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import math,os
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from FWCore.ParameterSet import Config as cms
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def tags(stuff) :
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return ( cms.InputTag(stuff) if type(stuff)!=list else
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cms.VInputTag([tags(item) for item in stuff]) )
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class Tuple(object) :
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def __init__(self,process,options) :
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self.process = process
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self.options = options
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self.empty = process.empty = cms.Sequence()
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def path(self) :
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return cms.Path( self.events() *
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self.exists() *
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self.gen() *
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self.triggers() *
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self.electron() *
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self.muon() *
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self.met() *
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self.jet() *
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self.tree() )
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def attr(self, item) : return getattr(self.process, item)
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def tree(self) :
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self.process.topRef = cms.EDAnalyzer( "TreeMaker", outputCommands = cms.untracked.vstring(
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'drop *',
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'keep *_tuple*_*_*',
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'keep double_kt6PFJets_rho_RECO') )
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import ROOT as r # precompile the dictionary to ship with CRAB
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r.gInterpreter.GenerateDictionary('vector<ROOT::Math::LorentzVector<ROOT::Math::PtEtaPhiM4D<Double32_t> > >','vector;Math/LorentzVector.h')
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return self.process.topRef
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def events(self) :
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self.process.tupleEvents = cms.EDProducer("Tuple_Event",
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vertexTag = tags("goodOfflinePrimaryVertices"))
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return self.empty + self.process.tupleEvents
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def exists(self) :
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self.process.tupleExists = cms.EDProducer("Tuple_ProductExists",
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products = tags(["mvaTrigV0"]))
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return self.empty + self.process.tupleExists
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def gen(self) :
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if self.options.isData : return self.empty
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self.process.tupleGen = cms.EDProducer("Tuple_GenParticle",
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InputTag = tags('genParticles'),
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JetCollections = tags([]),
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Prefix = cms.string('gen'),
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Suffix = cms.string(''),
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GenStatus1PtCut = cms.double(1000.0),
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GenJetPtCut = cms.double(10.0),
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OnlyStatus3 = cms.bool(True)
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)
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self.process.tuplePileup = cms.EDProducer("Tuple_PileupSummary",
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InputTag = tags('addPileupInfo'),
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Prefix = cms.string('pileup'),
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Suffix = cms.string('')
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)
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return self.empty + self.process.tupleGen + self.process.tuplePileup
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def triggers(self) :
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self.process.tupleTriggers = cms.EDProducer("Tuple_Triggers",
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InputTag = tags('TriggerResults'),
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TriggerEventInputTag = tags('hltTriggerSummaryAOD'),
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)
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return self.empty + self.process.tupleTriggers
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def electron(self) :
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self.process.tupleElectron = cms.EDProducer("Tuple_Electron",
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electronTag = tags('selectedPatElectrons'+self.options.postfix),
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vertexTag = tags('goodOfflinePrimaryVertices'),
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prefix = cms.string('el'),
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electronIDs = cms.vstring('mvaTrigV0')
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)
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return self.empty + self.process.tupleElectron
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def muon(self) :
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self.process.tupleMuon = cms.EDProducer("Tuple_Muon",
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muonTag = tags('selectedPatMuons'+self.options.postfix),
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vertexTag = tags('goodOfflinePrimaryVertices'),
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prefix = cms.string('mu') )
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return self.empty + self.process.tupleMuon
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def met(self) :
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self.process.tupleMET = cms.EDProducer("Tuple_PatMET",
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metTag = tags("patMETs"+self.options.postfix),
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prefix = cms.string("met"),
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particlesTag = tags("particleFlow"),
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particlesPrefix = cms.string('pf')
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)
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return self.empty + self.process.tupleMET
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def jet(self) :
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jetResFile = '%s/src/CondFormats/JetMETObjects/data/Spring10_PtResolution_AK5PF.txt'%os.environ['CMSSW_RELEASE_BASE']
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self.process.tupleJet = cms.EDProducer("Tuple_PatJet",
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prefix = cms.string("jet"),
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jetsTag = tags("selectedPatJetsForAnalysis"),
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allJetsTag = tags("selectedPatJets"+self.options.postfix),
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jecRecord = cms.string("AK5PFchs"),
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bTags = cms.vstring(self.options.btags),
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pfInfo = cms.bool(True),
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genInfo = cms.bool( not self.options.isData),
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jetResolutionFile = cms.string(jetResFile.split('/')[-1]),
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# https://twiki.cern.ch/twiki/bin/view/CMS/JetResolution
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resolutionRatioBins = cms.vdouble(0.0, 0.5, 1.1, 1.7, 2.3, 5.0),
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resolutionRatio = cms.vdouble(1.052, 1.057, 1.096, 1.134, 1.288),
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resolutionRatioErr = cms.vdouble( math.sqrt( 0.012**2 + 0.0615**2 ),
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math.sqrt( 0.012**2 + 0.0555**2 ),
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math.sqrt( 0.017**2 + 0.0625**2 ),
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math.sqrt( 0.035**2 + 0.086**2 ),
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math.sqrt( 0.127**2 + 0.154**2 )
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)
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)
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os.system("cp %s ."%jetResFile)
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return self.empty + self.process.tupleJet
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