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import FWCore.ParameterSet.Config as cms
allTrackProducer = {}
mainfolderName = {}
vertexfolderName = {}
sequenceName = {}
trackPtN = {}
trackPtMin = {}
trackPtMax = {}
pcaZtoPVMax = {}
pcaZtoPVMin = {}
doPlotsPCA = {}
numCutString = {}
denCutString = {}
doGoodTracksPlots = {}
doTrackerSpecific = {}
doHitPropertiesPlots = {}
doGeneralPropertiesPlots = {}
doBeamSpotPlots = {}
doSeedParameterHistos = {}
doRecHitVsPhiVsEtaPerTrack = {}
doRecHitVsPtVsEtaPerTrack = {}
doGoodTrackRecHitVsPhiVsEtaPerTrack = {}
doLayersVsPhiVsEtaPerTrack = {}
doGoodTrackLayersVsPhiVsEtaPerTrack = {}
doPUmonitoring = {}
doPlotsVsBXlumi = {}
doPlotsVsGoodPVtx = {}
doEffFromHitPatternVsPU = {}
doEffFromHitPatternVsBX = {}
doEffFromHitPatternVsLumi = {}
doStopSource = {}
selectedTracks = []
allTrackProducer['generalTracks'] = 'generalTracks'
mainfolderName ['generalTracks'] = 'Tracking/TrackParameters/generalTracks'
vertexfolderName['generalTracks'] = 'Tracking/PrimaryVertices/generalTracks'
trackPtN ['generalTracks'] = cms.int32(100)
trackPtMin ['generalTracks'] = cms.double(0.)
trackPtMax ['generalTracks'] = cms.double(100.)
pcaZtoPVMax ['generalTracks'] = cms.double(30.)
pcaZtoPVMin ['generalTracks'] = cms.double(-30.)
doPlotsPCA ['generalTracks'] = cms.bool(False)
numCutString ['generalTracks'] = cms.string("quality('highPurity')") # num := den + quality('highPurity')
denCutString ['generalTracks'] = cms.string("") # den := kinematics cuts
doGoodTracksPlots ['generalTracks'] = cms.bool(True)
doTrackerSpecific ['generalTracks'] = cms.bool(True)
doHitPropertiesPlots ['generalTracks'] = cms.bool(True)
doGeneralPropertiesPlots ['generalTracks'] = cms.bool(True)
doBeamSpotPlots ['generalTracks'] = cms.bool(True)
doSeedParameterHistos ['generalTracks'] = cms.bool(False)
doRecHitVsPhiVsEtaPerTrack ['generalTracks'] = cms.bool(True)
doRecHitVsPtVsEtaPerTrack ['generalTracks'] = cms.bool(True)
doGoodTrackRecHitVsPhiVsEtaPerTrack ['generalTracks'] = cms.bool(True)
doLayersVsPhiVsEtaPerTrack ['generalTracks'] = cms.bool(True)
doGoodTrackLayersVsPhiVsEtaPerTrack ['generalTracks'] = cms.bool(True)
doPUmonitoring ['generalTracks'] = cms.bool(False)
doPlotsVsBXlumi ['generalTracks'] = cms.bool(False)
doPlotsVsGoodPVtx ['generalTracks'] = cms.bool(True)
doEffFromHitPatternVsPU ['generalTracks'] = cms.bool(True)
doEffFromHitPatternVsBX ['generalTracks'] = cms.bool(False)
doEffFromHitPatternVsLumi ['generalTracks'] = cms.bool(False)
doStopSource ['generalTracks'] = cms.bool(True)
trackSelector = cms.EDFilter('TrackSelector',
src = cms.InputTag('generalTracks'),
cut = cms.string("")
)
### highpurity definition: https://cmssdt.cern.ch/SDT/lxr/source/RecoTracker/FinalTrackSelectors/python/selectHighPurity_cfi.py
highPurityPtRange0to1 = trackSelector.clone(
cut = "quality('highPurity') & pt >= 0 & pt < 1 "
)
sequenceName ['highPurityPtRange0to1'] = highPurityPtRange0to1
allTrackProducer['highPurityPtRange0to1'] = 'generalTracks'
mainfolderName ['highPurityPtRange0to1'] = 'Tracking/TrackParameters/highPurityTracks/pt_0to1'
vertexfolderName['highPurityPtRange0to1'] = 'Tracking/PrimaryVertices/highPurityTracks/pt_0to1'
trackPtN ['highPurityPtRange0to1'] = cms.int32(10)
trackPtMin ['highPurityPtRange0to1'] = cms.double(0.)
trackPtMax ['highPurityPtRange0to1'] = cms.double(1.)
pcaZtoPVMax ['highPurityPtRange0to1'] = cms.double(30.)
pcaZtoPVMin ['highPurityPtRange0to1'] = cms.double(-30.)
numCutString ['highPurityPtRange0to1'] = cms.string(" pt >= 0 & pt < 1 & quality('highPurity')") # num := den + quality('highPurity') [it is the same as the main selection, but just to be sure ...]
denCutString ['highPurityPtRange0to1'] = cms.string(" pt >= 0 & pt < 1 ") # den := kinematics cut
doPlotsPCA ['highPurityPtRange0to1'] = cms.bool(False)
doGoodTracksPlots ['highPurityPtRange0to1'] = cms.bool(False)
doTrackerSpecific ['highPurityPtRange0to1'] = cms.bool(False)
doHitPropertiesPlots ['highPurityPtRange0to1'] = cms.bool(True)
doGeneralPropertiesPlots ['highPurityPtRange0to1'] = cms.bool(True)
doBeamSpotPlots ['highPurityPtRange0to1'] = cms.bool(True)
doSeedParameterHistos ['highPurityPtRange0to1'] = cms.bool(False)
doRecHitVsPhiVsEtaPerTrack ['highPurityPtRange0to1'] = cms.bool(True)
doRecHitVsPtVsEtaPerTrack ['highPurityPtRange0to1'] = cms.bool(True)
doGoodTrackRecHitVsPhiVsEtaPerTrack ['highPurityPtRange0to1'] = cms.bool(False)
doLayersVsPhiVsEtaPerTrack ['highPurityPtRange0to1'] = cms.bool(True)
doGoodTrackLayersVsPhiVsEtaPerTrack ['highPurityPtRange0to1'] = cms.bool(False)
doPUmonitoring ['highPurityPtRange0to1'] = cms.bool(True)
doPlotsVsBXlumi ['highPurityPtRange0to1'] = cms.bool(False)
doPlotsVsGoodPVtx ['highPurityPtRange0to1'] = cms.bool(True)
doEffFromHitPatternVsPU ['highPurityPtRange0to1'] = cms.bool(False)
doEffFromHitPatternVsBX ['highPurityPtRange0to1'] = cms.bool(False)
doEffFromHitPatternVsLumi ['highPurityPtRange0to1'] = cms.bool(False)
doStopSource ['highPurityPtRange0to1'] = cms.bool(True)
highPurityPtRange1to10 = trackSelector.clone(
cut = "quality('highPurity') & pt >= 1 & pt < 10 "
)
sequenceName ['highPurityPtRange1to10'] = highPurityPtRange1to10
allTrackProducer['highPurityPtRange1to10'] = 'generalTracks'
mainfolderName ['highPurityPtRange1to10'] = 'Tracking/TrackParameters/highPurityTracks/pt_1to10'
vertexfolderName['highPurityPtRange1to10'] = 'Tracking/PrimaryVertices/highPurityTracks/pt_1to10'
trackPtN ['highPurityPtRange1to10'] = cms.int32(10)
trackPtMin ['highPurityPtRange1to10'] = cms.double(1.)
trackPtMax ['highPurityPtRange1to10'] = cms.double(10.)
pcaZtoPVMax ['highPurityPtRange1to10'] = cms.double(30.)
pcaZtoPVMin ['highPurityPtRange1to10'] = cms.double(-30.)
numCutString ['highPurityPtRange1to10'] = cms.string(" pt >= 1 & pt < 10 & quality('highPurity')") # num := den + quality('highPurity') [it is the same as the main selection, but just to be sure ...]
denCutString ['highPurityPtRange1to10'] = cms.string(" pt >= 1 & pt < 10 ") # den := kinematics cuts
doGoodTracksPlots ['highPurityPtRange1to10'] = cms.bool(True)
doTrackerSpecific ['highPurityPtRange1to10'] = cms.bool(True)
doHitPropertiesPlots ['highPurityPtRange1to10'] = cms.bool(True)
doGeneralPropertiesPlots ['highPurityPtRange1to10'] = cms.bool(True)
doBeamSpotPlots ['highPurityPtRange1to10'] = cms.bool(True)
doSeedParameterHistos ['highPurityPtRange1to10'] = cms.bool(False)
doRecHitVsPhiVsEtaPerTrack ['highPurityPtRange1to10'] = cms.bool(True)
doRecHitVsPtVsEtaPerTrack ['highPurityPtRange1to10'] = cms.bool(True)
doGoodTrackRecHitVsPhiVsEtaPerTrack ['highPurityPtRange1to10'] = cms.bool(True)
doLayersVsPhiVsEtaPerTrack ['highPurityPtRange1to10'] = cms.bool(True)
doGoodTrackLayersVsPhiVsEtaPerTrack ['highPurityPtRange1to10'] = cms.bool(True)
doPUmonitoring ['highPurityPtRange1to10'] = cms.bool(False)
doPlotsVsBXlumi ['highPurityPtRange1to10'] = cms.bool(False)
doPlotsVsGoodPVtx ['highPurityPtRange1to10'] = cms.bool(True)
doEffFromHitPatternVsPU ['highPurityPtRange1to10'] = cms.bool(False)
doEffFromHitPatternVsBX ['highPurityPtRange1to10'] = cms.bool(False)
doEffFromHitPatternVsLumi ['highPurityPtRange1to10'] = cms.bool(False)
doStopSource ['highPurityPtRange1to10'] = cms.bool(True)
highPurityPt10 = trackSelector.clone(
cut = "quality('highPurity') & pt >= 10"
)
sequenceName ['highPurityPt10'] = highPurityPt10
allTrackProducer['highPurityPt10'] = 'generalTracks'
mainfolderName ['highPurityPt10'] = 'Tracking/TrackParameters/highPurityTracks/pt_10'
vertexfolderName['highPurityPt10'] = 'Tracking/PrimaryVertices/highPurityTracks/pt_10'
trackPtN ['highPurityPt10'] = cms.int32(100)
trackPtMin ['highPurityPt10'] = cms.double(10.)
trackPtMax ['highPurityPt10'] = cms.double(110.)
pcaZtoPVMax ['highPurityPt10'] = cms.double(30.)
pcaZtoPVMin ['highPurityPt10'] = cms.double(-30.)
numCutString ['highPurityPt10'] = cms.string(" pt >= 10 & quality('highPurity')") # num := den + quality('highPurity') [it is the same as the main selection, but just to be sure ...]
denCutString ['highPurityPt10'] = cms.string(" pt >= 10 ") # den := kinematics cuts
doGoodTracksPlots ['highPurityPt10'] = cms.bool(True)
doTrackerSpecific ['highPurityPt10'] = cms.bool(True)
doHitPropertiesPlots ['highPurityPt10'] = cms.bool(True)
doGeneralPropertiesPlots ['highPurityPt10'] = cms.bool(True)
doBeamSpotPlots ['highPurityPt10'] = cms.bool(True)
doSeedParameterHistos ['highPurityPt10'] = cms.bool(False)
doRecHitVsPhiVsEtaPerTrack ['highPurityPt10'] = cms.bool(True)
doRecHitVsPtVsEtaPerTrack ['highPurityPt10'] = cms.bool(True)
doGoodTrackRecHitVsPhiVsEtaPerTrack ['highPurityPt10'] = cms.bool(True)
doLayersVsPhiVsEtaPerTrack ['highPurityPt10'] = cms.bool(True)
doGoodTrackLayersVsPhiVsEtaPerTrack ['highPurityPt10'] = cms.bool(True)
doPUmonitoring ['highPurityPt10'] = cms.bool(False)
doPlotsVsBXlumi ['highPurityPt10'] = cms.bool(False)
doPlotsVsGoodPVtx ['highPurityPt10'] = cms.bool(True)
doEffFromHitPatternVsPU ['highPurityPt10'] = cms.bool(False)
doEffFromHitPatternVsBX ['highPurityPt10'] = cms.bool(False)
doEffFromHitPatternVsLumi ['highPurityPt10'] = cms.bool(False)
doStopSource ['highPurityPt10'] = cms.bool(True)
###### old monitored track collections
highPurityPt1 = trackSelector.clone(
cut = "quality('highPurity') & pt >= 1"
)
sequenceName ['highPurityPt1'] = highPurityPt1
allTrackProducer['highPurityPt1'] = 'generalTracks'
mainfolderName ['highPurityPt1'] = 'Tracking/TrackParameters/highPurityTracks/pt_1'
vertexfolderName['highPurityPt1'] = 'Tracking/PrimaryVertices/highPurityTracks/pt_1'
trackPtN ['highPurityPt1'] = cms.int32(100)
trackPtMin ['highPurityPt1'] = cms.double(0.)
trackPtMax ['highPurityPt1'] = cms.double(100.)
pcaZtoPVMax ['highPurityPt1'] = cms.double(30.)
pcaZtoPVMin ['highPurityPt1'] = cms.double(-30.)
doPlotsPCA ['highPurityPt1'] = cms.bool(True)
numCutString ['highPurityPt1'] = cms.string(" pt >= 1 & quality('highPurity')") # num := den + quality('highPurity') [it is the same as the main selection, but just to be sure ...]
denCutString ['highPurityPt1'] = cms.string(" pt >= 1 ") # den := kinematics cut
doGoodTracksPlots ['highPurityPt1'] = cms.bool(True)
doTrackerSpecific ['highPurityPt1'] = cms.bool(True)
doHitPropertiesPlots ['highPurityPt1'] = cms.bool(True)
doGeneralPropertiesPlots ['highPurityPt1'] = cms.bool(True)
doBeamSpotPlots ['highPurityPt1'] = cms.bool(True)
doSeedParameterHistos ['highPurityPt1'] = cms.bool(False)
doRecHitVsPhiVsEtaPerTrack ['highPurityPt1'] = cms.bool(True)
doRecHitVsPtVsEtaPerTrack ['highPurityPt1'] = cms.bool(True)
doGoodTrackRecHitVsPhiVsEtaPerTrack ['highPurityPt1'] = cms.bool(True)
doLayersVsPhiVsEtaPerTrack ['highPurityPt1'] = cms.bool(True)
doGoodTrackLayersVsPhiVsEtaPerTrack ['highPurityPt1'] = cms.bool(True)
doPUmonitoring ['highPurityPt1'] = cms.bool(False)
doPlotsVsBXlumi ['highPurityPt1'] = cms.bool(False)
doPlotsVsGoodPVtx ['highPurityPt1'] = cms.bool(True)
doEffFromHitPatternVsPU ['highPurityPt1'] = cms.bool(True)
doEffFromHitPatternVsBX ['highPurityPt1'] = cms.bool(True)
doEffFromHitPatternVsLumi ['highPurityPt1'] = cms.bool(True)
doStopSource ['highPurityPt1'] = cms.bool(True)
###### forward-only monitored track collections
highPurityPt1Eta2p5to3p0 = trackSelector.clone(
cut = "quality('highPurity') & pt >= 1 & abs(eta) > 2.5"
)
sequenceName ['highPurityPt1Eta2p5to3p0'] = highPurityPt1Eta2p5to3p0
allTrackProducer['highPurityPt1Eta2p5to3p0'] = 'generalTracks'
mainfolderName ['highPurityPt1Eta2p5to3p0'] = 'Tracking/TrackParameters/highPurityTracks/pt_1_Eta_2p5'
vertexfolderName['highPurityPt1Eta2p5to3p0'] = 'Tracking/PrimaryVertices/highPurityTracks/pt_1_Eta_2p5'
trackPtN ['highPurityPt1Eta2p5to3p0'] = cms.int32(100)
trackPtMin ['highPurityPt1Eta2p5to3p0'] = cms.double(0.)
trackPtMax ['highPurityPt1Eta2p5to3p0'] = cms.double(100.)
pcaZtoPVMax ['highPurityPt1Eta2p5to3p0'] = cms.double(30.)
pcaZtoPVMin ['highPurityPt1Eta2p5to3p0'] = cms.double(-30.)
doPlotsPCA ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
numCutString ['highPurityPt1Eta2p5to3p0'] = cms.string(" pt >= 1 & abs(eta) > 2.5 & quality('highPurity')") # num := den + quality('highPurity') [it is the same as the main selection, but just to be sure ...]
denCutString ['highPurityPt1Eta2p5to3p0'] = cms.string(" pt >= 1 & abs(eta) > 2.5") # den := kinematics cut
doGoodTracksPlots ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doTrackerSpecific ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doHitPropertiesPlots ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doGeneralPropertiesPlots ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doBeamSpotPlots ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doSeedParameterHistos ['highPurityPt1Eta2p5to3p0'] = cms.bool(False)
doRecHitVsPhiVsEtaPerTrack ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doRecHitVsPtVsEtaPerTrack ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doGoodTrackRecHitVsPhiVsEtaPerTrack ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doLayersVsPhiVsEtaPerTrack ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doGoodTrackLayersVsPhiVsEtaPerTrack ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doPUmonitoring ['highPurityPt1Eta2p5to3p0'] = cms.bool(False)
doPlotsVsBXlumi ['highPurityPt1Eta2p5to3p0'] = cms.bool(False)
doPlotsVsGoodPVtx ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doEffFromHitPatternVsPU ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
doEffFromHitPatternVsBX ['highPurityPt1Eta2p5to3p0'] = cms.bool(False)
doEffFromHitPatternVsLumi ['highPurityPt1Eta2p5to3p0'] = cms.bool(False)
doStopSource ['highPurityPt1Eta2p5to3p0'] = cms.bool(True)
###### all tracks (no pt cut) associated to the PV
###### association is dz<1mm
from CommonTools.RecoAlgos.TrackWithVertexSelector_cfi import *
trackAssociated2pvSelector = trackWithVertexSelector.clone(
# the track collection
src = 'generalTracks',
# kinematic cuts (pT in GeV)
etaMin = 0.0,
etaMax = 5.0,
ptMin = 0.0,
ptMax = 100000.0,
# impact parameter cut (in cm)
d0Max = 999.,
dzMax = 999.,
# quality cuts (valid hits, normalized chi2)
normalizedChi2 = 999999.,
numberOfValidHits = 0,
numberOfLostHits = 999, ## at most 999 lost hits
numberOfValidPixelHits = 0, ## at least <n> hits in the pixels
ptErrorCut = 9999999., ## [pTError/pT]*max(1,normChi2) <= ptErrorCut
quality = "highPurity", # quality cut as defined in reco::TrackBase
# compatibility with a vertex ?
useVtx = True,
vertexTag = 'trackingDQMgoodOfflinePrimaryVertices',
timesTag = '',
timeResosTag = '',
nVertices = 1, ## how many vertices to look at before dropping the track
vtxFallback = True, ## falback to beam spot if there are no vertices
# uses vtx=(0,0,0) with deltaZeta=15.9, deltaRho = 0.2
zetaVtx = 999.,
#rhoVtx = 0.2, ## tags used by b-tagging folks
rhoVtx = 999., ## tags used by b-tagging folks
nSigmaDtVertex = 0.
)
highPurityPV0p1 = trackAssociated2pvSelector.clone(
zetaVtx = 0.1, # wrt PV
#dzMax = 0.1 # wrt BS
)
PV0p1 = highPurityPV0p1.clone(
quality = "" # quality cut as defined in reco::TrackBase
)
#sequenceName ['highPurityPV0p1'] = highPurityPV0p1
sequenceName ['highPurityPV0p1'] = highPurityPV0p1+PV0p1
allTrackProducer['highPurityPV0p1'] = 'PV0p1'
mainfolderName ['highPurityPV0p1'] = 'Tracking/TrackParameters/highPurityTracks/dzPV0p1'
vertexfolderName['highPurityPV0p1'] = 'Tracking/PrimaryVertices/highPurityTracks/dzPV0p1'
trackPtN ['highPurityPV0p1'] = cms.int32(100)
trackPtMin ['highPurityPV0p1'] = cms.double(0.)
trackPtMax ['highPurityPV0p1'] = cms.double(100.)
pcaZtoPVMax ['highPurityPV0p1'] = cms.double(0.15)
pcaZtoPVMin ['highPurityPV0p1'] = cms.double(-0.15)
doPlotsPCA ['highPurityPV0p1'] = cms.bool(True)
numCutString ['highPurityPV0p1'] = cms.string("quality('highPurity')") # num := den + quality('highPurity')
denCutString ['highPurityPV0p1'] = cms.string("") # den := kinematic cuts
doGoodTracksPlots ['highPurityPV0p1'] = cms.bool(True)
doTrackerSpecific ['highPurityPV0p1'] = cms.bool(True)
doHitPropertiesPlots ['highPurityPV0p1'] = cms.bool(True)
doGeneralPropertiesPlots ['highPurityPV0p1'] = cms.bool(True)
doBeamSpotPlots ['highPurityPV0p1'] = cms.bool(True)
doSeedParameterHistos ['highPurityPV0p1'] = cms.bool(False)
doRecHitVsPhiVsEtaPerTrack ['highPurityPV0p1'] = cms.bool(True)
doRecHitVsPtVsEtaPerTrack ['highPurityPV0p1'] = cms.bool(True)
doGoodTrackRecHitVsPhiVsEtaPerTrack ['highPurityPV0p1'] = cms.bool(True)
doLayersVsPhiVsEtaPerTrack ['highPurityPV0p1'] = cms.bool(True)
doGoodTrackLayersVsPhiVsEtaPerTrack ['highPurityPV0p1'] = cms.bool(True)
doPUmonitoring ['highPurityPV0p1'] = cms.bool(False)
doPlotsVsBXlumi ['highPurityPV0p1'] = cms.bool(False)
doPlotsVsGoodPVtx ['highPurityPV0p1'] = cms.bool(True)
doEffFromHitPatternVsPU ['highPurityPV0p1'] = cms.bool(True)
doEffFromHitPatternVsBX ['highPurityPV0p1'] = cms.bool(False)
doEffFromHitPatternVsLumi ['highPurityPV0p1'] = cms.bool(True)
doStopSource ['highPurityPV0p1'] = cms.bool(True)
#pixel tracks
hiConformalPixelTracksQA = trackSelector.clone(
src = 'hiConformalPixelTracks',
cut = "chi2/ndof/hitPattern.trackerLayersWithMeasurement < 200"
)
sequenceName ['hiConformalPixelTracksQA'] = hiConformalPixelTracksQA
allTrackProducer['hiConformalPixelTracksQA'] = 'generalTracks'
mainfolderName ['hiConformalPixelTracksQA'] = 'Tracking/TrackParameters/hiConformalPixelTracks'
vertexfolderName['hiConformalPixelTracksQA'] = 'Tracking/PrimaryVertices/hiConformalPixelTracks'
trackPtN ['hiConformalPixelTracksQA'] = cms.int32(100)
trackPtMin ['hiConformalPixelTracksQA'] = cms.double(0.)
trackPtMax ['hiConformalPixelTracksQA'] = cms.double(10.)
pcaZtoPVMax ['hiConformalPixelTracksQA'] = cms.double(30.)
pcaZtoPVMin ['hiConformalPixelTracksQA'] = cms.double(-30.)
numCutString ['hiConformalPixelTracksQA'] = cms.string(" pt >= 0 ")
denCutString ['hiConformalPixelTracksQA'] = cms.string(" pt >= 0 ")
doPlotsPCA ['hiConformalPixelTracksQA'] = cms.bool(False)
doGoodTracksPlots ['hiConformalPixelTracksQA'] = cms.bool(False)
doTrackerSpecific ['hiConformalPixelTracksQA'] = cms.bool(False)
doHitPropertiesPlots ['hiConformalPixelTracksQA'] = cms.bool(True)
doGeneralPropertiesPlots ['hiConformalPixelTracksQA'] = cms.bool(True)
doBeamSpotPlots ['hiConformalPixelTracksQA'] = cms.bool(True)
doSeedParameterHistos ['hiConformalPixelTracksQA'] = cms.bool(False)
doRecHitVsPhiVsEtaPerTrack ['hiConformalPixelTracksQA'] = cms.bool(True)
doRecHitVsPtVsEtaPerTrack ['hiConformalPixelTracksQA'] = cms.bool(True)
doGoodTrackRecHitVsPhiVsEtaPerTrack ['hiConformalPixelTracksQA'] = cms.bool(False)
doLayersVsPhiVsEtaPerTrack ['hiConformalPixelTracksQA'] = cms.bool(True)
doGoodTrackLayersVsPhiVsEtaPerTrack ['hiConformalPixelTracksQA'] = cms.bool(False)
doPUmonitoring ['hiConformalPixelTracksQA'] = cms.bool(True)
doPlotsVsBXlumi ['hiConformalPixelTracksQA'] = cms.bool(False)
doPlotsVsGoodPVtx ['hiConformalPixelTracksQA'] = cms.bool(True)
doEffFromHitPatternVsPU ['hiConformalPixelTracksQA'] = cms.bool(False)
doEffFromHitPatternVsBX ['hiConformalPixelTracksQA'] = cms.bool(False)
doEffFromHitPatternVsLumi ['hiConformalPixelTracksQA'] = cms.bool(False)
doStopSource ['hiConformalPixelTracksQA'] = cms.bool(True)
selectedTracks.extend( ['generalTracks'] )
#selectedTracks.extend( ['highPurityPtRange0to1'] )
#selectedTracks.extend( ['highPurityPtRange1to10'] )
#selectedTracks.extend( ['highPurityPt10'] )
selectedTracks.extend( ['highPurityPt1'] )
selectedTracks.extend( ['highPurityPtRange0to1'] )
selectedTracks.extend( ['highPurityPV0p1'] )
# not by default
#selectedTracks.extend( ['highPurityPt1Eta2p5to3p0'] )
#selectedTracks2runSequence=cms.Sequence()
#for tracks in selectedTracks :
# if tracks != 'generalTracks':
# selectedTracks2runSequence+=sequenceName[tracks]
from Configuration.ProcessModifiers.pp_on_AA_cff import pp_on_AA
pp_on_AA.toModify(selectedTracks, func=lambda selectedTracks: selectedTracks.extend( ['hiConformalPixelTracksQA'] ))
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