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import FWCore.ParameterSet.Config as cms
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### IMPORT CROSS CLEANING MODULE
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import SusyAnalysis.PatCrossCleaner.patCrossCleaner_cfi
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patcrosscleaner = SusyAnalysis.PatCrossCleaner.patCrossCleaner_cfi.patcrosscleaner.clone()
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### IMPORT STUDYXCLEAN
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import StudyXClean.StudyXClean.StudyXClean_cfi
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StudyXClean = StudyXClean.StudyXClean.StudyXClean_cfi.StudyXClean.clone()
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### X-CLEANER GENERAL SETTINGS:
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## CHOOSE WHICH CLEANING(S) TO TEST
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patcrosscleaner.doElectronJetCC = False
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patcrosscleaner.doMuonJetCC = True
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patcrosscleaner.doPhotonJetCC = False
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patcrosscleaner.doElectronPhotonCC = False
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## INPUT COLLECTIONS (just the defaults)
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patcrosscleaner.patMuons = "selectedPatMuons"
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patcrosscleaner.patElectrons = "selectedPatElectrons"
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patcrosscleaner.patPhotons = "selectedPatPhotons"
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patcrosscleaner.patJets = "selectedPatJets"
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#patcrosscleaner.patMets = "selectedLayer1METs" ## CMSSW 2_X
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patcrosscleaner.patMets = "patMETsAK5Calo"
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## JET CORRECTIONS
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#patcrosscleaner.useEMF = False, # not yet implemented
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#patcrosscleaner.sampleType= dijet, # 0 = dijet sample, 1 = ttbar sample
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#patcrosscleaner.corrSample= 'Summer09_7TeV_ReReco332' #Summer09 for 10 TeV, Summer09_7TeV_ReReco332 for 7 TeV MC
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patcrosscleaner.corrSample= 'Summer09_7TeV' # 7 TeV, not ReRecoed with 33X
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#patcrosscleaner.corrSample= 'Summer09' # 10 TeV, not ReRecoed with 33X
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## tags for the individual jet corrections; when
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## not available the string should be set to 'none'
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## please find default tags in /CMSSW/PhysicsTools/PatAlgos/python/recoLayer0
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#patcrosscleaner.L1Offset = 'none',
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#patcrosscleaner.L2Relative = 'Summer09_L2Relative_AK5Calo',
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#patcrosscleaner.L3Absolute = 'Summer09_L3Absolute_AK5Calo',
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#patcrosscleaner.L2Relative = 'L2Relative_AK5Calo',
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#patcrosscleaner.L3Absolute = 'L3Absolute_AK5Calo',
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#patcrosscleaner.L4EMF = 'none',
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#patcrosscleaner.L5Flavor = 'L5Flavor_IC5', # to be changed to L5Flavor = cms.string('L5Flavor_AK5'),
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#patcrosscleaner.L6UE = 'none',
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#patcrosscleaner.L7Parton = 'L7Parton_SC5', # to be changed to L7Parton = cms.string('L7Parton_AK5'),
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## PARAMETERS FOR ELECTRON-JET CROSS-CLEANING
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patcrosscleaner.ElectronJetCrossCleaning.deltaR_min = 1.0 # was 0.5
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patcrosscleaner.ElectronJetCrossCleaning.SharedEtoJetE = 0.7
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patcrosscleaner.ElectronJetCrossCleaning.IsolationKey = 'CombRelIso' # Values below all recommended by V+Jets
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patcrosscleaner.ElectronJetCrossCleaning.IsoValueCut = 0.1
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patcrosscleaner.ElectronJetCrossCleaning.ecalIsoWeight = 1.0
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patcrosscleaner.ElectronJetCrossCleaning.hcalIsoWeight = 1.0
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patcrosscleaner.ElectronJetCrossCleaning.trkIsoWeight = 1.0
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patcrosscleaner.ElectronJetCrossCleaning.ElectronID = 'eidRobustTight' ############################### 'eidRobustLoose'
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## PARAMETERS FOR MUON-JET CROSS-CLEANING
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patcrosscleaner.MuonJetCrossCleaning.deltaR_min = 0.2 ###################################### 0.2
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patcrosscleaner.MuonJetCrossCleaning.IsoValueCut = 0.1
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patcrosscleaner.MuonJetCrossCleaning.ecalIsoWeight = 1.0
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patcrosscleaner.MuonJetCrossCleaning.hcalIsoWeight = 1.0
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patcrosscleaner.MuonJetCrossCleaning.trkIsoWeight = 1.0
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patcrosscleaner.MuonJetCrossCleaning.useCombRelIso = True
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patcrosscleaner.MuonJetCrossCleaning.modifyJetEnergy = True
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patcrosscleaner.MuonJetCrossCleaning.MuonID = 'GlobalMuonPromptTight'
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patcrosscleaner.MuonJetCrossCleaning.trackIso_max = 10.
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patcrosscleaner.MuonJetCrossCleaning.caloIso_max = 10.
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## ADDITIONAL PHOTON-JET CLEANING
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patcrosscleaner.PhotonJetCrossCleaning.deltaR_min = 0.5
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patcrosscleaner.PhotonJetCrossCleaning.IsoValueCut = 10.
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patcrosscleaner.PhotonJetCrossCleaning.IsolationKey = 'CaloIso'
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patcrosscleaner.PhotonJetCrossCleaning.SharedEtoJetE = 0.7
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patcrosscleaner.PhotonJetCrossCleaning.PhotonID = 'TightPhoton'
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##### ALL POSSIBLE STUDYXCELAN SETTINGS #####
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StudyXClean.muonCollection = cms.InputTag("patcrosscleaner","ccMuons")
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StudyXClean.muon_id = 'GlobalMuonPromptTight' ### danger: do not change because of track-caused exceptions
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StudyXClean.electronCollection = cms.InputTag("patcrosscleaner","ccElectrons")
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StudyXClean.elec_id = 'eidRobustTight' ## possible ids are 'eidLoose' 'eidRobustHighEnergy' 'eidRobustLoose' 'eidRobustTight' 'eidTight'
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StudyXClean.photonCollection = cms.InputTag("patcrosscleaner","ccPhotons")
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StudyXClean.phot_id = 'TightPhoton' ## possible ids are LooseEM, LoosePhoton, TightPhoton or none
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StudyXClean.jetCollection = cms.InputTag("patcrosscleaner","ccJets")
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StudyXClean.Gen_pt = 10
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StudyXClean.Gen_eta = 2.5
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StudyXClean.Gen_pt_jet = 15
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StudyXClean.Gen_eta_jet = 10
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StudyXClean.Elec_iso_cut = 0.1 ### combRelIso
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StudyXClean.Want_iso_el = True ### if checking the jet eff & cont
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