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File indexing completed on 2024-04-06 12:19:16 

0001 import FWCore.ParameterSet.Config as cms
0002 
0003 class ValidFFTJetCorr:
0004     """
0005     A class which contains the info about a valid combination
0006     of ES record types, ES producer type, and jet type
0007     """
0008     def __init__(self, basename, jetType):
0009         self.basename = basename
0010         self.dbTag = "FFT" + basename + "CorrectorDBTag"
0011         self.dbRecord = "FFT" + basename + "CorrectorParametersRcd"
0012         self.correctorRecord = "FFT" + basename + "CorrectorSequenceRcd"
0013         self.esProducer = "FFT" + basename + "CorrectionESProducer"
0014         self.jetType = jetType
0015 
0016 # The following dictionary contains valid combinations of ES record
0017 # types, ES producer type, and jet type for FFTJet jet corrections.
0018 #
0019 # The dictionary keys used here correspond to the types defined in
0020 # CondFormats/JetMETObjects/interface/FFTJetCorrTypes.h
0021 #
0022 # The database ES record types are listed in
0023 # CondFormats/DataRecord/interface/FFTJetCorrectorParametersRcdTypes.h
0024 #
0025 # The jet correction sequence types (which depend on the corresponding
0026 # database ES record types) are listed in
0027 # JetMETCorrections/FFTJetObjects/interface/FFTJetCorrectorSequenceRcdTypes.h
0028 #
0029 # The ES producer types are defined in 
0030 # JetMCorrections/FFTJetModules/plugins/FFTJetCorrectionESProducer.cc
0031 #
0032 fftjet_corr_types = {
0033     "BasicJet"    : ValidFFTJetCorr("BasicJet", "BasicJet"),
0034     "GenJet"      : ValidFFTJetCorr("GenJet", "GenJet"),
0035     "CaloJet"     : ValidFFTJetCorr("CaloJet", "CaloJet"),
0036     "PFJet"       : ValidFFTJetCorr("PFJet", "PFJet"),
0037     "TrackJet"    : ValidFFTJetCorr("TrackJet", "TrackJet"),
0038     "JPTJet"      : ValidFFTJetCorr("JPTJet", "JPTJet"),
0039     "PFCHS0"      : ValidFFTJetCorr("PFCHS0", "PFJet"),
0040     "PFCHS1"      : ValidFFTJetCorr("PFCHS1", "PFJet"),
0041     "PFCHS2"      : ValidFFTJetCorr("PFCHS2", "PFJet"),
0042     "BasicJetSys" : ValidFFTJetCorr("BasicJetSys", "BasicJet"),
0043     "GenJetSys"   : ValidFFTJetCorr("GenJetSys", "GenJet"),
0044     "CaloJetSys"  : ValidFFTJetCorr("CaloJetSys", "CaloJet"),
0045     "PFJetSys"    : ValidFFTJetCorr("PFJetSys", "PFJet"),
0046     "TrackJetSys" : ValidFFTJetCorr("TrackJetSys", "TrackJet"),
0047     "JPTJetSys"   : ValidFFTJetCorr("JPTJetSys", "JPTJet"),
0048     "PFCHS0Sys"   : ValidFFTJetCorr("PFCHS0Sys", "PFJet"),
0049     "PFCHS1Sys"   : ValidFFTJetCorr("PFCHS1Sys", "PFJet"),
0050     "PFCHS2Sys"   : ValidFFTJetCorr("PFCHS2Sys", "PFJet"),
0051     "Gen0"        : ValidFFTJetCorr("Gen0", "GenJet"),
0052     "Gen1"        : ValidFFTJetCorr("Gen1", "GenJet"),
0053     "Gen2"        : ValidFFTJetCorr("Gen2", "GenJet"),
0054     "PF0"         : ValidFFTJetCorr("PF0", "PFJet"),
0055     "PF1"         : ValidFFTJetCorr("PF1", "PFJet"),
0056     "PF2"         : ValidFFTJetCorr("PF2", "PFJet"),
0057     "PF3"         : ValidFFTJetCorr("PF3", "PFJet"),
0058     "PF4"         : ValidFFTJetCorr("PF4", "PFJet"),
0059     "Calo0"       : ValidFFTJetCorr("Calo0", "CaloJet"),
0060     "Calo1"       : ValidFFTJetCorr("Calo1", "CaloJet"),
0061     "Calo2"       : ValidFFTJetCorr("Calo2", "CaloJet"),
0062     "Calo3"       : ValidFFTJetCorr("Calo3", "CaloJet"),
0063     "Calo4"       : ValidFFTJetCorr("Calo4", "CaloJet"),
0064     "Gen0Sys"     : ValidFFTJetCorr("Gen0Sys", "GenJet"),
0065     "Gen1Sys"     : ValidFFTJetCorr("Gen1Sys", "GenJet"),
0066     "Gen2Sys"     : ValidFFTJetCorr("Gen2Sys", "GenJet"),
0067     "PF0Sys"      : ValidFFTJetCorr("PF0Sys", "PFJet"),
0068     "PF1Sys"      : ValidFFTJetCorr("PF1Sys", "PFJet"),
0069     "PF2Sys"      : ValidFFTJetCorr("PF2Sys", "PFJet"),
0070     "PF3Sys"      : ValidFFTJetCorr("PF3Sys", "PFJet"),
0071     "PF4Sys"      : ValidFFTJetCorr("PF4Sys", "PFJet"),
0072     "PF5Sys"      : ValidFFTJetCorr("PF5Sys", "PFJet"),
0073     "PF6Sys"      : ValidFFTJetCorr("PF6Sys", "PFJet"),
0074     "PF7Sys"      : ValidFFTJetCorr("PF7Sys", "PFJet"),
0075     "PF8Sys"      : ValidFFTJetCorr("PF8Sys", "PFJet"),
0076     "PF9Sys"      : ValidFFTJetCorr("PF9Sys", "PFJet"),
0077     "Calo0Sys"    : ValidFFTJetCorr("Calo0Sys", "CaloJet"),
0078     "Calo1Sys"    : ValidFFTJetCorr("Calo1Sys", "CaloJet"),
0079     "Calo2Sys"    : ValidFFTJetCorr("Calo2Sys", "CaloJet"),
0080     "Calo3Sys"    : ValidFFTJetCorr("Calo3Sys", "CaloJet"),
0081     "Calo4Sys"    : ValidFFTJetCorr("Calo4Sys", "CaloJet"),
0082     "Calo5Sys"    : ValidFFTJetCorr("Calo5Sys", "CaloJet"),
0083     "Calo6Sys"    : ValidFFTJetCorr("Calo6Sys", "CaloJet"),
0084     "Calo7Sys"    : ValidFFTJetCorr("Calo7Sys", "CaloJet"),
0085     "Calo8Sys"    : ValidFFTJetCorr("Calo8Sys", "CaloJet"),
0086     "Calo9Sys"    : ValidFFTJetCorr("Calo9Sys", "CaloJet"),
0087     "CHS0Sys"     : ValidFFTJetCorr("CHS0Sys", "PFJet"),
0088     "CHS1Sys"     : ValidFFTJetCorr("CHS1Sys", "PFJet"),
0089     "CHS2Sys"     : ValidFFTJetCorr("CHS2Sys", "PFJet"),
0090     "CHS3Sys"     : ValidFFTJetCorr("CHS3Sys", "PFJet"),
0091     "CHS4Sys"     : ValidFFTJetCorr("CHS4Sys", "PFJet"),
0092     "CHS5Sys"     : ValidFFTJetCorr("CHS5Sys", "PFJet"),
0093     "CHS6Sys"     : ValidFFTJetCorr("CHS6Sys", "PFJet"),
0094     "CHS7Sys"     : ValidFFTJetCorr("CHS7Sys", "PFJet"),
0095     "CHS8Sys"     : ValidFFTJetCorr("CHS8Sys", "PFJet"),
0096     "CHS9Sys"     : ValidFFTJetCorr("CHS9Sys", "PFJet")
0097 }
0098 
0099 #
0100 # Procedure for configuring the L2-L3 FFTJet ES producer. This producer
0101 # turns the database record into a sequence of jet corrections.
0102 # The "sequenceTag" argument should be set to one of the keys in the
0103 # "fftjet_corr_types" dictionary.
0104 #
0105 def configure_L2L3_fftjet_esproducer(sequenceTag, tableName, tableCategory):
0106     #
0107     # The ES producer name comes from the C++ plugin registration code
0108     esProducer = fftjet_corr_types[sequenceTag].esProducer
0109     config = cms.ESProducer(
0110         esProducer,
0111         sequence = cms.VPSet(
0112             cms.PSet(
0113                 level = cms.uint32(2),
0114                 applyTo = cms.string("DataOrMC"),
0115                 adjuster = cms.PSet(
0116                     Class = cms.string("FFTSimpleScalingAdjuster")
0117                 ),
0118                 scalers = cms.VPSet(
0119                     cms.PSet(
0120                         Class = cms.string("auto"),
0121                         name = cms.string(tableName),
0122                         nameIsRegex = cms.bool(False),
0123                         category = cms.string(tableCategory),
0124                         categoryIsRegex = cms.bool(False)
0125                     )
0126                 )
0127             )
0128         ),
0129         isArchiveCompressed = cms.bool(False),
0130         verbose = cms.untracked.bool(False)
0131     )
0132     return (config, esProducer)
0133 
0134 #
0135 # ES producer for L2 residual corrections
0136 #
0137 def configure_L2Res_fftjet_esproducer(sequenceTag, tableName, tableCategory):
0138     #
0139     # The ES producer name comes from the C++ plugin registration code
0140     esProducer = fftjet_corr_types[sequenceTag].esProducer
0141     config = cms.ESProducer(
0142         esProducer,
0143         sequence = cms.VPSet(
0144             cms.PSet(
0145                 level = cms.uint32(3),
0146                 applyTo = cms.string("DataOnly"),
0147                 adjuster = cms.PSet(
0148                     Class = cms.string("FFTSimpleScalingAdjuster")
0149                 ),
0150                 scalers = cms.VPSet(
0151                     cms.PSet(
0152                         Class = cms.string("FFTSpecificScaleCalculator"),
0153                         Subclass = cms.PSet(
0154                                 Class = cms.string("L2ResScaleCalculator"),
0155                                 radiusFactor = cms.double(1.0)
0156                         ),
0157                         name = cms.string(tableName),
0158                         nameIsRegex = cms.bool(False),
0159                         category = cms.string(tableCategory),
0160                         categoryIsRegex = cms.bool(False)
0161                     )
0162                 )
0163             )
0164         ),
0165         isArchiveCompressed = cms.bool(False),
0166         verbose = cms.untracked.bool(False)
0167     )
0168     return (config, esProducer)
0169 
0170 #
0171 # ES producer for L3 residual corrections
0172 #
0173 def configure_L3Res_fftjet_esproducer(sequenceTag, tableName, tableCategory):
0174     #
0175     # The ES producer name comes from the C++ plugin registration code
0176     esProducer = fftjet_corr_types[sequenceTag].esProducer
0177     config = cms.ESProducer(
0178         esProducer,
0179         sequence = cms.VPSet(
0180             cms.PSet(
0181                 level = cms.uint32(4),
0182                 applyTo = cms.string("DataOnly"),
0183                 adjuster = cms.PSet(
0184                     Class = cms.string("FFTSimpleScalingAdjuster")
0185                 ),
0186                 scalers = cms.VPSet(
0187                     cms.PSet(
0188                         Class = cms.string("FFTSpecificScaleCalculator"),
0189                         Subclass = cms.PSet(
0190                                 Class = cms.string("L2RecoScaleCalculator"),
0191                                 radiusFactor = cms.double(1.0)
0192                         ),
0193                         name = cms.string(tableName),
0194                         nameIsRegex = cms.bool(False),
0195                         category = cms.string(tableCategory),
0196                         categoryIsRegex = cms.bool(False)
0197                     )
0198                 )
0199             )
0200         ),
0201         isArchiveCompressed = cms.bool(False),
0202         verbose = cms.untracked.bool(False)
0203     )
0204     return (config, esProducer)
0205 
0206 #
0207 # Helper function for configuring FFTGenericScaleCalculator
0208 #
0209 def configure_FFTGenericScaleCalculator(variables, factorsForTheseVariables):
0210     if len(variables) == 0:
0211         raise ValueError("Must have at least one variable mapped")
0212     if len(variables) != len(factorsForTheseVariables):
0213         raise ValueError("Incompatible length of the input arguments")
0214     subclass = cms.PSet(
0215         Class = cms.string("FFTGenericScaleCalculator"),
0216         factors = cms.vdouble(factorsForTheseVariables),
0217         eta=cms.int32(-1),
0218         phi=cms.int32(-1),
0219         pt=cms.int32(-1),
0220         logPt=cms.int32(-1),
0221         mass=cms.int32(-1),
0222         logMass=cms.int32(-1),
0223         energy=cms.int32(-1),
0224         logEnergy=cms.int32(-1),
0225         gamma=cms.int32(-1),
0226         logGamma=cms.int32(-1),
0227         pileup=cms.int32(-1),
0228         ncells=cms.int32(-1),
0229         etSum=cms.int32(-1),
0230         etaWidth=cms.int32(-1),
0231         phiWidth=cms.int32(-1),
0232         averageWidth=cms.int32(-1),
0233         widthRatio=cms.int32(-1),
0234         etaPhiCorr=cms.int32(-1),
0235         fuzziness=cms.int32(-1),
0236         convergenceDistance=cms.int32(-1),
0237         recoScale=cms.int32(-1),
0238         recoScaleRatio=cms.int32(-1),
0239         membershipFactor=cms.int32(-1),
0240         magnitude=cms.int32(-1),
0241         logMagnitude=cms.int32(-1),
0242         magS1=cms.int32(-1),
0243         LogMagS1=cms.int32(-1),
0244         magS2=cms.int32(-1),
0245         LogMagS2=cms.int32(-1),
0246         driftSpeed=cms.int32(-1),
0247         magSpeed=cms.int32(-1),
0248         lifetime=cms.int32(-1),
0249         splitTime=cms.int32(-1),
0250         mergeTime=cms.int32(-1),
0251         scale=cms.int32(-1),
0252         logScale=cms.int32(-1),
0253         nearestNeighborDistance=cms.int32(-1),
0254         clusterRadius=cms.int32(-1),
0255         clusterSeparation=cms.int32(-1),
0256         dRFromJet=cms.int32(-1),
0257         LaplacianS1=cms.int32(-1),
0258         LaplacianS2=cms.int32(-1),
0259         LaplacianS3=cms.int32(-1),
0260         HessianS2=cms.int32(-1),
0261         HessianS4=cms.int32(-1),
0262         HessianS6=cms.int32(-1),
0263         nConstituents=cms.int32(-1),
0264         aveConstituentPt=cms.int32(-1),
0265         logAveConstituentPt=cms.int32(-1),
0266         constituentPtDistribution=cms.int32(-1),
0267         constituentEtaPhiSpread=cms.int32(-1),
0268         chargedHadronEnergyFraction=cms.int32(-1),
0269         neutralHadronEnergyFraction=cms.int32(-1),
0270         photonEnergyFraction=cms.int32(-1),
0271         electronEnergyFraction=cms.int32(-1),
0272         muonEnergyFraction=cms.int32(-1),
0273         HFHadronEnergyFraction=cms.int32(-1),
0274         HFEMEnergyFraction=cms.int32(-1),
0275         chargedHadronMultiplicity=cms.int32(-1),
0276         neutralHadronMultiplicity=cms.int32(-1),
0277         photonMultiplicity=cms.int32(-1),
0278         electronMultiplicity=cms.int32(-1),
0279         muonMultiplicity=cms.int32(-1),
0280         HFHadronMultiplicity=cms.int32(-1),
0281         HFEMMultiplicity=cms.int32(-1),
0282         chargedEmEnergyFraction=cms.int32(-1),
0283         chargedMuEnergyFraction=cms.int32(-1),
0284         neutralEmEnergyFraction=cms.int32(-1),
0285         EmEnergyFraction=cms.int32(-1),
0286         chargedMultiplicity=cms.int32(-1),
0287         neutralMultiplicity=cms.int32(-1)
0288     )
0289     for i, varname in enumerate(variables):
0290         setattr(subclass, varname, cms.int32(i))
0291     return subclass
0292 
0293 #
0294 # Procedure for configuring the ES source which fetches
0295 # the database record. "process.CondDBCommon" should be
0296 # already defined before calling this procedure.
0297 #
0298 def configure_fftjet_pooldbessource(process, sequenceTag):
0299     config = cms.ESSource(
0300         "PoolDBESSource",
0301         process.CondDBCommon,
0302         toGet = cms.VPSet(cms.PSet(
0303             record = cms.string(fftjet_corr_types[sequenceTag].dbRecord),
0304             tag = cms.string(fftjet_corr_types[sequenceTag].dbTag),
0305         ))
0306     )
0307     sourceName = "FFT" + sequenceTag + "DBESSource"
0308     setattr(process, sourceName, config)
0309     return
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