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Classes | Functions
ActsConfigFlags Namespace Reference

Classes

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

Functions

 createActsConfigFlags ()

Function Documentation

◆ createActsConfigFlags()

createActsConfigFlags ( )

Definition at line 126 of file ActsConfigFlags.py.

126def createActsConfigFlags():
127 actscf = AthConfigFlags()
128
129 # General Flags
130 actscf.addFlag('Acts.EDM.PersistifyClusters', lambda pcf: pcf.Acts.EDM.PersistifySpacePoints and not pcf.Tracking.StoreSlimmedDataPreparation)
131 actscf.addFlag('Acts.EDM.PersistifySpacePoints', lambda pcf: pcf.Tracking.StoreSlimmedDataPreparation)
132 actscf.addFlag('Acts.EDM.PersistifyTracks', False)
133 # set to True to use the PhaseII pixel and strip RAW data EDM
134 actscf.addFlag('Acts.EDM.PhaseII', False)
135 actscf.addFlag('Acts.useCache', False)
136 # special persistifications
137 actscf.addFlag('Acts.EDM.SlimContent', lambda pcf: pcf.Tracking.StoreSlimmedDataPreparation)
138
139 # Scheduling
140 from InDetConfig.ITkActsHelpers import primaryPassUsesActs
141 actscf.addFlag('Acts.doITkConversion', lambda pcf: (
142 pcf.Detector.EnableCalo and primaryPassUsesActs(pcf)))
143 actscf.addFlag('Acts.doLargeRadius', True)
144 actscf.addFlag('Acts.doLowPt', False)
145
146 # Geometry Flags
147
148 # MaterialSource can be:
149 # a path to a local JSON file
150 # 'Default' : material map source is evaluated from the geometry tag
151 # 'None' : no material map is provided
152 actscf.addFlag('Acts.TrackingGeometry.MaterialSource', 'Default')
153 actscf.addFlag('Acts.TrackingGeometry.MaterialCalibrationFolder', 'ACTS/MaterialMaps/ITk')
154 actscf.addFlag('Acts.TrackingGeometry.MaterialFileExtension', '')
155 actscf.addFlag('Acts.TrackingGeometry.UseBlueprint', False)
156 actscf.addFlag('Acts.TrackingGeometry.BuildDetrayGeometry', False)
157 actscf.addFlag('Acts.TrackingGeometry.ObjDebugOutput', False)
158 actscf.addFlag('Acts.TrackingGeometry.FrustumNav', False)
159 actscf.addFlag('Acts.TrackingGeometry.KeepGoingOnMaterialMergeFailure', False)
160 # ITkMaterialSource can be:
161 # a path to a local file
162 # 'Default' : material map source is evaluated from the geometry tag
163 # 'None' : no material map is provided
164 actscf.addFlag('Acts.TrackingGeometry.ITkHgtdMaterialSource', 'Default')
165 actscf.addFlag('Acts.TrackingGeometry.ITkHgtdMaterialMapPath', 'ACTS/MaterialMaps/gen3')
166
167 #MuonMaterialSource can be:
168 # a path to a local file
169 # 'Default' : material map source is evaluated from the geometry tag
170 # 'None' : no material map is provided
171 actscf.addFlag('Acts.TrackingGeometry.MuonMaterialSource', 'Default')
172 actscf.addFlag('Acts.TrackingGeometry.MuonMaterialMapPath', 'ACTS/MaterialMaps/gen3')
173
174
175 actscf.addFlag('Acts.TrackingGeometry.InsertITkPassiveMaterialLayers', False)
176 actscf.addFlag('Acts.TrackingGeometry.PassiveITkInnerPixelBarrelLayerRadii', [70.])
177 actscf.addFlag('Acts.TrackingGeometry.PassiveITkInnerPixelBarrelLayerHalflengthZ', [240.])
178 actscf.addFlag('Acts.TrackingGeometry.PassiveITkInnerPixelBarrelLayerThickness', [1.])
179 actscf.addFlag('Acts.TrackingGeometry.PassiveITkOuterPixelBarrelLayerRadii', [195., 260.])
180 actscf.addFlag('Acts.TrackingGeometry.PassiveITkOuterPixelBarrelLayerHalflengthZ', [370., 370.])
181 actscf.addFlag('Acts.TrackingGeometry.PassiveITkOuterPixelBarrelLayerThickness', [1., 1.])
182 actscf.addFlag('Acts.TrackingGeometry.PassiveITkStripBarrelLayerRadii', [480., 665., 880.])
183 actscf.addFlag('Acts.TrackingGeometry.PassiveITkStripBarrelLayerHalflengthZ', [1370., 1370., 1370.])
184 actscf.addFlag('Acts.TrackingGeometry.PassiveITkStripBarrelLayerThickness', [1., 1., 1.])
185 #Flags to enable the active and the passive material in the muon tracking geometry.
186 #Enable chamber material blending on the portals of the chambers
187 actscf.addFlag('Acts.TrackingGeometry.MuonActiveMaterial', True)
188 #Enable the construction of binned material surfaces that are decorated with the passive material maps
189 actscf.addFlag('Acts.TrackingGeometry.MuonPassiveMaterial', True)
190 # Monitoring
191 actscf.addFlag('Acts.doMonitoring', False)
192 actscf.addFlag('Acts.doAnalysis', False)
193 actscf.addFlag('Acts.doAnalysisNtuples', lambda pcf: pcf.Acts.doAnalysis)
194 actscf.addFlag('Acts.Clusters.doAnalysis', lambda pcf: pcf.Acts.doAnalysis)
195 actscf.addFlag('Acts.Seeds.doAnalysis', lambda pcf: pcf.Acts.doAnalysis)
196 actscf.addFlag('Acts.Tracks.doAnalysis', lambda pcf: pcf.Acts.doAnalysis)
197 actscf.addFlag('Acts.Particles.doAnalysis', lambda pcf: pcf.Acts.doAnalysis)
198 actscf.addFlag('Acts.storeTrackStateInfo', False)
199 actscf.addFlag('Acts.doTruthInspection', False)
200 # Truth match probability from the truth-linked measurements only (measurements without truth particle weigh 1
201 # and cannot be the best match); by default it is computed the legacy way
202 actscf.addFlag('Acts.truthLinkedFakeRate', False)
203 # Save Trk::Track link for combined muon reconstruction, temporary
204 actscf.addFlag('Acts.doxAODToTrkConversion', True)
205
206 # Cluster
207 actscf.addFlag("Acts.Clusters.UseWeightedPosition", False)
208 actscf.addFlag("Acts.Clusters.RetrieveChargeInformation", True)
209 actscf.addFlag("Acts.Clusters.StripClusteringErrorMode", StripClusteringErrorMode.PITCH,type=StripClusteringErrorMode)
210 actscf.addFlag("Acts.Clusters.UsePixelBroadErrors", False)
211
212 # SpacePoint
213 actscf.addFlag('Acts.SpacePoints.useBeamSpotConstraintStrips', True)
214 actscf.addFlag('Acts.SpacePoints.doPixel', lambda pcf: pcf.Detector.EnableITkPixel)
215 actscf.addFlag('Acts.SpacePoints.doStrip', lambda pcf: (
216 pcf.Detector.EnableITkStrip and (
217 not pcf.Tracking.doITkFastTracking or
218 pcf.Acts.doLargeRadius or pcf.Acts.doLowPt or
219 pcf.Acts.doITkConversion)))
220 actscf.addFlag('Acts.SpacePoints.doAnalysis', lambda pcf: pcf.Acts.doAnalysis)
221
222 # Strip and pixel are chosen separately so that either can be validated on its own
223 actscf.addFlag('Acts.SpacePointStrategy', SpacePointStrategy.ActsCore, type=SpacePointStrategy)
224 actscf.addFlag('Acts.PixelSpacePointStrategy', SpacePointStrategy.ActsCore, type=SpacePointStrategy)
225
226 # Seeding
227 actscf.addFlag("Acts.Gbts.connectionTable", 'binTables_ITK_RUN4.txt')
228 actscf.addFlag("Acts.Gbts.connectionTableLrt", 'binTables_ITK_RUN4_LRT.txt')
229 actscf.addFlag("Acts.Gbts.dumpGbtsGeometry", False)
230 actscf.addFlag("Acts.Gbts.geometryDump", 'gbts_layer_geometry.txt') # for gbts training tool
231
232 # GBTS Training
233
234 actscf.addFlag("Acts.Gbts.Training.enable", False)
235 actscf.addFlag("Acts.Gbts.Training.outputConnectionTable", "gbts_connection_table.txt")
236 actscf.addFlag("Acts.Gbts.Training.doSymmetrization", False)
237 actscf.addFlag("Acts.Gbts.Training.useOldFormatting", False)
238 actscf.addFlag("Acts.Gbts.Training.probThreshold", -1.0)
239
240 actscf.addFlag("Acts.Gbts.Training.usePixelClusters", True)
241 actscf.addFlag("Acts.Gbts.Training.useStripClusters", True)
242
243 # Track finding
244 actscf.addFlag('Acts.PixelCalibrationStrategy', PixelCalibrationStrategy.Uncalibrated, type=PixelCalibrationStrategy)
245 actscf.addFlag('Acts.StripCalibrationStrategy', StripCalibrationStrategy.Uncalibrated, type=StripCalibrationStrategy)
246 actscf.addFlag('Acts.doRotCorrection', True)
247 actscf.addFlag('Acts.doPrintTrackStates', False)
248 actscf.addFlag('Acts.skipDuplicateSeeds', True)
249 actscf.addFlag('Acts.doTwoWayCKF', True) # run CKF twice, first with forward propagation with smoothing, then with backward propagation
250 actscf.addFlag('Acts.useStripSeedsFirst', False) # switch order of seed collections
251 actscf.addFlag('Acts.useHGTDClusterInTrackFinding', False) # use HGTD cluster in track finding
252 actscf.addFlag('Acts.branchStopperMeasCutReduce', 2)
253 actscf.addFlag('Acts.branchStopperAbsEtaMeasCut', 1.2)
254 actscf.addFlag('Acts.SeedRefitOutlierChi2Cut', float('inf')) # OutlierChi2Cut for the seed refit Kalman fitter, applied whenever a seed refit is scheduled. inf == disabled.
255 actscf.addFlag('Acts.LrtStripSeedRefit', False) # Toggle the LRT strip-seed refit (KF on strip seeds before CKF).
256 actscf.addFlag('Acts.stripCalibrationIterations', 1) # Strip-SP calibration iterations in TrackParamsEstimationTool (all passes).
257 actscf.addFlag('Acts.parameterEstimationMode', ParameterEstimationMode.FirstMiddleLast,
258 type=ParameterEstimationMode) # SPs of a seed used in TrackParamsEstimationTool (the GNN chain uses its own flag)
259 actscf.addFlag('Acts.minDeltaRParameterEstimation', 15.0) # Minimum separation (mm) of the SPs used in TrackParamsEstimationTool for ParameterEstimationMode.MinDeltaR
260 actscf.addFlag('Acts.forceTrackOnSeed', True) # force track to use the seed measurements; steer from the outside if a setup needs it disabled
261 actscf.addFlag('Acts.PixelNNCalibrationModelsFolder', 'ITkPixelClusterization/nn-01-01-01/') # location of models for pixel ONNX files, extpected content of the foder are: number.onnx, pos1.onnx, pos2.onnx, pos3.onnx
262 # the files are located in /cvmfs/atlas.cern.ch/repo/sw/database/GroupData/
263 # this flag is used only if PixelCalibrationStrategy is one of the NN strategies
264 actscf.addFlag('Acts.refitSeeds', False) # refit seeds for CKF initial parameters
265 actscf.addFlag('Acts.initialVarInflation', [1., 1., 1., 1., 1., 1.]) # inflate variances after track parameter estimation
266 actscf.addFlag('Acts.doBremRecovery', False)
267 actscf.addFlag('Acts.phiWidthROI', lambda pcf: pcf.Tracking.phiWidthBrem)
268 actscf.addFlag('Acts.etaWidthROI', lambda pcf: pcf.Tracking.etaWidthBrem)
269
270 # Ambiguity resolution
271 actscf.addFlag('Acts.doAmbiguityResolution', False)
272 actscf.addFlag('Acts.AmbiguitySolverStrategy', AmbiguitySolverStrategy.Greedy, type=AmbiguitySolverStrategy) # Define Ambiguity Solver Strategy
273 actscf.addFlag('Acts.AmbiguitySolverMode', lambda pcf: AmbiguitySolverMode.OUTSIDE_TF if pcf.Acts.doAmbiguityResolution else AmbiguitySolverMode.DURING_TF, type=AmbiguitySolverMode)
274
275 # Calibrations
276 actscf.addFlag('Acts.OnTrackCalibration.performCovarianceCalibration', True) # perform calibration of covariance during on track analogue cluster calibration
277
278 # Track fitting
279 actscf.addFlag('Acts.writeTrackCollection', False) # save to file (ESD, AOD) the Resolved and Refitted track collections
280 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
281 actscf.addFlag('Acts.trackFitterType', TrackFitterType.KalmanFitter, type=TrackFitterType) # Define Tracking algorithm for refitting
282
283 # GSF specific flags
284 actscf.addFlag("Acts.GsfRefitLegacyTrk", False) # Refit Legacy tracks using ACTS GSF
285 actscf.addFlag("Acts.GsfRefitActs", lambda pcf:
286 pcf.GeoModel.Run >= LHCPeriod.Run4) # Refit ACTS tracks using ACTS GSF
287 actscf.addFlag("Acts.GsfMaxComponents", 12)
288 actscf.addFlag("Acts.GsfComponentMergeMethod", 'MaxWeight')
289 actscf.addFlag("Acts.GsfWeightCutoff", 1e-4)
290 actscf.addFlag("Acts.GsfDirectNavigation", lambda pcf:
291 pcf.GeoModel.Run >= LHCPeriod.Run4)
292 actscf.addFlag("Acts.GsfOutlierChi2Cut", 1e4) # Effectively no cut. Compatible with legacy
293 actscf.addFlag("Acts.extrapolateElectronsLegacy", lambda pcf:
294 not pcf.Acts.TrackingGeometry.UseBlueprint) # Use legacy calo extrapolation with ACTS tracks
295
296 # Decorations
297 actscf.addFlag('Acts.decoratePRD.sdoSiHit', lambda pcf: pcf.Tracking.doTIDE_AmbiTrackMonitoring)
298
299 # GPU track reconstruction
300 actscf.addFlag("Acts.Device.doCellSorting", True)
301 actscf.addFlag("Acts.Device.doClusterization", False)
302 actscf.addFlag("Acts.Device.doSpacePointFormation", False)
303 actscf.addFlag("Acts.Device.doSeeding", False)
304 actscf.addFlag("Acts.Device.seedingStrategy", SeedingStrategy.GridTriplet, type=SeedingStrategy)
305 actscf.addFlag("Acts.Device.doTrackReconstruction", False)
306 actscf.addFlag("Acts.Device.doLargeRadiusPass", False)
307
308 # GNN specific flags (scoped)
309 actscf.addFlag("Acts.GNN.Enable", False)
310 actscf.addFlag("Acts.GNN.ModuleMapPath", "<default>")
311 actscf.addFlag("Acts.GNN.ModelPath", "<default>")
312 actscf.addFlag("Acts.GNN.NumTrtContexts", 1)
313 actscf.addFlag("Acts.GNN.MaxGpuInstances", 1)
314 actscf.addFlag("Acts.GNN.VarianceInflation", 1.0)
315 actscf.addFlag("Acts.GNN.TightSeeds", False)
316 actscf.addFlag("Acts.GNN.MinCandidateMeasurements", 7)
317 actscf.addFlag("Acts.GNN.EdgeCut", 0.5)
318 actscf.addFlag("Acts.GNN.NumFeatures", 12) # input features per spacepoint, 4 for pixel-only models
319 actscf.addFlag("Acts.GNN.RelaxCentralHoleSel", False)
320 actscf.addFlag("Acts.GNN.RelaxMeasurementSel", True)
321 actscf.addFlag("Acts.GNN.OfflineZ0Sel", False)
322 actscf.addFlag("Acts.GNN.ParameterEstimationMode", ParameterEstimationMode.All, type=ParameterEstimationMode) # SPs of a GNN seed used in TrackParamsEstimationTool
323
324 return actscf
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