/
githubmirror
/
cmssw
Обзор
Документация
Войти
/
githubmirror
/
cmssw
Код
Запросы
0
Пакеты
0
Релизы
0
Аналитика
Безопасность
master
DQM/TrackingMonitor/python/MonitorTrackSTAMuons_cfi.py
300 строк
7 KB
claralasa
Drop type specification in clone function
25 сен 2021, 21:50
25 сен 2021, 21:50
0dea6cd
Код
Авторство
О чём код?
import FWCore.ParameterSet.Config as cms # MonitorTrackGlobal from DQM.TrackingMonitor.TrackingMonitor_cfi import * MonitorTrackSTAMuons = TrackMon.clone( # input tags TrackProducer = ("standAloneMuons","UpdatedAtVtx"), SeedProducer = "combinedP5SeedsForCTF", TCProducer = "ckfTrackCandidatesP5", beamSpot = "offlineBeamSpot", ClusterLabels = ('Tot',), # output parameters AlgoName = 'sta', Quality = '', FolderName = 'Muons/standAloneMuonsUpdatedAtVtx', BSFolderName = 'Muons/standAloneMuonsUpdatedAtVtx/BeamSpotParameters', # determines where to evaluate track parameters # options: 'default' --> straight up track parametes # 'ImpactPoint' --> evalutate at impact point # 'InnerSurface' --> evalutate at innermost measurement state # 'OuterSurface' --> evalutate at outermost measurement state MeasurementState = 'default', # which plots to do doTrackerSpecific = False, doAllPlots = False, doBeamSpotPlots = False, doSeedParameterHistos = False, doTrackCandHistos = False, doDCAPlots = False, doGeneralPropertiesPlots = True, doHitPropertiesPlots = True, doEffFromHitPatternVsPU = False, doEffFromHitPatternVsBX = False, #doGoodTrackPlots = False, doMeasurementStatePlots = True, doProfilesVsLS = False, doRecHitVsPhiVsEtaPerTrack = False, #doGoodTrackRecHitVsPhiVsEtaPerTrack = False, # which seed plots to do doSeedNumberHisto= False, doSeedVsClusterHisto = False, doSeedPTHisto = False, doSeedETAHisto = False, doSeedPHIHisto = False, doSeedPHIVsETAHisto = False, doSeedThetaHisto = False, doSeedQHisto = False, doSeedDxyHisto = False, doSeedDzHisto = False, doSeedNRecHitsHisto = False, doSeedNVsPhiProf = False, doSeedNVsEtaProf = False, # paramters of the Track # ============================================================ # chi2 Chi2Bin = 250, Chi2Max = 500.0, Chi2Min = 0.0, # chi2 dof Chi2NDFBin = 200, Chi2NDFMax = 19.5, Chi2NDFMin = -0.5, # chi^2 probability Chi2ProbBin = 100, Chi2ProbMax = 1.0, Chi2ProbMin = 0.0, # Number of Tracks per Event TkSizeBin = 11, TkSizeMax = 10.5, TkSizeMin = -0.5, # Number of seeds per Event TkSeedSizeBin = 20, TkSeedSizeMax = 19.5, TkSeedSizeMin = -0.5, # Number of Track Cadidates per Event TCSizeBin = 150, TCSizeMax = 149.5, TCSizeMin = -0.5, # num rec hits TrackQBin = 8, TrackQMax = 2.5, TrackQMin = -2.5, # num rec hits in seed SeedHitBin = 6, SeedHitMax = 5.5, SeedHitMin = -0.5, # num rec hits per track candidate TCHitBin = 40, TCHitMax = 39.5, TCHitMin = -0.5, # num rec hits RecHitBin = 120, RecHitMax = 120.0, RecHitMin = 0.0, # mean rec hits MeanHitBin = 30, MeanHitMax = 29.5, MeanHitMin = -0.5, # num TOB rec hits TOBHitBin = cms.int32(15), TOBHitMin = cms.double(-0.5), TOBHitMax = cms.double(14.5), # num TIB rec hits TIBHitBin = cms.int32(15), TIBHitMin = cms.double(-0.5), TIBHitMax = cms.double(14.5), # num TID rec hits TIDHitBin = cms.int32(15), TIDHitMin = cms.double(-0.5), TIDHitMax = cms.double(14.5), # num TEC rec hits TECHitBin = cms.int32(25), TECHitMin = cms.double(-0.5), TECHitMax = cms.double(24.5), # num PXB rec hits PXBHitBin = cms.int32(10), PXBHitMin = cms.double(-0.5), PXBHitMax = cms.double(9.5), # num PXF rec hits PXFHitBin = cms.int32(10), PXFHitMin = cms.double(-0.5), PXFHitMax = cms.double(9.5), # num rec hits lost RecLostBin = 120, RecLostMax = 20., RecLostMin = 0.0, # num layers RecLayBin = 120, RecLayMax = 120.0, RecLayMin = 0.0, # mean layers MeanLayBin = 20, MeanLayMax = 19.5, MeanLayMin = -0.5, # num TOB layers TOBLayBin = 10, TOBLayMax = 9.5, TOBLayMin = -0.5, # num TIB layers TIBLayBin = 6, TIBLayMax = 5.5, TIBLayMin = -0.5, # num TID layers TIDLayBin = 6, TIDLayMax = 5.5, TIDLayMin = -0.5, # num TEC layers TECLayBin = 15, TECLayMax = 14.5, TECLayMin = -0.5, # num PXB layers PXBLayBin = 6, PXBLayMax = 5.5, PXBLayMin = -0.5, # num PXF layers PXFLayBin = 6, PXFLayMax = 5.5, PXFLayMin = -0.5, # Track |p| TrackPBin = 1000, TrackPMax = 1000., TrackPMin = 0., # Track pT TrackPtBin = 1000, TrackPtMax = 1000., TrackPtMin = 0., # Track px TrackPxBin = 1000, TrackPxMax = 500.0, TrackPxMin = -500.0, # Track py TrackPyBin = 1000, TrackPyMax = 500.0, TrackPyMin = -500.0, # Track pz TrackPzMin = -500.0, TrackPzMax = 500.0, TrackPzBin = 1000, # track theta ThetaBin = 100, ThetaMax = 3.2, ThetaMin = 0.0, # track eta EtaBin = 100, EtaMax = 3.0, EtaMin = -3.0, # track phi PhiBin = 36, PhiMax = 3.2, PhiMin = -3.2, # Track |p| error pErrBin = 100, pErrMax = 10.0, pErrMin = 0.0, # Track pT error ptErrBin = 100, ptErrMax = 10.0, ptErrMin = 0.0, # Track px error pxErrBin = 100, pxErrMax = 10.0, pxErrMin = 0.0, # Track py error pyErrBin = 100, pyErrMax = 10.0, pyErrMin = 0.0, # Track pz error pzErrBin = 100, pzErrMax = 10.0, pzErrMin = 0.0, # track eta error etaErrBin = 100, etaErrMax = 0.5, etaErrMin = 0.0, # track phi Error phiErrBin = 100, phiErrMax = 1.0, phiErrMin = 0.0, # PCA x position VXBin = 20, VXMax = 20.0, VXMin = -20.0, # PCA y position VYBin = 20, VYMax = 20.0, VYMin = -20.0, # PCA z position VZBin = 50, VZMax = 100.0, VZMin = -100.0, # PCA x position for 2D plot X0Bin = 100, X0Max = 3.0, X0Min = -3.0, # PCA y position for 2D plot Y0Bin = 100, Y0Max = 3.0, Y0Min = -3.0, # PCA z position for 2D plot Z0Bin = 60, Z0Max = 30.0, Z0Min = -30.0, # Track dxy (transverse impact parameter) DxyBin = 100, DxyMax = 0.5, DxyMin = -0.5, # Seed dxy (transverse impact parameter) SeedDxyBin = 100, SeedDxyMax = 0.5, SeedDxyMin = -0.5, # Seed dz (longitudinal impact parameter) SeedDzBin = 200, SeedDzMax = 30.0, SeedDzMin = -30.0, # Track Candidate dxy (transverse impact parameter) TCDxyBin = 200, TCDxyMax = 100.0, TCDxyMin = -100.0, # Track Candidate dz (transverse impact parameter) TCDzBin = 200, TCDzMax = 400.0, TCDzMin = -400.0, # NCluster Pixel NClusPxBin = 50, NClusPxMax = 1999.5, NClusPxMin = -0.5, # NCluster Strip NClusStrBin = 150, NClusStrMax = 14999.5, NClusStrMin = -0.5, # NCluster 2D NClus2DPxBin = cms.int32(20), NClus2DPxMax = cms.double(1999.5), NClus2DPxMin = cms.double(-0.5), NClus2DStrBin = cms.int32(50), NClus2DStrMax = cms.double(14999.5), NClus2DStrMin = cms.double(-0.5), # NCluster Vs Tracks NClus2DTotBin = cms.int32(50), NClus2DTotMax = cms.double(14999.5), NClus2DTotMin = cms.double(-0.5), NTrk2D = TrackMon.NTrk2D.clone( NTrk2DBin = 20, NTrk2DMax = 199.5, NTrk2DMin = -0.5 ), TTRHBuilder = 'WithTrackAngle', # For plots vs LS LSBin = 2000, LSMin = 0., LSMax = 2000., # Luminosity based analysis doLumiAnalysis = False )