TrackValidation_cff Namespace Reference

Functions
def	_addSeedToTrackProducers
def	_addSelectorsByAlgo
def	_addSelectorsByHp
def	_addSelectorsByOriginalAlgoMask
def	_addSelectorsBySrc
def	_algoToSelector
def	_getMVASelectors
def	_getSeedingLayers
def	_sequenceForEachEra
def	_setForEra
def	_translateArgs

Variables
tuple	_relevantEras = _cfg.allEras()
list	_relevantErasAndFastSim = _relevantEras+[("fastSim", "_fastSim", fastSim)]
list	_removeForFastSimSeedProducers
list	_removeForFastTrackProducers
list	_seedProd = ["initialStepSeedsPreSplitting"]
	First define the stuff for the standard validation sequence Track selectors. More...
list	_seedProducers_fastSim = [ x for x in _seedProducers if x not in _removeForFastSimSeedProducers]
list	_trackProd = ["initialStepTracksPreSplitting"]
list	_trackProducers_fastSim = [ x for x in _trackProducers if x not in _removeForFastTrackProducers]
tuple	_trackValidatorsBase
tuple	_trackValidatorSeedingBuildingTrackingOnly
tuple	ak4JetTracksAssociatorExplicitAll
list	args = [["_generalTracksHp"]]
	Then define stuff for standalone mode (i.e. More...
tuple	cutsRecoTracksAK4PFJets
tuple	cutsRecoTracksBtvLike = btvTracks_cfi.btvTrackRefs.clone()
	dodEdxPlots = False)
tuple	generalTracksFromPV
tuple	generalTracksFromPVPt09 = generalTracksPt09.clone(src="generalTracksFromPV")
tuple	generalTracksPt09 = cutsRecoTracks_cfi.cutsRecoTracks.clone(ptMin=0.9)
list	label = ["generalTracks", locals()["_generalTracksHp"+_postfix]]
tuple	modifySequence = lambdaseq:seq.insert(0, generalTracksPt09)
string	names = "_selectorsPt09"
list	plainArgs = ["Pt09", "generalTracksPt09"]
tuple	pset = getattr(trackValidatorConversion.histoProducerAlgoBlock, "TpSelectorForEfficiencyVs"+n)
tuple	selectors = locals()
tuple	trackingParticlesConversion = _trackingParticleConversionRefSelector.clone()
	Select conversion TrackingParticles, and define the corresponding associator. More...
tuple	trackingParticlesElectron
	Select electron TPs. More...
tuple	trackingParticlesSignal
	Select signal TrackingParticles, and do the corresponding associations. More...
tuple	tracksPreValidation
tuple	tracksPreValidationTrackingOnly = tracksPreValidation.copy()
tuple	tracksValidation
tuple	tracksValidationLite
tuple	tracksValidationSelectors
tuple	tracksValidationSelectorsStandalone
tuple	tracksValidationSelectorsTrackingOnly = tracksValidationSelectors.copyAndExclude([ak4JetTracksAssociatorExplicitAll,cutsRecoTracksAK4PFJets])
	TrackingOnly mode (i.e. More...
tuple	tracksValidationStandalone
tuple	tracksValidationTrackingOnly
tuple	tracksValidationTruth
tuple	trackValidator
	MTV instances. More...
tuple	trackValidatorAllTPEffic
tuple	trackValidatorAllTPEfficStandalone
tuple	trackValidatorBuildingTrackingOnly
tuple	trackValidatorConversion
tuple	trackValidatorConversionStandalone = trackValidatorConversion.clone( label = [x for x in trackValidatorConversion.label if x != "convStepTracks"])
tuple	trackValidatorConversionTrackingOnly = trackValidatorConversion.clone(label = [x for x in trackValidatorConversion.label if x not in ["ckfInOutTracksFromConversions", "ckfOutInTracksFromConversions"]])
tuple	trackValidatorFromPV
tuple	trackValidatorFromPVAllTP
tuple	trackValidatorFromPVAllTPStandalone
tuple	trackValidatorFromPVStandalone = trackValidatorFromPV.clone()
tuple	trackValidatorGsfTracks
tuple	trackValidatorLite
	Lite mode (only generalTracks and HP) More...
tuple	trackValidatorSeedingTrackingOnly
tuple	trackValidatorsStandalone = _trackValidatorsBase.copy()
tuple	trackValidatorStandalone = trackValidator.clone()
tuple	trackValidatorsTrackingOnly = _trackValidatorsBase.copy()
tuple	trackValidatorTrackingOnly = trackValidatorStandalone.clone(label = [ x for x in trackValidatorStandalone.label if x != "cutsRecoTracksAK4PFJets"] )

Function Documentation

def TrackValidation_cff._addSeedToTrackProducers (   seedProducers,   modDict  )

private

Definition at line 117 of file TrackValidation_cff.py.

def _addSeedToTrackProducers(seedProducers,modDict):
    names = []
    seq = cms.Sequence()
    for seed in seedProducers:
        modName = "seedTracks"+seed
        if modName not in modDict:
            mod = _trajectorySeedTracks.clone(src=seed)
            modDict[modName] = mod
        else:
            mod = modDict[modName]
        names.append(modName)
        seq += mod
    return (names, seq)