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import FWCore.ParameterSet.Config as cms
from DQMServices.Core.DQMEDHarvester import DQMEDHarvester
MssmHbbHLTEfficiency = DQMEDHarvester("DQMGenericClient",
subDirs = cms.untracked.vstring("HLT/SUS/MssmHbb/fullhadronic/*"),
verbose = cms.untracked.uint32(0), # Set to 2 for all messages
resolution = cms.vstring(),
efficiency = cms.vstring(
"effic_bjetPt_1 'efficiency vs 1st b-jet pt; bjet pt [GeV]; efficiency' bjetPt_1_numerator bjetPt_1_denominator",
"effic_bjetEta_1 'efficiency vs 1st b-jet eta; bjet eta ; efficiency' bjetEta_1_numerator bjetEta_1_denominator",
"effic_bjetPhi_1 'efficiency vs 1st b-jet phi; bjet phi ; efficiency' bjetPhi_1_numerator bjetPhi_1_denominator",
"effic_bjetCSV_1 'efficiency vs 1st b-jet btag; bjet btag; efficiency' bjetCSV_1_numerator bjetCSV_1_denominator",
"effic_bjetPt_1_variableBinning 'efficiency vs 1st b-jet pt; bjet pt [GeV]; efficiency' bjetPt_1_variableBinning_numerator bjetPt_1_variableBinning_denominator",
"effic_bjetEta_1_variableBinning 'efficiency vs 1st b-jet eta; bjet eta ; efficiency' bjetEta_1_variableBinning_numerator bjetEta_1_variableBinning_denominator",
"effic_bjetMulti 'efficiency vs b-jet multiplicity; bjet multiplicity; efficiency' bjetMulti_numerator bjetMulti_denominator",
"effic_bjetPtEta_1 'efficiency vs 1st b-jet pt-#eta; jet pt [GeV]; bjet #eta' bjetPtEta_1_numerator bjetPtEta_1_denominator",
"effic_bjetEtaPhi_1 'efficiency vs 1st b-jet #eta-#phi; bjet #eta ; bjet #phi' bjetEtaPhi_1_numerator bjetEtaPhi_1_denominator",
"effic_bjetPt_2 'efficiency vs 2nd b-jet pt; bjet pt [GeV]; efficiency' bjetPt_2_numerator bjetPt_2_denominator",
"effic_bjetEta_2 'efficiency vs 2nd b-jet eta; bjet eta ; efficiency' bjetEta_2_numerator bjetEta_2_denominator",
"effic_bjetPhi_2 'efficiency vs 2nd b-jet phi; bjet phi ; efficiency' bjetPhi_2_numerator bjetPhi_2_denominator",
"effic_bjetCSV_2 'efficiency vs 2nd b-jet btag; bjet btag; efficiency' bjetCSV_2_numerator bjetCSV_2_denominator",
"effic_bjetPt_2_variableBinning 'efficiency vs 2nd b-jet pt; bjet pt [GeV]; efficiency' bjetPt_2_variableBinning_numerator bjetPt_2_variableBinning_denominator",
"effic_bjetEta_2_variableBinning 'efficiency vs 2nd b-jet eta; bjet eta ; efficiency' bjetEta_2_variableBinning_numerator bjetEta_2_variableBinning_denominator",
"effic_bjetMulti 'efficiency vs b-jet multiplicity; bjet multiplicity; efficiency' bjetMulti_numerator bjetMulti_denominator",
"effic_bjetPtEta_2 'efficiency vs 2nd b-jet pt-#eta; jet pt [GeV]; bjet #eta' bjetPtEta_2_numerator bjetPtEta_2_denominator",
"effic_bjetEtaPhi_2 'efficiency vs 2nd b-jet #eta-#phi; bjet #eta ; bjet #phi' bjetEtaPhi_2_numerator bjetEtaPhi_2_denominator",
#ADD EFFIC DeltaEtaMax between jet-jet
),
)
MssmHbbmuHLTEfficiency = DQMEDHarvester("DQMGenericClient",
subDirs = cms.untracked.vstring("HLT/SUS/MssmHbb/semileptonic/*"),
verbose = cms.untracked.uint32(0), # Set to 2 for all messages
resolution = cms.vstring(),
efficiency = cms.vstring(
"effic_muPt_1 'efficiency vs muon pt; muon pt [GeV]; efficiency' muPt_1_numerator muPt_1_denominator",
"effic_muEta_1 'efficiency vs muon eta; muon eta ; efficiency' muEta_1_numerator muEta_1_denominator",
"effic_muPhi_1 'efficiency vs muon phi; muon phi ; efficiency' muPhi_1_numerator muPhi_1_denominator",
"effic_muPt_2 'efficiency vs muon pt; muon pt [GeV]; efficiency' muPt_2_numerator muPt_2_denominator",
"effic_muEta_2 'efficiency vs muon eta; muon eta ; efficiency' muEta_2_numerator muEta_2_denominator",
"effic_muPhi_2 'efficiency vs muon phi; muon phi ; efficiency' muPhi_2_numerator muPhi_2_denominator",
"effic_muPt_1_variableBinning 'efficiency vs muon pt; muon pt [GeV]; efficiency' muPt_1_variableBinning_numerator muPt_1_variableBinning_denominator",
"effic_muEta_1_variableBinning 'efficiency vs muon eta; muon eta ; efficiency' muEta_1_variableBinning_numerator muEta_1_variableBinning_denominator",
"effic_muPt_2_variableBinning 'efficiency vs muon pt; muon pt [GeV]; efficiency' muPt_2_variableBinning_numerator muPt_2_variableBinning_denominator",
"effic_muEta_2_variableBinning 'efficiency vs muon eta; muon eta ; efficiency' muEta_2_variableBinning_numerator muEta_2_variableBinning_denominator",
"effic_muMulti 'efficiency vs muon multiplicity; muon multiplicity; efficiency' muMulti_numerator muMulti_denominator",
"effic_bjetPt_1 'efficiency vs 1st b-jet pt; bjet pt [GeV]; efficiency' bjetPt_1_numerator bjetPt_1_denominator",
"effic_bjetEta_1 'efficiency vs 1st b-jet eta; bjet eta ; efficiency' bjetEta_1_numerator bjetEta_1_denominator",
"effic_bjetPhi_1 'efficiency vs 1st b-jet phi; bjet phi ; efficiency' bjetPhi_1_numerator bjetPhi_1_denominator",
"effic_bjetCSV_1 'efficiency vs 1st b-jet btag; bjet btag; efficiency' bjetCSV_1_numerator bjetCSV_1_denominator",
"effic_bjetPt_1_variableBinning 'efficiency vs 1st b-jet pt; bjet pt [GeV]; efficiency' bjetPt_1_variableBinning_numerator bjetPt_1_variableBinning_denominator",
"effic_bjetEta_1_variableBinning 'efficiency vs 1st b-jet eta; bjet eta ; efficiency' bjetEta_1_variableBinning_numerator bjetEta_1_variableBinning_denominator",
"effic_bjetMulti 'efficiency vs b-jet multiplicity; bjet multiplicity; efficiency' bjetMulti_numerator bjetMulti_denominator",
"effic_bjetPtEta_1 'efficiency vs 1st b-jet pt-#eta; jet pt [GeV]; bjet #eta' bjetPtEta_1_numerator bjetPtEta_1_denominator",
"effic_bjetEtaPhi_1 'efficiency vs 1st b-jet #eta-#phi; bjet #eta ; bjet #phi' bjetEtaPhi_1_numerator bjetEtaPhi_1_denominator",
"effic_bjetPt_2 'efficiency vs 2nd b-jet pt; bjet pt [GeV]; efficiency' bjetPt_2_numerator bjetPt_2_denominator",
"effic_bjetEta_2 'efficiency vs 2nd b-jet eta; bjet eta ; efficiency' bjetEta_2_numerator bjetEta_2_denominator",
"effic_bjetPhi_2 'efficiency vs 2nd b-jet phi; bjet phi ; efficiency' bjetPhi_2_numerator bjetPhi_2_denominator",
"effic_bjetCSV_2 'efficiency vs 2nd b-jet btag; bjet btag; efficiency' bjetCSV_2_numerator bjetCSV_2_denominator",
"effic_bjetPt_2_variableBinning 'efficiency vs 2nd b-jet pt; bjet pt [GeV]; efficiency' bjetPt_2_variableBinning_numerator bjetPt_2_variableBinning_denominator",
"effic_bjetEta_2_variableBinning 'efficiency vs 2nd b-jet eta; bjet eta ; efficiency' bjetEta_2_variableBinning_numerator bjetEta_2_variableBinning_denominator",
"effic_bjetMulti 'efficiency vs b-jet multiplicity; bjet multiplicity; efficiency' bjetMulti_numerator bjetMulti_denominator",
"effic_bjetPtEta_2 'efficiency vs 2nd b-jet pt-#eta; jet pt [GeV]; bjet #eta' bjetPtEta_2_numerator bjetPtEta_2_denominator",
"effic_bjetEtaPhi_2 'efficiency vs 2nd b-jet #eta-#phi; bjet #eta ; bjet #phi' bjetEtaPhi_2_numerator bjetEtaPhi_2_denominator",
"effic_DeltaR_jet_Mu 'efficiency vs #DeltaR between jet and mu; #DeltaR(jet,mu) ; efficiency' DeltaR_jet_Mu_numerator DeltaR_jet_Mu_denominator", # What if bjet?
),
)
MssmHbbmuHLTcontrolEfficiency = DQMEDHarvester("DQMGenericClient",
subDirs = cms.untracked.vstring("HLT/SUS/MssmHbb/control/muon/*"),
verbose = cms.untracked.uint32(0), # Set to 2 for all messages
resolution = cms.vstring(),
efficiency = cms.vstring(
"effic_muPt_1 'efficiency vs muon pt; muon pt [GeV]; efficiency' muPt_1_numerator muPt_1_denominator",
"effic_muEta_1 'efficiency vs muon eta; muon eta ; efficiency' muEta_1_numerator muEta_1_denominator",
"effic_muPhi_1 'efficiency vs muon phi; muon phi ; efficiency' muPhi_1_numerator muPhi_1_denominator",
"effic_muPt_2 'efficiency vs muon pt; muon pt [GeV]; efficiency' muPt_2_numerator muPt_2_denominator",
"effic_muEta_2 'efficiency vs muon eta; muon eta ; efficiency' muEta_2_numerator muEta_2_denominator",
"effic_muPhi_2 'efficiency vs muon phi; muon phi ; efficiency' muPhi_2_numerator muPhi_2_denominator",
"effic_muPt_1_variableBinning 'efficiency vs muon pt; muon pt [GeV]; efficiency' muPt_1_variableBinning_numerator muPt_1_variableBinning_denominator",
"effic_muEta_1_variableBinning 'efficiency vs muon eta; muon eta ; efficiency' muEta_1_variableBinning_numerator muEta_1_variableBinning_denominator",
"effic_muPt_2_variableBinning 'efficiency vs muon pt; muon pt [GeV]; efficiency' muPt_2_variableBinning_numerator muPt_2_variableBinning_denominator",
"effic_muEta_2_variableBinning 'efficiency vs muon eta; muon eta ; efficiency' muEta_2_variableBinning_numerator muEta_2_variableBinning_denominator",
"effic_muMulti 'efficiency vs muon multiplicity; muon multiplicity; efficiency' muMulti_numerator muMulti_denominator",
"effic_jetPt_1 'efficiency vs 1st jet pt; jet pt [GeV]; efficiency' jetPt_1_numerator jetPt_1_denominator",
"effic_jetEta_1 'efficiency vs 1st jet eta; jet eta ; efficiency' jetEta_1_numerator jetEta_1_denominator",
"effic_jetPhi_1 'efficiency vs 1st jet phi; jet phi ; efficiency' jetPhi_1_numerator jetPhi_1_denominator",
"effic_jetBtag_1 'efficiency vs 1st jet btag; jet btag; efficiency' jetBtag_1_numerator jetBtag_1_denominator",
"effic_jetPt_1_variableBinning 'efficiency vs 1st jet pt; jet pt [GeV]; efficiency' jetPt_1_variableBinning_numerator jetPt_1_variableBinning_denominator",
"effic_jetEta_1_variableBinning 'efficiency vs 1st jet eta; jet eta ; efficiency' jetEta_1_variableBinning_numerator jetEta_1_variableBinning_denominator",
"effic_jetMulti 'efficiency vs jet multiplicity; jet multiplicity; efficiency' jetMulti_numerator jetMulti_denominator",
"effic_jetPtEta_1 'efficiency vs 1st jet pt-#eta; jet pt [GeV]; jet #eta' jetPtEta_1_numerator jetPtEta_1_denominator",
"effic_jetEtaPhi_1 'efficiency vs 1st jet #eta-#phi; jet #eta ; jet #phi' jetEtaPhi_1_numerator jetEtaPhi_1_denominator",
"effic_DeltaR_jet_Mu 'efficiency vs #DeltaR between jet and mu; #DeltaR(jet,mu) ; efficiency' DeltaR_jet_Mu_numerator DeltaR_jet_Mu_denominator",
),
)
mssmHbbHLTEfficiency = cms.Sequence(
MssmHbbHLTEfficiency
+ MssmHbbmuHLTEfficiency
+ MssmHbbmuHLTcontrolEfficiency
)
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