Lcio2EDM4hepTool("JetClusteringAndRefinerLCIOConv")
JetClusteringAndRefinerLCIOConv.Parameters = [
"VertexJets", "VertexJets",
"RefinedVertexJets", "RefinedVertexJets",
"RefinedVertices", "RefinedVertices"
]
JetClusteringAndRefinerLCIOConv.OutputLevel = DEBUG
# Add it to JetClusteringAndRefiner Algorithm
JetClusteringAndRefiner.Lcio2EDM4hepTool=JetClusteringAndRefinerLCIOConv
Output_REC = MarlinProcessorWrapper("Output_REC")
Output_REC.OutputLevel = WARNING
Output_REC.ProcessorType = "LCIOOutputProcessor"
Output_REC.Parameters = {
"DropCollectionNames": [],
"DropCollectionTypes": [],
"FullSubsetCollections": ["EfficientMCParticles", "InefficientMCParticles"],
"KeepCollectionNames": [],
"LCIOOutputFile": ["Output_REC.slcio"],
"LCIOWriteMode": ["WRITE_NEW"]
}
Output_DST = MarlinProcessorWrapper("Output_DST")
Output_DST.OutputLevel = WARNING
Output_DST.ProcessorType = "LCIOOutputProcessor"
Output_DST.Parameters = {
"DropCollectionNames": [],
"DropCollectionTypes": ["MCParticle", "LCRelation", "SimCalorimeterHit", "CalorimeterHit", "SimTrackerHit", "TrackerHit", "TrackerHitPlane", "Track", "ReconstructedParticle", "LCFloatVec", "Clusters"],
"FullSubsetCollections": ["EfficientMCParticles", "InefficientMCParticles", "MCPhysicsParticles"],
"KeepCollectionNames": ["MCParticlesSkimmed", "MCPhysicsParticles", "RecoMCTruthLink", "SiTracks", "SiTracks_Refitted", "PandoraClusters", "PandoraPFOs", "SelectedPandoraPFOs", "LooseSelectedPandoraPFOs", "TightSelectedPandoraPFOs", "LE_SelectedPandoraPFOs", "LE_LooseSelectedPandoraPFOs", "LE_TightSelectedPandoraPFOs", "LumiCalClusters", "LumiCalRecoParticles", "BeamCalClusters", "BeamCalRecoParticles", "MergedRecoParticles", "MergedClusters", "RefinedVertexJets", "RefinedVertexJets_rel", "RefinedVertexJets_vtx", "RefinedVertexJets_vtx_RP", "BuildUpVertices", "BuildUpVertices_res", "BuildUpVertices_RP", "BuildUpVertices_res_RP", "BuildUpVertices_V0", "BuildUpVertices_V0_res", "BuildUpVertices_V0_RP", "BuildUpVertices_V0_res_RP", "PrimaryVertices", "PrimaryVertices_res", "PrimaryVertices_RP", "PrimaryVertices_res_RP", "RefinedVertices", "RefinedVertices_RP"],
"LCIOOutputFile": ["Output_DST.slcio"],
"LCIOWriteMode": ["WRITE_NEW"]
}
OverlayFalse = MarlinProcessorWrapper("OverlayFalse")
OverlayFalse.OutputLevel = DEBUG
OverlayFalse.ProcessorType = "OverlayTimingGeneric"
OverlayFalse.Parameters = {
"BackgroundFileNames": [],
"Collection_IntegrationTimes": ["VertexBarrelCollection", "10", "VertexEndcapCollection", "10", "InnerTrackerBarrelCollection", "10", "InnerTrackerEndcapCollection", "10", "OuterTrackerBarrelCollection", "10", "OuterTrackerEndcapCollection", "10", "ECalBarrelCollection", "10", "ECalEndcapCollection", "10", "ECalPlugCollection", "10", "HCalBarrelCollection", "10", "HCalEndcapCollection", "10", "HCalRingCollection", "10", "YokeBarrelCollection", "10", "YokeEndcapCollection", "10", "LumiCalCollection", "10", "BeamCalCollection", "10"],
"Delta_t": ["0.5"],
"MCParticleCollectionName": ["MCParticle"],
"MCPhysicsParticleCollectionName": ["MCPhysicsParticles"],
"NBunchtrain": ["0"],
"NumberBackground": ["0."],
"PhysicsBX": ["10"],
"Poisson_random_NOverlay": ["true"],
"RandomBx": ["false"],
"TPCDriftvelocity": ["0.05"]
}
# LCIO to EDM4hep
OverlayFalseLCIOConv = Lcio2EDM4hepTool("OverlayFalseLCIOConv")
OverlayFalseLCIOConv.Parameters = [
"MCPhysicsParticles", "MCPhysicsParticles"
]
OverlayFalseLCIOConv.OutputLevel = DEBUG
# Add it to OverlayFalse Algorithm
OverlayFalse.Lcio2EDM4hepTool=OverlayFalseLCIOConv
Overlay350GeV_CDR = MarlinProcessorWrapper("Overlay350GeV_CDR")
Overlay350GeV_CDR.OutputLevel = WARNING
Overlay350GeV_CDR.ProcessorType = "OverlayTimingGeneric"
Overlay350GeV_CDR.Parameters = {
"BackgroundFileNames": ["gghad_01.slcio", "gghad_02.slcio"],
"Collection_IntegrationTimes": ["VertexBarrelCollection", "10", "VertexEndcapCollection", "10", "InnerTrackerBarrelCollection", "10", "InnerTrackerEndcapCollection", "10", "OuterTrackerBarrelCollection", "10", "OuterTrackerEndcapCollection", "10", "ECalBarrelCollection", "10", "ECalEndcapCollection", "10", "ECalPlugCollection", "10", "HCalBarrelCollection", "10", "HCalEndcapCollection", "10", "HCalRingCollection", "10", "YokeBarrelCollection", "10", "YokeEndcapCollection", "10", "LumiCalCollection", "10", "BeamCalCollection", "10"],
"Delta_t": ["0.5"],
"MCParticleCollectionName": ["MCParticle"],
"MCPhysicsParticleCollectionName": ["MCPhysicsParticles"],
"NBunchtrain": ["30"],
"NumberBackground": ["0.0464"],
"PhysicsBX": ["10"],
"Poisson_random_NOverlay": ["true"],
"RandomBx": ["false"],
"TPCDriftvelocity": ["0.05"]
}
Overlay350GeV = MarlinProcessorWrapper("Overlay350GeV")
Overlay350GeV.OutputLevel = WARNING
Overlay350GeV.ProcessorType = "OverlayTimingGeneric"
Overlay350GeV.Parameters = {
"BackgroundFileNames": ["gghad_01.slcio", "gghad_02.slcio"],
"Collection_IntegrationTimes": ["VertexBarrelCollection", "10", "VertexEndcapCollection", "10", "InnerTrackerBarrelCollection", "10", "InnerTrackerEndcapCollection", "10", "OuterTrackerBarrelCollection", "10", "OuterTrackerEndcapCollection", "10", "ECalBarrelCollection", "10", "ECalEndcapCollection", "10", "ECalPlugCollection", "10", "HCalBarrelCollection", "10", "HCalEndcapCollection", "10", "HCalRingCollection", "10", "YokeBarrelCollection", "10", "YokeEndcapCollection", "10", "LumiCalCollection", "10", "BeamCalCollection", "10"],
"Delta_t": ["0.5"],
"MCParticleCollectionName": ["MCParticle"],
"MCPhysicsParticleCollectionName": ["MCPhysicsParticles"],
"NBunchtrain": ["30"],
"NumberBackground": ["0.16"],
"PhysicsBX": ["10"],
"Poisson_random_NOverlay": ["true"],
"RandomBx": ["false"],
"TPCDriftvelocity": ["0.05"]
}
Overlay350GeV_L6 = MarlinProcessorWrapper("Overlay350GeV_L6")
Overlay350GeV_L6.OutputLevel = WARNING
Overlay350GeV_L6.ProcessorType = "OverlayTimingGeneric"
Overlay350GeV_L6.Parameters = {
"BackgroundFileNames": ["gghad_01.slcio", "gghad_02.slcio"],
"Collection_IntegrationTimes": ["VertexBarrelCollection", "10", "VertexEndcapCollection", "10", "InnerTrackerBarrelCollection", "10", "InnerTrackerEndcapCollection", "10", "OuterTrackerBarrelCollection", "10", "OuterTrackerEndcapCollection", "10", "ECalBarrelCollection", "10", "ECalEndcapCollection", "10", "ECalPlugCollection", "10", "HCalBarrelCollection", "10", "HCalEndcapCollection", "10", "HCalRingCollection", "10", "YokeBarrelCollection", "10", "YokeEndcapCollection", "10", "LumiCalCollection", "10", "BeamCalCollection", "10"],
"Delta_t": ["0.5"],
"MCParticleCollectionName": ["MCParticle"],
"MCPhysicsParticleCollectionName": ["MCPhysicsParticles"],
"NBunchtrain": ["30"],
"NumberBackground": ["0.14"],
"PhysicsBX": ["10"],
"Poisson_random_NOverlay": ["true"],