# set the input lepton collections
process.hwwCleanJets.checkOverlaps.muons.src = cms.InputTag('hwwMuons')
process.hwwCleanJets.checkOverlaps.electrons.src = cms.InputTag('hwwElectrons')
process.hwwDilep = process.dileptonProducer.clone(
electronSrc=cms.InputTag('hwwElectrons'),
muonSrc=cms.InputTag('hwwMuons'),
)
process.hwwOneOrMoreDilep = process.dilepFilter.clone(
src=cms.InputTag('hwwDilep'), )
process.hwwLeptons = cms.Sequence((process.hwwElectrons + process.hwwMuons) *
process.hwwDilep * process.hwwOneOrMoreDilep)
process.hwwViews = makeEventViews.clone(dileptonSrc=cms.InputTag('hwwDilep'))
process.pLep *= (process.hwwLeptons * process.selectCleanHwwJets *
process.hwwMuons4Veto * process.hwwViews)
#--------------------------------------------------------------------
# ______ _ _ ______ _ _ _
# | ___ \ | | | | | ___(_) | |
# | |_/ /_ _| |_| |__ | |_ _| | |_ ___ _ __
# | __/ _` | __| '_ \ | _| | | | __/ _ \ '__|
# | | | (_| | |_| | | | | | | | | || __/ |
# \_| \__,_|\__|_| |_| \_| |_|_|\__\___|_|
# if defined in the command line apply the filterin
if options.dataPath:
process.hltFilter.mode = cms.string(options.dataPath)
process.hwwDilep = process.dileptonProducer.clone(
electronSrc = cms.InputTag('hwwElectrons'),
muonSrc = cms.InputTag('hwwMuons'),
)
process.hwwOneOrMoreDilep = process.dilepFilter.clone(
src = cms.InputTag( 'hwwDilep' ),
)
process.hwwLeptons = cms.Sequence(
(process.hwwElectrons+process.hwwMuons)
*process.hwwDilep
*process.hwwOneOrMoreDilep
)
process.hwwViews = makeEventViews.clone( dileptonSrc = cms.InputTag('hwwDilep') )
process.pLep *= ( process.hwwLeptons
* process.selectCleanHwwJets
* process.hwwMuons4Veto
* process.hwwViews )
#--------------------------------------------------------------------
# ______ _ _ ______ _ _ _
# | ___ \ | | | | | ___(_) | |
# | |_/ /_ _| |_| |__ | |_ _| | |_ ___ _ __
# | __/ _` | __| '_ \ | _| | | | __/ _ \ '__|
# | | | (_| | |_| | | | | | | | | || __/ |
# \_| \__,_|\__|_| |_| \_| |_|_|\__\___|_|
# if defined in the command line apply the filterin
)
# tweak the cut to have tight tight pairs
# process.hwwDilep.cut = cms.string( process.hwwDilep.cut.value() + ' && leading.userInt("tight") == 1 && trailing.userInt("tight") == 1' )
# tweak the cut to have tight tight || tight loose pairs
# process.hwwDilep.cut = cms.string( process.hwwDilep.cut.value() + ' && leading.userInt("tight") == 1 || trailing.userInt("tight") == 1' )
# tweak the cut to have tight loose pairs
# process.hwwDilep.cut = cms.string( process.hwwDilep.cut.value() + ' && leading.userInt("tight") == 1')
process.hwwOneOrMoreDilep = process.dilepFilter.clone(src=cms.InputTag("hwwDilep"))
process.hwwLeptons = cms.Sequence(
(process.hwwElectrons + process.hwwMuons) * process.hwwDilep * process.hwwOneOrMoreDilep
)
# switch on the additional overlap check as the two dileptons are not necessarily tight
process.hwwViews = makeEventViews.clone(dileptonSrc=cms.InputTag("hwwDilep"), ljOverlapByDr=cms.double(0.3))
process.pLep *= process.hwwLeptons * process.selectCleanHwwJets * process.hwwMuons4Veto * process.hwwViews
# --------------------------------------------------------------------
# ______ _ _ ______ _ _ _
# | ___ \ | | | | | ___(_) | |
# | |_/ /_ _| |_| |__ | |_ _| | |_ ___ _ __
# | __/ _` | __| '_ \ | _| | | | __/ _ \ '__|
# | | | (_| | |_| | | | | | | | | || __/ |
# \_| \__,_|\__|_| |_| \_| |_|_|\__\___|_|
# if defined in the command line apply the filterin
if options.dataPath:
process.hltFilter.mode = cms.string(options.dataPath)
process.pLep *= process.hltFilter
