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mschen |
1.1 |
#ifndef Muon_h
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#define Muon_h
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#include <TLorentzVector.h>
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#include "init.h"
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#include "mcParticle.h"
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#include "track.h"
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#include <fstream>
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using namespace std;
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struct Segment{
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float phi, eta, x, y, z;
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uint32_t det;
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Segment(){}
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Segment(float a, float b, float c, float d, float e, uint32_t f):phi(a), eta(b), x(c), y(d), z(e), det(f){}
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Segment(const Segment& seg):phi(seg.phi),eta(seg.eta),x(seg.x),y(seg.y), z(seg.z), det(seg.det){}
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};
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class Muon:public mcParticle {
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private:
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double ecalIso_, hcalIso_, trkIso_;
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int type_, typeTrk_;
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double calEm_, calHm_, compat_, d0_, Chi2N_;
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int nHit_;
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double outZ_, outR_;
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double parentDR_;
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int parentI_, parentI2_, parentClass, parentPDG;
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bool globalMuonPromptTight_;
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TLorentzVector staMom;
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TLorentzVector trkMom;
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int staCharge, trkCharge;
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float staNdof, trkNdof;
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bool isTrackValid, isStandAloneValid;
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bool GlobalMuon_, TrackerMuon_, CaloMuon_, StandAloneMuon_, GlobalMuonPromptTight_, TM2DCompatibilityLoose_, TMOneStationLoose_;
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bool TMLastStationOptimizedLowPtLoose_, TMLastStationOptimizedLowPtTight_;
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bool TM2DCompatibilityTight_;
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bool Good_;
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bool TMLastStationAngTight_;
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bool TMOneStationAngTight_;
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bool TMOneStationAngLoose_;
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double ndof_;
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double trkChi2N, trkD0, trkNHit;
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short numberOfValidMuonHits_;
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float caloCompatibility_;
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float segmentCompatibility_;
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bool TrackerMuonArbitrated_;
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bool AllArbitrated_;
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int numberOfChambers_;
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int numberOfMatches_;
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Track track_;
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float weight_;
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// --- need FIXME put Arbitrated bits on the muon collection
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vector<Segment> segments_;
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float gen_pt, gen_eta, gen_phi;
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int gen_q, gen_index;
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double d0PV_;
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public:
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//Muon() {};
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Muon(
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int index,
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int q,
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TLorentzVector mom,
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TLorentzVector vtx,
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double ecalIso,
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double hcalIso,
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double trkIso,
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int type,
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int typeTrk,
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double calEm,
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double calHm,
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double compat,
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double d0,
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double Chi2N,
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int nHit,
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double outZ,
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double outR
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)
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:mcParticle(
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index,
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13,
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q,
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mom,
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0,
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vtx
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),
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ecalIso_(ecalIso),
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hcalIso_(hcalIso),
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trkIso_(trkIso),
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type_(type),
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typeTrk_(typeTrk),
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calEm_(calEm),
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calHm_(calHm),
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compat_(compat),
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d0_(d0),
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Chi2N_(Chi2N),
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nHit_(nHit),
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outZ_(outZ),
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outR_(outR)
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{
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parentDR_ = -1;
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parentI_ = -1;
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parentI2_ = -1;
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parentClass = -1;
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parentPDG = -1;
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isTrackValid=false;
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isStandAloneValid=false;
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caloCompatibility_=-1;
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segmentCompatibility_=-1;
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weight_=1; // if it's a pseudo muon, then we will assign weight for it
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// FIXME dirty coding here...
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segments_.clear();
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numberOfValidMuonHits_ = 0;
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gen_pt = -1; gen_eta = -99.0; gen_phi=-99.0; gen_q = -99; gen_index = -1;
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};
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~Muon() {};
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double ecalIso() const {return ecalIso_;};
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double hcalIso() const {return hcalIso_;};
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double trkIso() const {return trkIso_;};
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double isolSumNorm(int type=1) const
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{
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if(type==1){ return (trkIso_ + ecalIso_ + hcalIso_)/pt();}
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else { return (trkIso_ + ecalIso_ + hcalIso_)/(pt()>20?pt():20); }
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};
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double isolSum() const
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{
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return (trkIso_ + ecalIso_ + hcalIso_);
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};
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void putParentDR(double dr) {parentDR_ = dr;};
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void putParentI(int i) {parentI_ = i;};//i from full PYTHIA list
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void putParentI2(int i) {parentI2_ = i;};//same; or i from genMu list if matched
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void putParentPDGid(int i) {parentPDG = i;};
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void defineParent(int i) {parentClass = defineParentClass(i);};
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void putParentClass(int i) {parentClass = i;};
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int getParentClass() {return parentClass;};
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int getParentPDG() {return parentPDG;};
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int getMatchedIndex() {return parentI_;};
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double getDr() {return parentDR_;};
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int type() {return type_;};
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double calEm() {return calEm_;};
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double calHm() {return calHm_;};
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double compat() {return compat_;};
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double d0() {return d0_;};
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double Chi2N() {return Chi2N_;};
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double nHit() {return nHit_;};
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double outZ() {return outZ_;};
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double outR() {return outR_;};
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void Set_staMom(TLorentzVector pp){staMom=pp; isStandAloneValid=true;};
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void Set_trkMom(TLorentzVector pp){trkMom=pp; isTrackValid=true;};
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TLorentzVector getStaMom(){return staMom;};
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TLorentzVector getTrkMom(){return trkMom;};
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void Set_staCharge(int c){staCharge=c;};
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void Set_trkCharge(int c){trkCharge=c;};
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int getStaCharge(){return staCharge;};
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int getTrkCharge(){return trkCharge;};
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bool getTrackValid(){return isTrackValid;};
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bool getStandAloneValid(){return isStandAloneValid;};
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void printRec();
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void printRec(ofstream &fout);
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bool isGlobalMuon(){return GlobalMuon_;};
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bool isTrackerMuon(){return TrackerMuon_;};
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bool isCaloMuon(){return CaloMuon_;}
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bool isStandAloneMuon(){return StandAloneMuon_;};
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bool isGlobalMuonPromptTight(){return GlobalMuonPromptTight_;};
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bool isTM2DCompatibilityLoose(){TM2DCompatibilityLoose_;};
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bool isTM2DCompatibilityTight(){TM2DCompatibilityTight_;};
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bool isTMOneStationLoose(){return TMOneStationLoose_;};
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void setGlobalMuon(bool b){ GlobalMuon_=b;};
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void setTrackerMuon(bool b){ TrackerMuon_=b;};
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void setCaloMuon(bool b){ CaloMuon_=b;}
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void setStandAloneMuon(bool b){ StandAloneMuon_=b;};
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void setGlobalMuonPromptTight(bool b){ GlobalMuonPromptTight_=b;};
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void setTM2DCompatibilityLoose(bool b){TM2DCompatibilityLoose_=b;};
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void setTM2DCompatibilityTight(bool b){TM2DCompatibilityTight_=b;};
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void setTMOneStationLoose(bool b){ TMOneStationLoose_=b;};
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void setTMLastStationOptimizedLowPtLoose(bool b){ TMLastStationOptimizedLowPtLoose_=b;};
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void setTMLastStationOptimizedLowPtTight(bool b){ TMLastStationOptimizedLowPtTight_=b;};
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bool isTMLastStationOptimizedLowPtTight(){return TMLastStationOptimizedLowPtTight_;};
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bool isTMLastStationOptimizedLowPtLoose(){return TMLastStationOptimizedLowPtLoose_;};
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void setTMLastStationAngTight(bool b){ TMLastStationAngTight_=b;};
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bool isTMLastStationAngTight(){return TMLastStationAngTight_;};
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void setTMOneStationAngTight(bool b){ TMOneStationAngTight_=b;};
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bool isTMOneStationAngTight(){return TMOneStationAngTight_;};
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void setTMOneStationAngLoose(bool b){ TMOneStationAngLoose_=b;};
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bool isTMOneStationAngLoose(){return TMOneStationAngLoose_;};
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double ndof(){return ndof_;};
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void set_ndof(double n){ndof_=n;};
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double getStaNdof(){return staNdof;};
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double getTrkNdof(){return trkNdof;};
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void Set_staNdof(float n){staNdof=n;};
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void Set_trkNdof(float n){trkNdof=n;};
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void setTrackQuantities(int charge, TLorentzVector mom, double d0, double Chi2N, int nHit, double ndof){
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trkMom=mom; trkD0=d0; trkChi2N=Chi2N; trkNHit=nHit; trkNdof=ndof; trkCharge=charge; isTrackValid=true;
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};
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double getTrkChi2N(){return trkChi2N;};
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void Set_numberOfValidMuonHits(short n) {numberOfValidMuonHits_ = n;};
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short numberOfValidMuonHits(){return numberOfValidMuonHits_;};
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float caloCompatibility(){return caloCompatibility_;};
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void setCaloCompatibility(float input){caloCompatibility_=input;};
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float segmentCompatibility(){return segmentCompatibility_;};
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bool TrackerMuonArbitrated(){return TrackerMuonArbitrated_;};
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bool AllArbitrated(){return AllArbitrated_;};
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void setSegmentCompatibility(float c){segmentCompatibility_=c;};
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void setTrackerMuonArbitrated(bool b){TrackerMuonArbitrated_=b;};
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void setAllArbitrated(bool b){AllArbitrated_=b;};
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void setTrack(Track& trk){track_=trk; isTrackValid=true;};
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Track track(){return track_;};
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void setWeight(float w){weight_=w;};
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float weight(){return weight_;};
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void setGood(bool b) {Good_=b;};
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bool isGood(){return Good_;};
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void setD0PV(double d){d0PV_=d;};
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double d0PV(){return d0PV_;};
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void setNumberOfMatches(int n){numberOfMatches_=n;};
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void setNumberOfChambers(int n){numberOfChambers_=n;};
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int numberOfMatches(){return numberOfMatches_;};
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int numberOfChambers(){return numberOfChambers_;};
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void setSegments(vector<Segment> segs){segments_=segs;};
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vector<Segment> getSegments(){return segments_;};
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static const int kDetOffset = 28;
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static const int kSubdetOffset = 25;
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static const int DT= 1;
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static const int CSC=2;
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static const int RPC=3;
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enum Detector { Tracker=1,MuonDet=2,Ecal=3,Hcal=4,Calo=5 };
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// The maximum numbers of various parts
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enum eMaxNum{ MAX_ENDCAP=2, MAX_STATION=4, MAX_RING=4, MAX_CHAMBER=36, MAX_LAYER=6 };
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// // We count from 1
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enum eMinNum{ MIN_ENDCAP=1, MIN_STATION=1, MIN_RING=1, MIN_CHAMBER=1, MIN_LAYER=1 };
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//
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// // BITS_det is no. of binary bits required to label 'det' but allow 0 as a wild-card character
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// // Keep as multiples of 3 so that number can be easily decodable from octal
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enum eNumBitDet{ BITS_ENDCAP=3, BITS_STATION=3, BITS_RING=3, BITS_CHAMBER=6, BITS_LAYER=3 };
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//
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// // MASK_det is binary bits set to pick off the bits for 'det' (defined as octal)
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enum eMaskBitDet{ MASK_ENDCAP=07, MASK_STATION=07, MASK_RING=07, MASK_CHAMBER=077, MASK_LAYER=07 };
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//
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// // START_det is bit position (counting from zero) at which bits for 'det' start in 'rawId' word
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enum eStartBitDet{ START_CHAMBER=BITS_LAYER, START_RING=START_CHAMBER+BITS_CHAMBER,
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START_STATION=START_RING+BITS_RING, START_ENDCAP=START_STATION+BITS_STATION };
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/**
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* * Return Chamber label.
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* *
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* */
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int chamber(uint32_t id_) const {
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return ( (id_>>START_CHAMBER) & MASK_CHAMBER ); };
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| 291 |
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/**
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* * Return Ring label.
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* *
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* */
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int ring(uint32_t id_) const {
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if (((id_>>START_STATION) & MASK_STATION) == 1)
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return ( detIdToInt((id_>>START_RING) & MASK_RING ));
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else
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return (((id_>>START_RING) & MASK_RING ));
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};
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/**
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* * Return Station label.
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* *
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* */
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int station(uint32_t id_) const {
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return ( (id_>>START_STATION) & MASK_STATION ); };
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| 309 |
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/**
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* * Return Endcap label. 1=forward (+Z); 2=backward (-Z)
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* *
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* */
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int endcap(uint32_t id_) const {
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| 314 |
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return ( (id_>>START_ENDCAP) & MASK_ENDCAP ); };
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static int detIdToInt(int iring) {
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| 317 |
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// reverse intToDetId: change 1, 2, 3, 4 inside the DetId to 4, 1, 2, 3 for external use
|
| 318 |
|
|
// // i.e. output ring # 1, 2, 3, 4 in ME1 means ME1b, ME12, ME13, ME1a as usual in the offline software.
|
| 319 |
|
|
int i = (iring-1);
|
| 320 |
|
|
if (i == 0)
|
| 321 |
|
|
i = 4;
|
| 322 |
|
|
return i;
|
| 323 |
|
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};
|
| 324 |
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|
| 325 |
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|
|
| 326 |
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|
|
| 327 |
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/// get the detector field from this detid
|
| 328 |
|
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Detector det(uint32_t id_) const { return Detector((id_>>kDetOffset)&0xF); };
|
| 329 |
|
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/// get the contents of the subdetector field (not cast into any detector's numbering enum)
|
| 330 |
|
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int subdetId(uint32_t id_) const { return ((id_>>kSubdetOffset)&0x7); };
|
| 331 |
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|
|
| 332 |
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|
|
| 333 |
|
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void SetGenPt(float a) {gen_pt=a;};
|
| 334 |
|
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void SetGenEta(float a) {gen_eta=a;};
|
| 335 |
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void SetGenPhi(float a) {gen_phi=a;};
|
| 336 |
|
|
void SetGenQ(int a) {gen_q = a;};
|
| 337 |
|
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void SetGenIndex(int a){gen_index=a;};
|
| 338 |
|
|
|
| 339 |
|
|
float GetGenPt() {return gen_pt;};
|
| 340 |
|
|
float GetGenEta() {return gen_eta;};
|
| 341 |
|
|
float GetGenPhi() {return gen_phi;};
|
| 342 |
|
|
int GetGenQ() {return gen_q;};
|
| 343 |
|
|
int GetGenIndex(){return gen_index;};
|
| 344 |
|
|
};
|
| 345 |
|
|
|
| 346 |
|
|
|
| 347 |
|
|
|
| 348 |
|
|
#endif // #ifdef Muon_cxx
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