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import FWCore.ParameterSet.Config as cms
from DQMServices.Core.DQMEDHarvester import DQMEDHarvester
bphEfficiency = DQMEDHarvester("DQMGenericClient",
subDirs = cms.untracked.vstring("HLT/BPH/*"),
verbose = cms.untracked.uint32(0), # Set to 2 for all messages
resolution = cms.vstring(),
efficiency = cms.vstring(
"effic_muPhi 'mu efficiency vs phi; mu phi [rad]; efficiency' muPhi_numerator muPhi_denominator",
"effic_muEta 'mu efficiency vs eta; mu eta [rad]; efficiency' muEta_numerator muEta_denominator",
"effic_muPt 'mu efficiency vs pt; mu pt [GeV]; efficiency' muPt_numerator muPt_denominator",
"effic_phPhi 'ph efficiency vs phi; ph phi [rad]; efficiency' phPhi_numerator phPhi_denominator",
"effic_phEta 'ph efficiency vs eta; ph eta [rad]; efficiency' phEta_numerator phEta_denominator",
"effic_phPt 'ph efficiency vs pt; ph pt [GeV]; efficiency' phPt_numerator phPt_denominator",
"effic_trPhi 'tr efficiency vs phi; tr phi [rad]; efficiency' trPhi_numerator trPhi_denominator",
"effic_trEta 'tr efficiency vs eta; tr eta [rad]; efficiency' trEta_numerator trEta_denominator",
"effic_trPt 'tr efficiency vs pt; tr pt [GeV]; efficiency' trPt_numerator trPt_denominator",
"effic_mu1Phi 'mu1 efficiency vs phi; mu1 phi [rad]; efficiency' mu1Phi_numerator mu1Phi_denominator",
"effic_mu1Eta 'mu1 efficiency vs eta; mu1 eta [rad]; efficiency' mu1Eta_numerator mu1Eta_denominator",
"effic_mu1Pt 'mu1 efficiency vs pt; mu1 pt [GeV]; efficiency' mu1Pt_numerator mu1Pt_denominator",
"effic_mu2Phi 'mu2 efficiency vs phi; mu2 phi [rad]; efficiency' mu2Phi_numerator mu2Phi_denominator",
"effic_mu2Eta 'mu2 efficiency vs eta; mu2 eta [rad]; efficiency' mu2Eta_numerator mu2Eta_denominator",
"effic_mu2Pt 'mu2 efficiency vs pt; mu2 pt [GeV]; efficiency' mu2Pt_numerator mu2Pt_denominator",
"effic_mu3Phi 'mu3 efficiency vs phi; mu3 phi [rad]; efficiency' mu3Phi_numerator mu3Phi_denominator",
"effic_mu3Eta 'mu3 efficiency vs eta; mu3 eta [rad]; efficiency' mu3Eta_numerator mu3Eta_denominator",
"effic_mu3Pt 'mu3 efficiency vs pt; mu3 pt [GeV]; efficiency' mu3Pt_numerator mu3Pt_denominator",
"effic_DiMuPhi 'DiMu efficiency vs phi; DiMu phi [rad]; efficiency' DiMuPhi_numerator DiMuPhi_denominator",
"effic_DiMuEta 'DiMu efficiency vs eta; DiMu eta [rad]; efficiency' DiMuEta_numerator DiMuEta_denominator",
"effic_DiMuPt 'DiMu efficiency vs pt; DiMu pt [GeV]; efficiency' DiMuPt_numerator DiMuPt_denominator",
"effic_DiMuPVcos 'DiMu efficiency vs cosPV; DiMu cosPV ; efficiency' DiMuPVcos_numerator DiMuPVcos_denominator",
"effic_DiMuProb 'DiMu efficiency vs prob; DiMu prob ; efficiency' DiMuProb_numerator DiMuProb_denominator",
"effic_DiMuDS 'DiMu efficiency vs DS; DiMu DS; efficiency' DiMuDS_numerator DiMuDS_denominator",
"effic_DiMuDCA 'DiMu efficiency vs DCA; DiMu DCA [cm]; efficiency' DiMuDCA_numerator DiMuDCA_denominator",
"effic_DiMuMass 'DiMu efficiency vs Mass; DiMu Mass[GeV]; efficiency' DiMuMass_numerator DiMuMass_denominator",
"effic_DiMudR 'DiMu efficiency vs dR; DiMu dR; efficiency' DiMudR_numerator DiMudR_denominator",
"effic_tr1Phi 'tr1 efficiency vs phi; tr1 phi [rad]; efficiency' tr1Phi_numerator tr1Phi_denominator",
"effic_tr1Eta 'tr1 efficiency vs eta; tr1 eta [rad]; efficiency' tr1Eta_numerator tr1Eta_denominator",
"effic_tr1Pt 'tr1 efficiency vs pt; tr1 pt [GeV]; efficiency' tr1Pt_numerator tr1Pt_denominator",
"effic_tr2Phi 'tr2 efficiency vs phi; tr2 phi [rad]; efficiency' tr2Phi_numerator tr2Phi_denominator",
"effic_tr2Eta 'tr2 efficiency vs eta; tr2 eta [rad]; efficiency' tr2Eta_numerator tr2Eta_denominator",
"effic_tr2Pt 'tr2 efficiency vs pt; tr2 pt [GeV]; efficiency' tr2Pt_numerator tr2Pt_denominator",
"effic_tr_d0 'tr efficiency vs d0; tr d0 [cm]; efficiency' tr_d0_numerator tr_d0_denominator",
"effic_tr_z0 'tr efficiency vs z0; tr z0 [cm]; efficiency' tr_z0_numerator tr_z0_denominator",
),
# efficiencyProfile = cms.untracked.vstring(
# "effic_met_vs_LS 'MET efficiency vs LS; LS; PF MET efficiency' metVsLS_numerator metVsLS_denominator"
# ),
)
bphClient = cms.Sequence(
bphEfficiency
)
##
##
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