fftjetcorrectionesproducer_cfi Namespace Reference

Classes
class	ValidFFTJetCorr

Functions
def	configure_FFTGenericScaleCalculator
def	configure_fftjet_pooldbessource
def	configure_L2L3_fftjet_esproducer
def	configure_L2Res_fftjet_esproducer
def	configure_L3Res_fftjet_esproducer

Variables
dictionary	fftjet_corr_types

Function Documentation

def fftjetcorrectionesproducer_cfi.configure_FFTGenericScaleCalculator	(		variables,
			factorsForTheseVariables
	)

Definition at line 209 of file fftjetcorrectionesproducer_cfi.py.

def configure_FFTGenericScaleCalculator(variables, factorsForTheseVariables):
    if len(variables) == 0:
        raise ValueError("Must have at least one variable mapped")
    if len(variables) != len(factorsForTheseVariables):
        raise ValueError("Incompatible length of the input arguments")
    subclass = cms.PSet(
        Class = cms.string("FFTGenericScaleCalculator"),
        factors = cms.vdouble(factorsForTheseVariables),
        eta=cms.int32(-1),
        phi=cms.int32(-1),
        pt=cms.int32(-1),
        logPt=cms.int32(-1),
        mass=cms.int32(-1),
        logMass=cms.int32(-1),
        energy=cms.int32(-1),
        logEnergy=cms.int32(-1),
        gamma=cms.int32(-1),
        logGamma=cms.int32(-1),
        pileup=cms.int32(-1),
        ncells=cms.int32(-1),
        etSum=cms.int32(-1),
        etaWidth=cms.int32(-1),
        phiWidth=cms.int32(-1),
        averageWidth=cms.int32(-1),
        widthRatio=cms.int32(-1),
        etaPhiCorr=cms.int32(-1),
        fuzziness=cms.int32(-1),
        convergenceDistance=cms.int32(-1),
        recoScale=cms.int32(-1),
        recoScaleRatio=cms.int32(-1),
        membershipFactor=cms.int32(-1),
        magnitude=cms.int32(-1),
        logMagnitude=cms.int32(-1),
        magS1=cms.int32(-1),
        LogMagS1=cms.int32(-1),
        magS2=cms.int32(-1),
        LogMagS2=cms.int32(-1),
        driftSpeed=cms.int32(-1),
        magSpeed=cms.int32(-1),
        lifetime=cms.int32(-1),
        splitTime=cms.int32(-1),
        mergeTime=cms.int32(-1),
        scale=cms.int32(-1),
        logScale=cms.int32(-1),
        nearestNeighborDistance=cms.int32(-1),
        clusterRadius=cms.int32(-1),
        clusterSeparation=cms.int32(-1),
        dRFromJet=cms.int32(-1),
        LaplacianS1=cms.int32(-1),
        LaplacianS2=cms.int32(-1),
        LaplacianS3=cms.int32(-1),
        HessianS2=cms.int32(-1),
        HessianS4=cms.int32(-1),
        HessianS6=cms.int32(-1),
        nConstituents=cms.int32(-1),
        aveConstituentPt=cms.int32(-1),
        logAveConstituentPt=cms.int32(-1),
        constituentPtDistribution=cms.int32(-1),
        constituentEtaPhiSpread=cms.int32(-1),
        chargedHadronEnergyFraction=cms.int32(-1),
        neutralHadronEnergyFraction=cms.int32(-1),
        photonEnergyFraction=cms.int32(-1),
        electronEnergyFraction=cms.int32(-1),
        muonEnergyFraction=cms.int32(-1),
        HFHadronEnergyFraction=cms.int32(-1),
        HFEMEnergyFraction=cms.int32(-1),
        chargedHadronMultiplicity=cms.int32(-1),
        neutralHadronMultiplicity=cms.int32(-1),
        photonMultiplicity=cms.int32(-1),
        electronMultiplicity=cms.int32(-1),
        muonMultiplicity=cms.int32(-1),
        HFHadronMultiplicity=cms.int32(-1),
        HFEMMultiplicity=cms.int32(-1),
        chargedEmEnergyFraction=cms.int32(-1),
        chargedMuEnergyFraction=cms.int32(-1),
        neutralEmEnergyFraction=cms.int32(-1),
        EmEnergyFraction=cms.int32(-1),
        chargedMultiplicity=cms.int32(-1),
        neutralMultiplicity=cms.int32(-1)
    )
    for i, varname in enumerate(variables):
        setattr(subclass, varname, cms.int32(i))
    return subclass

#
# Procedure for configuring the ES source which fetches
# the database record. "process.CondDBCommon" should be
# already defined before calling this procedure.