common_cff Namespace Reference

Functions
def	ExtVar (tag, valtype, compression=None, doc=None, mcOnly=False, precision=-1)
def	OVar (valtype, compression=None, doc=None, mcOnly=False, precision=-1)
def	Var (expr, valtype, compression=None, doc=None, mcOnly=False, precision=-1)

Variables
	CandVars
	charge
	doc
	eta
	float
	int
	mass
	P3Vars
	P4Vars
	pdgId
	phi
	precision
	pt
	PTVars

Function Documentation

def common_cff.ExtVar	(		tag,
			valtype,
			compression = None,
			doc = None,
			mcOnly = False,
			precision = -1
	)

Create a PSet for a variable read from the event

   tag is the InputTag to the variable. 

   see OVar in common_cff for all the other arguments

Definition at line 31 of file common_cff.py.

References clone(), and OVar().

def ExtVar(tag, valtype, compression=None, doc=None, mcOnly=False,precision=-1):
    """Create a PSet for a variable read from the event

       tag is the InputTag to the variable. 

       see OVar in common_cff for all the other arguments
    """
    return OVar(valtype, compression=compression,precision=precision, doc=(doc if doc else tag.encode()), mcOnly=mcOnly).clone(
                src = tag if isinstance(tag, cms.InputTag) else cms.InputTag(tag),
          )
           

def common_cff.OVar	(		valtype,
			compression = None,
			doc = None,
			mcOnly = False,
			precision = -1
	)

Create a PSet for a variable in the tree (without specifying how it is computed)

       valtype is the type of the value (float, int, bool, or a string that the table producer understands),
       compression is not currently used,
       doc is a docstring, that will be passed to the table producer,
       mcOnly can be set to True for variables that exist only in MC samples and not in data ones. 

Definition at line 2 of file common_cff.py.

Referenced by ExtVar(), and Var().

def OVar(valtype, compression=None, doc=None, mcOnly=False,precision=-1):
    """ Create a PSet for a variable in the tree (without specifying how it is computed)

           valtype is the type of the value (float, int, bool, or a string that the table producer understands),
           compression is not currently used,
           doc is a docstring, that will be passed to the table producer,
           mcOnly can be set to True for variables that exist only in MC samples and not in data ones. 
    """
    if   valtype == float: valtype = "float"
    elif valtype == int:   valtype = "int"
    elif valtype == bool:  valtype = "bool"
    return cms.PSet( 
                type = cms.string(valtype),
                compression = cms.string(compression if compression else "none"),
                doc = cms.string(doc if doc else expr),
                mcOnly = cms.bool(mcOnly),
            precision=cms.string(precision) if type(precision)==str else cms.int32(precision)
           )

def common_cff.Var	(		expr,
			valtype,
			compression = None,
			doc = None,
			mcOnly = False,
			precision = -1
	)

Create a PSet for a variable computed with the string parser

   expr is the expression to evaluate to compute the variable 
   (in case of bools, it's a cut and not a function)

   see OVar above for all the other arguments

Definition at line 20 of file common_cff.py.

References clone(), and OVar().

Referenced by taus_cff._tauIdWPMask(), custom_jme_cff.AddJetID(), custom_jme_cff.AddVariablesForAK8PuppiJets(), nanogen_cff.customizeNanoGENFromMini(), Exhume::Event.GetVar(), JetVertexMain.Main(), nano_cff.nanoAOD_recalibrateMETs(), custom_jme_cff.ReclusterAK4CHSJets(), and custom_jme_cff.SavePatJets().

def Var(expr, valtype, compression=None, doc=None, mcOnly=False,precision=-1):
    """Create a PSet for a variable computed with the string parser

       expr is the expression to evaluate to compute the variable 
       (in case of bools, it's a cut and not a function)

       see OVar above for all the other arguments
    """
    return OVar(valtype, compression=compression, doc=(doc if doc else expr), mcOnly=mcOnly,precision=precision).clone(
                expr = cms.string(expr))

Variable Documentation

common_cff.CandVars

Definition at line 53 of file common_cff.py.

common_cff.charge

Definition at line 55 of file common_cff.py.

common_cff.doc

Definition at line 54 of file common_cff.py.

common_cff.eta

Definition at line 48 of file common_cff.py.

common_cff.float

Definition at line 44 of file common_cff.py.

common_cff.int

Definition at line 54 of file common_cff.py.

common_cff.mass

Definition at line 51 of file common_cff.py.

common_cff.P3Vars

Definition at line 47 of file common_cff.py.

common_cff.P4Vars

Definition at line 50 of file common_cff.py.

common_cff.pdgId

Definition at line 54 of file common_cff.py.

Referenced by myFastSimVal.analyze(), ElectronMcSignalValidatorMiniAOD.analyze(), BTagPerformanceAnalyzerMC.analyze(), VertexHistoryAnalyzer.analyze(), TrackHistoryAnalyzer.analyze(), MBUEandQCDValidation.analyze(), JetTester.analyze(), IsolatedParticlesGeneratedJets.analyze(), TkConvValidator.analyze(), L1GenTreeProducer.analyze(), PhotonValidator.analyze(), IsolatedGenParticles.analyze(), ExoticaDQM.analyzeDisplacedJets(), StGenEvent.associatedB(), RealisticSimClusterMapper.buildClusters(), reco::FlavorHistoryEvent.cache(), JetPartonMatching.calculate(), TrackingParticleNumberOfLayers.calculate(), PFMETBenchmark.calculateQuantities(), EleTkIsolFromCands.calIsolPt(), TopGenEvent.candidate(), TrackingVerboseAction.checkTrackingVerbose(), GenParticleProducer.convertParticle(), fastsim::TrackerSimHitProducer.createHitOnDetector(), TopGenEvent.daughterQuarkOfWPlus(), StGenEvent.decayB(), V0Validator.doEfficiencies(), IsolatedGenParticles.endJob(), MuScleFitPlotter.fillGen(), reco::modules::JetFlavourIdentifier.fillLeptons(), JetPartonMatcher.fillPhysicsDefinition(), TrackingTruthAccumulator.fillSimHits(), SimMuFilter.filter(), LHEPtFilter.filter(), reco::tau.filterPFCandidates(), reco::modules::JetFlavourIdentifier.findCandidates(), TauValidation.findFSRandBrem(), GenHFHadronMatcher.findHadronJets(), TtGenEvent.fromGluonFusion(), TtGenEvent.fromQuarkAnnihilation(), TtGenEvent.fullLeptonicChannel(), reco::GenParticle.GenParticle(), pat::PATObject< reco::Muon >.genParticleRef(), CustomParticleFactory.getDecayTable(), CustomParticleFactory.getMassTable(), tauImpactParameter::TauA1NuConstrainedFitter.getRefitDaughters(), tauImpactParameter::TrackHelixVertexFitter.getRefitLorentzVectorParticles(), tauImpactParameter::TrackHelixVertexFitter.getRefitTracks(), PrimaryVertexAnalyzer4PUSlimmed.getSimPVs(), TtGenEvent.hadronicDecayB(), TtGenEvent.hadronicDecayTop(), TtGenEvent.hadronicDecayTopRadiation(), TtGenEvent.hadronicDecayW(), reco::modules::JetFlavourIdentifier.heaviestFlavour(), TopGenEvent.initialPartons(), fastsim::TrackerSimHitProducer.interact(), fastsim::NuclearInteraction.interact(), InputGenJetsParticleSelector.isExcludedFromResonance(), PseudoTopProducer.isFromHadron(), InputGenJetsParticleSelector.isHadron(), InputGenJetsParticleSelector.isIgnored(), MBUEandQCDValidation.isNeutral(), MBUEandQCDValidation.isNeutrino(), InputGenJetsParticleSelector.isParton(), InputGenJetsParticleSelector.isResonance(), genutils.lastGenCopy(), TtGenEvent.lepton(), TtGenEvent.leptonBar(), TtGenEvent.leptonicDecayB(), TtGenEvent.leptonicDecayTop(), TtGenEvent.leptonicDecayTopRadiation(), TtGenEvent.leptonicDecayW(), CustomParticleFactory.loadCustomParticles(), gen.GeneratorAnalyzer.GeneratorAnalyzer.makeMCInfo(), DiObject.DiTau.match(), objects.PhotonAnalyzer.PhotonAnalyzer.matchPhotons(), GenSpecificAlgo.mkSpecificGenMETData(), TtGenEvent.neutrino(), TtGenEvent.neutrinoBar(), TopGenEvent.numberOfBQuarks(), TopGenEvent.numberOfLeptons(), reco::tau::PFRecoTauChargedHadronFromPFCandidatePlugin.operator()(), reco::tau::PFRecoTauChargedHadronFromGenericTrackPlugin< TrackClass >.operator()(), VertexHistoryAnalyzer.particleString(), TrackHistoryAnalyzer.particleString(), PdtEntry.PdtEntry(), reco::tau.pfCandidatesByPdgId(), objects.IsoTrackAnalyzer.printInfo(), gen.HiggsDecayModeAnalyzer.HiggsDecayModeAnalyzer.process(), gen.GenHeavyFlavourAnalyzer.GenHeavyFlavourAnalyzer.process(), JetAnalyzer.JetAnalyzer.process(), WeakEffectsWeightProducer.produce(), GenVisTauProducer.produce(), GenParticles2HepMCConverter.produce(), PuppiPhoton.produce(), pat::PATIsolatedTrackProducer.produce(), TruthTauDecayModeProducer.produce(), SimPFProducer.produce(), FlavorHistoryProducer.produce(), l1t::GenToInputProducer.produce(), PFTau3ProngReco.produce(), spr::propagatedGenParticleID.propagatedGenParticleID(), spr::propagatedGenTrackID.propagatedGenTrackID(), TopGenEvent.radiatedGluons(), TtGenEvent.semiLeptonicChannel(), InputGenJetsParticleSelector.setPtMin(), StGenEvent.singleLepton(), TtGenEvent.singleLepton(), StGenEvent.singleNeutrino(), TtGenEvent.singleNeutrino(), StGenEvent.singleTop(), StGenEvent.singleW(), StudyHLT.trackPID(), VertexHistoryAnalyzer.vertexString(), TrackHistoryAnalyzer.vertexString(), and fastsim::TrackerSimHitProducer.~TrackerSimHitProducer().

common_cff.phi

Definition at line 45 of file common_cff.py.

common_cff.precision

Definition at line 44 of file common_cff.py.

common_cff.pt

Definition at line 44 of file common_cff.py.

common_cff.PTVars

Definition at line 43 of file common_cff.py.