Variables
	action

	args

	default

	dest

	exit_code = os.system("cmsRun tmp_converter_cfg.py")

	gprcd = options.gprcd

	gprcdconnect = options.gprcdconnect

	help

bool	ok = False

	options

	parser = optparse.OptionParser(usage)

	prog = sys.argv[0]

	relativeTo = options.relativeTo

	runNumber = options.runNumber

string	supChambers = "False"

string	supLayers = "False"

string	supRings = "True"

	theInputFile = sys.argv[1]

	theOutputFile = sys.argv[2]

	type

string	usage

Variable Documentation

◆ action

convertSQLiteXML.action

Definition at line 38 of file convertSQLiteXML.py.

◆ args

convertSQLiteXML.args

Definition at line 79 of file convertSQLiteXML.py.

◆ default

convertSQLiteXML.default

Definition at line 39 of file convertSQLiteXML.py.

◆ dest

convertSQLiteXML.dest

Definition at line 40 of file convertSQLiteXML.py.

◆ exit_code

convertSQLiteXML.exit_code = os.system("cmsRun tmp_converter_cfg.py")

Definition at line 148 of file convertSQLiteXML.py.

◆ gprcd

convertSQLiteXML.gprcd = options.gprcd

Definition at line 93 of file convertSQLiteXML.py.

◆ gprcdconnect

convertSQLiteXML.gprcdconnect = options.gprcdconnect

Definition at line 92 of file convertSQLiteXML.py.

◆ help

convertSQLiteXML.help

Definition at line 37 of file convertSQLiteXML.py.

◆ ok

bool convertSQLiteXML.ok = False

Definition at line 98 of file convertSQLiteXML.py.

Referenced by TFileDirectory._cd(), helper::ScannerBase.addExpression(), helper::ScannerBase.addExtraCut(), CSCSegAlgoShowering.addHit(), CSCSegAlgoTC.addHit(), PrimaryVertexMonitor.analyze(), RecAnalyzerHF.analyze(), HGCalRecHitValidation.analyze(), EcalTPGParamBuilder.analyze(), StudyCaloGen.analyze(), AnalyzerMinbias.analyze(), RecAnalyzerMinbias.analyze(), StudyCaloResponse.analyze(), HcalIsoTrkAnalyzer.analyze(), IsolatedGenParticles.analyze(), PrimaryVertexAnalyzer4PUSlimmed.analyze(), HOSimHitStudy.analyzeHits(), TAPDPulse.areFitSamplesOK(), TAPDPulse.arePulseRatioOK(), IsoTrackCalib.beginRun(), HistogramManager.book(), HcalParametersFromDD.build(), FastTimeParametersFromDD.build(), HGCalParametersFromDD.build(), MTDParametersFromDD.build(), CastorDbService.buildCalibrations(), HcalDbService.buildCalibrations(), CastorDbService.buildCalibWidths(), HcalDbService.buildCalibWidths(), VectorHitBuilderAlgorithm.buildVectorHit(), TT6ApvMask.calculateMask(), TrackCleaner.canBeMerged(), HcalDDDSimConstants.cell(), spr.chargeIsolationCone(), spr.chargeIsolationEcal(), spr.chargeIsolationHcal(), HcalDataFrameFilter_impl.check< QIE10DataFrame >(), CACell.checkAlignmentAndAct(), TrackWithHistory.checkAtEnd(), HGCDoublet.checkCompatibilityAndTag(), FWGeometryTableManager.checkHierarchy(), SimpleCosmicBONSeeder.checkNoisyModules(), HFNoseNumberingScheme.checkPosition(), HGCalNumberingScheme.checkPosition(), HGCDigitizer.checkPosition(), HLTDisplacedmumumuVtxProducer.checkPreviousCand(), HLTDisplacedmumuVtxProducer.checkPreviousCand(), HLTDisplacedtktktkVtxProducer.checkPreviousCand(), HLTDisplacedtktkVtxProducer.checkPreviousCand(), HLTmumutktkVtxProducer.checkPreviousCand(), HLTmumutkVtxProducer.checkPreviousCand(), CheckOverlap.checkPV(), TripletFilter.checkTrack(), MuonResidualsFromTrack.choleskyCorrMatrix(), TrackCleaner.cleanTracks(), TrajectoryStateCombiner.combine(), HcalTestNS.compare(), CSCSegAlgoShowering.compareProtoSegment(), CSCSegAlgoTC.compareProtoSegment(), CSCSegAlgoDF.compareProtoSegment(), CSCSegAlgoSK.compareProtoSegment(), CSCSegAlgoRU.compareProtoSegment(), LowPtClusterShapeSeedComparitor.compatible(), MuonPathAssociator.correlateMPaths(), MuonResidualsFromTrack.corrMatrix(), CSCSegFit.covarianceMatrix(), MuonSegFit.covarianceMatrix(), PFAlgo.createCandidatesHCAL(), tensorflow.createSession(), CTPPSDetId.CTPPSDetId(), CTPPSDiamondDetId.CTPPSDiamondDetId(), HcalTopology.decIPhi(), DEcompare< T >.do_compare(), HitPairGeneratorFromLayerPair.doublets(), spr.eECALmatrix(), LMFDat.fetch(), CombinedSVComputer.fillCommonVariables(), reco::HcalNoiseInfoProducer.filldigis(), HFShowerLibrary.fillHits(), AlCaHBHEMuonFilter.filter(), AlCaHEMuonFilter.filter(), AlCaLowPUHBHEMuonFilter.filter(), CSCCondSegFit.fit(), CSCSegFit.fitlsq(), MuonSegFit.fitlsq(), GEMCSCSegFit.fitlsq(), MuonSeedBuilder.foundMatchingSegment(), MEEEGeom.getBoundary(), EcalBarrelGeometry.getCells(), PerformancePayloadFromBinnedTFormula.getFormula(), ZdcSD.getFromLibrary(), ZdcShowerLibrary.getHits(), HFShower.getHits(), HFShowerParam.getHits(), cond::persistency::IOVProxy.getLast(), CommonAnalyzer.getList(), MEChannel.getListOfChannels(), HcalSimParametersFromDD.getNames(), HcalTB06BeamParametersFromDD.getNames(), CommonAnalyzer.getObject(), CastorShowerLibrary.getShowerHits(), CaloGeometry.getSubdetectorGeometry(), CaloTowerGeometry.getSummary(), CaloSubdetectorGeometry.getSummary(), HcalGeometry.getSummary(), HGCalWaferType.getType(), CaloGeometry.getValidDetIds(), HGCalWaferMask.goodTypeMode(), grid1d_t(), HcalDDDSimConstants.HcalCellTypes(), HcalTopology.incIPhi(), CSCSegAlgoTC.increaseProtoSegment(), CSCSegAlgoSK.increaseProtoSegment(), CSCSegAlgoRU.increaseProtoSegment(), CTPPSPixelDetId.init(), HistoShifter.insertAndShift(), cond::persistency::IOVProxy.iovSequenceInfo(), CaloTrkProcessing.isItCalo(), CaloSD.isItFineCalo(), CaloTrkProcessing.isItInside(), TAPDPulse.isPulseOK(), TAPDPulse.isPulseRatioMaxOK(), TAPDPulse.isPulseRatioMinOK(), CSCSegAlgoSK.isSegmentGood(), CSCSegAlgoRU.isSegmentGood(), TAPDPulse.isTimingOK(), TAPDPulse.isTimingQualOK(), HGCalDetId.isValid(), FastTimeDDDConstants.isValidXY(), GlobalTrackQualityProducer.kink(), l1tpf_impl::PFAlgo2HGC.link_tk2mu(), l1tpf_impl::PFAlgo3.link_tk2mu(), dqmservices::DQMProtobufReader.load(), HGCalGeomParameters.loadCellParsHexagon(), HGCalGeomParameters.loadGeometryHexagon(), HGCalGeomParameters.loadWaferHexagon8(), CaloGeometry.makeIndex(), JetPlusTrackCorrector.matchTracks(), HcalDDDSimConstants.maxHFDepth(), MixCollection< T >::MixItr.next(), edm::service::MessageServicePSetValidation.noneExcept(), TFitConstraintM.OnList(), TEcnaRootFile.OpenR(), TEcnaRootFile.OpenW(), DistanceToCell.operator()(), GhostTrackComputer.operator()(), HIPixelTrackFilter.operator()(), ClusterShapeTrackFilter.operator()(), pat::TriggerObjectStandAlone.packPathNames(), HcalElectronicsSim.premix(), dqm::implementation::DQMStore.printTrace(), TrackProducerWithSCAssociation.produce(), CosmicTrackSelector.produce(), PixelVertexProducer.produce(), JetPlusTrackProducer.produce(), IsolatedPixelTrackCandidateProducer.produce(), CtfSpecialSeedGenerator.produce(), RecHitCorrector.produce(), IsolatedPixelTrackCandidateL1TProducer.produce(), JetPlusTrackProducerAA.produce(), MuonsFromRefitTracksProducer.produce(), spr.propagateHCAL(), spr.propagateTrackerEnd(), TEcnaRootFile.ReadElement(), TEcnaRootFile.ReadElementNextEntryNumber(), EcalTPGParamBuilder.realignBaseline(), FastHFShowerLibrary.recoHFShowerLibrary(), MuonPathAssociator.removeSharingHits(), AnalyticalTrackSelector.run(), CtfSpecialSeedGenerator.run(), MultiTrackSelector.run(), HIMultiTrackSelector.run(), DAFTrackProducerAlgorithm.runWithCandidate(), CaloSD.saveHit(), AlCaGammaJetProducer.select(), AlCaHBHEMuonProducer.select(), AlCaGammaJetSelector.select(), AlCaIsoTracksProducer.select(), CSCCondSegFit.setChi2(), CSCSegFit.setChi2(), MuonSegFit.setChi2(), helper::ScannerBase.setCut(), HCalSD.setDetUnitId(), reco::PFBlock.setLink(), reco::PFDisplacedVertexCandidate.setLink(), cond::EmptyIOVSource.setRunAndEventInfo(), QIE10DataFrame.setSample(), CaloGeometry.setSubdetGeometry(), spr.simpleMove(), pat::helper::BaseIsolator.test(), TkStripMeasurementDet.testStrips(), TrackWithVertexSelector.testVertices(), TotemRPDetId.TotemRPDetId(), TotemTimingDetId.TotemTimingDetId(), TrackListMerger.TrackListMerger(), HLTMuonIsoFilter.triggerdByPreviousLevel(), HLTMuonL1toL3TkPreFilter.triggeredAtL1(), HLTMuonL1TtoL3TkPreFilter.triggeredAtL1(), HLTMuonTrimuonL3Filter.triggeredByLevel2(), HLTMuonL3PreFilter.triggeredByLevel2(), HLTMuonDimuonL3Filter.triggeredByLevel2(), DTSegmentUpdator.updateHits(), SiStripConfigDb.usingDatabase(), ZdcTopology.valid(), HcalCalibDataFrame.validate(), CastorDataFrame.validate(), ZDCDataFrame.validate(), HODataFrame.validate(), HFDataFrame.validate(), HBHEDataFrame.validate(), npstat::StorableHistoNDFunctor< Numeric, Axis, Converter >.validateInterDegree(), HcalTopology.validCalib(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >.validNeighbours(), ZdcTopology.validRaw(), HcalTopology.validRaw(), HGCalGeomTools.waferCorner(), CSCSegFit.weightMatrix(), MuonSegFit.weightMatrix(), PosteriorWeightsCalculator.weights(), and LMFDat.writeDB().

◆ options

convertSQLiteXML.options

Definition at line 79 of file convertSQLiteXML.py.

◆ parser

convertSQLiteXML.parser = optparse.OptionParser(usage)

Definition at line 34 of file convertSQLiteXML.py.

◆ prog

convertSQLiteXML.prog = sys.argv[0]

Definition at line 6 of file convertSQLiteXML.py.

◆ relativeTo

convertSQLiteXML.relativeTo = options.relativeTo

Definition at line 88 of file convertSQLiteXML.py.

◆ runNumber

convertSQLiteXML.runNumber = options.runNumber

Definition at line 91 of file convertSQLiteXML.py.

◆ supChambers

convertSQLiteXML.supChambers = "False"

Definition at line 83 of file convertSQLiteXML.py.

◆ supLayers

convertSQLiteXML.supLayers = "False"

Definition at line 85 of file convertSQLiteXML.py.

◆ supRings

convertSQLiteXML.supRings = "True"

Definition at line 81 of file convertSQLiteXML.py.

◆ theInputFile

convertSQLiteXML.theInputFile = sys.argv[1]

Definition at line 95 of file convertSQLiteXML.py.

◆ theOutputFile

convertSQLiteXML.theOutputFile = sys.argv[2]

Definition at line 96 of file convertSQLiteXML.py.

◆ type

convertSQLiteXML.type

Definition at line 50 of file convertSQLiteXML.py.

◆ usage

string convertSQLiteXML.usage

Initial value:

 =  """%(prog)s INPUT_FILE OUTPUT_FILE [--noChambers] [--noLayers] [--ringsOnly] [--relativeTo ideal|none]
  
 performs either sqlite-->xml or xml-->sqlite conversion following the documentation at 
 https://twiki.cern.ch/twiki/bin/view/CMS/SWGuideMuonGeometryConversion
  
 Arguments:
  
 INPUT_FILE      is either .db SQLite or .xml file that should be converted
 OUTPUT_FILE     is either .xml or .db output file, the result of conversion
  
 Options for sqlite-->xml conversion:
  
 --noChambers    if present, no chambers info would be written into xml
 --noLayers      if present, no layers (and no DT superlayers) info would be written into xml
 --relativeTo X  by default, xml conversion is done relative to ideal DDD description,
                 if "none" is specified, absolute positions would be written into xml
 --ringsOnly     special flag for xml dumping of CSC ring structure only, it automatically
                 turns off all DTs and also CSC's chambers and layers on output and coordinates
                 are relative "to none"
 --runNumber N   Use run #N to extract xml from necessary IOV
 """ % vars()

Definition at line 8 of file convertSQLiteXML.py.