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TrackAnalyzer.h
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TrackAnalyzer.h
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#ifndef TrackAnalyzer_H
#define TrackAnalyzer_H
// -*- C++ -*-
//
//
/**\class TrackingAnalyzer TrackingAnalyzer.cc
Monitoring source for general quantities related to tracks.
*/
// Original Author: Suchandra Dutta, Giorgia Mila
// Created: Thu 28 22:45:30 CEST 2008
#include <memory>
#include <fstream>
#include <unordered_map>
#include "FWCore/Utilities/interface/EDGetToken.h"
#include "FWCore/Framework/interface/ConsumesCollector.h"
#include "FWCore/Framework/interface/Frameworkfwd.h"
#include "FWCore/Framework/interface/EDAnalyzer.h"
#include "FWCore/Framework/interface/Event.h"
#include "FWCore/Framework/interface/MakerMacros.h"
#include "FWCore/ParameterSet/interface/ParameterSet.h"
#include "FWCore/ServiceRegistry/interface/Service.h"
#include "DQMServices/Core/interface/MonitorElement.h"
#include "DataFormats/BeamSpot/interface/BeamSpot.h"
#include "DataFormats/VertexReco/interface/Vertex.h"
#include "DataFormats/VertexReco/interface/VertexFwd.h"
class DQMStore;
class BeamSpot;
class TrackAnalyzer
{
public:
TrackAnalyzer(const edm::ParameterSet&);
TrackAnalyzer(const edm::ParameterSet&, edm::ConsumesCollector& iC);
virtual ~TrackAnalyzer();
virtual void initHisto(DQMStore::IBooker & ibooker, const edm::EventSetup &);
virtual void analyze(const edm::Event& iEvent, const edm::EventSetup& iSetup, const reco::Track& track);
void doSoftReset (DQMStore * dqmStore_);
void doReset ();
void undoSoftReset(DQMStore * dqmStore_);
void setLumiFlag();
// Compute and locally store the number of Good vertices found
// in the event. This information is used as X-axis value in
// the hit-efficiency plots derived from the hit patter. This
// ugly design to avoid comuting this very same quantity for
// each and every track while in the analyze method. A
// redesign of the class is needed in the future.
void setNumberOfGoodVertices(const edm::Event &);
void setBX(const edm::Event &);
private:
void initHistos();
void fillHistosForState(const edm::EventSetup& iSetup, const reco::Track & track, std::string sname);
void bookHistosForState(std::string sname,DQMStore::IBooker & ibooker);
void bookHistosForHitProperties(DQMStore::IBooker & ibooker);
void bookHistosForLScertification(DQMStore::IBooker & ibooker);
void bookHistosForBeamSpot(DQMStore::IBooker & ibooker);
void bookHistosForTrackerSpecific(DQMStore::IBooker & ibooker);
void bookHistosForEfficiencyFromHitPatter(DQMStore::IBooker &ibooker, const edm::EventSetup & iSetup, const std::string suffix);
void fillHistosForHitProperties(const edm::EventSetup& iSetup, const reco::Track & track, std::string sname);
void fillHistosForLScertification(const edm::EventSetup& iSetup, const reco::Track & track, std::string sname);
void fillHistosForTrackerSpecific(const reco::Track & track);
void fillHistosForEfficiencyFromHitPatter(const reco::Track & track, const std::string suffix, const unsigned int monitoring);
// ----------member data ---------------------------
std::string TopFolder_;
edm::EDGetTokenT<reco::BeamSpot> beamSpotToken_;
edm::EDGetTokenT<reco::VertexCollection> pvToken_;
edm::ParameterSet conf_;
bool doTrackerSpecific_;
bool doAllPlots_;
bool doBSPlots_;
bool doPVPlots_;
bool doDCAPlots_;
bool doGeneralPropertiesPlots_;
bool doMeasurementStatePlots_;
bool doHitPropertiesPlots_;
bool doRecHitVsPhiVsEtaPerTrack_;
// ADD by Mia
bool doLayersVsPhiVsEtaPerTrack_;
bool doTrackRecHitVsPhiVsEtaPerTrack_;
bool doTrackLayersVsPhiVsEtaPerTrack_;
bool doTrack2DChi2Plots_;
bool doRecHitsPerTrackProfile_;
// ADD by Mia in order to clean the tracking MEs
// do not plot *Theta* and TrackPx* and TrackPy*
bool doThetaPlots_;
bool doTrackPxPyPlots_;
// ADD by Mia in order to not plot DistanceOfClosestApproach w.r.t. (0,0,0)
// the DistanceOfClosestApproach w.r.t. the beam-spot is already shown in DistanceOfClosestApproachToBS
bool doDCAwrtPVPlots_;
bool doDCAwrt000Plots_;
bool doLumiAnalysis_;
// ADD by Mia in order to turnON test MEs
bool doTestPlots_;
//For HI Plots
bool doHIPlots_;
// IP significance plots
bool doSIPPlots_;
// Compute the hit-finding efficiency using the HitPattern of
// the reconstructed tracks
bool doEffFromHitPatternVsPU_;
bool doEffFromHitPatternVsBX_;
int pvNDOF_;
std::string qualityString_;
struct TkParameterMEs {
TkParameterMEs() :
TrackP(NULL)
, TrackPx(NULL)
, TrackPy(NULL)
, TrackPz(NULL)
, TrackPt(NULL)
, TrackPxErr(NULL)
, TrackPyErr(NULL)
, TrackPzErr(NULL)
, TrackPtErr(NULL)
, TrackPErr(NULL)
, TrackPtErrVsEta(NULL)
, TrackQ(NULL)
, TrackPhi(NULL)
, TrackEta(NULL)
, TrackTheta(NULL)
, TrackPhiErr(NULL)
, TrackEtaErr(NULL)
, TrackThetaErr(NULL)
, NumberOfRecHitsPerTrackVsPhi(NULL)
, NumberOfRecHitsPerTrackVsTheta(NULL)
, NumberOfRecHitsPerTrackVsEta(NULL)
, NumberOfRecHitVsPhiVsEtaPerTrack(NULL)
, NumberOfValidRecHitsPerTrackVsPhi(NULL)
, NumberOfValidRecHitsPerTrackVsTheta(NULL)
, NumberOfValidRecHitsPerTrackVsEta(NULL)
, NumberOfValidRecHitVsPhiVsEtaPerTrack(NULL)
, NumberOfLostRecHitsPerTrackVsPhi(NULL)
, NumberOfLostRecHitsPerTrackVsTheta(NULL)
, NumberOfLostRecHitsPerTrackVsEta(NULL)
, NumberOfLostRecHitVsPhiVsEtaPerTrack(NULL)
, NumberOfMIRecHitsPerTrackVsPhi(NULL)
, NumberOfMIRecHitsPerTrackVsTheta(NULL)
, NumberOfMIRecHitsPerTrackVsEta(NULL)
, NumberOfMIRecHitVsPhiVsEtaPerTrack(NULL)
, NumberOfMORecHitsPerTrackVsPhi(NULL)
, NumberOfMORecHitsPerTrackVsTheta(NULL)
, NumberOfMORecHitsPerTrackVsEta(NULL)
, NumberOfMORecHitVsPhiVsEtaPerTrack(NULL)
, NumberOfLayersPerTrackVsPhi(NULL)
, NumberOfLayersPerTrackVsTheta(NULL)
, NumberOfLayersPerTrackVsEta(NULL)
, Chi2oNDFVsEta(NULL)
, Chi2oNDFVsPhi(NULL)
, Chi2oNDFVsTheta(NULL)
, Chi2ProbVsEta(NULL)
, Chi2ProbVsPhi(NULL)
, Chi2ProbVsTheta(NULL)
{}
MonitorElement* TrackP;
MonitorElement* TrackPx;
MonitorElement* TrackPy;
MonitorElement* TrackPz;
MonitorElement* TrackPt;
MonitorElement* TrackPxErr;
MonitorElement* TrackPyErr;
MonitorElement* TrackPzErr;
MonitorElement* TrackPtErr;
MonitorElement* TrackPErr;
MonitorElement* TrackPtErrVsEta;
MonitorElement* TrackQ;
MonitorElement* TrackPhi;
MonitorElement* TrackEta;
MonitorElement* TrackEtaPhi=nullptr;
MonitorElement* TrackEtaPhiInner=nullptr;
MonitorElement* TrackEtaPhiOuter=nullptr;
MonitorElement* TrackTheta;
MonitorElement* TrackPhiErr;
MonitorElement* TrackEtaErr;
MonitorElement* TrackThetaErr;
MonitorElement* NumberOfRecHitsPerTrackVsPhi;
MonitorElement* NumberOfRecHitsPerTrackVsTheta;
MonitorElement* NumberOfRecHitsPerTrackVsEta;
MonitorElement* NumberOfRecHitVsPhiVsEtaPerTrack;
MonitorElement* NumberOfValidRecHitsPerTrackVsPhi;
MonitorElement* NumberOfValidRecHitsPerTrackVsTheta;
MonitorElement* NumberOfValidRecHitsPerTrackVsEta;
MonitorElement* NumberOfValidRecHitVsPhiVsEtaPerTrack;
MonitorElement* NumberOfLostRecHitsPerTrackVsPhi;
MonitorElement* NumberOfLostRecHitsPerTrackVsTheta;
MonitorElement* NumberOfLostRecHitsPerTrackVsEta;
MonitorElement* NumberOfLostRecHitVsPhiVsEtaPerTrack;
MonitorElement* NumberOfMIRecHitsPerTrackVsPhi;
MonitorElement* NumberOfMIRecHitsPerTrackVsTheta;
MonitorElement* NumberOfMIRecHitsPerTrackVsEta;
MonitorElement* NumberOfMIRecHitVsPhiVsEtaPerTrack;
MonitorElement* NumberOfMORecHitsPerTrackVsPhi;
MonitorElement* NumberOfMORecHitsPerTrackVsTheta;
MonitorElement* NumberOfMORecHitsPerTrackVsEta;
MonitorElement* NumberOfMORecHitVsPhiVsEtaPerTrack;
MonitorElement* NumberOfLayersPerTrackVsPhi;
MonitorElement* NumberOfLayersPerTrackVsTheta;
MonitorElement* NumberOfLayersPerTrackVsEta;
MonitorElement* Chi2oNDFVsEta;
MonitorElement* Chi2oNDFVsPhi;
MonitorElement* Chi2oNDFVsTheta;
MonitorElement* Chi2ProbVsEta;
MonitorElement* Chi2ProbVsPhi;
MonitorElement* Chi2ProbVsTheta;
};
std::map<std::string, TkParameterMEs> TkParameterMEMap;
MonitorElement* NumberOfRecHitsPerTrack;
MonitorElement* NumberOfValidRecHitsPerTrack;
MonitorElement* NumberOfLostRecHitsPerTrack;
MonitorElement* NumberOfMIRecHitsPerTrack = nullptr;
MonitorElement* NumberOfMORecHitsPerTrack = nullptr;
MonitorElement* NumberOfRecHitsPerTrackVsPhi = nullptr;
MonitorElement* NumberOfRecHitsPerTrackVsTheta = nullptr;
MonitorElement* NumberOfRecHitsPerTrackVsEta = nullptr;
MonitorElement* NumberOfRecHitVsPhiVsEtaPerTrack = nullptr;
MonitorElement* NumberOfValidRecHitsPerTrackVsPhi = nullptr;
MonitorElement* NumberOfValidRecHitsPerTrackVsTheta = nullptr;
MonitorElement* NumberOfValidRecHitsPerTrackVsEta = nullptr;
MonitorElement* NumberOfValidRecHitVsPhiVsEtaPerTrack = nullptr;
MonitorElement* NumberOfLostRecHitsPerTrackVsPhi = nullptr;
MonitorElement* NumberOfLostRecHitsPerTrackVsTheta = nullptr;
MonitorElement* NumberOfLostRecHitsPerTrackVsEta = nullptr;
MonitorElement* NumberOfLostRecHitVsPhiVsEtaPerTrack = nullptr;
MonitorElement* NumberOfMIRecHitsPerTrackVsPhi = nullptr;
MonitorElement* NumberOfMIRecHitsPerTrackVsTheta = nullptr;
MonitorElement* NumberOfMIRecHitsPerTrackVsEta = nullptr;
MonitorElement* NumberOfMIRecHitVsPhiVsEtaPerTrack = nullptr;
MonitorElement* NumberOfMORecHitsPerTrackVsPhi = nullptr;
MonitorElement* NumberOfMORecHitsPerTrackVsTheta = nullptr;
MonitorElement* NumberOfMORecHitsPerTrackVsEta = nullptr;
MonitorElement* NumberOfMORecHitVsPhiVsEtaPerTrack = nullptr;
MonitorElement* ValidFractionPerTrack = nullptr;
MonitorElement* ValidFractionVsPhiVsEtaPerTrack = nullptr;
MonitorElement* NumberOfLayersPerTrack[4] = {nullptr,nullptr,nullptr,nullptr};
MonitorElement* NumberOfLayersPerTrackVsPhi;
MonitorElement* NumberOfLayersPerTrackVsTheta;
MonitorElement* NumberOfLayersPerTrackVsEta;
MonitorElement* NumberOfLayersVsPhiVsEtaPerTrack[4]= {nullptr,nullptr,nullptr,nullptr};
MonitorElement* Chi2;
MonitorElement* Chi2Prob;
MonitorElement* Chi2oNDF;
MonitorElement* Chi2oNDFVsEta;
MonitorElement* Chi2oNDFVsPhi;
MonitorElement* Chi2oNDFVsTheta;
MonitorElement* Chi2ProbVsEta;
MonitorElement* Chi2ProbVsPhi;
MonitorElement* Chi2ProbVsTheta;
MonitorElement* DistanceOfClosestApproach;
MonitorElement* DistanceOfClosestApproachToBS;
MonitorElement* DistanceOfClosestApproachToPV;
MonitorElement* DistanceOfClosestApproachVsTheta;
MonitorElement* DistanceOfClosestApproachVsPhi;
MonitorElement* DistanceOfClosestApproachToBSVsPhi;
MonitorElement* DistanceOfClosestApproachToPVVsPhi;
MonitorElement* DistanceOfClosestApproachVsEta;
MonitorElement* xPointOfClosestApproach;
MonitorElement* xPointOfClosestApproachToPV;
MonitorElement* xPointOfClosestApproachVsZ0wrt000;
MonitorElement* xPointOfClosestApproachVsZ0wrtBS;
MonitorElement* xPointOfClosestApproachVsZ0wrtPV;
MonitorElement* yPointOfClosestApproach;
MonitorElement* yPointOfClosestApproachToPV;
MonitorElement* yPointOfClosestApproachVsZ0wrt000;
MonitorElement* yPointOfClosestApproachVsZ0wrtBS;
MonitorElement* yPointOfClosestApproachVsZ0wrtPV;
MonitorElement* zPointOfClosestApproach;
MonitorElement* zPointOfClosestApproachToPV;
MonitorElement* zPointOfClosestApproachVsPhi;
MonitorElement *algorithm, *oriAlgo;
MonitorElement *stoppingSource;
MonitorElement *stoppingSourceVSeta;
MonitorElement *stoppingSourceVSphi;
// TESTING MEs
MonitorElement* TESTDistanceOfClosestApproachToBS;
MonitorElement* TESTDistanceOfClosestApproachToBSVsPhi;
// add by Mia in order to deal w/ LS transitions
MonitorElement* Chi2oNDF_lumiFlag;
MonitorElement* NumberOfRecHitsPerTrack_lumiFlag;
//new plots for Heavy Ion DQM
MonitorElement* LongDCASig;
MonitorElement* TransDCASig;
MonitorElement* dNdPhi_HighPurity;
MonitorElement* dNdEta_HighPurity;
MonitorElement* dNdPt_HighPurity;
MonitorElement* NhitVsEta_HighPurity;
MonitorElement* NhitVsPhi_HighPurity;
MonitorElement* Ptdist_HighPurity;
MonitorElement* dNhitdPt_HighPurity;
// IP significance plots
MonitorElement *sipDxyToBS;
MonitorElement *sipDzToBS;
MonitorElement *sip3dToPV;
MonitorElement *sip2dToPV;
MonitorElement *sipDxyToPV;
MonitorElement *sipDzToPV;
struct TkRecHitsPerSubDetMEs {
MonitorElement* NumberOfRecHitsPerTrack;
MonitorElement* NumberOfRecHitsPerTrackVsPhi;
MonitorElement* NumberOfRecHitsPerTrackVsEta;
MonitorElement* NumberOfLayersPerTrack;
MonitorElement* NumberOfLayersPerTrackVsPhi;
MonitorElement* NumberOfLayersPerTrackVsEta;
int detectorId;
std::string detectorTag;
};
std::map<std::string, TkRecHitsPerSubDetMEs> TkRecHitsPerSubDetMEMap;
struct Key {
int det;
int subdet;
int monitoring;
explicit Key(int det, int subdet,int monitoring):det(det),subdet(subdet),monitoring(monitoring){};
bool operator==(const Key & other) const {
return (det == other.det && subdet == other.subdet && monitoring == other.monitoring);
}
};
// Trivial hasher function: warning, it only works if det has less than 99 subdets.
struct KeyHasher {
std::size_t operator()(const Key& k) const {
return k.det*100+k.subdet;
}
};
std::unordered_map<Key, MonitorElement *, KeyHasher> hits_valid_;
std::unordered_map<Key, MonitorElement *, KeyHasher> hits_missing_;
std::unordered_map<Key, MonitorElement *, KeyHasher> hits_inactive_;
std::unordered_map<Key, MonitorElement *, KeyHasher> hits_bad_;
std::unordered_map<Key, MonitorElement *, KeyHasher> hits_total_;
unsigned int good_vertices_;
unsigned int bx_;
enum monQuantity {
VsPU,
VsBX,
END
};
std::string monName[monQuantity::END] = { "", "VsBX" };
std::string histname; //for naming the histograms according to algorithm used
};
#endif