if not isSignal:
getattr(process,'patPF2PATSequence'+pfpostfix).replace(getattr(process,'patMuons'+pfpostfix),
getattr(process,'patMuons'+pfpostfix) *
process.kinLeptonFilterSequence)
########## Prepare Tree ##
if ttH:
process.load('TtZAnalysis.TreeWriter.treewriter_tth_cff')
elif susy:
process.load('TtZAnalysis.TreeWriter.treewriter_susy_cff')
from TtZAnalysis.Workarounds.usePFIsoCone import *
usePFIsoCone(process)
#load the standard pat objects
#process.kinMuons.src = 'patMuons'
#process.kinElectrons.src = 'patElectrons'
else:
process.load('TtZAnalysis.TreeWriter.treewriter_ttz_cff')
#process.PFTree.vertexSrc = 'goodVertices' #use standard
process.PFTree.metSrc = 'patMETs'+pfpostfix
process.PFTree.mvaMetSrc = 'patMEtMVA'
process.PFTree.metT1Src = 'patpfMetT1'
process.PFTree.metT0T1TxySrc ='patpfMetT0T1Txy'
pfChargedHadrons = cms.InputTag("elPFIsoValueCharged"+electronIsoCone+"PFId"+pfpostfix),
pfChargedAll = cms.InputTag("elPFIsoValueChargedAll"+electronIsoCone+"PFId"+pfpostfix),
pfPUChargedHadrons = cms.InputTag("elPFIsoValuePU"+electronIsoCone+"PFId"+pfpostfix),
pfNeutralHadrons = cms.InputTag("elPFIsoValueNeutral"+electronIsoCone+"PFId"+pfpostfix),
pfPhotons = cms.InputTag("elPFIsoValueGamma"+electronIsoCone+"PFId"+pfpostfix)
)
######### end of electron implementation ########
######SUSY STUFF####### adapt Muons to get pfIso in reco muons BRUTAL but fast..elecs the same
from TtZAnalysis.Workarounds.usePFIsoCone import *
usePFIsoCone(process) #adapts iso cone usePFIsoCone(process, postfix = "PFIso", dRMuons = "03", dRElectrons="03") for RECO!!! objects
process.EIdSequence = cms.Sequence()
from WWAnalysis.SkimStep.electronIDs_cff import addElectronIDs
eidModules = addElectronIDs(process,process.EIdSequence)
getattr(process,'patDefaultSequence').replace(process.patElectrons,
process.EIdSequence *
process.patElectrons)
for module in eidModules:
setattr(process.patElectrons.electronIDSources,module.label(),cms.InputTag(module.label()))
if not isMC:
removeMCMatching( process)
process.MuonGSFMerge * process.MuonPFMerge * process.filterkinLeptons)
if not isSignal:
getattr(process, 'patPF2PATSequence' + pfpostfix).replace(
getattr(process, 'patMuons' + pfpostfix),
getattr(process, 'patMuons' + pfpostfix) *
process.kinLeptonFilterSequence)
########## Prepare Tree ##
if ttH:
process.load('TtZAnalysis.TreeWriter.treewriter_tth_cff')
elif susy:
process.load('TtZAnalysis.TreeWriter.treewriter_susy_cff')
from TtZAnalysis.Workarounds.usePFIsoCone import *
usePFIsoCone(process)
#load the standard pat objects
#process.kinMuons.src = 'patMuons'
#process.kinElectrons.src = 'patElectrons'
else:
process.load('TtZAnalysis.TreeWriter.treewriter_ttz_cff')
#process.PFTree.vertexSrc = 'goodVertices' #use standard
process.PFTree.metSrc = 'patMETs' + pfpostfix
process.PFTree.mvaMetSrc = 'patMEtMVA'
process.PFTree.metT1Src = 'patpfMetT1'
process.PFTree.metT0T1TxySrc = 'patpfMetT0T1Txy'
process.PFTree.metT0T1Src = 'patpfMetT0T1'
process.PFTree.metT1TxySrc = 'patpfMetT1Txy'
process.PFTree.includeTrigger = includetrigger