Variables
	alignmenttmp = os.environ["ALIGNMENT_ALIGNMENTTMP"].split("\n")

tuple	combineME11 = (os.environ["ALIGNMENT_combineME11"] == "True")

	connect

tuple	disks = (os.environ["ALIGNMENT_DISKS"] == "True")

	doAlignment

tuple	errorFromRMS = (os.environ["ALIGNMENT_errorFromRMS"] == "True")

tuple	fiducial = (os.environ["ALIGNMENT_fiducial"] == "True")

	fileName

	fillME11holes = eval(os.environ["ALIGNMENT_FILLME11HOLES"])

	fitters

	fixed

	globaltag = os.environ["ALIGNMENT_GLOBALTAG"]

	input

	inputdb = os.environ["ALIGNMENT_INPUTDB"]

	iteration = int(os.environ["ALIGNMENT_ITERATION"])

	maxdrdz = float(os.environ["ALIGNMENT_maxdrdz"])

	maxEvents

	maxRedChi2 = float(os.environ["ALIGNMENT_maxRedChi2"])

	minHitsPerChamber = int(os.environ["ALIGNMENT_minHitsPerChamber"])

	minP = float(os.environ["ALIGNMENT_minP"])

	minStationsInTrackRefits = int(os.environ["ALIGNMENT_minStationsInTrackRefits"])

	minTracksPerOverlap = int(os.environ["ALIGNMENT_minTracksPerOverlap"])

	mode = os.environ["ALIGNMENT_MODE"]

	photogrammetry = eval(os.environ["ALIGNMENT_PHOTOGRAMMETRY"])

	process = cms.Process("ALIGN")

	readTemporaryFiles

	slm = eval(os.environ["ALIGNMENT_SLM"])

tuple	slopeFromTrackRefit = (os.environ["ALIGNMENT_slopeFromTrackRefit"] == "True")

	source

	TFileService

	truncateOffsetResid = float(os.environ["ALIGNMENT_truncateOffsetResid"])

	truncateSlopeResid = float(os.environ["ALIGNMENT_truncateSlopeResid"])

tuple	useHitWeights = (os.environ["ALIGNMENT_useHitWeights"] == "True")

tuple	useTrackWeights = (os.environ["ALIGNMENT_useTrackWeights"] == "True")

	writeTemporaryFile

Variable Documentation

◆ alignmenttmp

alignBH_cfg.alignmenttmp = os.environ["ALIGNMENT_ALIGNMENTTMP"].split("\n")

Definition at line 4 of file alignBH_cfg.py.

◆ combineME11

alignBH_cfg.combineME11 = (os.environ["ALIGNMENT_combineME11"] == "True")

Definition at line 23 of file alignBH_cfg.py.

◆ connect

alignBH_cfg.connect

Definition at line 78 of file alignBH_cfg.py.

◆ disks

tuple alignBH_cfg.disks = (os.environ["ALIGNMENT_DISKS"] == "True")

Definition at line 13 of file alignBH_cfg.py.

Referenced by RBorderFinder.RBorderFinder(), trklet::TrackDerTable.readPatternFile(), and trklet::FitTrack.trackFitChisq().

◆ doAlignment

alignBH_cfg.doAlignment

Definition at line 58 of file alignBH_cfg.py.

◆ errorFromRMS

alignBH_cfg.errorFromRMS = (os.environ["ALIGNMENT_errorFromRMS"] == "True")

Definition at line 25 of file alignBH_cfg.py.

◆ fiducial

alignBH_cfg.fiducial = (os.environ["ALIGNMENT_fiducial"] == "True")

Definition at line 19 of file alignBH_cfg.py.

◆ fileName

alignBH_cfg.fileName

Definition at line 80 of file alignBH_cfg.py.

◆ fillME11holes

alignBH_cfg.fillME11holes = eval(os.environ["ALIGNMENT_FILLME11HOLES"])

Definition at line 12 of file alignBH_cfg.py.

◆ fitters

alignBH_cfg.fitters

Definition at line 41 of file alignBH_cfg.py.

Referenced by CSCOverlapsAlignmentAlgorithm.CSCOverlapsAlignmentAlgorithm().

◆ fixed

alignBH_cfg.fixed

Definition at line 54 of file alignBH_cfg.py.

Referenced by BasicGenParticleValidation.analyze(), MBUEandQCDValidation.analyze(), ListIds.analyze(), EcnaAnalyzer.analyze(), npstat::ArrayND< Numeric >.ArrayND(), npstat::Private.axesOfASlice(), OutputDD4hepToDDL.beginRun(), OutputMagneticFieldDDToDDL.beginRun(), OutputDDToDDL.beginRun(), BTLElectronicsSim.BTLElectronicsSim(), MTDPixelTopologyBuilder.build(), ETLDetLayerGeometryBuilder.buildLayer(), ApeEstimatorSummary.calculateApe(), FWCollectionSummaryTableManager.cellRenderer(), DeepTauId.checkInputs(), MTDDetSector.compatible(), MTDSectorForwardLayer.compatibleDets(), MTDDetSector.compatibleDets(), DTParametrizedDriftAlgo.compute(), JetPlusTrackCorrector.correction(), CSCChamberFitter.CSCChamberFitter(), DDCompareDBLVEC(), DDCompareDDRotMat(), DDExpandedViewDump(), PixelInactiveAreaFinder.detInfo(), tmtt::KFbase.doKF(), PPSAlignmentHarvester.doMatch(), PPSAlignmentHarvester.dqmEndRun(), reco::PFBlockElementTrack.Dump(), reco::PFBlockElementBrem.Dump(), LASBarrelAlgorithm.Dump(), reco::PFBlockElementGsfTrack.Dump(), reco::PFBlockElementCluster.Dump(), reco::PFBlockElementSuperCluster.Dump(), DAClusterizerInZ_vect.dump(), DAClusterizerInZT_vect.dump(), popcon::EcalLaserHandler.dumpBarrelPayload(), ticl::PatternRecognitionbyCLUE3D< TILES >.dumpClusters(), SiStripDetVOffTrendPlotter.dumpCSV(), popcon::EcalLaserHandler.dumpEndcapPayload(), HLTrigReport.dumpReport(), PrintMTDSens.dumpTouch(), TracksterLinksProducer.dumpTrackster(), TrackstersMergeProducer.dumpTrackster(), DDCoreToDDXMLOutput.element(), L1GtTrigReport.endJob(), GenXSecAnalyzer.endJob(), SplitVertexResolution.endJob(), edm::Schedule.endJob(), GeneralPurposeTrackAnalyzer.endJob(), DMRChecker.endJob(), HIPAlignmentAlgorithm.fillAlignablesMonitor(), gen::Pythia6Hadronizer.finalizeEvent(), MtdTruthAccumulator.finalizeEvent(), DD4hep_TrackingMaterialAnalyser.findLayer(), TrackingMaterialAnalyser.findLayer(), tmtt::KFbase.fit(), TEcnaWrite.fT2dWriteAscii(), DTTrigGeom.getGeom(), PtAssignmentNNRegression.getPts(), GenXSecAnalyzer.globalEndRun(), HLTMuonL1TFilter.hltFilter(), HLTMuonL1RegionalFilter.hltFilter(), HLTMuonL1TRegionalFilter.hltFilter(), HLTMuonL2PreFilter.hltFilter(), HLTMuonL2FromL1TPreFilter.hltFilter(), HLTMuonL1Filter.hltFilter(), DD4hep_MaterialAccountingGroup.info(), MaterialAccountingGroup.info(), fit::RootMinuitCommands< Function >.init(), tmtt::KFParamsComb.isGoodState(), npstat::ArrayND< Numeric >.jointSliceLoop(), ETLDetLayerGeometryBuilder.makeDetSector(), DDCoreToDDXMLOutput.material(), DAClusterizerInZ_vect.merge(), DAClusterizerInZT_vect.merge(), PlotAlignmentValidation.modifySSHistAndLegend(), MTDSectorForwardDoubleLayer.MTDSectorForwardDoubleLayer(), MTDSectorForwardLayer.MTDSectorForwardLayer(), LHEEventProduct::const_iterator.next(), tmtt::PrintL1trk.operator<<(), reco.operator<<(), operator<<(), OutputDDToDDL.OutputDDToDDL(), OutputMagneticFieldDDToDDL.OutputMagneticFieldDDToDDL(), RectangularMTDTopology.pixelIndex(), PlotAlignmentValidation.plotDMR(), PPSAlignmentHarvester.PPSAlignmentHarvester(), LASBarrelAlignmentParameterSet.Print(), LASEndcapAlignmentParameterSet.Print(), FedCablingAnalysis.print(), PedsOnlyAnalysis.print(), VpspScanAnalysis.print(), PedestalsAnalysis.print(), NoiseAnalysis.print(), OptoScanAnalysis.print(), DaqScopeModeAnalysis.print(), ApvTimingAnalysis.print(), FastFedCablingAnalysis.print(), PedsFullNoiseAnalysis.print(), DetGeomDesc.print(), L1MuGMTExtendedCand.print(), SimpleL1MuGMTCand.print(), L1MuRegionalCand.print(), L1MuDTTrack.print(), L1MuBMTrack.print(), L1MuGMTCand.print(), DEutils< T >.print(), DDDCmsTrackerContruction.printAllTrackerGeometricDets(), HepMCFileReader.printEvent(), CTPPSGeometryInfo.printGeometry(), MuonNavigationPrinter.printLayer(), MuonNavigationPrinter.printLayers(), FBaseSimEvent.printMCTruth(), ttevent.printParticle(), PFJetBenchmark.printPFJet(), TrackingActionExecutor.printShiftHistoParameters(), SiStripActionExecutor.printShiftHistoParameters(), SiStripQualityChecker.printStatusReport(), tmtt::KFbase.printStub(), tmtt::KFbase.printStubLayers(), tmtt::KFbase.printTP(), tmtt::Histos.printTrackPerformance(), TracksterLinksProducer.printTrackstersDebug(), TrackstersMergeProducer.printTrackstersDebug(), L1Comparator.process(), PrimaryVertexProducer.produce(), npstat::ArrayND< Numeric >.projectLoop2(), cms::rotation_utils.rotHash(), lutNN::LutNeuronLayerFixedPoint< layer2_input_I, layer2_input_F, layer1_neurons, layer2_lut_I, layer2_lut_F, layer2_neurons, layer3_input_I >.save(), npstat::ArrayND< Numeric >.scaleBySliceLoop(), GhostBusterPreferRefDt.select(), cond::payloadInspector.serializeValue(), PlotAlignmentValidation.setDMRHistStyleAndLegend(), npstat::Private.shapeOfASlice(), npstat::ArrayND< Numeric >.sliceShape(), DAClusterizerInZ_vect.split(), DAClusterizerInZT_vect.split(), lhef::LHERunInfo.statistics(), npstat::ArrayND< Numeric >.verifyBufferSliceCompatibility(), npstat::ArrayND< Numeric >.verifyProjectionCompatibility(), npstat::ArrayND< Numeric >.verifySliceCompatibility(), MuonAlignmentOutputXML.write(), CSCPairResidualsConstraint.write(), TEcnaWrite.WriteAsciiHisto(), PedeSteererWeakModeConstraints.writeOutput(), PPSAlignmentHarvester.xAlignment(), PPSAlignmentHarvester.xAlignmentRelative(), and PPSAlignmentHarvester.yAlignment().

◆ globaltag

alignBH_cfg.globaltag = os.environ["ALIGNMENT_GLOBALTAG"]

Definition at line 9 of file alignBH_cfg.py.

◆ input

alignBH_cfg.input

Definition at line 32 of file alignBH_cfg.py.

◆ inputdb

alignBH_cfg.inputdb = os.environ["ALIGNMENT_INPUTDB"]

Definition at line 8 of file alignBH_cfg.py.

◆ iteration

alignBH_cfg.iteration = int(os.environ["ALIGNMENT_ITERATION"])

Definition at line 6 of file alignBH_cfg.py.

◆ maxdrdz

alignBH_cfg.maxdrdz = float(os.environ["ALIGNMENT_maxdrdz"])

Definition at line 17 of file alignBH_cfg.py.

◆ maxEvents

alignBH_cfg.maxEvents

Definition at line 32 of file alignBH_cfg.py.

◆ maxRedChi2

alignBH_cfg.maxRedChi2 = float(os.environ["ALIGNMENT_maxRedChi2"])

Definition at line 18 of file alignBH_cfg.py.

◆ minHitsPerChamber

alignBH_cfg.minHitsPerChamber = int(os.environ["ALIGNMENT_minHitsPerChamber"])

Definition at line 16 of file alignBH_cfg.py.

◆ minP

alignBH_cfg.minP = float(os.environ["ALIGNMENT_minP"])

Definition at line 15 of file alignBH_cfg.py.

Referenced by CSCEfficiency.CSCEfficiency(), CSCEfficiency.filter(), and edm::RandomMultiParticlePGunProducer.produce().

◆ minStationsInTrackRefits

alignBH_cfg.minStationsInTrackRefits = int(os.environ["ALIGNMENT_minStationsInTrackRefits"])

Definition at line 28 of file alignBH_cfg.py.

◆ minTracksPerOverlap

alignBH_cfg.minTracksPerOverlap = int(os.environ["ALIGNMENT_minTracksPerOverlap"])

Definition at line 26 of file alignBH_cfg.py.

◆ mode

alignBH_cfg.mode = os.environ["ALIGNMENT_MODE"]

Definition at line 7 of file alignBH_cfg.py.

◆ photogrammetry

alignBH_cfg.photogrammetry = eval(os.environ["ALIGNMENT_PHOTOGRAMMETRY"])

Definition at line 10 of file alignBH_cfg.py.

◆ process

alignBH_cfg.process = cms.Process("ALIGN")

Definition at line 30 of file alignBH_cfg.py.

◆ readTemporaryFiles

alignBH_cfg.readTemporaryFiles

Definition at line 57 of file alignBH_cfg.py.

◆ slm

alignBH_cfg.slm = eval(os.environ["ALIGNMENT_SLM"])

Definition at line 11 of file alignBH_cfg.py.

◆ slopeFromTrackRefit

alignBH_cfg.slopeFromTrackRefit = (os.environ["ALIGNMENT_slopeFromTrackRefit"] == "True")

Definition at line 27 of file alignBH_cfg.py.

◆ source

alignBH_cfg.source

Definition at line 31 of file alignBH_cfg.py.

◆ TFileService

alignBH_cfg.TFileService

Definition at line 80 of file alignBH_cfg.py.

◆ truncateOffsetResid

alignBH_cfg.truncateOffsetResid = float(os.environ["ALIGNMENT_truncateOffsetResid"])

Definition at line 22 of file alignBH_cfg.py.

◆ truncateSlopeResid

alignBH_cfg.truncateSlopeResid = float(os.environ["ALIGNMENT_truncateSlopeResid"])

Definition at line 21 of file alignBH_cfg.py.

◆ useHitWeights

alignBH_cfg.useHitWeights = (os.environ["ALIGNMENT_useHitWeights"] == "True")

Definition at line 20 of file alignBH_cfg.py.

◆ useTrackWeights

alignBH_cfg.useTrackWeights = (os.environ["ALIGNMENT_useTrackWeights"] == "True")

Definition at line 24 of file alignBH_cfg.py.

◆ writeTemporaryFile

alignBH_cfg.writeTemporaryFile

Definition at line 56 of file alignBH_cfg.py.

Variables