ActsConfigFlags Namespace Reference

Classes
class	AmbiguitySolverMode
class	AmbiguitySolverStrategy
class	PixelCalibrationStrategy
class	PixelErrorStrategy
class	SeedingStrategy
class	SpacePointStrategy
class	StripCalibrationStrategy
class	StripClusteringErrorMode
class	StripErrorStrategy
class	TrackFitterType

Functions
	createActsConfigFlags ()

Function Documentation

createActsConfigFlags()

ActsConfigFlags.createActsConfigFlags

(

)

Definition at line 85 of file ActsConfigFlags.py.

def createActsConfigFlags():
    actscf = AthConfigFlags()
    
    # General Flags
    actscf.addFlag('Acts.EDM.PersistifyClusters', lambda pcf: pcf.Acts.EDM.PersistifySpacePoints)
    actscf.addFlag('Acts.EDM.PersistifySpacePoints', False)
    actscf.addFlag('Acts.EDM.PersistifyTracks', False)
    actscf.addFlag('Acts.useCache', False)
    
    # Scheduling
    actscf.addFlag('Acts.doITkConversion', False)
    actscf.addFlag('Acts.doLargeRadius', False)
    actscf.addFlag('Acts.doLowPt', False)
    
    # Geometry Flags
 
    # MaterialSource can be:
    # a path to a local JSON file
    # 'Default' : material map source is evaluated from the geometry tag
    # 'None'    : no material map is provided
    actscf.addFlag('Acts.TrackingGeometry.MaterialSource', 'Default')
    actscf.addFlag('Acts.TrackingGeometry.MaterialCalibrationFolder', 'ACTS/MaterialMaps/ITk')
    actscf.addFlag('Acts.TrackingGeometry.MaterialFileExtension', '')
    actscf.addFlag('Acts.TrackingGeometry.UseBlueprint', False)
    actscf.addFlag('Acts.TrackingGeometry.ObjDebugOutput', False)
 
    
    actscf.addFlag('Acts.TrackingGeometry.InsertITkPassiveMaterialLayers', False)
    actscf.addFlag('Acts.TrackingGeometry.PassiveITkInnerPixelBarrelLayerRadii', [70.])
    actscf.addFlag('Acts.TrackingGeometry.PassiveITkInnerPixelBarrelLayerHalflengthZ', [240.])
    actscf.addFlag('Acts.TrackingGeometry.PassiveITkInnerPixelBarrelLayerThickness', [1.])
    actscf.addFlag('Acts.TrackingGeometry.PassiveITkOuterPixelBarrelLayerRadii', [195., 260.])
    actscf.addFlag('Acts.TrackingGeometry.PassiveITkOuterPixelBarrelLayerHalflengthZ', [370., 370.])
    actscf.addFlag('Acts.TrackingGeometry.PassiveITkOuterPixelBarrelLayerThickness', [1., 1.])
    actscf.addFlag('Acts.TrackingGeometry.PassiveITkStripBarrelLayerRadii', [480., 665., 880.])
    actscf.addFlag('Acts.TrackingGeometry.PassiveITkStripBarrelLayerHalflengthZ', [1370., 1370., 1370.])
    actscf.addFlag('Acts.TrackingGeometry.PassiveITkStripBarrelLayerThickness', [1., 1., 1.])
 
    # Monitoring
    actscf.addFlag('Acts.doMonitoring', False)
    actscf.addFlag('Acts.doAnalysis', False)
    actscf.addFlag('Acts.doAnalysisNtuples', lambda pcf: pcf.Acts.doAnalysis)
    actscf.addFlag('Acts.Clusters.doAnalysis', lambda pcf: pcf.Acts.doAnalysis)
    actscf.addFlag('Acts.SpacePoints.doAnalysis', lambda pcf: pcf.Acts.doAnalysis)
    actscf.addFlag('Acts.Seeds.doAnalysis', lambda pcf: pcf.Acts.doAnalysis)
    actscf.addFlag('Acts.Tracks.doAnalysis', lambda pcf: pcf.Acts.doAnalysis)
    actscf.addFlag('Acts.Particles.doAnalysis', lambda pcf: pcf.Acts.doAnalysis)
    actscf.addFlag('Acts.storeTrackStateInfo', False)
    actscf.addFlag('Acts.doTruthInspection', False)
 
    # Cluster
    actscf.addFlag("Acts.Clusters.UseWeightedPosition", False)
    actscf.addFlag("Acts.Clusters.RetrieveChargeInformation", lambda pcf: not pcf.Tracking.doPixelDigitalClustering)
    actscf.addFlag("Acts.Clusters.StripClusteringErrorMode", StripClusteringErrorMode.PITCH,type=StripClusteringErrorMode)
    actscf.addFlag("Acts.Clusters.UsePixelBroadErrors", False)
    
    # SpacePoint
    actscf.addFlag("Acts.SpacePointStrategy", SpacePointStrategy.ActsTrk, type=SpacePointStrategy)  # Define SpacePoint Strategy
    actscf.addFlag('Acts.SpacePoints.useBeamSpotConstraintStrips', True)
 
    # Seeding
    actscf.addFlag("Acts.SeedingStrategy", SeedingStrategy.GridTriplet, type=SeedingStrategy)  # Define Seeding Strategy
    
    # Track finding
    actscf.addFlag('Acts.PixelCalibrationStrategy', PixelCalibrationStrategy.Uncalibrated, type=PixelCalibrationStrategy)
    actscf.addFlag('Acts.StripCalibrationStrategy', StripCalibrationStrategy.Uncalibrated, type=StripCalibrationStrategy)
    actscf.addFlag('Acts.doRotCorrection', True)
    actscf.addFlag('Acts.doPrintTrackStates', False)
    actscf.addFlag('Acts.skipDuplicateSeeds', True)
    actscf.addFlag('Acts.doTwoWayCKF', True) # run CKF twice, first with forward propagation with smoothing, then with backward propagation
    actscf.addFlag('Acts.useStripSeedsFirst', False) # switch order of seed collections
    actscf.addFlag('Acts.autoReverseSearchCKF', False) # track finding starts going inward first if we are outside the defined RZ boundary
    actscf.addFlag('Acts.useHGTDClusterInTrackFinding', False) # use HGTD cluster in track finding
    actscf.addFlag('Acts.branchStopperMeasCutReduce', 2)
    actscf.addFlag('Acts.branchStopperAbsEtaMeasCut', 1.2)
    actscf.addFlag('Acts.forceTrackOnSeed', lambda pcf: not(pcf.Acts.SeedingStrategy is SeedingStrategy.Gbts2 and
                                                            pcf.Acts.PixelCalibrationStrategy is PixelCalibrationStrategy.AnalogueClusteringAfterSelection)) # forceTrackOnSeed does not seem to work with GBTS seeds and analogue cluster calibration
        
    # Ambiguity resolution    
    actscf.addFlag('Acts.doAmbiguityResolution', True)
    actscf.addFlag('Acts.AmbiguitySolverStrategy', AmbiguitySolverStrategy.Greedy, type=AmbiguitySolverStrategy)  # Define Ambiguity Solver Strategy
    actscf.addFlag('Acts.AmbiguitySolverMode', lambda pcf: AmbiguitySolverMode.OUTSIDE_TF if pcf.Acts.doAmbiguityResolution else AmbiguitySolverMode.DURING_TF, type=AmbiguitySolverMode)
    
    # Calibrations
    actscf.addFlag('Acts.OnTrackCalibration.performCovarianceCalibration', True) # perform calibration of covariance during on track analogue cluster calibration
    
    # Track fitting
    actscf.addFlag('Acts.writeTrackCollection', False) # save to file (ESD, AOD) the Resolved and Refitted track collections
    actscf.addFlag('Acts.fitFromPRD', False) # Acts.writeTrackCollection needs to be True for either cases. If Acts.fitFromPRD is False, fit from ROT; else, fit from PRD
    actscf.addFlag('Acts.trackFitterType', TrackFitterType.KalmanFitter, type=TrackFitterType) # Define Tracking algorithm for refitting
 
    # GSF specific flags
    actscf.addFlag("Acts.GsfRefitLegacyTrk", False) # Refit Legacy tracks using ACTS GSF
    actscf.addFlag("Acts.GsfRefitActs", False) # Refit ACTS tracks using ACTS GSF
    actscf.addFlag("Acts.GsfMaxComponents", 12)
    actscf.addFlag("Acts.GsfComponentMergeMethod", 'MaxWeight')
    actscf.addFlag("Acts.GsfDirectNavigation", False)
    actscf.addFlag("Acts.GsfOutlierChi2Cut", 1e4) # Effectively no cut. Compatible with legacy
 
    # Decorations
    actscf.addFlag('Acts.decoratePRD.sdoSiHit', lambda pcf: pcf.Tracking.doTIDE_AmbiTrackMonitoring)
    
    return actscf