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import FWCore.ParameterSet.Config as cms
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StudyXClean = cms.EDAnalyzer("StudyXClean",
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muonCollection = cms.InputTag("patcrosscleaner","ccMuons"),
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#dropped_muonCollection = cms.InputTag("patcrosscleaner","droppedMuons"),
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muon_id = cms.string( 'GlobalMuonPromptTight' ),
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electronCollection = cms.InputTag("patcrosscleaner","ccElectrons"),
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dropped_electronCollection = cms.InputTag("patcrosscleaner","droppedElectrons"),
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elec_id = cms.string( 'eidRobustTight' ),
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jetCollection = cms.InputTag("patcrosscleaner","ccJets"),
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ojetCollection = cms.InputTag("selectedPatJets"),
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dropped_jetsCollection = cms.InputTag("patcrosscleaner","droppedJets"),
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photonCollection = cms.InputTag("patcrosscleaner","ccPhotons"),
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phot_id = cms.string( 'TightPhoton' ), ## LooseEM, LoosePhoton, TightPhoton or none
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metCollection = cms.InputTag("patcrosscleaner", "ccMETs"),
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oldMetCollection = cms.InputTag("patMETsAK5Calo"),
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Gen_pt = cms.double(10), ########## MAKE SURE THESE TWO CUTS ARE THE SAME AS THE LEPTON/PHOTON CUTS IN
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Gen_eta = cms.double(2.5), ########## PATSEQUENCE_CFF.py
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Gen_pt_jet = cms.double(15), ########## SAME IS TRUE FOR THESE
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Gen_eta_jet = cms.double(10), ##########
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Muon_iso_cut = cms.double(0.1), ## combRelIso
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Elec_iso_cut = cms.double(0.1), ## combRelIso
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Want_iso_el = cms.bool(True),
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#Want_noniso_el = cms.bool(False),
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#Want_noniso_mu = cms.bool(False)
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)
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