softmu = "wwMu4VetoScenario6"
preSeq = cms.Sequence()
else:
raise ValueError('selection must be either TightTight or LooseLoose')
# step 2 (begin)
if options.two: # path already set up
from WWAnalysis.AnalysisStep.skimEventProducer_cfi import addEventHypothesis
process.skimEventProducer.triggerTag = cms.InputTag(
"TriggerResults", "", "HLT")
if doTauEmbed == True:
process.skimEventProducer.triggerTag = cms.InputTag(
"TriggerResults", "", "EmbeddedRECO")
process.skimEventProducer.mcGenWeightTag = cms.InputTag(
"generator:minVisPtFilter")
addEventHypothesis(process, label, muon, ele, softmu, preSeq)
for X in "elel", "mumu", "elmu", "muel":
if (wztth == True) or (doPDFvar == True):
getattr(process, "ww%s%s" % (X, label)).mcGenEventInfoTag = "generator"
getattr(process, "ww%s%s" % (X, label)).genParticlesTag = "prunedGen"
if doSusy == True:
getattr(process, "ww%s%s" % (X, label)).genParticlesTag = "prunedGen"
if doHiggs == True:
getattr(process, "ww%s%s" % (X, label)).genParticlesTag = "prunedGen"
if doLHE == True:
getattr(process, "ww%s%s" % (X, label)).mcLHEEventInfoTag = "source"
getattr(process, "ww%s%s" %
'keep *_prunedGen_*_*',
'keep *_goodPrimaryVertices_*_*',
#PatLetpons
'keep patMuons_boostedMuons__*',
'keep patElectrons_boostedElectrons__*',
# Misc
'keep *_addPileupInfo_*_*',
),
SelectEvents=cms.untracked.PSet(SelectEvents=cms.vstring()),
dropMetaData=cms.untracked.string('ALL'),
)
process.e = cms.EndPath(process.out)
process.schedule = cms.Schedule()
##############################################
process.load("WWAnalysis.AnalysisStep.skimEventProducer_cfi")
from WWAnalysis.AnalysisStep.skimEventProducer_cfi import addEventHypothesis
process.skimEventProducer.triggerTag = cms.InputTag("TriggerResults", "",
"HLT")
# process.out and process.schedule need to be defined already
# addEventHypothesis(process,"0","wwMuMatch","wwEleMatch")
# for x in ['ID','ISO','CONV','IP']:
# addEventHypothesis(process,"{0}Merge" .format(x),"wwMuonsMerge{0}".format(x),"wwEle{0}Merge" .format(x))
# addEventHypothesis(process,"{0}Merge2".format(x),"wwMuonsMerge{0}".format(x),"wwEle{0}Merge2".format(x))
addEventHypothesis(process, "IPMerge", "wwMuonsMergeIP", "wwEleIPMerge")
process.schedule.append(process.e)
if options.selection == 'TightTight':
label = "Scenario6"; muon = "wwMuScenario6"; ele = "wwEleScenario6"; softmu = "wwMu4VetoScenario6"; preSeq = cms.Sequence();
elif options.selection == 'LooseLoose':
label = "Scenario7"; muon = "wwMuScenario7"; ele = "wwEleScenario5"; softmu = "wwMu4VetoScenario6"; preSeq = cms.Sequence();
else:
raise ValueError('selection must be either TightTight or LooseLoose')
# step 2 (begin)
if options.two: # path already set up
from WWAnalysis.AnalysisStep.skimEventProducer_cfi import addEventHypothesis
process.skimEventProducer.triggerTag = cms.InputTag("TriggerResults","","HLT")
if doTauEmbed == True:
process.skimEventProducer.triggerTag = cms.InputTag("TriggerResults","","EmbeddedRECO")
process.skimEventProducer.mcGenWeightTag = cms.InputTag("generator:minVisPtFilter")
addEventHypothesis(process,label,muon,ele,softmu,preSeq)
for X in "elel", "mumu", "elmu", "muel":
if (wztth == True) or (doPDFvar == True):
getattr(process,"ww%s%s"% (X,label)).mcGenEventInfoTag = "generator"
getattr(process,"ww%s%s"% (X,label)).genParticlesTag = "prunedGen"
if doSusy == True :
getattr(process,"ww%s%s"% (X,label)).genParticlesTag = "prunedGen"
if doHiggs == True :
getattr(process,"ww%s%s"% (X,label)).genParticlesTag = "prunedGen"
if doLHE == True :
getattr(process,"ww%s%s"% (X,label)).mcLHEEventInfoTag = "source"
'keep *_goodPrimaryVertices_*_*',
#PatLetpons
'keep patMuons_boostedMuons__*',
'keep patElectrons_boostedElectrons__*',
# Misc
'keep *_addPileupInfo_*_*',
),
SelectEvents = cms.untracked.PSet(SelectEvents = cms.vstring( )),
dropMetaData = cms.untracked.string('ALL'),
)
process.e = cms.EndPath(process.out)
process.schedule = cms.Schedule()
##############################################
process.load("WWAnalysis.AnalysisStep.skimEventProducer_cfi")
from WWAnalysis.AnalysisStep.skimEventProducer_cfi import addEventHypothesis
process.skimEventProducer.triggerTag = cms.InputTag("TriggerResults","","HLT")
# process.out and process.schedule need to be defined already
# addEventHypothesis(process,"0","wwMuMatch","wwEleMatch")
# for x in ['ID','ISO','CONV','IP']:
# addEventHypothesis(process,"{0}Merge" .format(x),"wwMuonsMerge{0}".format(x),"wwEle{0}Merge" .format(x))
# addEventHypothesis(process,"{0}Merge2".format(x),"wwMuonsMerge{0}".format(x),"wwEle{0}Merge2".format(x))
addEventHypothesis(process,"IPMerge","wwMuonsMergeIP","wwEleIPMerge")
process.schedule.append(process.e)
