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import FWCore.ParameterSet.Config as cms
from DQMServices.Core.DQMEDHarvester import DQMEDHarvester
pfjetEfficiency = DQMEDHarvester("DQMGenericClient",
subDirs = cms.untracked.vstring("HLT/JME/*"),
verbose = cms.untracked.uint32(0), # Set to 2 for all messages
resolution = cms.vstring(),
efficiency = cms.vstring(
"effic_pfjetpT 'Jet pT turnON; PFJet(pT) [GeV]; efficiency' pfjetpT_numerator pfjetpT_denominator",
"effic_pfjetpT_pTThresh 'Jet pT turnON; PFJet(pT) [GeV]; efficiency' pfjetpT_pTThresh_numerator pfjetpT_pTThresh_denominator",
"effic_pfjetphi 'Jet efficiency vs #phi; PF Jet #phi [rad]; efficiency' pfjetphi_numerator pfjetphi_denominator",
"effic_pfjeteta 'Jet efficiency vs #eta; PF Jet #eta; efficiency' pfjeteta_numerator pfjeteta_denominator",
## HB
"effic_pfjetpT_HB 'Jet pT turnON (HB); PFJet(pT) [GeV]; efficiency' pfjetpT_HB_numerator pfjetpT_HB_denominator",
"effic_pfjetpT_HB_pTThresh 'Jet pT turnON (HB); PFJet(pT) [GeV]; efficiency' pfjetpT_pTThresh_HB_numerator pfjetpT_pTThresh_HB_denominator",
"effic_pfjetphi_HB 'Jet efficiency vs #phi (HB); PF Jet #phi [rad]; efficiency' pfjetphi_HB_numerator pfjetphi_HB_denominator",
"effic_pfjeteta_HB 'Jet efficiency vs #eta (HB); PF Jet #eta; efficiency' pfjeteta_HB_numerator pfjeteta_HB_denominator",
## HE
"effic_pfjetpT_HE 'Jet pT turnON (HE); PFJet(pT) [GeV]; efficiency' pfjetpT_HE_numerator pfjetpT_HE_denominator",
"effic_pfjetpT_HE_pTThresh 'Jet pT turnON (HE); PFJet(pT) [GeV]; efficiency' pfjetpT_pTThresh_HE_numerator pfjetpT_pTThresh_HE_denominator",
"effic_pfjetphi_HE 'Jet efficiency vs #phi (HE); PF Jet #phi [rad]; efficiency' pfjetphi_HE_numerator pfjetphi_HE_denominator",
"effic_pfjeteta_HE 'Jet efficiency vs #eta (HE); PF Jet #eta; efficiency' pfjeteta_HE_numerator pfjeteta_HE_denominator",
## HE_p
"effic_pfjetpT_HE_p 'Jet pT turnON (HEP); PFJet(pT) [GeV]; efficiency' pfjetpT_HE_p_numerator pfjetpT_HE_p_denominator",
"effic_pfjetpT_HE_p_pTThresh 'Jet pT turnON (HEP); PFJet(pT) [GeV]; efficiency' pfjetpT_pTThresh_HE_p_numerator pfjetpT_pTThresh_HE_p_denominator",
"effic_pfjetphi_HE_p 'Jet efficiency vs #phi (HEP); PF Jet #phi [rad]; efficiency' pfjetphi_HE_p_numerator pfjetphi_HE_p_denominator",
"effic_pfjeteta_HE_p 'Jet efficiency vs #eta (HEP); PF Jet #eta; efficiency' pfjeteta_HE_p_numerator pfjeteta_HE_p_denominator",
## HE_m
"effic_pfjetpT_HE_m 'Jet pT turnON (HEM); PFJet(pT) [GeV]; efficiency' pfjetpT_HE_m_numerator pfjetpT_HE_m_denominator",
"effic_pfjetpT_HE_m_pTThresh 'Jet pT turnON (HEM); PFJet(pT) [GeV]; efficiency' pfjetpT_pTThresh_HE_m_numerator pfjetpT_pTThresh_HE_m_denominator",
"effic_pfjetphi_HE_m 'Jet efficiency vs #phi (HEM); PF Jet #phi [rad]; efficiency' pfjetphi_HE_m_numerator pfjetphi_HE_m_denominator",
"effic_pfjeteta_HE_m 'Jet efficiency vs #eta (HEM); PF Jet #eta; efficiency' pfjeteta_HE_m_numerator pfjeteta_HE_m_denominator",
## HF
"effic_pfjetpT_HF 'Jet pT turnON (HF); PFJet(pT) [GeV]; efficiency' pfjetpT_HF_numerator pfjetpT_HF_denominator",
"effic_pfjetpT_HF_pTThresh 'Jet pT turnON (HF); PFJet(pT) [GeV]; efficiency' pfjetpT_pTThresh_HF_numerator pfjetpT_pTThresh_HF_denominator",
"effic_pfjetphi_HF 'Jet efficiency vs #phi (HF); PF Jet #phi [rad]; efficiency' pfjetphi_HF_numerator pfjetphi_HF_denominator",
"effic_pfjeteta_HF 'Jet efficiency vs #eta (HF); PF Jet #eta; efficiency' pfjeteta_HF_numerator pfjeteta_HF_denominator",
## 2D Eff
"effic_pfjetEtaVsPhi 'Jet efficiency vs #eta and #phi; PF Jet #eta; #phi' pfjetEtaVsPhi_numerator pfjetEtaVsPhi_denominator",
"effic_pfjetEtaVsPhi_HB 'Jet efficiency vs #eta and #phi(HB); PF Jet #eta; #phi' pfjetEtaVsPhi_HB_numerator pfjetEtaVsPhi_HB_denominator",
"effic_pfjetEtaVsPhi_HE 'Jet efficiency vs #eta and #phi(HE); PF Jet #eta; #phi' pfjetEtaVsPhi_HE_numerator pfjetEtaVsPhi_HE_denominator",
"effic_pfjetEtaVsPhi_HF 'Jet efficiency vs #eta and #phi(HF); PF Jet #eta; #phi' pfjetEtaVsPhi_HF_numerator pfjetEtaVsPhi_HF_denominator",
"effic_pfjetEtaVsPhi_HE_p 'Jet efficiency vs #eta and #phi(HE_p); PF Jet #eta; #phi' pfjetEtaVsPhi_HE_p_numerator pfjetEtaVsPhi_HE_p_denominator",
"effic_pfjetEtaVsPhi_HE_m 'Jet efficiency vs #eta and #phi(HE_m); PF Jet #eta; #phi' pfjetEtaVsPhi_HE_m_numerator pfjetEtaVsPhi_HE_m_denominator",
"effic_pfjetEtaVspT 'Jet efficiency #eta vs Pt; PF Jet #eta; Pt' pfjetEtaVspT_numerator pfjetEtaVspT_denominator",
"effic_pfjetEtaVspT_HB 'Jet efficiency #eta vs Pt(HB); PF Jet #eta; Pt' pfjetEtaVspT_HB_numerator pfjetEtaVspT_HB_denominator",
"effic_pfjetEtaVspT_HE 'Jet efficiency #eta vs Pt(HE); PF Jet #eta; Pt' pfjetEtaVspT_HE_numerator pfjetEtaVspT_HE_denominator",
"effic_pfjetEtaVspT_HF 'Jet efficiency #eta vs Pt(HF); PF Jet #eta; Pt' pfjetEtaVspT_HF_numerator pfjetEtaVspT_HF_denominator",
"effic_pfjetEtaVspT_HE_p 'Jet efficiency #eta vs Pt(HE_p); PF Jet #eta; Pt' pfjetEtaVspT_HE_p_numerator pfjetEtaVspT_HE_p_denominator",
"effic_pfjetEtaVspT_HE_m 'Jet efficiency #eta vs Pt(HE_m); PF Jet #eta; Pt' pfjetEtaVspT_HE_m_numerator pfjetEtaVspT_HE_m_denominator"
),
efficiencyProfile = cms.untracked.vstring(
"effic_pfjetpT_vs_LS 'JET efficiency vs LS; LS; PF JET efficiency' pfjetpTVsLS_numerator pfjetpTVsLS_denominator",
# "effic_pfjetpT_HBvs_LS 'JET efficiency vs LS; LS; PF JET efficiency' pfjetpTVsLS_HB_numerator pfjetpTVsLS_HB_denominator",
# "effic_pfjetpT_HEvs_LS 'JET efficiency vs LS; LS; PF JET efficiency' pfjetpTVsLS_HE_numerator pfjetpTVsLS_HE_denominator",
# "effic_pfjetpT_HFvs_LS 'JET efficiency vs LS; LS; PF JET efficiency' pfjetpTVsLS_HF_numerator pfjetpTVsLS_HF_denominator",
# "effic_pfjetpT_HE_mvs_LS 'JET efficiency vs LS; LS; PF JET efficiency' pfjetpTVsLS_HE_m_numerator pfjetpTVsLS_HE_m_denominator",
# "effic_pfjetpT_HE_pvs_LS 'JET efficiency vs LS; LS; PF JET efficiency' pfjetpTVsLS_HE_p_numerator pfjetpTVsLS_HE_p_denominator",
),
)
calojetEfficiency = DQMEDHarvester("DQMGenericClient",
subDirs = cms.untracked.vstring("HLT/JME/*"),
verbose = cms.untracked.uint32(0), # Set to 2 for all messages
resolution = cms.vstring(),
efficiency = cms.vstring(
"effic_calojetpT 'Jet pT turnON; CaloJet(pT) [GeV]; efficiency' calojetpT_numerator calojetpT_denominator",
"effic_calojetpT_pTThresh 'Jet pT turnON; CaloJet(pT) [GeV]; efficiency' calojetpT_pTThresh_numerator calojetpT_pTThresh_denominator",
"effic_calojetphi 'Jet efficiency vs #phi; Calo Jet #phi [rad]; efficiency' calojetphi_numerator calojetphi_denominator",
"effic_calojeteta 'Jet efficiency vs #eta; Calo Jet #eta; efficiency' calojeteta_numerator calojeteta_denominator",
"effic_calojetpT_HB 'Jet pT turnON (HB); CaloJet(pT) [GeV]; efficiency' calojetpT_HB_numerator calojetpT_HB_denominator",
"effic_calojetpT_HB_pTThresh 'Jet pT turnON (HB); CaloJet(pT) [GeV]; efficiency' calojetpT_pTThresh_HB_numerator calojetpT_pTThresh_HB_denominator",
"effic_calojetphi_HB 'Jet efficiency vs #phi (HB); Calo Jet #phi [rad]; efficiency' calojetphi_HB_numerator calojetphi_HB_denominator",
"effic_calojeteta_HB 'Jet efficiency vs #eta (HB); Calo Jet #eta; efficiency' calojeteta_HB_numerator calojeteta_HB_denominator",
"effic_calojetpT_HE 'Jet pT turnON (HE); CaloJet(pT) [GeV]; efficiency' calojetpT_HE_numerator calojetpT_HE_denominator",
"effic_calojetpT_HE_pTThresh 'Jet pT turnON (HE); CaloJet(pT) [GeV]; efficiency' calojetpT_pTThresh_HE_numerator calojetpT_pTThresh_HE_denominator",
"effic_calojetphi_HE 'Jet efficiency vs #phi (HE); Calo Jet #phi [rad]; efficiency' calojetphi_HE_numerator calojetphi_HE_denominator",
"effic_calojeteta_HE 'Jet efficiency vs #eta (HE); Calo Jet #eta; efficiency' calojeteta_HE_numerator calojeteta_HE_denominator",
"effic_calojetpT_HE_p 'Jet pT turnON (HEP); CaloJet(pT) [GeV]; efficiency' calojetpT_HE_p_numerator calojetpT_HE_p_denominator",
"effic_calojetpT_HE_p_pTThresh 'Jet pT turnON (HEP); CaloJet(pT) [GeV]; efficiency' calojetpT_pTThresh_HE_p_numerator calojetpT_pTThresh_HE_P_denominator",
"effic_calojetphi_HE_p 'Jet efficiency vs #phi (HEP); Calo Jet #phi [rad]; efficiency' calojetphi_HE_p_numerator calojetphi_HE_p_denominator",
"effic_calojeteta_HE_p 'Jet efficiency vs #eta (HEP); Calo Jet #eta; efficiency' calojeteta_HE_p_numerator calojeteta_HE_p_denominator",
"effic_calojetpT_HE_m 'Jet pT turnON (HEM); CaloJet(pT) [GeV]; efficiency' calojetpT_HE_m_numerator calojetpT_HE_m_denominator",
"effic_calojetpT_HE_m_pTThresh 'Jet pT turnON (HEM); CaloJet(pT) [GeV]; efficiency' calojetpT_pTThresh_HE_m_numerator calojetpT_pTThresh_HE_m_denominator",
"effic_calojetphi_HE_m 'Jet efficiency vs #phi (HEM); Calo Jet #phi [rad]; efficiency' calojetphi_HE_m_numerator calojetphi_HE_m_denominator",
"effic_calojeteta_HE_m 'Jet efficiency vs #eta (HEM); Calo Jet #eta; efficiency' calojeteta_HE_m_numerator calojeteta_HE_m_denominator",
"effic_calojetpT_HF 'Jet pT turnON; CaloJet(pT) [GeV]; efficiency' calojetpT_HF_numerator calojetpT_HF_denominator",
"effic_calojetpT_HF_pTThresh 'Jet pT turnON; CaloJet(pT) [GeV]; efficiency' calojetpT_pTThresh_HF_numerator calojetpT_pTThresh_HF_denominator",
"effic_calojetphi_HF 'Jet efficiency vs #phi; Calo Jet #phi [rad]; efficiency' calojetphi_HF_numerator calojetphi_HF_denominator",
"effic_calojeteta_HF 'Jet efficiency vs #eta; Calo Jet #eta; efficiency' calojeteta_HF_numerator calojeteta_HF_denominator",
## 2D Eff
"effic_calojetEtaVsPhi 'Jet efficiency vs #eta and #phi; Calo Jet #eta; #phi' calojetEtaVsPhi_numerator calojetEtaVsPhi_denominator",
"effic_calojetEtaVsPhi_HB 'Jet efficiency vs #eta and #phi(HB); Calo Jet #eta; #phi' calojetEtaVsPhi_HB_numerator calojetEtaVsPhi_HB_denominator",
"effic_calojetEtaVsPhi_HE 'Jet efficiency vs #eta and #phi(HE); Calo Jet #eta; #phi' calojetEtaVsPhi_HE_numerator calojetEtaVsPhi_HE_denominator",
"effic_calojetEtaVsPhi_HF 'Jet efficiency vs #eta and #phi(HF); Calo Jet #eta; #phi' calojetEtaVsPhi_HF_numerator calojetEtaVsPhi_HF_denominator",
"effic_calojetEtaVsPhi_HE_p 'Jet efficiency vs #eta and #phi(HE_p); Calo Jet #eta; #phi' calojetEtaVsPhi_HE_p_numerator calojetEtaVsPhi_HE_p_denominator",
"effic_calojetEtaVsPhi_HE_m 'Jet efficiency vs #eta and #phi(HE_m); Calo Jet #eta; #phi' calojetEtaVsPhi_HE_m_numerator calojetEtaVsPhi_HE_m_denominator",
"effic_calojetEtaVspT 'Jet efficiency #eta vs Pt; Calo Jet #eta; Pt' calojetEtaVspT_numerator calojetEtaVspT_denominator",
"effic_calojetEtaVspT_HB 'Jet efficiency #eta vs Pt(HB); Calo Jet #eta; Pt' calojetEtaVspT_HB_numerator calojetEtaVspT_HB_denominator",
"effic_calojetEtaVspT_HE 'Jet efficiency #eta vs Pt(HE); Calo Jet #eta; Pt' calojetEtaVspT_HE_numerator calojetEtaVspT_HE_denominator",
"effic_calojetEtaVspT_HF 'Jet efficiency #eta vs Pt(HF); Calo Jet #eta; Pt' calojetEtaVspT_HF_numerator calojetEtaVspT_HF_denominator",
"effic_calojetEtaVspT_HE_p 'Jet efficiency #eta vs Pt(HE_p); Calo Jet #eta; Pt' calojetEtaVspT_HE_p_numerator calojetEtaVspT_HE_p_denominator",
"effic_calojetEtaVspT_HE_m 'Jet efficiency #eta vs Pt(HE_m); Calo Jet #eta; Pt' calojetEtaVspT_HE_m_numerator calojetEtaVspT_HE_m_denominator"
),
efficiencyProfile = cms.untracked.vstring(
"effic_calojetpT_vs_LS 'JET efficiency vs LS; LS; Calo Jet efficiency' calojetpTVsLS_numerator calojetpTVsLS_denominator",
# "effic_calojetpT_vs_LS 'JET efficiency vs LS; LS; Calo JET efficiency' calojetpTVsLS_numerator calojetpTVsLS_denominator",
# "effic_calojetpT_HBvs_LS 'JET efficiency vs LS; LS; Calo JET efficiency' calojetpTVsLS_HB_numerator calojetpTVsLS_HB_denominator",
# "effic_calojetpT_HEvs_LS 'JET efficiency vs LS; LS; Calo JET efficiency' calojetpTVsLS_HE_numerator calojetpTVsLS_HE_denominator",
# "effic_calojetpT_HFvs_LS 'JET efficiency vs LS; LS; Calo JET efficiency' calojetpTVsLS_HF_numerator calojetpTVsLS_HF_denominator",
# "effic_calojetpT_HE_mvs_LS 'JET efficiency vs LS; LS; Calo JET efficiency' calojetpTVsLS_HE_m_numerator calojetpTVsLS_HE_m_denominator",
# "effic_calojetpT_HE_pvs_LS 'JET efficiency vs LS; LS; Calo JET efficiency' calojetpTVsLS_HE_p_numerator calojetpTVsLS_HE_p_denominator",
),
)
JetMetPromClient = cms.Sequence(
pfjetEfficiency
*calojetEfficiency
)
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