relval_parameters_module Namespace Reference

Variables
	dbg_flag = True
	dump_cfg_flag = False
string	energy = '380_470'
string	evt_type = 'QCD'
int	evtnumber = 1
string	infile_name = ''
string	outfile_name = 'QCD_380_470_SIM.root'
	output_flag = True
string	process_name = 'SIM'
	# More...
string	profiler_service_cuts = ''
string	step = 'SIM'

Variable Documentation

relval_parameters_module.dbg_flag = True

Definition at line 44 of file relval_parameters_module.py.

relval_parameters_module.dump_cfg_flag = False

Definition at line 46 of file relval_parameters_module.py.

string relval_parameters_module.energy = '380_470'

Definition at line 29 of file relval_parameters_module.py.

Referenced by GflashShowino.addEnergyDeposited(), CastorHitAnalyzerImpl.analyze(), HcalHitAnalyzerImpl.analyze(), edm::FlatEGunASCIIWriter.analyze(), NoiseRates.analyze(), HcalNoiseRates.analyze(), FWPFClusterRPZProxyBuilder.build(), FWPFEcalRecHitLegoProxyBuilder.build(), FWPFClusterRPZUtils.buildRhoPhiClusterLineSet(), FWPFClusterRPZUtils.buildRhoZClusterLineSet(), reco::TauMassTagInfo.calculateTrkP4(), EcalClusterPUCleaningTools.CleanedSuperCluster(), EpCombinationTool.combine(), pftools::CaloBox.dump(), HTrackDetMatchInfo.ecalConeEnergyFromCaloTowers(), HTrackDetMatchInfo.ecalConeEnergyFromRecHits(), HTrackDetMatchInfo.ecalEnergyFromCaloTowers(), HTrackDetMatchInfo.ecalEnergyFromRecHits(), edm::FileRandomKEThetaGunProducer.FileRandomKEThetaGunProducer(), pftools::CaloBox.fill(), L3CalibBlock.Fill(), CaloHitAnalyzer.fillHits(), EcalLaserCorrFilter.filter(), DJpsiFilter.filter(), CalibrationCluster.getEnergyVector(), MultipleAlgoIterator.getEt(), ReflectedIterator.getEt(), spr.getHotCell(), pftools::ParticleDeposit.getRecEnergy(), EgammaHLTHcalIsolation.getSum(), pftools::ParticleDeposit.getTruthEnergy(), GflashHit.GflashHit(), HTrackDetMatchInfo.hcalBoxEnergyFromCaloTowers(), HTrackDetMatchInfo.hcalBoxEnergyFromRecHits(), HTrackDetMatchInfo.hcalConeEnergyFromCaloTowers(), HTrackDetMatchInfo.hcalConeEnergyFromRecHits(), HTrackDetMatchInfo.hcalEnergyFromCaloTowers(), HTrackDetMatchInfo.hcalEnergyFromRecHits(), HLTEgammaGenericQuadraticFilter.hltFilter(), PFHBHERecHitCreator.importRecHits(), PFHcalRecHitCreator< Digi, Geometry, Layer, Detector >.importRecHits(), PFHGCalRecHitCreator< DET, Layer, subdet >.importRecHits(), PFEcalRecHitCreator< Geometry, Layer, Detector >.importRecHits(), PFEcalRecHitCreatorMaxSample< Geometry, Layer, Detector >.importRecHits(), PFPSRecHitCreator.importRecHits(), main(), Multi5x5BremRecoveryClusterAlgo.makeIslandSuperClusters(), EcalRecHitSimpleAlgo.makeRecHit(), HGCalRecHitSimpleAlgo.makeRecHit(), GsfEleHadronicOverEMLinearCut.operator()(), HTrackDetMatchInfo.outerHcalEnergy(), edm::FlatRandomEThetaGunProducer.produce(), edm::FlatRandomPtThetaGunProducer.produce(), edm::FileRandomKEThetaGunProducer.produce(), reco::modules::CaloRecHitCandidateProducer< HitCollection >.produce(), edm::FlatRandomOneOverPtGunProducer.produce(), edm::FlatRandomPtGunProducer.produce(), edm::FlatRandomEGunProducer.produce(), edm::ExpoRandomPtGunProducer.produce(), edm::ExpoRandomPGunProducer.produce(), PFClusterTimeSelector.produce(), GlobalMuonToMuonProducer.produce(), cms::HitReCalibrator.produce(), CastorCellProducer.produce(), GenHIEventProducer.produce(), CorrectedECALPFClusterProducer.produce(), reco::HcalNoiseHPD.recHitEnergy(), reco::HcalNoiseHPD.recHitEnergyFailR45(), ESRecHitAnalyticAlgo.reconstruct(), ESRecHitFitAlgo.reconstruct(), ecaldqm::TimingTask.runOnRecHits(), ecaldqm::EnergyTask.runOnRecHits(), ecaldqm::RecoSummaryTask.runOnRecHits(), CandCommonVertexFitterBase.set(), PFCandCommonVertexFitterBase.set(), MonOccupancyDat.setAvgEnergy(), GflashHit.setEnergy(), pftools::Deposition.setEnergy(), HGCUncalibratedRecHit.setOutOfTimeEnergy(), MatchJet.setThreshold(), FWPFClusterRPZProxyBuilder.sharedBuild(), FWPFClusterLegoProxyBuilder.sharedBuild(), CaloRecHitResolutionProvider.timeResolution2(), HBHETimingShapedFlagSetter.timingStatus(), and GsfEleHadronicOverEMLinearCut.value().

string relval_parameters_module.evt_type = 'QCD'

Definition at line 26 of file relval_parameters_module.py.

int relval_parameters_module.evtnumber = 1

Definition at line 31 of file relval_parameters_module.py.

string relval_parameters_module.infile_name = ''

Definition at line 33 of file relval_parameters_module.py.

string relval_parameters_module.outfile_name = 'QCD_380_470_SIM.root'

Definition at line 34 of file relval_parameters_module.py.

relval_parameters_module.output_flag = True

Definition at line 38 of file relval_parameters_module.py.

string relval_parameters_module.process_name = 'SIM'

#

       + relval_parameters_module +                  #
                                                     #

The supported types are: # #

• QCD (energy in the form min_max) #
• B_JETS, C_JETS, UDS_JETS (energy in the form min_max) #
• TTBAR #
• BSJPSIPHI #
• MU+,MU-,E+,E-,GAMMA,10MU+,10E-... #
• TAU (energy in the form min_max for cuts) #
• HZZEEEE, HZZMUMUMUMU #
• ZEE (no energy is required) #
• ZPJJ: zee prime in 2 jets # #

Definition at line 23 of file relval_parameters_module.py.

string relval_parameters_module.profiler_service_cuts = ''

Definition at line 40 of file relval_parameters_module.py.

string relval_parameters_module.step = 'SIM'

Definition at line 36 of file relval_parameters_module.py.

Referenced by MaterialAccountingDetector.account(), Grid1D.closestNode(), npstat::EquidistantInLinearSpace.EquidistantInLinearSpace(), HCALProperties.eta2ieta(), getLinearizedADC(), reco::castor.getLinearizedADC(), Grid1D.index(), MagneticFieldMap.MagneticFieldMap(), RKPropagatorInR.myPropagate(), Grid1D.node(), RK4PreciseStep.operator()(), operator*(), operator+(), operator-(), operator/(), PhiBorderFinder.PhiBorderFinder(), DTBtiTrigData.print(), and DTTrigProd.produce().