1 import FWCore.ParameterSet.Config
as cms
3 trackingEffFromHitPattern = cms.EDAnalyzer(
"DQMGenericClient",
4 subDirs = cms.untracked.vstring(
"Tracking/TrackParameters/generalTracks/HitEffFromHitPattern",
5 "Tracking/TrackParameters/highPurityTracks/pt_1/HitEffFromHitPattern"),
6 efficiency = cms.vstring(
7 "effic_vs_PU_PXB1 'PXB Layer1 Efficiency vs GoodNumVertices' Hits_valid_PXB_Subdet1 Hits_total_PXB_Subdet1",
8 "effic_vs_PU_PXB2 'PXB Layer2 Efficiency vs GoodNumVertices' Hits_valid_PXB_Subdet2 Hits_total_PXB_Subdet2",
9 "effic_vs_PU_PXB3 'PXB Layer3 Efficiency vs GoodNumVertices' Hits_valid_PXB_Subdet3 Hits_total_PXB_Subdet3",
10 "effic_vs_PU_PXF1 'PXF Layer1 Efficiency vs GoodNumVertices' Hits_valid_PXF_Subdet1 Hits_total_PXF_Subdet1",
11 "effic_vs_PU_PXF2 'PXF Layer2 Efficiency vs GoodNumVertices' Hits_valid_PXF_Subdet2 Hits_total_PXF_Subdet2",
12 "effic_vs_PU_TIB1 'TIB Layer1 Efficiency vs GoodNumVertices' Hits_valid_TIB_Subdet1 Hits_total_TIB_Subdet1",
13 "effic_vs_PU_TIB2 'TIB Layer2 Efficiency vs GoodNumVertices' Hits_valid_TIB_Subdet2 Hits_total_TIB_Subdet2",
14 "effic_vs_PU_TIB3 'TIB Layer3 Efficiency vs GoodNumVertices' Hits_valid_TIB_Subdet3 Hits_total_TIB_Subdet3",
15 "effic_vs_PU_TIB4 'TIB Layer4 Efficiency vs GoodNumVertices' Hits_valid_TIB_Subdet4 Hits_total_TIB_Subdet4",
16 "effic_vs_PU_TOB1 'TOB Layer1 Efficiency vs GoodNumVertices' Hits_valid_TOB_Subdet1 Hits_total_TOB_Subdet1",
17 "effic_vs_PU_TOB2 'TOB Layer2 Efficiency vs GoodNumVertices' Hits_valid_TOB_Subdet2 Hits_total_TOB_Subdet2",
18 "effic_vs_PU_TOB3 'TOB Layer3 Efficiency vs GoodNumVertices' Hits_valid_TOB_Subdet3 Hits_total_TOB_Subdet3",
19 "effic_vs_PU_TOB4 'TOB Layer4 Efficiency vs GoodNumVertices' Hits_valid_TOB_Subdet4 Hits_total_TOB_Subdet4",
20 "effic_vs_PU_TOB5 'TOB Layer5 Efficiency vs GoodNumVertices' Hits_valid_TOB_Subdet5 Hits_total_TOB_Subdet5",
21 "effic_vs_PU_TOB6 'TOB Layer6 Efficiency vs GoodNumVertices' Hits_valid_TOB_Subdet6 Hits_total_TOB_Subdet6",
22 "effic_vs_PU_TID1 'TID Layer1 Efficiency vs GoodNumVertices' Hits_valid_TID_Subdet1 Hits_total_TID_Subdet1",
23 "effic_vs_PU_TID2 'TID Layer2 Efficiency vs GoodNumVertices' Hits_valid_TID_Subdet2 Hits_total_TID_Subdet2",
24 "effic_vs_PU_TID3 'TID Layer3 Efficiency vs GoodNumVertices' Hits_valid_TID_Subdet3 Hits_total_TID_Subdet3",
25 "effic_vs_PU_TEC1 'TEC Layer1 Efficiency vs GoodNumVertices' Hits_valid_TEC_Subdet1 Hits_total_TEC_Subdet1",
26 "effic_vs_PU_TEC2 'TEC Layer2 Efficiency vs GoodNumVertices' Hits_valid_TEC_Subdet2 Hits_total_TEC_Subdet2",
27 "effic_vs_PU_TEC3 'TEC Layer3 Efficiency vs GoodNumVertices' Hits_valid_TEC_Subdet3 Hits_total_TEC_Subdet3",
28 "effic_vs_PU_TEC4 'TEC Layer4 Efficiency vs GoodNumVertices' Hits_valid_TEC_Subdet4 Hits_total_TEC_Subdet4",
29 "effic_vs_PU_TEC5 'TEC Layer5 Efficiency vs GoodNumVertices' Hits_valid_TEC_Subdet5 Hits_total_TEC_Subdet5",
30 "effic_vs_PU_TEC6 'TEC Layer6 Efficiency vs GoodNumVertices' Hits_valid_TEC_Subdet6 Hits_total_TEC_Subdet6",
31 "effic_vs_PU_TEC7 'TEC Layer7 Efficiency vs GoodNumVertices' Hits_valid_TEC_Subdet7 Hits_total_TEC_Subdet7",
32 "effic_vs_PU_TEC8 'TEC Layer8 Efficiency vs GoodNumVertices' Hits_valid_TEC_Subdet8 Hits_total_TEC_Subdet8",
33 "effic_vs_PU_TEC9 'TEC Layer9 Efficiency vs GoodNumVertices' Hits_valid_TEC_Subdet9 Hits_total_TEC_Subdet9"
35 resolution = cms.vstring(),
36 verbose = cms.untracked.uint32(5),
37 outputFileName = cms.untracked.string(
""),