convertSQLiteXML Namespace Reference

Variables
string	action = "store_true"
	default = False,
string	dest = "noChambers"
tuple	exit_code = os.system("cmsRun tmp_converter_cfg.py")
	gprcd = options.gprcd
	gprcdconnect = options.gprcdconnect
string	help = "if present, no chambers info would be written into xml"
	ok = False
tuple	parser = optparse.OptionParser(usage)
list	prog = sys.argv[0]
	relativeTo = options.relativeTo
	runNumber = options.runNumber
string	supChambers = "False"
string	supLayers = "False"
string	supRings = "True"
list	theInputFile = sys.argv[1]
list	theOutputFile = sys.argv[2]
string	type = "string"
string	usage

Variable Documentation

string convertSQLiteXML.action = "store_true"

Definition at line 37 of file convertSQLiteXML.py.

string convertSQLiteXML.default = False,

Definition at line 38 of file convertSQLiteXML.py.

string convertSQLiteXML.dest = "noChambers"

Definition at line 39 of file convertSQLiteXML.py.

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

Definition at line 147 of file convertSQLiteXML.py.

convertSQLiteXML.gprcd = options.gprcd

Definition at line 92 of file convertSQLiteXML.py.

convertSQLiteXML.gprcdconnect = options.gprcdconnect

Definition at line 91 of file convertSQLiteXML.py.

string convertSQLiteXML.help = "if present, no chambers info would be written into xml"

Definition at line 36 of file convertSQLiteXML.py.

convertSQLiteXML.ok = False

Definition at line 97 of file convertSQLiteXML.py.

Referenced by TFileDirectory._cd(), helper::ScannerBase.addExpression(), helper::ScannerBase.addExtraCut(), CSCSegAlgoShowering.addHit(), CSCSegAlgoTC.addHit(), RecAnalyzerMinbias.analyze(), StudyHLT.analyze(), EcalTPGParamBuilder.analyze(), AnalyzerMinbias.analyze(), HcalIsoTrkAnalyzer.analyze(), IsoTrackCalib.analyze(), IsoTrackCalibration.analyze(), IsolatedGenParticles.analyze(), TAPDPulse.areFitSamplesOK(), TAPDPulse.arePulseRatioOK(), HcalParametersFromDD.build(), CastorDbService.buildCalibrations(), HcalDbService.buildCalibrations(), CastorDbService.buildCalibWidths(), HcalDbService.buildCalibWidths(), TT6ApvMask.calculateMask(), TrackCleaner.canBeMerged(), HcalDDDSimConstants.cell(), spr.chargeIsolationCone(), spr.chargeIsolationEcal(), spr.chargeIsolationHcal(), ora::MappingToSchema.check(), TrackWithHistory.checkAtEnd(), FWGeometryTableManager.checkHierarchy(), SimpleCosmicBONSeeder.checkNoisyModules(), HLTDisplacedmumumuVtxProducer.checkPreviousCand(), HLTDisplacedmumuVtxProducer.checkPreviousCand(), HLTDisplacedtktkVtxProducer.checkPreviousCand(), HLTmumutktkVtxProducer.checkPreviousCand(), HLTmumutkVtxProducer.checkPreviousCand(), CheckOverlap.checkPV(), TripletFilter.checkTrack(), MuonResidualsFromTrack.choleskyCorrMatrix(), TrackCleaner.cleanTracks(), TrajectoryStateCombiner.combine(), CSCSegAlgoShowering.compareProtoSegment(), CSCSegAlgoTC.compareProtoSegment(), CSCSegAlgoDF.compareProtoSegment(), CSCSegAlgoSK.compareProtoSegment(), LowPtClusterShapeSeedComparitor.compatible(), EgammaTowerIsolationNew< NC >.compute(), MuonResidualsFromTrack.corrMatrix(), CSCSegFit.covarianceMatrix(), ME0SegFit.covarianceMatrix(), GEMCSCSegFit.covarianceMatrix(), HcalTopology.decIPhi(), DEcompare< T >.do_compare(), spr.eECALmatrix(), LMFDat.fetch(), HcalDDDGeometryLoader.fill(), pftools::Calibratable.fillCaloWindow(), CombinedSVComputer.fillCommonVariables(), AlCaHBHEMuonFilter.filter(), AlCaIsoTracksFilter.filter(), CSCCondSegFit.fit(), CSCSegFit.fitlsq(), ME0SegFit.fitlsq(), GEMCSCSegFit.fitlsq(), ora::RelationalBuffer.flush(), MuonSeedBuilder.foundMatchingSegment(), MEEEGeom.getBoundary(), pftools::LinearCalibrator.getCalibrationCoefficientsCore(), EcalBarrelGeometry.getCells(), PerformancePayloadFromBinnedTFormula.getFormula(), ZdcSD.getFromLibrary(), CastorSD.getFromLibrary(), HCalSD.getFromLibrary(), HFShower.getHits(), HFShowerParam.getHits(), cond::persistency::IOVProxy.getLast(), CommonAnalyzer.getList(), MEChannel.getListOfChannels(), HcalTB06BeamSD.getNames(), MaterialBudgetHcalHistos.getNames(), HCalSD.getNames(), CommonAnalyzer.getObject(), CaloGeometry.getSubdetectorGeometry(), CaloTowerGeometry.getSummary(), CaloSubdetectorGeometry.getSummary(), HcalGeometry.getSummary(), cond::MetaData.getToken(), CaloGeometry.getValidDetIds(), HcalTopology.incIPhi(), CSCSegAlgoTC.increaseProtoSegment(), CSCSegAlgoSK.increaseProtoSegment(), FastTimeDDDConstants.initialize(), HGCalDDDConstants.initialize(), HistoShifter.insertAndShift(), CaloTrkProcessing.isItCalo(), CaloTrkProcessing.isItInside(), TAPDPulse.isPulseOK(), TAPDPulse.isPulseRatioMaxOK(), TAPDPulse.isPulseRatioMinOK(), CSCSegAlgoSK.isSegmentGood(), TAPDPulse.isTimingOK(), TAPDPulse.isTimingQualOK(), HGCalDetId.isValid(), HGCalDDDConstants.isValid(), FastTimeDDDConstants.isValidCell(), FastTimeDDDConstants.isValidXY(), SteppingAction.killLowEnergy(), GlobalTrackQualityProducer.kink(), cond::PayloadRef< std::vector< cond::Time_t > >.load(), cond::PayloadProxy< cond::KeyList >.load(), cond::PayLoadInspector< DataT >.load(), cond::BasePayloadProxy.make(), JetPlusTrackCorrector.matchTracks(), PSFitter::HybridMinimizer.Minimize(), CondIter< T >.next(), MixCollection< T >::MixItr.next(), TFitConstraintM.OnList(), TEcnaRootFile.OpenR(), TEcnaRootFile.OpenW(), HIPixelTrackFilter.operator()(), GhostTrackComputer.operator()(), ClusterShapeTrackFilter.operator()(), operator<<(), pat::TriggerObjectStandAlone.packPathNames(), PFAlgo.processBlock(), TrackProducerWithSCAssociation.produce(), PixelVertexProducer.produce(), CosmicTrackSelector.produce(), JetPlusTrackProducer.produce(), IsolatedPixelTrackCandidateProducer.produce(), CtfSpecialSeedGenerator.produce(), RecHitCorrector.produce(), JetPlusTrackProducerAA.produce(), MuonsFromRefitTracksProducer.produce(), spr.propagateTrackerEnd(), TEcnaRootFile.ReadElement(), TEcnaRootFile.ReadElementNextEntryNumber(), EcalTPGParamBuilder.realignBaseline(), FastHFShowerLibrary.recoHFShowerLibrary(), AnalyticalTrackSelector.run(), CtfSpecialSeedGenerator.run(), MultiTrackSelector.run(), HIMultiTrackSelector.run(), DAFTrackProducerAlgorithm.runWithCandidate(), CaloSD.saveHit(), AlCaGammaJetProducer.select(), AlCaHBHEMuonProducer.select(), AlCaIsoTracksProducer.select(), CSCCondSegFit.setChi2(), CSCSegFit.setChi2(), ME0SegFit.setChi2(), GEMCSCSegFit.setChi2(), helper::ScannerBase.setCut(), reco::PFBlock.setLink(), reco::PFDisplacedVertexCandidate.setLink(), cond::EmptyIOVSource.setRunAndEventInfo(), CaloGeometry.setSubdetGeometry(), PhysicsTools::LeastSquares.solveFisher(), pat::helper::BaseIsolator.test(), pftools::CaloBox.test(), TkStripMeasurementDet.testStrips(), TrackWithVertexSelector.testVertices(), TrackListMerger.TrackListMerger(), HLTMuonIsoFilter.triggerdByPreviousLevel(), HLTMuonL1toL3TkPreFilter.triggeredAtL1(), HLTMuonDimuonL3Filter.triggeredByLevel2(), HLTMuonTrimuonL3Filter.triggeredByLevel2(), HLTMuonL3PreFilter.triggeredByLevel2(), CaloSD.update(), DTSegmentUpdator.updateHits(), SteppingAction.UserSteppingAction(), SiStripConfigDb.usingDatabase(), ZdcTopology.valid(), HcalCalibDataFrame.validate(), CastorDataFrame.validate(), ZDCDataFrame.validate(), HFDataFrame.validate(), HBHEDataFrame.validate(), HODataFrame.validate(), npstat::StorableHistoNDFunctor< Numeric, Axis, Converter >.validateInterDegree(), HcalTopology.validHcal(), ZdcTopology.validRaw(), HcalTopology.validRaw(), CSCSegFit.weightMatrix(), ME0SegFit.weightMatrix(), GEMCSCSegFit.weightMatrix(), and LMFDat.writeDB().

tuple convertSQLiteXML.parser = optparse.OptionParser(usage)

Definition at line 33 of file convertSQLiteXML.py.

list convertSQLiteXML.prog = sys.argv[0]

Definition at line 5 of file convertSQLiteXML.py.

convertSQLiteXML.relativeTo = options.relativeTo

Definition at line 87 of file convertSQLiteXML.py.

convertSQLiteXML.runNumber = options.runNumber

Definition at line 90 of file convertSQLiteXML.py.

Referenced by MatacqProducer.addMatacqData(), L1GtPatternGenerator.analyze(), Vx3DHLTAnalyzer.analyze(), ValidIsoTrkCalib.analyze(), L1GtAnalyzer.analyzeTrigger(), edm::JobReport::JobReportImpl.associateInputLumiSection(), edm::JobReport::JobReportImpl.associateInputRun(), edm::JobReport::JobReportImpl.associateLumiSection(), edm::JobReport::JobReportImpl.associateRun(), ValidIsoTrkCalib.beginJob(), L1RCTProducer.beginLuminosityBlock(), L1RCTProducer.beginRun(), HLTMuonPlotter.beginRun(), statemachine::FirstLumi.checkInvariant(), statemachine::AnotherLumi.checkInvariant(), statemachine::HandleEvent.checkInvariant(), statemachine::HandleNewInputFile3.checkInvariant(), statemachine::ContinueRun2.checkInvariant(), statemachine::ContinueLumi.checkInvariant(), EcalCondDBReader.EcalCondDBReader(), Vx3DHLTAnalyzer.endLuminosityBlock(), MatacqProducer.getMatacqFile(), EcalTBH2TDCRecInfoProducer.produce(), L1RCTOmdsFedVectorProducer.produce(), MatacqProducer.produce(), EcalTBH2TDCRecInfoAlgo.reconstruct(), Vx3DHLTAnalyzer.reset(), SiPixelPerformanceSummary.setRunNumber(), and Vx3DHLTAnalyzer.writeToFile().

string convertSQLiteXML.supChambers = "False"

Definition at line 82 of file convertSQLiteXML.py.

string convertSQLiteXML.supLayers = "False"

Definition at line 84 of file convertSQLiteXML.py.

string convertSQLiteXML.supRings = "True"

Definition at line 80 of file convertSQLiteXML.py.

list convertSQLiteXML.theInputFile = sys.argv[1]

Definition at line 94 of file convertSQLiteXML.py.

list convertSQLiteXML.theOutputFile = sys.argv[2]

Definition at line 95 of file convertSQLiteXML.py.

string convertSQLiteXML.type = "string"

Definition at line 49 of file convertSQLiteXML.py.

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
"""

Definition at line 7 of file convertSQLiteXML.py.