calibratedEBRechits = cms.InputTag('reducedEgamma', 'reducedEBRecHits'),
reCalibratedEBRechits = cms.InputTag('unCalibrateMe', 'EcalRecalibRecHitsEB'),
updateEnergy = cms.bool(True)
)
)
# electron matching
if invertEleVeto and customize.doeleId:
eleSource="flashggSelectedElectrons" if not "EXOSpring16_v2" in customize.datasetName() else "flashggElectrons"
if customize.eleId == "isHLTsafe":
from flashgg.MicroAOD.flashggHltSafeElectrons_cfi import flashggHltSafeElectrons
process.flashggIdentifiedElectrons = flashggHltSafeElectrons.clone(src=cms.InputTag(eleSource))
else:
from flashgg.MicroAOD.flashggLeptonSelectors_cff import flashggSelectedElectrons
process.flashggIdentifiedElectrons = flashggSelectedElectrons.clone(
src=cms.InputTag(eleSource),
cut=cms.string(customize.eleId)
)
extraSysModules.append(
cms.PSet( PhotonMethodName = cms.string("FlashggPhotonEleMatch"),
MethodName = cms.string("FlashggDiPhotonFromPhoton"),
Label = cms.string("eleMatch"),
NSigmas = cms.vint32(),
ApplyCentralValue = cms.bool(True),
electronsSrc = cms.InputTag("flashggIdentifiedElectrons"),
)
)
variables.extend( ["leadEleMatch := leadingPhoton.hasUserCand('eleMatch')",
"subleadEleMatch := subLeadingPhoton.hasUserCand('eleMatch')"
] )
# store cut-based IDs
for eid in "Loose", "Medium", "Tight":
)
## for obj in ["Egm", "Jet"]:
for obj in ["Egm"]:
variables.extend( ["leadL1%sMatch := leadingPhoton.userInt('l1%sMatch')" % (obj,obj),
"leadL1%sDr := ?leadingPhoton.userInt('l1%sMatch')==1?leadingPhoton.userFloat('l1%sCandDR'):999." % (obj,obj,obj),
"leadL1%sPt := ?leadingPhoton.userInt('l1%sMatch')==1?leadingPhoton.userFloat('l1%sCandPt'):0." % (obj,obj,obj),
"subleadL1%sMatch:= subLeadingPhoton.userInt('l1%sMatch')" % (obj,obj),
"subleadL1%sDr := ?subLeadingPhoton.userInt('l1%sMatch')==1?subLeadingPhoton.userFloat('l1%sCandDR'):999." % (obj,obj,obj),
"subleadL1%sPt := ?subLeadingPhoton.userInt('l1%sMatch')==1?subLeadingPhoton.userFloat('l1%sCandPt'):0." % (obj,obj,obj),
] )
# electron matching
if invertEleVeto and customize.doeleId:
from flashgg.MicroAOD.flashggLeptonSelectors_cff import flashggSelectedElectrons
process.flashggIdentifiedElectrons = flashggSelectedElectrons.clone(
src=cms.InputTag("flashggSelectedElectrons"),
cut=cms.string(customize.eleId)
)
# process.flashggSelectedElectrons.cut = customize.eleId
extraSysModules.append(
cms.PSet( PhotonMethodName = cms.string("FlashggPhotonEleMatch"),
MethodName = cms.string("FlashggDiPhotonFromPhoton"),
Label = cms.string("eleMatch"),
NSigmas = cms.vint32(),
ApplyCentralValue = cms.bool(True),
electronsSrc = cms.InputTag("flashggIdentifiedElectrons"),
)
)
variables.extend( ["leadEleMatch := leadingPhoton.hasUserCand('eleMatch')",
"subleadEleMatch := subLeadingPhoton.hasUserCand('eleMatch')"
] )
# store cut-based IDs
# Get Trigger paths
matchTriggerPaths = []
dataTriggers = customize.options.trigger.split(",")
strippedNames = list(map(lambda x: x.rstrip("*"), dataTriggers))
matchTriggerPaths = "&& ".join(
map(lambda x: "userInt('%s')" % x, strippedNames))
print(matchTriggerPaths)
dumpBits = list(strippedNames)
# ----------------------------------------------------------------------------------------------------
# Do electron ID
from flashgg.MicroAOD.flashggLeptonSelectors_cff import flashggSelectedElectrons
process.flashggIdentifiedElectrons = flashggSelectedElectrons.clone(
src=cms.InputTag("flashggSelectedElectrons"),
cut=cms.string("passTightId"))
# ----------------------------------------------------------------------------------------------------
# Do scale and smearing corrections
sysmodule = importlib.import_module(
"flashgg.Systematics." +
customize.metaConditions["flashggDiPhotonSystematics"])
systModules2D = cms.VPSet()
systModules = cms.VPSet()
if customize.processId == "Data":
systModules.append(sysmodule.MCScaleHighR9EB_EGM)
systModules.append(sysmodule.MCScaleLowR9EB_EGM)
systModules.append(sysmodule.MCScaleHighR9EE_EGM)
"subleadL1%sDr := ?subLeadingPhoton.userInt('l1%sMatch')==1?subLeadingPhoton.userFloat('l1%sCandDR'):999." % (obj,obj,obj),
"subleadL1%sPt := ?subLeadingPhoton.userInt('l1%sMatch')==1?subLeadingPhoton.userFloat('l1%sCandPt'):0." % (obj,obj,obj),
] )
if doSinglePho:
variablesSinglePho.extend(
["phoL1%sMatch := userInt('l1%sMatch')" % (obj,obj),
"phoL1%sDr := ?userInt('l1%sMatch')==1?userFloat('l1%sCandDR'):999." % (obj,obj,obj),
"phoL1%sPt := ?userInt('l1%sMatch')==1?userFloat('l1%sCandPt'):0." % (obj,obj,obj),
]
)
# electron matching
if invertEleVeto and customize.doeleId:
from flashgg.MicroAOD.flashggLeptonSelectors_cff import flashggSelectedElectrons
process.flashggIdentifiedElectrons = flashggSelectedElectrons.clone(
# src=cms.InputTag("flashggSelectedElectrons"),
src=cms.InputTag("flashggElectrons"),
cut=cms.string(customize.eleId)
)
# process.flashggSelectedElectrons.cut = customize.eleId
extraSysModules.append(
cms.PSet( PhotonMethodName = cms.string("FlashggPhotonEleMatch"),
MethodName = cms.string("FlashggDiPhotonFromPhoton"),
Label = cms.string("eleMatch"),
NSigmas = cms.vint32(),
ApplyCentralValue = cms.bool(True),
electronsSrc = cms.InputTag("flashggIdentifiedElectrons"),
)
)
variables.extend( ["leadEleMatch := leadingPhoton.hasUserCand('eleMatch')",
"subleadEleMatch := subLeadingPhoton.hasUserCand('eleMatch')"
] )