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TrackAnalyzer.cc
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TrackAnalyzer.cc
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/*
* See header file for a description of this class.
*
* \author Suchandra Dutta , Giorgia Mila
*/
#include "DataFormats/TrackReco/interface/Track.h"
#include "DataFormats/TrackReco/interface/TrackFwd.h"
#include "TrackingTools/TransientTrack/interface/TransientTrackBuilder.h"
#include "TrackingTools/Records/interface/TransientTrackRecord.h"
#include "TrackingTools/TransientTrack/interface/TransientTrack.h"
#include "TrackingTools/IPTools/interface/IPTools.h"
#include "MagneticField/Engine/interface/MagneticField.h"
#include "Geometry/TrackerGeometryBuilder/interface/TrackerGeometry.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"
#include "FWCore/Utilities/interface/InputTag.h"
#include "DQMServices/Core/interface/DQMStore.h"
#include "DQM/TrackingMonitor/interface/TrackAnalyzer.h"
#include <string>
#include "TMath.h"
TrackAnalyzer::TrackAnalyzer(const edm::ParameterSet& iConfig)
: conf_( iConfig )
, doTrackerSpecific_ ( conf_.getParameter<bool>("doTrackerSpecific") )
, doAllPlots_ ( conf_.getParameter<bool>("doAllPlots") )
, doBSPlots_ ( conf_.getParameter<bool>("doBeamSpotPlots") )
, doPVPlots_ ( conf_.getParameter<bool>("doPrimaryVertexPlots") )
, doDCAPlots_ ( conf_.getParameter<bool>("doDCAPlots") )
, doGeneralPropertiesPlots_ ( conf_.getParameter<bool>("doGeneralPropertiesPlots") )
, doMeasurementStatePlots_ ( conf_.getParameter<bool>("doMeasurementStatePlots") )
, doHitPropertiesPlots_ ( conf_.getParameter<bool>("doHitPropertiesPlots") )
, doRecHitVsPhiVsEtaPerTrack_ ( conf_.getParameter<bool>("doRecHitVsPhiVsEtaPerTrack") )
, doLayersVsPhiVsEtaPerTrack_ ( conf_.getParameter<bool>("doLayersVsPhiVsEtaPerTrack") )
, doRecHitsPerTrackProfile_ ( conf_.getParameter<bool>("doRecHitsPerTrackProfile") )
, doThetaPlots_ ( conf_.getParameter<bool>("doThetaPlots") )
, doTrackPxPyPlots_ ( conf_.getParameter<bool>("doTrackPxPyPlots") )
, doDCAwrtPVPlots_ ( conf_.getParameter<bool>("doDCAwrtPVPlots") )
, doDCAwrt000Plots_ ( conf_.getParameter<bool>("doDCAwrt000Plots") )
, doLumiAnalysis_ ( conf_.getParameter<bool>("doLumiAnalysis") )
, doTestPlots_ ( conf_.getParameter<bool>("doTestPlots") )
, doHIPlots_ ( conf_.getParameter<bool>("doHIPlots") )
, doSIPPlots_ ( conf_.getParameter<bool>("doSIPPlots") )
, doEffFromHitPattern_ ( conf_.getParameter<bool>("doEffFromHitPattern") )
, qualityString_ ( conf_.getParameter<std::string>("qualityString"))
, good_vertices_(0)
{
initHistos();
TopFolder_ = conf_.getParameter<std::string>("FolderName");
}
TrackAnalyzer::TrackAnalyzer(const edm::ParameterSet& iConfig, edm::ConsumesCollector& iC)
: TrackAnalyzer(iConfig)
{
edm::InputTag bsSrc = conf_.getParameter<edm::InputTag>("beamSpot");
edm::InputTag primaryVertexInputTag = conf_.getParameter<edm::InputTag>("primaryVertex");
beamSpotToken_ = iC.consumes<reco::BeamSpot>(bsSrc);
pvToken_ = iC.consumes<reco::VertexCollection>(primaryVertexInputTag);
}
void TrackAnalyzer::initHistos()
{
Chi2 = nullptr;
Chi2Prob = nullptr;
Chi2ProbVsPhi = nullptr;
Chi2ProbVsEta = nullptr;
Chi2oNDF = nullptr;
Chi2oNDFVsEta = nullptr;
Chi2oNDFVsPhi = nullptr;
Chi2oNDFVsTheta = nullptr;
Chi2oNDFVsTheta = nullptr;
Chi2oNDFVsPhi = nullptr;
Chi2oNDFVsEta = nullptr;
NumberOfRecHitsPerTrack = nullptr;
NumberOfValidRecHitsPerTrack = nullptr;
NumberOfLostRecHitsPerTrack = nullptr;
NumberOfRecHitsPerTrackVsPhi = nullptr;
NumberOfRecHitsPerTrackVsTheta = nullptr;
NumberOfRecHitsPerTrackVsEta = nullptr;
NumberOfRecHitVsPhiVsEtaPerTrack = nullptr;
NumberOfValidRecHitsPerTrackVsPhi = nullptr;
NumberOfValidRecHitsPerTrackVsEta = nullptr;
DistanceOfClosestApproach = nullptr;
DistanceOfClosestApproachToBS = nullptr;
DistanceOfClosestApproachVsTheta = nullptr;
DistanceOfClosestApproachVsPhi = nullptr;
DistanceOfClosestApproachToBSVsPhi = nullptr;
DistanceOfClosestApproachVsEta = nullptr;
xPointOfClosestApproach = nullptr;
xPointOfClosestApproachVsZ0wrt000 = nullptr;
xPointOfClosestApproachVsZ0wrtBS = nullptr;
yPointOfClosestApproach = nullptr;
yPointOfClosestApproachVsZ0wrt000 = nullptr;
yPointOfClosestApproachVsZ0wrtBS = nullptr;
zPointOfClosestApproach = nullptr;
zPointOfClosestApproachVsPhi = nullptr;
algorithm = nullptr;
oriAlgo = nullptr;
// TESTING
TESTDistanceOfClosestApproachToBS = nullptr;
TESTDistanceOfClosestApproachToBSVsPhi = nullptr;
// by Mia in order to deal w/ LS transitions
Chi2oNDF_lumiFlag = nullptr;
NumberOfRecHitsPerTrack_lumiFlag = nullptr;
////////////////////////////////////////////////////////////
//special Plots for HI DQM //SHOULD I ADD THE BOOL HERE??
////////////////////////////////////////////////////////////
LongDCASig = nullptr;
TransDCASig = nullptr;
dNdPhi_HighPurity = nullptr;
dNdEta_HighPurity = nullptr;
dNdPt_HighPurity = nullptr;
NhitVsEta_HighPurity = nullptr;
NhitVsPhi_HighPurity = nullptr;
// IP significance
sipDxyToBS = nullptr;
sipDzToBS = nullptr;
sip3dToPV = nullptr;
sip2dToPV = nullptr;
sipDxyToPV = nullptr;
sipDzToPV = nullptr;
}
TrackAnalyzer::~TrackAnalyzer()
{
}
void TrackAnalyzer::initHisto(DQMStore::IBooker & ibooker, const edm::EventSetup & iSetup)
{
bookHistosForHitProperties(ibooker);
bookHistosForBeamSpot(ibooker);
bookHistosForLScertification( ibooker);
bookHistosForEfficiencyFromHitPatter(ibooker, iSetup);
// book tracker specific related histograms
// ---------------------------------------------------------------------------------//
if(doTrackerSpecific_ || doAllPlots_) bookHistosForTrackerSpecific(ibooker);
// book state related histograms
// ---------------------------------------------------------------------------------//
if (doMeasurementStatePlots_ || doAllPlots_) {
std::string StateName = conf_.getParameter<std::string>("MeasurementState");
if (StateName == "All") {
bookHistosForState("OuterSurface", ibooker);
bookHistosForState("InnerSurface", ibooker);
bookHistosForState("ImpactPoint" , ibooker);
} else if (
StateName != "OuterSurface" &&
StateName != "InnerSurface" &&
StateName != "ImpactPoint" &&
StateName != "default"
) {
bookHistosForState("default", ibooker);
} else {
bookHistosForState(StateName, ibooker);
}
}
}
void TrackAnalyzer::bookHistosForEfficiencyFromHitPatter(DQMStore::IBooker &ibooker,
const edm::EventSetup & iSetup)
{
if (doEffFromHitPattern_ || doAllPlots_) {
ibooker.setCurrentFolder(TopFolder_ + "/HitEffFromHitPattern");
edm::ESHandle<TrackerGeometry> trackerGeometry;
iSetup.get<TrackerDigiGeometryRecord>().get(trackerGeometry);
// Values are not ordered randomly, but the order is taken from
// http://cmslxr.fnal.gov/dxr/CMSSW/source/Geometry/CommonDetUnit/interface/GeomDetEnumerators.h#15
const char * dets[] = { "None", "PXB", "PXF", "TIB", "TID", "TOB", "TEC"};
// Also in this case, ordering is not random but extracted from
// http://cmslxr.fnal.gov/dxr/CMSSW/source/DataFormats/TrackReco/interface/HitPattern.h
// The category "total" is an addition to ease the computation of
// the efficiencies and is not part of the original HitPattern.
const char * hit_category[] = { "valid", "missing", "inactive", "bad", "total"};
// We set sub_det to be a 1-based index since to it is the sub-sub-structure in the HitPattern
char title[50];
for (unsigned int det = 1; det < sizeof(dets)/sizeof(char*); ++det ) {
for (unsigned int sub_det = 1;
sub_det <= trackerGeometry->numberOfLayers(det); ++sub_det) {
for (unsigned int cat = 0;
cat < sizeof(hit_category)/sizeof(char *); ++cat) {
memset(title, 0, sizeof(title));
snprintf(title, sizeof(title), "Hits_%s_%s_Subdet%d", hit_category[cat], dets[det], sub_det);
switch(cat) {
case 0:
hits_valid_.insert(std::make_pair(
Key(det, sub_det),
ibooker.book1D(title, title, 50, 0.5, 50.5)));
break;
case 1:
hits_missing_.insert(std::make_pair(
Key(det, sub_det),
ibooker.book1D(title, title, 50, 0.5, 50.5)));
break;
case 2:
hits_inactive_.insert(std::make_pair(
Key(det, sub_det),
ibooker.book1D(title, title, 50, 0.5, 50.5)));
break;
case 3:
hits_bad_.insert(std::make_pair(
Key(det, sub_det),
ibooker.book1D(title, title, 50, 0.5, 50.5)));
break;
case 4:
hits_total_.insert(std::make_pair(
Key(det, sub_det),
ibooker.book1D(title, title, 50, 0.5, 50.5)));
break;
default:
LogDebug("TrackAnalyzer") << "Invalid hit category used " << cat << " ignored\n";
}
}
}
}
}
}
void TrackAnalyzer::bookHistosForHitProperties(DQMStore::IBooker & ibooker) {
// parameters from the configuration
std::string QualName = conf_.getParameter<std::string>("Quality");
std::string AlgoName = conf_.getParameter<std::string>("AlgoName");
std::string MEBSFolderName = conf_.getParameter<std::string>("BSFolderName");
// use the AlgoName and Quality Name
std::string CategoryName = QualName != "" ? AlgoName + "_" + QualName : AlgoName;
// get binning from the configuration
int TKHitBin = conf_.getParameter<int>( "RecHitBin");
double TKHitMin = conf_.getParameter<double>("RecHitMin");
double TKHitMax = conf_.getParameter<double>("RecHitMax");
int TKLostBin = conf_.getParameter<int>( "RecLostBin");
double TKLostMin = conf_.getParameter<double>("RecLostMin");
double TKLostMax = conf_.getParameter<double>("RecLostMax");
int TKLayBin = conf_.getParameter<int>( "RecLayBin");
double TKLayMin = conf_.getParameter<double>("RecLayMin");
double TKLayMax = conf_.getParameter<double>("RecLayMax");
int PhiBin = conf_.getParameter<int>( "PhiBin");
double PhiMin = conf_.getParameter<double>("PhiMin");
double PhiMax = conf_.getParameter<double>("PhiMax");
int EtaBin = conf_.getParameter<int>( "EtaBin");
double EtaMin = conf_.getParameter<double>("EtaMin");
double EtaMax = conf_.getParameter<double>("EtaMax");
int VXBin = conf_.getParameter<int>( "VXBin");
double VXMin = conf_.getParameter<double>("VXMin");
double VXMax = conf_.getParameter<double>("VXMax");
int VYBin = conf_.getParameter<int>( "VYBin");
double VYMin = conf_.getParameter<double>("VYMin");
double VYMax = conf_.getParameter<double>("VYMax");
int VZBin = conf_.getParameter<int>( "VZBin");
double VZMin = conf_.getParameter<double>("VZMin");
double VZMax = conf_.getParameter<double>("VZMax");
ibooker.setCurrentFolder(TopFolder_);
// book the Hit Property histograms
// ---------------------------------------------------------------------------------//
TkParameterMEs tkmes;
if ( doHitPropertiesPlots_ || doAllPlots_ ){
ibooker.setCurrentFolder(TopFolder_+"/HitProperties");
histname = "NumberOfRecHitsPerTrack_";
NumberOfRecHitsPerTrack = ibooker.book1D(histname+CategoryName, histname+CategoryName, TKHitBin, TKHitMin, TKHitMax);
NumberOfRecHitsPerTrack->setAxisTitle("Number of all RecHits of each Track");
NumberOfRecHitsPerTrack->setAxisTitle("Number of Tracks", 2);
histname = "NumberOfValidRecHitsPerTrack_";
NumberOfValidRecHitsPerTrack = ibooker.book1D(histname+CategoryName, histname+CategoryName, TKHitBin, TKHitMin, TKHitMax);
NumberOfValidRecHitsPerTrack->setAxisTitle("Number of valid RecHits for each Track");
NumberOfValidRecHitsPerTrack->setAxisTitle("Number of Tracks", 2);
histname = "NumberOfLostRecHitsPerTrack_";
NumberOfLostRecHitsPerTrack = ibooker.book1D(histname+CategoryName, histname+CategoryName, TKLostBin, TKLostMin, TKLostMax);
NumberOfLostRecHitsPerTrack->setAxisTitle("Number of lost RecHits for each Track");
NumberOfLostRecHitsPerTrack->setAxisTitle("Number of Tracks", 2);
histname = "NumberOfMissingInnerRecHitsPerTrack_";
NumberOfMIRecHitsPerTrack = ibooker.book1D(histname+CategoryName, histname+CategoryName, 10, -0.5, 9.5);
NumberOfMIRecHitsPerTrack->setAxisTitle("Number of missing-inner RecHits for each Track");
NumberOfMIRecHitsPerTrack->setAxisTitle("Number of Tracks", 2);
histname = "NumberOfMissingOuterRecHitsPerTrack_";
NumberOfMORecHitsPerTrack = ibooker.book1D(histname+CategoryName, histname+CategoryName, 10, -0.5, 9.5);
NumberOfMORecHitsPerTrack->setAxisTitle("Number of missing-outer RecHits for each Track");
NumberOfMORecHitsPerTrack->setAxisTitle("Number of Tracks", 2);
histname = "ValidFractionPerTrack_";
ValidFractionPerTrack = ibooker.book1D(histname+CategoryName, histname+CategoryName, 101, 0., 1.01);
ValidFractionPerTrack->setAxisTitle("ValidFraction of RecHits for each Track");
ValidFractionPerTrack->setAxisTitle("Number of Tracks", 2);
if ( doRecHitVsPhiVsEtaPerTrack_ || doAllPlots_ ){
histname = "NumberOfValidRecHitVsPhiVsEtaPerTrack_";
NumberOfValidRecHitVsPhiVsEtaPerTrack = ibooker.bookProfile2D(histname+CategoryName, histname+CategoryName,
EtaBin, EtaMin, EtaMax, PhiBin, PhiMin, PhiMax, 0, 40., "");
NumberOfValidRecHitVsPhiVsEtaPerTrack->setAxisTitle("Track #eta ", 1);
NumberOfValidRecHitVsPhiVsEtaPerTrack->setAxisTitle("Track #phi ", 2);
histname = "NumberOfLostRecHitVsPhiVsEtaPerTrack_";
NumberOfLostRecHitVsPhiVsEtaPerTrack = ibooker.bookProfile2D(histname+CategoryName, histname+CategoryName,
EtaBin, EtaMin, EtaMax, PhiBin, PhiMin, PhiMax, 0, 5., "");
NumberOfLostRecHitVsPhiVsEtaPerTrack->setAxisTitle("Track #eta ", 1);
NumberOfLostRecHitVsPhiVsEtaPerTrack->setAxisTitle("Track #phi ", 2);
histname = "NumberMIRecHitVsPhiVsEtaPerTrack_";
NumberOfMIRecHitVsPhiVsEtaPerTrack = ibooker.bookProfile2D(histname+CategoryName, histname+CategoryName,
EtaBin, EtaMin, EtaMax, PhiBin, PhiMin, PhiMax, 0, 15., "");
NumberOfMIRecHitVsPhiVsEtaPerTrack->setAxisTitle("Track #eta ", 1);
NumberOfMIRecHitVsPhiVsEtaPerTrack->setAxisTitle("Track #phi ", 2);
histname = "NumberMORecHitVsPhiVsEtaPerTrack_";
NumberOfMORecHitVsPhiVsEtaPerTrack = ibooker.bookProfile2D(histname+CategoryName, histname+CategoryName,
EtaBin, EtaMin, EtaMax, PhiBin, PhiMin, PhiMax, 0, 15., "");
NumberOfMORecHitVsPhiVsEtaPerTrack->setAxisTitle("Track #eta ", 1);
NumberOfMORecHitVsPhiVsEtaPerTrack->setAxisTitle("Track #phi ", 2);
histname = "ValidFractionVsPhiVsEtaPerTrack_";
ValidFractionVsPhiVsEtaPerTrack = ibooker.bookProfile2D(histname+CategoryName, histname+CategoryName,
EtaBin, EtaMin, EtaMax, PhiBin, PhiMin, PhiMax, 0, 2., "");
ValidFractionVsPhiVsEtaPerTrack->setAxisTitle("Track #eta ", 1);
ValidFractionVsPhiVsEtaPerTrack->setAxisTitle("Track #phi ", 2);
}
std::string layerTypeName[4] = {"","Off","3D","Missing"};
for (int i=0; i<4; ++i) {
histname = "NumberOf"+ layerTypeName[i] + "LayersPerTrack_";
NumberOfLayersPerTrack[i] = ibooker.book1D(histname+CategoryName, histname+CategoryName, TKLayBin, TKLayMin, TKLayMax);
NumberOfLayersPerTrack[i]->setAxisTitle("Number of " + layerTypeName[i] + " Layers of each Track", 1);
NumberOfLayersPerTrack[i]->setAxisTitle("Number of Tracks", 2);
}
if ( doLayersVsPhiVsEtaPerTrack_ || doAllPlots_ )
for (int i=0; i<4; ++i) {
histname = "NumberOf"+ layerTypeName[i] + "LayersVsPhiVsEtaPerTrack_";
NumberOfLayersVsPhiVsEtaPerTrack[i] = ibooker.bookProfile2D(histname+CategoryName, histname+CategoryName,
EtaBin, EtaMin, EtaMax, PhiBin, PhiMin, PhiMax, 0, 40., "");
NumberOfLayersVsPhiVsEtaPerTrack[i]->setAxisTitle("Track #eta ", 1);
NumberOfLayersVsPhiVsEtaPerTrack[i]->setAxisTitle("Track #phi ", 2);
}
}
// book the General Property histograms
// ---------------------------------------------------------------------------------//
if (doGeneralPropertiesPlots_ || doAllPlots_){
int Chi2Bin = conf_.getParameter<int>( "Chi2Bin");
double Chi2Min = conf_.getParameter<double>("Chi2Min");
double Chi2Max = conf_.getParameter<double>("Chi2Max");
int Chi2NDFBin = conf_.getParameter<int>( "Chi2NDFBin");
double Chi2NDFMin = conf_.getParameter<double>("Chi2NDFMin");
double Chi2NDFMax = conf_.getParameter<double>("Chi2NDFMax");
int Chi2ProbBin = conf_.getParameter<int>( "Chi2ProbBin");
double Chi2ProbMin = conf_.getParameter<double>("Chi2ProbMin");
double Chi2ProbMax = conf_.getParameter<double>("Chi2ProbMax");
//HI PLOTS////
int TransDCABins = conf_.getParameter<int>("TransDCABins");
double TransDCAMin = conf_.getParameter<double>("TransDCAMin");
double TransDCAMax = conf_.getParameter<double>("TransDCAMax");
int LongDCABins = conf_.getParameter<int>("LongDCABins");
double LongDCAMin = conf_.getParameter<double>("LongDCAMin");
double LongDCAMax = conf_.getParameter<double>("LongDCAMax");
///////////////////////////////////////////////////////////////////
ibooker.setCurrentFolder(TopFolder_+"/GeneralProperties");
histname = "Chi2_";
Chi2 = ibooker.book1D(histname+CategoryName, histname+CategoryName, Chi2Bin, Chi2Min, Chi2Max);
Chi2->setAxisTitle("Track #chi^{2}" ,1);
Chi2->setAxisTitle("Number of Tracks",2);
histname = "Chi2Prob_";
Chi2Prob = ibooker.book1D(histname+CategoryName, histname+CategoryName, Chi2ProbBin, Chi2ProbMin, Chi2ProbMax);
Chi2Prob->setAxisTitle("Track #chi^{2} probability",1);
Chi2Prob->setAxisTitle("Number of Tracks" ,2);
histname = "Chi2oNDF_";
Chi2oNDF = ibooker.book1D(histname+CategoryName, histname+CategoryName, Chi2NDFBin, Chi2NDFMin, Chi2NDFMax);
Chi2oNDF->setAxisTitle("Track #chi^{2}/ndf",1);
Chi2oNDF->setAxisTitle("Number of Tracks" ,2);
//////////////
//HI PLOTS///
//////////////
if (doHIPlots_)
{
histname = "LongDCASig_";
LongDCASig = ibooker.book1D(histname+CategoryName, histname+CategoryName,LongDCABins,LongDCAMin,LongDCAMax);
LongDCASig->setAxisTitle("dz/#sigma_{dz}",1);
histname = "TransDCASig_";
TransDCASig = ibooker.book1D(histname+CategoryName,histname+CategoryName,TransDCABins,TransDCAMin,TransDCAMax);
TransDCASig->setAxisTitle("dxy/#sigma_{dxy}",1);
histname = "dNdPhi_HighPurity_";
dNdPhi_HighPurity = ibooker.book1D(histname+CategoryName,histname+CategoryName,PhiBin,PhiMin,PhiMax);
dNdPhi_HighPurity->setAxisTitle("#phi",1);
histname = "dNdEta_HighPurity_";
dNdEta_HighPurity = ibooker.book1D(histname+CategoryName,histname+CategoryName,EtaBin,EtaMin,EtaMax);
dNdEta_HighPurity->setAxisTitle("#eta",1);
histname = "dNdPt_HighPurity_";
dNdPt_HighPurity = ibooker.book1D(histname+CategoryName,histname+CategoryName,150,0,0.3);
dNdPt_HighPurity->setAxisTitle("#sigma_{p_{T}}/p_{T}",1);
histname = "NhitVsEta_HighPurity_";
NhitVsEta_HighPurity = ibooker.bookProfile(histname+CategoryName,histname+CategoryName,EtaBin,EtaMin,EtaMax,-0.5,39.5,"");
NhitVsEta_HighPurity->setAxisTitle("Track #eta",1);
NhitVsEta_HighPurity->setAxisTitle("Number of Valid RecHits in each Track",2);
histname = "NhitVsPhi_HighPurity_";
NhitVsPhi_HighPurity = ibooker.bookProfile(histname+CategoryName,histname+CategoryName,PhiBin,PhiMin,PhiMax,-0.5,39.5,"");
NhitVsPhi_HighPurity->setAxisTitle("Track #phi",1);
NhitVsPhi_HighPurity->setAxisTitle("Number of Valid RecHits in each Track",2);
histname = "Ptdist_HighPurity_";
Ptdist_HighPurity = ibooker.book1D(histname+CategoryName,histname+CategoryName,150,0,50.);
Ptdist_HighPurity->setAxisTitle("p_{T} (GeV/c)",1);
Ptdist_HighPurity->setAxisTitle("Number of Tracks",2);
histname = "dNhitdPt_HighPurity_";
dNhitdPt_HighPurity = ibooker.bookProfile(histname+CategoryName,histname+CategoryName,150,0,25.,-0.5,39.5,"");
dNhitdPt_HighPurity->setAxisTitle("p_{T} (GeV/c)",1);
dNhitdPt_HighPurity->setAxisTitle("N_{hit}",2);
}
if(doDCAPlots_ || doPVPlots_ || doSIPPlots_ || doAllPlots_) {
histname = "xPointOfClosestApproach_";
xPointOfClosestApproach = ibooker.book1D(histname+CategoryName, histname+CategoryName, VXBin, VXMin, VXMax);
xPointOfClosestApproach->setAxisTitle("x component of Track PCA to beam line (cm)",1);
xPointOfClosestApproach->setAxisTitle("Number of Tracks",2);
histname = "yPointOfClosestApproach_";
yPointOfClosestApproach = ibooker.book1D(histname+CategoryName, histname+CategoryName, VYBin, VYMin, VYMax);
yPointOfClosestApproach->setAxisTitle("y component of Track PCA to beam line (cm)",1);
yPointOfClosestApproach->setAxisTitle("Number of Tracks",2);
histname = "zPointOfClosestApproach_";
zPointOfClosestApproach = ibooker.book1D(histname+CategoryName, histname+CategoryName, VZBin, VZMin, VZMax);
zPointOfClosestApproach->setAxisTitle("z component of Track PCA to beam line (cm)",1);
zPointOfClosestApproach->setAxisTitle("Number of Tracks",2);
histname = "xPointOfClosestApproachToPV_";
xPointOfClosestApproachToPV = ibooker.book1D(histname+CategoryName, histname+CategoryName, VXBin, VXMin, VXMax);
xPointOfClosestApproachToPV->setAxisTitle("x component of Track PCA to pv (cm)",1);
xPointOfClosestApproachToPV->setAxisTitle("Number of Tracks",2);
histname = "yPointOfClosestApproachToPV_";
yPointOfClosestApproachToPV = ibooker.book1D(histname+CategoryName, histname+CategoryName, VYBin, VYMin, VYMax);
yPointOfClosestApproachToPV->setAxisTitle("y component of Track PCA to pv line (cm)",1);
yPointOfClosestApproachToPV->setAxisTitle("Number of Tracks",2);
histname = "zPointOfClosestApproachToPV_";
zPointOfClosestApproachToPV = ibooker.book1D(histname+CategoryName, histname+CategoryName, VZBin, VZMin, VZMax);
zPointOfClosestApproachToPV->setAxisTitle("z component of Track PCA to pv line (cm)",1);
zPointOfClosestApproachToPV->setAxisTitle("Number of Tracks",2);
}
// See DataFormats/TrackReco/interface/TrackBase.h for track algorithm enum definition
// http://cmssw.cvs.cern.ch/cgi-bin/cmssw.cgi/CMSSW/DataFormats/TrackReco/interface/TrackBase.h?view=log
histname = "algorithm_";
algorithm = ibooker.book1D(histname+CategoryName, histname+CategoryName, reco::TrackBase::algoSize, 0., double(reco::TrackBase::algoSize));
algorithm->setAxisTitle("Tracking algorithm",1);
algorithm->setAxisTitle("Number of Tracks",2);
histname = "originalAlgorithm_";
oriAlgo = ibooker.book1D(histname+CategoryName, histname+CategoryName, reco::TrackBase::algoSize, 0., double(reco::TrackBase::algoSize));
oriAlgo->setAxisTitle("Tracking algorithm",1);
oriAlgo->setAxisTitle("Number of Tracks",2);
for (size_t ibin=0; ibin<reco::TrackBase::algoSize-1; ibin++) {
algorithm->setBinLabel(ibin+1,reco::TrackBase::algoNames[ibin]);
oriAlgo->setBinLabel(ibin+1,reco::TrackBase::algoNames[ibin]);
}
}
}
void TrackAnalyzer::bookHistosForLScertification(DQMStore::IBooker & ibooker) {
// parameters from the configuration
std::string QualName = conf_.getParameter<std::string>("Quality");
std::string AlgoName = conf_.getParameter<std::string>("AlgoName");
// use the AlgoName and Quality Name
std::string CategoryName = QualName != "" ? AlgoName + "_" + QualName : AlgoName;
// book LS analysis related histograms
// -----------------------------------
if ( doLumiAnalysis_ ) {
// get binning from the configuration
int TKHitBin = conf_.getParameter<int>( "RecHitBin");
double TKHitMin = conf_.getParameter<double>("RecHitMin");
double TKHitMax = conf_.getParameter<double>("RecHitMax");
int Chi2NDFBin = conf_.getParameter<int>( "Chi2NDFBin");
double Chi2NDFMin = conf_.getParameter<double>("Chi2NDFMin");
double Chi2NDFMax = conf_.getParameter<double>("Chi2NDFMax");
// add by Mia in order to deal w/ LS transitions
ibooker.setCurrentFolder(TopFolder_+"/LSanalysis");
histname = "NumberOfRecHitsPerTrack_lumiFlag_";
NumberOfRecHitsPerTrack_lumiFlag = ibooker.book1D(histname+CategoryName, histname+CategoryName, TKHitBin, TKHitMin, TKHitMax);
NumberOfRecHitsPerTrack_lumiFlag->setAxisTitle("Number of all RecHits of each Track");
NumberOfRecHitsPerTrack_lumiFlag->setAxisTitle("Number of Tracks", 2);
histname = "Chi2oNDF_lumiFlag_";
Chi2oNDF_lumiFlag = ibooker.book1D(histname+CategoryName, histname+CategoryName, Chi2NDFBin, Chi2NDFMin, Chi2NDFMax);
Chi2oNDF_lumiFlag->setAxisTitle("Track #chi^{2}/ndf",1);
Chi2oNDF_lumiFlag->setAxisTitle("Number of Tracks" ,2);
}
}
void TrackAnalyzer::bookHistosForBeamSpot(DQMStore::IBooker & ibooker) {
// parameters from the configuration
std::string QualName = conf_.getParameter<std::string>("Quality");
std::string AlgoName = conf_.getParameter<std::string>("AlgoName");
// use the AlgoName and Quality Name
std::string CategoryName = QualName != "" ? AlgoName + "_" + QualName : AlgoName;
// book the Beam Spot related histograms
// ---------------------------------------------------------------------------------//
if(doDCAPlots_ || doBSPlots_ || doAllPlots_) {
int DxyBin = conf_.getParameter<int>( "DxyBin");
double DxyMin = conf_.getParameter<double>("DxyMin");
double DxyMax = conf_.getParameter<double>("DxyMax");
int PhiBin = conf_.getParameter<int>( "PhiBin");
double PhiMin = conf_.getParameter<double>("PhiMin");
double PhiMax = conf_.getParameter<double>("PhiMax");
int X0Bin = conf_.getParameter<int>( "X0Bin");
double X0Min = conf_.getParameter<double>("X0Min");
double X0Max = conf_.getParameter<double>("X0Max");
int Y0Bin = conf_.getParameter<int>( "Y0Bin");
double Y0Min = conf_.getParameter<double>("Y0Min");
double Y0Max = conf_.getParameter<double>("Y0Max");
int Z0Bin = conf_.getParameter<int>( "Z0Bin");
double Z0Min = conf_.getParameter<double>("Z0Min");
double Z0Max = conf_.getParameter<double>("Z0Max");
int VZBinProf = conf_.getParameter<int>( "VZBinProf");
double VZMinProf = conf_.getParameter<double>("VZMinProf");
double VZMaxProf = conf_.getParameter<double>("VZMaxProf");
ibooker.setCurrentFolder(TopFolder_+"/GeneralProperties");
histname = "DistanceOfClosestApproachToBS_";
DistanceOfClosestApproachToBS = ibooker.book1D(histname+CategoryName,histname+CategoryName,DxyBin,DxyMin,DxyMax);
DistanceOfClosestApproachToBS->setAxisTitle("Track d_{xy} wrt beam spot (cm)",1);
DistanceOfClosestApproachToBS->setAxisTitle("Number of Tracks",2);
histname = "DistanceOfClosestApproachToBSVsPhi_";
DistanceOfClosestApproachToBSVsPhi = ibooker.bookProfile(histname+CategoryName,histname+CategoryName, PhiBin, PhiMin, PhiMax, DxyBin, DxyMin, DxyMax,"");
DistanceOfClosestApproachToBSVsPhi->getTH1()->SetCanExtend(TH1::kAllAxes);
DistanceOfClosestApproachToBSVsPhi->setAxisTitle("Track #phi",1);
DistanceOfClosestApproachToBSVsPhi->setAxisTitle("Track d_{xy} wrt beam spot (cm)",2);
histname = "xPointOfClosestApproachVsZ0wrt000_";
xPointOfClosestApproachVsZ0wrt000 = ibooker.bookProfile(histname+CategoryName, histname+CategoryName, Z0Bin, Z0Min, Z0Max, X0Bin, X0Min, X0Max,"");
xPointOfClosestApproachVsZ0wrt000->setAxisTitle("d_{z} (cm)",1);
xPointOfClosestApproachVsZ0wrt000->setAxisTitle("x component of Track PCA to beam line (cm)",2);
histname = "yPointOfClosestApproachVsZ0wrt000_";
yPointOfClosestApproachVsZ0wrt000 = ibooker.bookProfile(histname+CategoryName, histname+CategoryName, Z0Bin, Z0Min, Z0Max, Y0Bin, Y0Min, Y0Max,"");
yPointOfClosestApproachVsZ0wrt000->setAxisTitle("d_{z} (cm)",1);
yPointOfClosestApproachVsZ0wrt000->setAxisTitle("y component of Track PCA to beam line (cm)",2);
histname = "xPointOfClosestApproachVsZ0wrtBS_";
xPointOfClosestApproachVsZ0wrtBS = ibooker.bookProfile(histname+CategoryName, histname+CategoryName, Z0Bin, Z0Min, Z0Max, X0Bin, X0Min, X0Max,"");
xPointOfClosestApproachVsZ0wrtBS->setAxisTitle("d_{z} w.r.t. Beam Spot (cm)",1);
xPointOfClosestApproachVsZ0wrtBS->setAxisTitle("x component of Track PCA to BS (cm)",2);
histname = "yPointOfClosestApproachVsZ0wrtBS_";
yPointOfClosestApproachVsZ0wrtBS = ibooker.bookProfile(histname+CategoryName, histname+CategoryName, Z0Bin, Z0Min, Z0Max, Y0Bin, Y0Min, Y0Max,"");
yPointOfClosestApproachVsZ0wrtBS->setAxisTitle("d_{z} w.r.t. Beam Spot (cm)",1);
yPointOfClosestApproachVsZ0wrtBS->setAxisTitle("y component of Track PCA to BS (cm)",2);
histname = "zPointOfClosestApproachVsPhi_";
zPointOfClosestApproachVsPhi = ibooker.bookProfile(histname+CategoryName, histname+CategoryName, PhiBin, PhiMin, PhiMax, VZBinProf, VZMinProf, VZMaxProf, "");
zPointOfClosestApproachVsPhi->setAxisTitle("Track #phi",1);
zPointOfClosestApproachVsPhi->setAxisTitle("y component of Track PCA to beam line (cm)",2);
}
if(doDCAPlots_ || doPVPlots_ || doAllPlots_) {
int DxyBin = conf_.getParameter<int>( "DxyBin");
double DxyMin = conf_.getParameter<double>("DxyMin");
double DxyMax = conf_.getParameter<double>("DxyMax");
int PhiBin = conf_.getParameter<int>( "PhiBin");
double PhiMin = conf_.getParameter<double>("PhiMin");
double PhiMax = conf_.getParameter<double>("PhiMax");
int X0Bin = conf_.getParameter<int>( "X0Bin");
double X0Min = conf_.getParameter<double>("X0Min");
double X0Max = conf_.getParameter<double>("X0Max");
int Y0Bin = conf_.getParameter<int>( "Y0Bin");
double Y0Min = conf_.getParameter<double>("Y0Min");
double Y0Max = conf_.getParameter<double>("Y0Max");
int Z0Bin = conf_.getParameter<int>( "Z0Bin");
double Z0Min = conf_.getParameter<double>("Z0Min");
double Z0Max = conf_.getParameter<double>("Z0Max");
ibooker.setCurrentFolder(TopFolder_+"/GeneralProperties");
histname = "DistanceOfClosestApproachToPV_";
DistanceOfClosestApproachToPV = ibooker.book1D(histname+CategoryName,histname+CategoryName,DxyBin,DxyMin,DxyMax);
DistanceOfClosestApproachToPV->setAxisTitle("Track d_{xy} wrt beam spot (cm)",1);
DistanceOfClosestApproachToPV->setAxisTitle("Number of Tracks",2);
histname = "DistanceOfClosestApproachToPVVsPhi_";
DistanceOfClosestApproachToPVVsPhi = ibooker.bookProfile(histname+CategoryName,histname+CategoryName, PhiBin, PhiMin, PhiMax, DxyBin, DxyMin, DxyMax,"");
DistanceOfClosestApproachToPVVsPhi->getTH1()->SetCanExtend(TH1::kAllAxes);
DistanceOfClosestApproachToPVVsPhi->setAxisTitle("Track #phi",1);
DistanceOfClosestApproachToPVVsPhi->setAxisTitle("Track d_{xy} wrt beam spot (cm)",2);
histname = "xPointOfClosestApproachVsZ0wrtPV_";
xPointOfClosestApproachVsZ0wrtPV = ibooker.bookProfile(histname+CategoryName, histname+CategoryName, Z0Bin, Z0Min, Z0Max, X0Bin, X0Min, X0Max,"");
xPointOfClosestApproachVsZ0wrtPV->setAxisTitle("d_{z} w.r.t. Beam Spot (cm)",1);
xPointOfClosestApproachVsZ0wrtPV->setAxisTitle("x component of Track PCA to PV (cm)",2);
histname = "yPointOfClosestApproachVsZ0wrtPV_";
yPointOfClosestApproachVsZ0wrtPV = ibooker.bookProfile(histname+CategoryName, histname+CategoryName, Z0Bin, Z0Min, Z0Max, Y0Bin, Y0Min, Y0Max,"");
yPointOfClosestApproachVsZ0wrtPV->setAxisTitle("d_{z} w.r.t. Beam Spot (cm)",1);
yPointOfClosestApproachVsZ0wrtPV->setAxisTitle("y component of Track PCA to PV (cm)",2);
}
if (doBSPlots_ || doAllPlots_) {
if (doTestPlots_) {
int DxyBin = conf_.getParameter<int>( "DxyBin");
double DxyMin = conf_.getParameter<double>("DxyMin");
double DxyMax = conf_.getParameter<double>("DxyMax");
int PhiBin = conf_.getParameter<int>( "PhiBin");
double PhiMin = conf_.getParameter<double>("PhiMin");
double PhiMax = conf_.getParameter<double>("PhiMax");
histname = "TESTDistanceOfClosestApproachToBS_";
TESTDistanceOfClosestApproachToBS = ibooker.book1D(histname+CategoryName,histname+CategoryName,DxyBin,DxyMin,DxyMax);
TESTDistanceOfClosestApproachToBS->setAxisTitle("Track d_{xy} wrt beam spot (cm)",1);
TESTDistanceOfClosestApproachToBS->setAxisTitle("Number of Tracks",2);
histname = "TESTDistanceOfClosestApproachToBSVsPhi_";
TESTDistanceOfClosestApproachToBSVsPhi = ibooker.bookProfile(histname+CategoryName,histname+CategoryName, PhiBin, PhiMin, PhiMax, DxyBin, DxyMin, DxyMax,"");
TESTDistanceOfClosestApproachToBSVsPhi->getTH1()->SetCanExtend(TH1::kAllAxes);
TESTDistanceOfClosestApproachToBSVsPhi->setAxisTitle("Track #phi",1);
TESTDistanceOfClosestApproachToBSVsPhi->setAxisTitle("Track d_{xy} wrt beam spot (cm)",2);
}
}
// book the Profile plots for DCA related histograms
// ---------------------------------------------------------------------------------//
if(doDCAPlots_ || doAllPlots_) {
if (doDCAwrt000Plots_) {
int EtaBin = conf_.getParameter<int>( "EtaBin");
double EtaMin = conf_.getParameter<double>("EtaMin");
double EtaMax = conf_.getParameter<double>("EtaMax");
int PhiBin = conf_.getParameter<int>( "PhiBin");
double PhiMin = conf_.getParameter<double>("PhiMin");
double PhiMax = conf_.getParameter<double>("PhiMax");
int DxyBin = conf_.getParameter<int>( "DxyBin");
double DxyMin = conf_.getParameter<double>("DxyMin");
double DxyMax = conf_.getParameter<double>("DxyMax");
if (doThetaPlots_) {
int ThetaBin = conf_.getParameter<int>( "ThetaBin");
double ThetaMin = conf_.getParameter<double>("ThetaMin");
double ThetaMax = conf_.getParameter<double>("ThetaMax");
ibooker.setCurrentFolder(TopFolder_+"/GeneralProperties");
histname = "DistanceOfClosestApproachVsTheta_";
DistanceOfClosestApproachVsTheta = ibooker.bookProfile(histname+CategoryName,histname+CategoryName, ThetaBin, ThetaMin, ThetaMax, DxyMin,DxyMax,"");
DistanceOfClosestApproachVsTheta->setAxisTitle("Track #theta",1);
DistanceOfClosestApproachVsTheta->setAxisTitle("Track d_{xy} wrt (0,0,0) (cm)",2);
}
histname = "DistanceOfClosestApproachVsEta_";
DistanceOfClosestApproachVsEta = ibooker.bookProfile(histname+CategoryName,histname+CategoryName, EtaBin, EtaMin, EtaMax, DxyMin, DxyMax,"");
DistanceOfClosestApproachVsEta->setAxisTitle("Track #eta",1);
DistanceOfClosestApproachVsEta->setAxisTitle("Track d_{xy} wrt (0,0,0) (cm)",2);
// temporary patch in order to put back those MEs in Muon Workspace
histname = "DistanceOfClosestApproach_";
DistanceOfClosestApproach = ibooker.book1D(histname+CategoryName,histname+CategoryName,DxyBin,DxyMin,DxyMax);
DistanceOfClosestApproach->setAxisTitle("Track d_{xy} wrt (0,0,0) (cm)",1);
DistanceOfClosestApproach->setAxisTitle("Number of Tracks",2);
histname = "DistanceOfClosestApproachVsPhi_";
DistanceOfClosestApproachVsPhi = ibooker.bookProfile(histname+CategoryName,histname+CategoryName, PhiBin, PhiMin, PhiMax, DxyMin,DxyMax,"");
DistanceOfClosestApproachVsPhi->getTH1()->SetCanExtend(TH1::kAllAxes);
DistanceOfClosestApproachVsPhi->setAxisTitle("Track #phi",1);
DistanceOfClosestApproachVsPhi->setAxisTitle("Track d_{xy} wrt (0,0,0) (cm)",2);
}
}
if (doSIPPlots_ || doAllPlots_) {
const double sipBins = 200;
const double sipMin = -20;
const double sipMax = 20;
ibooker.setCurrentFolder(TopFolder_+"/GeneralProperties");
// SIP wrt. beamspot
histname = "SIPDxyToBS_";
sipDxyToBS = ibooker.book1D(histname+CategoryName, histname+CategoryName, sipBins, sipMin, sipMax);
sipDxyToBS->setAxisTitle("Track dxy significance wrt beam spot",1);
sipDxyToBS->setAxisTitle("Number of Tracks",2);
histname = "SIPDzToBS_";
sipDzToBS = ibooker.book1D(histname+CategoryName, histname+CategoryName, sipBins, sipMin, sipMax);
sipDzToBS->setAxisTitle("Track dz significance wrt beam spot",1);
sipDzToBS->setAxisTitle("Number of Tracks",2);
// SIP wrt. vertex
histname = "SIP3DToPV_";
sip3dToPV = ibooker.book1D(histname+CategoryName, histname+CategoryName, sipBins, sipMin, sipMax);
sip3dToPV->setAxisTitle("3D IP significance wrt primary vertex",1);
sip3dToPV->setAxisTitle("Number of Tracks",2);
histname = "SIP2DToPV_";
sip2dToPV = ibooker.book1D(histname+CategoryName, histname+CategoryName, sipBins, sipMin, sipMax);
sip2dToPV->setAxisTitle("2D IP significance wrt primary vertex",1);
sip2dToPV->setAxisTitle("Number of Tracks",2);
histname = "SIPDxyToPV_";
sipDxyToPV = ibooker.book1D(histname+CategoryName, histname+CategoryName, sipBins, sipMin, sipMax);
sipDxyToPV->setAxisTitle("Track dxy significance wrt primary vertex",1);
sipDxyToPV->setAxisTitle("Number of Tracks",2);
histname = "SIPDzToPV_";
sipDzToPV = ibooker.book1D(histname+CategoryName, histname+CategoryName, sipBins, sipMin, sipMax);
sipDzToPV->setAxisTitle("Track dz significance wrt primary vertex",1);
sipDzToPV->setAxisTitle("Number of Tracks",2);
}
}
// -- Analyse
// ---------------------------------------------------------------------------------//
void TrackAnalyzer::setNumberOfGoodVertices(const edm::Event & iEvent) {
good_vertices_ = 0;
edm::Handle<reco::VertexCollection> recoPrimaryVerticesHandle;
iEvent.getByToken(pvToken_, recoPrimaryVerticesHandle);
if (recoPrimaryVerticesHandle.isValid())
if (recoPrimaryVerticesHandle->size() > 0)
for (auto v : *recoPrimaryVerticesHandle)
if (v.ndof() >=4 && !v.isFake())
++good_vertices_;
}
void TrackAnalyzer::analyze(const edm::Event& iEvent, const edm::EventSetup& iSetup, const reco::Track& track)
{
double phi = track.phi();
// double eta = track.eta();
auto phiIn = track.innerPosition().phi();
auto etaIn = track.innerPosition().eta();
auto phiOut = track.outerPosition().phi();
auto etaOut = track.outerPosition().eta();
int nRecHits = track.hitPattern().numberOfHits(reco::HitPattern::TRACK_HITS);
int nValidRecHits = track.numberOfValidHits();
int nLostRecHits = track.numberOfLostHits();
int nLostIn = track.hitPattern().numberOfLostTrackerHits(reco::HitPattern::MISSING_INNER_HITS);
int nLostOut = track.hitPattern().numberOfLostTrackerHits(reco::HitPattern::MISSING_OUTER_HITS);
double chi2 = track.chi2();
double chi2prob = TMath::Prob(track.chi2(),(int)track.ndof());
double chi2oNDF = track.normalizedChi2();
if ( doHitPropertiesPlots_ || doAllPlots_ ){
// rec hits
NumberOfRecHitsPerTrack -> Fill(nRecHits);
NumberOfValidRecHitsPerTrack-> Fill(nValidRecHits);
NumberOfLostRecHitsPerTrack -> Fill(nLostRecHits);
NumberOfMIRecHitsPerTrack -> Fill(nLostIn);
NumberOfMORecHitsPerTrack -> Fill(nLostOut);
ValidFractionPerTrack -> Fill(track.validFraction());
// 2D plots
if ( doRecHitVsPhiVsEtaPerTrack_ || doAllPlots_ ) {
NumberOfValidRecHitVsPhiVsEtaPerTrack->Fill(etaIn,phiIn,nValidRecHits);
NumberOfLostRecHitVsPhiVsEtaPerTrack->Fill(etaIn,phiIn,nLostRecHits);
NumberOfMIRecHitVsPhiVsEtaPerTrack->Fill(etaIn,phiIn,nLostIn);
NumberOfMORecHitVsPhiVsEtaPerTrack->Fill(etaOut,phiOut,nLostOut);
ValidFractionVsPhiVsEtaPerTrack -> Fill(etaIn,phiIn,track.validFraction());
}
int nLayers[4] = { track.hitPattern().trackerLayersWithMeasurement(),
track.hitPattern().trackerLayersTotallyOffOrBad(),
track.hitPattern().numberOfValidStripLayersWithMonoAndStereo() + track.hitPattern().pixelLayersWithMeasurement(),
track.hitPattern().trackerLayersWithoutMeasurement(reco::HitPattern::TRACK_HITS)
};
// layers
for (int i=0;i<4;++i) NumberOfLayersPerTrack[i]->Fill(nLayers[i]);
// 2D plots
if ( doLayersVsPhiVsEtaPerTrack_ || doAllPlots_ )
for (int i=0;i<4;++i) NumberOfLayersVsPhiVsEtaPerTrack[i]->Fill(etaIn,phiIn,nLayers[i]);
}
if (doEffFromHitPattern_ || doAllPlots_) {
if (track.pt() > 1.0 && track.dxy() < 0.1 and good_vertices_ > 0) {
auto hp = track.hitPattern();
// Here hit_category is meant to iterate over
// reco::HitPattern::HitCategory, defined here:
// http://cmslxr.fnal.gov/dxr/CMSSW/source/DataFormats/TrackReco/interface/HitPattern.h
for (unsigned int category = 0; category < 3; ++category) {
for (int hit = 0; hit < hp.numberOfHits((reco::HitPattern::HitCategory)(category)); ++hit) {
auto pattern = hp.getHitPattern((reco::HitPattern::HitCategory)(category), hit);
// Boolean bad is missing simply because it is inferred and the only missing case.
bool valid = hp.validHitFilter(pattern);
bool missing = hp.missingHitFilter(pattern);
bool inactive = hp.inactiveHitFilter(pattern);
int hit_type = -1;
hit_type = valid ? 0 :
( missing ? 1 :
( inactive ? 2 : 3));
if (hits_valid_.find(Key(hp.getSubStructure(pattern), hp.getSubSubStructure(pattern))) == hits_valid_.end()) {
LogDebug("TrackAnalyzer") << "Invalid combination of detector and subdetector: ("
<< hp.getSubStructure(pattern) << ", "
<< hp.getSubSubStructure(pattern)
<< "): ignoring it.\n";
continue;
}
switch (hit_type) {
case 0:
hits_valid_[Key(hp.getSubStructure(pattern), hp.getSubSubStructure(pattern))]->Fill(good_vertices_);
hits_total_[Key(hp.getSubStructure(pattern), hp.getSubSubStructure(pattern))]->Fill(good_vertices_);
break;
case 1:
hits_missing_[Key(hp.getSubStructure(pattern), hp.getSubSubStructure(pattern))]->Fill(good_vertices_);
hits_total_[Key(hp.getSubStructure(pattern), hp.getSubSubStructure(pattern))]->Fill(good_vertices_);
break;
case 2:
hits_inactive_[Key(hp.getSubStructure(pattern), hp.getSubSubStructure(pattern))]->Fill(good_vertices_);
break;
case 3:
hits_bad_[Key(hp.getSubStructure(pattern), hp.getSubSubStructure(pattern))]->Fill(good_vertices_);
break;
default:
LogDebug("TrackAnalyzer") << "Invalid hit category used " << hit_type << " ignored\n";
}
}
}
}
}
if (doGeneralPropertiesPlots_ || doAllPlots_){
// fitting
Chi2 -> Fill(chi2);
Chi2Prob -> Fill(chi2prob);
Chi2oNDF -> Fill(chi2oNDF);
// DCA
// temporary patch in order to put back those MEs in Muon Workspace
if (doDCAPlots_) {
if (doDCAwrt000Plots_) {
DistanceOfClosestApproach->Fill(track.dxy());
DistanceOfClosestApproachVsPhi->Fill(phi, track.dxy());
}
// PCA
xPointOfClosestApproach->Fill(track.referencePoint().x());
yPointOfClosestApproach->Fill(track.referencePoint().y());
zPointOfClosestApproach->Fill(track.referencePoint().z());
}
// algorithm
algorithm->Fill(static_cast<double>(track.algo()));
oriAlgo->Fill(static_cast<double>(track.originalAlgo()));
}
if ( doLumiAnalysis_ ) {
NumberOfRecHitsPerTrack_lumiFlag -> Fill(nRecHits);
Chi2oNDF_lumiFlag -> Fill(chi2oNDF);
}
if(doDCAPlots_ || doBSPlots_ || doSIPPlots_ || doAllPlots_) {
edm::Handle<reco::BeamSpot> recoBeamSpotHandle;
iEvent.getByToken(beamSpotToken_,recoBeamSpotHandle);
const reco::BeamSpot& bs = *recoBeamSpotHandle;
DistanceOfClosestApproachToBS -> Fill(track.dxy(bs.position()));
DistanceOfClosestApproachToBSVsPhi -> Fill(track.phi(), track.dxy(bs.position()));
zPointOfClosestApproachVsPhi -> Fill(track.phi(), track.vz());
xPointOfClosestApproachVsZ0wrt000 -> Fill(track.dz(), track.vx());
yPointOfClosestApproachVsZ0wrt000 -> Fill(track.dz(), track.vy());
xPointOfClosestApproachVsZ0wrtBS -> Fill(track.dz(bs.position()),(track.vx()-bs.position(track.vz()).x()));
yPointOfClosestApproachVsZ0wrtBS -> Fill(track.dz(bs.position()),(track.vy()-bs.position(track.vz()).y()));
if (doTestPlots_) {
TESTDistanceOfClosestApproachToBS -> Fill(track.dxy(bs.position(track.vz())));
TESTDistanceOfClosestApproachToBSVsPhi -> Fill(track.phi(), track.dxy(bs.position(track.vz())));
}
if(doSIPPlots_) {
sipDxyToBS->Fill(track.dxy(bs.position())/track.dxyError());
sipDzToBS->Fill(track.dz(bs.position())/track.dzError());
}
}
if(doDCAPlots_ || doPVPlots_ || doSIPPlots_ || doAllPlots_) {
edm::Handle<reco::VertexCollection> recoPrimaryVerticesHandle;
iEvent.getByToken(pvToken_,recoPrimaryVerticesHandle);
if (recoPrimaryVerticesHandle.isValid() && recoPrimaryVerticesHandle->size() > 0) {
const reco::Vertex& pv = (*recoPrimaryVerticesHandle)[0];
//////////////////
//HI PLOTS///////
////////////////
if(doHIPlots_)
{
double longDCAsig = 0, transDCAsig = 0;
double zerr2 = track.dzError()*track.dzError()+pv.zError()*pv.zError();
double xyerr2 = track.d0Error()*track.d0Error()+pv.xError()*pv.yError();
if(zerr2 > 0) longDCAsig = track.dz(pv.position())/zerr2;
if(xyerr2 > 0) transDCAsig = track.dxy(pv.position())/xyerr2;
LongDCASig->Fill(longDCAsig);
TransDCASig->Fill(transDCAsig);
if(track.quality(reco::TrackBase::qualityByName(qualityString_)) ==1)
{
dNdEta_HighPurity->Fill(track.eta());
dNdPhi_HighPurity->Fill(track.phi());