#include <DigitalTrack.h>

Public Member Functions
bool	accepted () const

int	cBinhelix () const

int	cBinHT () const

float	chisquaredRphi () const

float	chisquaredRphi_bcon () const

float	chisquaredRz () const

float	d0 () const

	DigitalTrack (const Settings settings, const std::string &fitterName, const L1fittedTrack fitTrk)

unsigned int	hitPattern () const

unsigned int	iDigi_chisquaredRphi () const

unsigned int	iDigi_chisquaredRphi_bcon () const

unsigned int	iDigi_chisquaredRz () const

int	iDigi_d0 () const

int	iDigi_oneOver2r () const

int	iDigi_oneOver2r_bcon () const

int	iDigi_phi0rel () const

int	iDigi_phi0rel_bcon () const

int	iDigi_tanLambda () const

int	iDigi_z0 () const

unsigned int	iEtaReg () const

unsigned int	iGetNonant (unsigned int iPhiSec) const

unsigned int	iPhiSec () const

int	mBinhelix () const

int	mBinHT () const

unsigned int	nlayers () const

float	oneOver2r () const

float	oneOver2r_bcon () const

float	orig_chisquaredRphi () const

float	orig_chisquaredRz () const

float	orig_d0 () const

float	orig_oneOver2r () const

float	orig_phi0 () const

float	orig_phi0rel () const

float	orig_qOverPt () const

float	orig_tanLambda () const

float	orig_z0 () const

float	phi0 () const

float	phi0_bcon () const

float	phi0rel () const

float	phi0rel_bcon () const

float	qOverPt () const

float	qOverPt_bcon () const

float	tanLambda () const

float	tp_d0 () const

float	tp_eta () const

int	tp_index () const

float	tp_pdgId () const

float	tp_phi0 () const

float	tp_pt () const

float	tp_qoverpt () const

float	tp_tanLambda () const

float	tp_useForAlgEff () const

float	tp_useForEff () const

float	tp_z0 () const

float	z0 () const

Private Member Functions
void	checkAccuracy () const

void	checkInRange () const

void	loadDigiCfg (const std::string &fitterName)

void	makeDigitalTrack ()

Private Attributes
bool	accepted_

int	cBin_

int	cBinhelix_

unsigned int	chisquaredBits_

double	chisquaredMult_

float	chisquaredRange_

float	chisquaredRphi_

float	chisquaredRphi_bcon_

float	chisquaredRphi_bcon_orig_

float	chisquaredRphi_orig_

float	chisquaredRz_

float	chisquaredRz_orig_

float	chosenRofPhi_

bool	consistent_

bool	consistentSect_

float	d0_

float	d0_orig_

unsigned int	d0Bits_

double	d0Mult_

float	d0Range_

std::string	fitterName_

unsigned int	hitPattern_

unsigned int	iDigi_chisquaredRphi_

unsigned int	iDigi_chisquaredRphi_bcon_

unsigned int	iDigi_chisquaredRz_

int	iDigi_d0_

int	iDigi_oneOver2r_

int	iDigi_oneOver2r_bcon_

int	iDigi_phi0rel_

int	iDigi_phi0rel_bcon_

int	iDigi_tanLambda_

int	iDigi_z0_

unsigned int	iEtaReg_

float	invPtToDPhi_

unsigned int	iPhiSec_

int	mBin_

int	mBinhelix_

unsigned int	nbinsPt_

unsigned int	nHelixParams_

unsigned int	nlayers_

unsigned int	numPhiNonants_

unsigned int	numPhiSectors_

float	oneOver2r_

float	oneOver2r_bcon_

float	oneOver2r_bcon_orig_

float	oneOver2r_orig_

unsigned int	oneOver2rBits_

double	oneOver2rMult_

float	oneOver2rRange_

float	phi0_

float	phi0_bcon_

float	phi0_bcon_orig_

float	phi0_orig_

unsigned int	phi0Bits_

double	phi0Mult_

float	phi0Range_

float	phi0rel_

float	phi0rel_bcon_

float	phi0rel_bcon_orig_

float	phi0rel_orig_

double	phiNonantWidth_

double	phiSectorCentre_

double	phiSectorWidth_

float	qOverPt_

float	qOverPt_bcon_

float	qOverPt_bcon_orig_

float	qOverPt_orig_

const Settings *	settings_

bool	skipTrackDigi_

float	tanLambda_

float	tanLambda_orig_

unsigned int	tanLambdaBits_

double	tanLambdaMult_

float	tanLambdaRange_

float	tp_d0_

float	tp_eta_

int	tp_index_

int	tp_pdgId_

float	tp_phi0_

float	tp_pt_

float	tp_qoverpt_

float	tp_tanLambda_

bool	tp_useForAlgEff_

bool	tp_useForEff_

float	tp_z0_

float	z0_

float	z0_orig_

unsigned int	z0Bits_

double	z0Mult_

float	z0Range_

Detailed Description

Used to digitize the fitted track helix params. WARNING: Digitizes according to common format agreed for KF and SimpleLR4 fitters, and uses KF digitisation cfg for all fitters except SimpleLR4.

Definition at line 22 of file DigitalTrack.h.

Constructor & Destructor Documentation

◆ DigitalTrack()

tmtt::DigitalTrack::DigitalTrack	(	const Settings *	settings,
		const std::string &	fitterName,
		const L1fittedTrack *	fitTrk
	)

Definition at line 14 of file DigitalTrack.cc.

       :
  
         // Digitization configuration parameters
         settings_(settings),
  
         // Number of phi sectors and phi nonants.
         numPhiSectors_(settings->numPhiSectors()),
         numPhiNonants_(settings->numPhiNonants()),
         // Phi sector and phi nonant width (radians)
         phiSectorWidth_(2. * M_PI / float(numPhiSectors_)),
         phiNonantWidth_(2. * M_PI / float(numPhiNonants_)),
         // Radius from beamline with respect to which stub r coord. is measured.
         chosenRofPhi_(settings->chosenRofPhi()),
  
         // Number of q/Pt bins in Hough  transform array.
         nbinsPt_((int)settings->houghNbinsPt()),
         invPtToDPhi_(settings->invPtToDphi()),
  
         // Info about fitted track
         fitterName_(fitterName),
         nHelixParams_(fitTrk->nHelixParam()),
  
         nlayers_(fitTrk->numLayers()),
         iPhiSec_(fitTrk->iPhiSec()),
         iEtaReg_(fitTrk->iEtaReg()),
         mBin_(int(fitTrk->cellLocationHT().first) - floor(settings_->houghNbinsPt() / 2)),
         cBin_(int(fitTrk->cellLocationHT().second) - floor(settings_->houghNbinsPhi() / 2)),
         mBinhelix_(int(fitTrk->cellLocationFit().first) - floor(settings_->houghNbinsPt() / 2)),
         cBinhelix_(int(fitTrk->cellLocationFit().second) - floor(settings_->houghNbinsPhi() / 2)),
         hitPattern_(fitTrk->hitPattern()),
         consistent_(fitTrk->consistentHTcell()),
         consistentSect_(fitTrk->consistentSector()),
         accepted_(fitTrk->accepted()),
  
         qOverPt_orig_(fitTrk->qOverPt()),
         oneOver2r_orig_(fitTrk->qOverPt() * invPtToDPhi_),
         d0_orig_(fitTrk->d0()),
         phi0_orig_(fitTrk->phi0()),
         tanLambda_orig_(fitTrk->tanLambda()),
         z0_orig_(fitTrk->z0()),
         chisquaredRphi_orig_(fitTrk->chi2rphi()),
         chisquaredRz_orig_(fitTrk->chi2rz()),
  
         // Same again with beam-spot constraint.
         qOverPt_bcon_orig_(fitTrk->qOverPt_bcon()),
         oneOver2r_bcon_orig_(fitTrk->qOverPt_bcon() * invPtToDPhi_),
         phi0_bcon_orig_(fitTrk->phi0_bcon()),
         chisquaredRphi_bcon_orig_(fitTrk->chi2rphi_bcon()) {
     // Get digitisation parameters for this particular track fitter.
     this->loadDigiCfg(fitterName);
  
     // Complete storage of info about fitted track & truth particle.
     double phiCentreSec0 = -M_PI / float(numPhiNonants_) + M_PI / float(numPhiSectors_);
     phiSectorCentre_ = phiSectorWidth_ * float(iPhiSec_) + phiCentreSec0;
     phi0rel_orig_ = reco::deltaPhi(fitTrk->phi0(), phiSectorCentre_);
     phi0rel_bcon_orig_ = reco::deltaPhi(fitTrk->phi0_bcon(), phiSectorCentre_);
  
     // FIX: Remove this BODGE once BCHI increased to 11 in KFstate.h
     if (chisquaredRphi_orig_ >= chisquaredRange_)
       chisquaredRphi_orig_ = chisquaredRange_ - 0.1;
     if (chisquaredRphi_bcon_orig_ >= chisquaredRange_)
       chisquaredRphi_bcon_orig_ = chisquaredRange_ - 0.1;
  
     // Associated truth, if any.
     const TP* tp = fitTrk->matchedTP();
     bool tpOK = (tp != nullptr);
     tp_tanLambda_ = tpOK ? tp->tanLambda() : 0;
     tp_qoverpt_ = tpOK ? tp->qOverPt() : 0;
     tp_pt_ = tpOK ? tp->pt() : 0;
     tp_d0_ = tpOK ? tp->d0() : 0;
     tp_eta_ = tpOK ? tp->eta() : 0;
     tp_phi0_ = tpOK ? tp->phi0() : 0;
     tp_z0_ = tpOK ? tp->z0() : 0;
     tp_index_ = tpOK ? tp->index() : -1;
     tp_useForAlgEff_ = tpOK ? tp->useForAlgEff() : false;
     tp_useForEff_ = tpOK ? tp->useForEff() : false;
     tp_pdgId_ = tpOK ? tp->pdgId() : 0;
  
     // Digitize track.
     this->makeDigitalTrack();
   }

References chisquaredRange_, chisquaredRphi_bcon_orig_, chisquaredRphi_orig_, reco::deltaPhi(), dqmMemoryStats::float, iPhiSec_, loadDigiCfg(), M_PI, makeDigitalTrack(), tmtt::L1fittedTrack::matchedTP(), numPhiNonants_, numPhiSectors_, tmtt::L1fittedTrack::phi0(), tmtt::L1fittedTrack::phi0_bcon(), phi0rel_bcon_orig_, phi0rel_orig_, phiSectorCentre_, phiSectorWidth_, cmsswSequenceInfo::tp, tp_d0_, tp_eta_, tp_index_, tp_pdgId_, tp_phi0_, tp_pt_, tp_qoverpt_, tp_tanLambda_, tp_useForAlgEff_, tp_useForEff_, and tp_z0_.

Member Function Documentation

◆ accepted()

bool tmtt::DigitalTrack::accepted ( ) const

inline

Definition at line 69 of file DigitalTrack.h.

69 { return accepted_; }

References accepted_.

◆ cBinhelix()

int tmtt::DigitalTrack::cBinhelix ( ) const

inline

Definition at line 65 of file DigitalTrack.h.

65 { return cBinhelix_; }

References cBinhelix_.

◆ cBinHT()

int tmtt::DigitalTrack::cBinHT ( ) const

inline

Definition at line 68 of file DigitalTrack.h.

68 { return cBin_; }

References cBin_.

◆ checkAccuracy()

void tmtt::DigitalTrack::checkAccuracy ( ) const

private

Definition at line 290 of file DigitalTrack.cc.

                                          {
     if (accepted_) {  // Don't bother apply to tracks rejected by the fitter.
       float TA = qOverPt_ - qOverPt_orig_;
       float TB = reco::deltaPhi(phi0_, phi0_orig_);
       float TC = z0_ - z0_orig_;
       float TD = tanLambda_ - tanLambda_orig_;
       float TE = d0_ - d0_orig_;
       float TF = chisquaredRphi_ - chisquaredRphi_orig_;
       float TG = chisquaredRz_ - chisquaredRz_orig_;
  
       // Compare to small numbers, representing acceptable precision loss.
       constexpr float smallTA = 0.01, smallTB = 0.001, smallTC = 0.05, smallTD = 0.002, smallTE = 0.05, smallTF = 0.5,
                       smallTG = 0.5;
       if (std::abs(TA) > smallTA || std::abs(TB) > smallTB || std::abs(TC) > smallTC || std::abs(TD) > smallTD ||
           std::abs(TE) > smallTE || std::abs(TF) > smallTF || std::abs(TG) > smallTG) {
         throw cms::Exception("LogicError")
             << "WARNING: DigitalTrack lost precision: " << fitterName_ << " accepted=" << accepted_ << " " << TA << " "
             << TB << " " << TC << " " << TD << " " << TE << " " << TF << " " << TG;
       }
     }
   }

References funct::abs(), accepted_, chisquaredRphi_, chisquaredRphi_orig_, chisquaredRz_, chisquaredRz_orig_, d0_, d0_orig_, reco::deltaPhi(), Exception, fitterName_, phi0_, phi0_orig_, qOverPt_, qOverPt_orig_, tanLambda_, tanLambda_orig_, z0_, and z0_orig_.

Referenced by makeDigitalTrack().

◆ checkInRange()

void tmtt::DigitalTrack::checkInRange ( ) const

private

Definition at line 247 of file DigitalTrack.cc.

                                         {
     if (accepted_) {  // Don't bother apply to tracks rejected by the fitter.
       if (std::abs(oneOver2r_orig_) >= 0.5 * oneOver2rRange_)
         throw cms::Exception("BadConfig")
             << "DigitalTrack: Track oneOver2r is out of assumed digitization range."
             << " |oneOver2r| = " << std::abs(oneOver2r_orig_) << " > " << 0.5 * oneOver2rRange_
             << "; Fitter=" << fitterName_ << "; track accepted = " << accepted_;
       if (consistentSect_) {  // don't bother if track will fail sector consistency cut.
         if (std::abs(phi0rel_orig_) >= 0.5 * phi0Range_)
           throw cms::Exception("BadConfig") << "DigitalTrack: Track phi0rel is out of assumed digitization range."
                                             << " |phi0rel| = " << std::abs(phi0rel_orig_) << " > " << 0.5 * phi0Range_
                                             << "; Fitter=" << fitterName_ << "; track accepted = " << accepted_;
       }
       if (std::abs(z0_orig_) >= 0.5 * z0Range_)
         throw cms::Exception("BadConfig") << "DigitalTrack:  Track z0 is out of assumed digitization range."
                                           << " |z0| = " << std::abs(z0_orig_) << " > " << 0.5 * z0Range_
                                           << "; Fitter=" << fitterName_ << "; track accepted = " << accepted_;
       if (std::abs(d0_orig_) >= 0.5 * d0Range_)
         throw cms::Exception("BadConfig") << "DigitalTrack:  Track d0 is out of assumed digitization range."
                                           << " |d0| = " << std::abs(d0_orig_) << " > " << 0.5 * d0Range_
                                           << "; Fitter=" << fitterName_ << "; track accepted = " << accepted_;
       if (std::abs(tanLambda_orig_) >= 0.5 * tanLambdaRange_)
         throw cms::Exception("BadConfig")
             << "DigitalTrack: Track tanLambda is out of assumed digitization range."
             << " |tanLambda| = " << std::abs(tanLambda_orig_) << " > " << 0.5 * tanLambdaRange_
             << "; Fitter=" << fitterName_ << "; track accepted = " << accepted_;
       if (accepted_) {  // Tracks declared invalid by fitter can have very large original chi2.
         if (chisquaredRphi_orig_ >= chisquaredRange_ or chisquaredRphi_orig_ < 0.)
           throw cms::Exception("BadConfig")
               << "DigitalTrack: Track chisquaredRphi is out of assumed digitization range."
               << " chisquaredRphi = " << chisquaredRphi_orig_ << " > " << chisquaredRange_ << " or < 0"
               << "; Fitter=" << fitterName_ << "; track accepted = " << accepted_;
         if (chisquaredRz_orig_ >= chisquaredRange_ or chisquaredRz_orig_ < 0.)
           throw cms::Exception("BadConfig")
               << "DigitalTrack: Track chisquaredRz is out of assumed digitization range."
               << " chisquaredRz = " << chisquaredRz_orig_ << " > " << chisquaredRange_ << " or < 0"
               << "; Fitter=" << fitterName_ << "; track accepted = " << accepted_;
       }
     }
   }

References funct::abs(), accepted_, chisquaredRange_, chisquaredRphi_orig_, chisquaredRz_orig_, consistentSect_, d0_orig_, d0Range_, Exception, fitterName_, oneOver2r_orig_, oneOver2rRange_, or, phi0Range_, phi0rel_orig_, tanLambda_orig_, tanLambdaRange_, z0_orig_, and z0Range_.

Referenced by makeDigitalTrack().

◆ chisquaredRphi()

float tmtt::DigitalTrack::chisquaredRphi ( ) const

inline

Definition at line 52 of file DigitalTrack.h.

52 { return chisquaredRphi_; }

References chisquaredRphi_.

◆ chisquaredRphi_bcon()

float tmtt::DigitalTrack::chisquaredRphi_bcon ( ) const

inline

Definition at line 60 of file DigitalTrack.h.

60 { return chisquaredRphi_bcon_; }

References chisquaredRphi_bcon_.

◆ chisquaredRz()

float tmtt::DigitalTrack::chisquaredRz ( ) const

inline

Definition at line 53 of file DigitalTrack.h.

53 { return chisquaredRz_; }

References chisquaredRz_.

◆ d0()

float tmtt::DigitalTrack::d0 ( ) const

inline

Definition at line 47 of file DigitalTrack.h.

47 { return d0_; }

References d0_.

◆ hitPattern()

unsigned int tmtt::DigitalTrack::hitPattern ( ) const

inline

Definition at line 70 of file DigitalTrack.h.

70 { return hitPattern_; }

References hitPattern_.

◆ iDigi_chisquaredRphi()

unsigned int tmtt::DigitalTrack::iDigi_chisquaredRphi ( ) const

inline

Definition at line 36 of file DigitalTrack.h.

36 { return iDigi_chisquaredRphi_; }

References iDigi_chisquaredRphi_.

◆ iDigi_chisquaredRphi_bcon()

unsigned int tmtt::DigitalTrack::iDigi_chisquaredRphi_bcon ( ) const

inline

Definition at line 42 of file DigitalTrack.h.

42 { return iDigi_chisquaredRphi_bcon_; }

References iDigi_chisquaredRphi_bcon_.

◆ iDigi_chisquaredRz()

unsigned int tmtt::DigitalTrack::iDigi_chisquaredRz ( ) const

inline

Definition at line 37 of file DigitalTrack.h.

37 { return iDigi_chisquaredRz_; }

References iDigi_chisquaredRz_.

◆ iDigi_d0()

int tmtt::DigitalTrack::iDigi_d0 ( ) const

inline

Definition at line 31 of file DigitalTrack.h.

31 { return iDigi_d0_; }

References iDigi_d0_.

◆ iDigi_oneOver2r()

int tmtt::DigitalTrack::iDigi_oneOver2r ( ) const

inline

Definition at line 30 of file DigitalTrack.h.

30 { return iDigi_oneOver2r_; }

References iDigi_oneOver2r_.

◆ iDigi_oneOver2r_bcon()

int tmtt::DigitalTrack::iDigi_oneOver2r_bcon ( ) const

inline

Definition at line 40 of file DigitalTrack.h.

40 { return iDigi_oneOver2r_bcon_; } // half inverse curvature of track.

References iDigi_oneOver2r_bcon_.

◆ iDigi_phi0rel()

int tmtt::DigitalTrack::iDigi_phi0rel ( ) const

inline

Definition at line 33 of file DigitalTrack.h.

33 { return iDigi_phi0rel_; }

References iDigi_phi0rel_.

Referenced by tmtt::SimpleLR4::fit().

◆ iDigi_phi0rel_bcon()

int tmtt::DigitalTrack::iDigi_phi0rel_bcon ( ) const

inline

Definition at line 41 of file DigitalTrack.h.

41 { return iDigi_phi0rel_bcon_; } // measured relative to centre of sector

References iDigi_phi0rel_bcon_.

◆ iDigi_tanLambda()

int tmtt::DigitalTrack::iDigi_tanLambda ( ) const

inline

Definition at line 35 of file DigitalTrack.h.

35 { return iDigi_tanLambda_; }

References iDigi_tanLambda_.

◆ iDigi_z0()

int tmtt::DigitalTrack::iDigi_z0 ( ) const

inline

Definition at line 34 of file DigitalTrack.h.

34 { return iDigi_z0_; }

References iDigi_z0_.

◆ iEtaReg()

unsigned int tmtt::DigitalTrack::iEtaReg ( ) const

inline

Definition at line 63 of file DigitalTrack.h.

63 { return iEtaReg_; }

References iEtaReg_.

◆ iGetNonant()

unsigned int tmtt::DigitalTrack::iGetNonant ( unsigned int iPhiSec ) const

inline

Definition at line 97 of file DigitalTrack.h.

97 { return floor(iPhiSec * numPhiNonants_ / numPhiSectors_); }

References iPhiSec(), numPhiNonants_, and numPhiSectors_.

◆ iPhiSec()

unsigned int tmtt::DigitalTrack::iPhiSec ( ) const

inline

Definition at line 62 of file DigitalTrack.h.

62 { return iPhiSec_; }

References iPhiSec_.

Referenced by iGetNonant().

◆ loadDigiCfg()

void tmtt::DigitalTrack::loadDigiCfg ( const std::string & fitterName )

private

Definition at line 99 of file DigitalTrack.cc.

                                                          {
     if (fitterName == "SimpleLR4") {
       // SimpleLR4 track fitter
       skipTrackDigi_ = settings_->slr_skipTrackDigi();
       oneOver2rBits_ = settings_->slr_oneOver2rBits();
       oneOver2rRange_ = settings_->slr_oneOver2rRange();
       d0Bits_ = settings_->slr_d0Bits();
       d0Range_ = settings_->slr_d0Range();
       phi0Bits_ = settings_->slr_phi0Bits();
       phi0Range_ = settings_->slr_phi0Range();
       z0Bits_ = settings_->slr_z0Bits();
       z0Range_ = settings_->slr_z0Range();
       tanLambdaBits_ = settings_->slr_tanlambdaBits();
       tanLambdaRange_ = settings_->slr_tanlambdaRange();
       chisquaredBits_ = settings_->slr_chisquaredBits();
       chisquaredRange_ = settings_->slr_chisquaredRange();
     } else {
       // KF track fitter
       // Also used for all other fitters, though unlikely to be correct them them ...
       if (fitterName == "KF4ParamsComb" || fitterName == "KF5ParamsComb" || fitterName == "KF4ParamsCombHLS") {
         skipTrackDigi_ = settings_->kf_skipTrackDigi();
       } else {
         skipTrackDigi_ = settings_->other_skipTrackDigi();  // Allows to skip digitisation for other fitters
       }
       oneOver2rBits_ = settings_->kf_oneOver2rBits();
       oneOver2rRange_ = settings_->kf_oneOver2rRange();
       d0Bits_ = settings_->kf_d0Bits();
       d0Range_ = settings_->kf_d0Range();
       phi0Bits_ = settings_->kf_phi0Bits();
       phi0Range_ = settings_->kf_phi0Range();
       z0Bits_ = settings_->kf_z0Bits();
       z0Range_ = settings_->kf_z0Range();
       tanLambdaBits_ = settings_->kf_tanlambdaBits();
       tanLambdaRange_ = settings_->kf_tanlambdaRange();
       chisquaredBits_ = settings_->kf_chisquaredBits();
       chisquaredRange_ = settings_->kf_chisquaredRange();
     }
  
     // Calculate multipliers to digitize the floating point numbers.
     oneOver2rMult_ = pow(2., oneOver2rBits_) / oneOver2rRange_;
     d0Mult_ = pow(2., d0Bits_) / d0Range_;
     phi0Mult_ = pow(2., phi0Bits_) / phi0Range_;
     z0Mult_ = pow(2., z0Bits_) / z0Range_;
     tanLambdaMult_ = pow(2., tanLambdaBits_) / tanLambdaRange_;
     chisquaredMult_ = pow(2., chisquaredBits_) / chisquaredRange_;
   }

Referenced by DigitalTrack().

◆ makeDigitalTrack()

void tmtt::DigitalTrack::makeDigitalTrack ( )

private

Definition at line 148 of file DigitalTrack.cc.

                                       {
     if (skipTrackDigi_) {
       // Optionally skip track digitisaton if done internally inside track fitting code, so
       // retain original helix params.
       iDigi_oneOver2r_ = 0;
       iDigi_d0_ = 0;
       iDigi_phi0rel_ = 0;
       iDigi_tanLambda_ = 0;
       iDigi_z0_ = 0;
       iDigi_chisquaredRphi_ = 0;
       iDigi_chisquaredRz_ = 0;
  
       iDigi_oneOver2r_bcon_ = 0;
       iDigi_phi0rel_bcon_ = 0;
       iDigi_chisquaredRphi_bcon_ = 0;
  
       oneOver2r_ = oneOver2r_orig_;
       qOverPt_ = qOverPt_orig_;
       d0_ = d0_orig_;
       phi0rel_ = phi0rel_orig_;
       phi0_ = phi0_orig_;
       tanLambda_ = tanLambda_orig_;
       z0_ = z0_orig_;
       chisquaredRphi_ = chisquaredRphi_orig_;
       chisquaredRz_ = chisquaredRz_orig_;
  
       // Same again with beam-spot constraint.
       oneOver2r_bcon_ = oneOver2r_bcon_orig_;
       qOverPt_bcon_ = qOverPt_bcon_orig_;
       phi0rel_bcon_ = phi0rel_bcon_orig_;
       phi0_bcon_ = phi0_bcon_orig_;
       chisquaredRphi_bcon_ = chisquaredRphi_bcon_orig_;
  
     } else {
       //--- Digitize variables
  
       iDigi_oneOver2r_ = floor(oneOver2r_orig_ * oneOver2rMult_);
       iDigi_d0_ = floor(d0_orig_ * d0Mult_);
       iDigi_phi0rel_ = floor(phi0rel_orig_ * phi0Mult_);
       iDigi_tanLambda_ = floor(tanLambda_orig_ * tanLambdaMult_);
       iDigi_z0_ = floor(z0_orig_ * z0Mult_);
       iDigi_chisquaredRphi_ = floor(chisquaredRphi_orig_ * chisquaredMult_);
       iDigi_chisquaredRz_ = floor(chisquaredRz_orig_ * chisquaredMult_);
  
       // If fitted declared track invalid, it will have set its chi2 to very large number.
       // So truncate it at maximum allowed by digitisation range.
       if (!accepted_) {
         iDigi_chisquaredRphi_ = pow(2., chisquaredBits_) - 1;
         iDigi_chisquaredRz_ = pow(2., chisquaredBits_) - 1;
       }
  
       // Same again with beam-spot constraint.
       iDigi_oneOver2r_bcon_ = floor(oneOver2r_bcon_orig_ * oneOver2rMult_);
       iDigi_phi0rel_bcon_ = floor(phi0rel_bcon_orig_ * phi0Mult_);
       iDigi_chisquaredRphi_bcon_ = floor(chisquaredRphi_bcon_orig_ * chisquaredMult_);
       if (!accepted_)
         iDigi_chisquaredRphi_bcon_ = pow(2., chisquaredBits_) - 1;
  
       //--- Determine floating point track params from digitized numbers (so with degraded resolution).
  
       oneOver2r_ = (iDigi_oneOver2r_ + 0.5) / oneOver2rMult_;
       qOverPt_ = oneOver2r_ / invPtToDPhi_;
       if (nHelixParams_ == 5) {
         d0_ = (iDigi_d0_ + 0.5) / d0Mult_;
       } else {
         d0_ = 0.;
       }
       phi0rel_ = (iDigi_phi0rel_ + 0.5) / phi0Mult_;
       phi0_ = reco::deltaPhi(phi0rel_, -phiSectorCentre_);
       tanLambda_ = (iDigi_tanLambda_ + 0.5) / tanLambdaMult_;
       z0_ = (iDigi_z0_ + 0.5) / z0Mult_;
       chisquaredRphi_ = (iDigi_chisquaredRphi_ + 0.5) / chisquaredMult_;
       chisquaredRz_ = (iDigi_chisquaredRz_ + 0.5) / chisquaredMult_;
  
       // Same again with beam-spot constraint.
       if (nHelixParams_ == 5) {
         oneOver2r_bcon_ = (iDigi_oneOver2r_bcon_ + 0.5) / oneOver2rMult_;
         qOverPt_bcon_ = oneOver2r_bcon_ / invPtToDPhi_;
         phi0rel_bcon_ = (iDigi_phi0rel_bcon_ + 0.5) / phi0Mult_;
         phi0_bcon_ = reco::deltaPhi(phi0rel_bcon_, -phiSectorCentre_);
         chisquaredRphi_bcon_ = (iDigi_chisquaredRphi_bcon_ + 0.5) / chisquaredMult_;
       } else {
         oneOver2r_bcon_ = oneOver2r_;
         qOverPt_bcon_ = qOverPt_;
         phi0rel_bcon_ = phi0rel_;
         phi0_bcon_ = phi0_;
         chisquaredRphi_bcon_ = chisquaredRphi_;
       }
  
       // Check that track coords. are within assumed digitization range.
       this->checkInRange();
  
       // Check that digitization followed by undigitization doesn't change results too much.
       this->checkAccuracy();
     }
   }

References accepted_, checkAccuracy(), checkInRange(), chisquaredBits_, chisquaredMult_, chisquaredRphi_, chisquaredRphi_bcon_, chisquaredRphi_bcon_orig_, chisquaredRphi_orig_, chisquaredRz_, chisquaredRz_orig_, d0_, d0_orig_, d0Mult_, reco::deltaPhi(), iDigi_chisquaredRphi_, iDigi_chisquaredRphi_bcon_, iDigi_chisquaredRz_, iDigi_d0_, iDigi_oneOver2r_, iDigi_oneOver2r_bcon_, iDigi_phi0rel_, iDigi_phi0rel_bcon_, iDigi_tanLambda_, iDigi_z0_, invPtToDPhi_, nHelixParams_, oneOver2r_, oneOver2r_bcon_, oneOver2r_bcon_orig_, oneOver2r_orig_, oneOver2rMult_, phi0_, phi0_bcon_, phi0_bcon_orig_, phi0_orig_, phi0Mult_, phi0rel_, phi0rel_bcon_, phi0rel_bcon_orig_, phi0rel_orig_, phiSectorCentre_, funct::pow(), qOverPt_, qOverPt_bcon_, qOverPt_bcon_orig_, qOverPt_orig_, skipTrackDigi_, tanLambda_, tanLambda_orig_, tanLambdaMult_, z0_, z0_orig_, and z0Mult_.

Referenced by DigitalTrack().

◆ mBinhelix()

int tmtt::DigitalTrack::mBinhelix ( ) const

inline

Definition at line 64 of file DigitalTrack.h.

64 { return mBinhelix_; }

References mBinhelix_.

◆ mBinHT()

int tmtt::DigitalTrack::mBinHT ( ) const

inline

Definition at line 67 of file DigitalTrack.h.

67 { return mBin_; }

References mBin_.

◆ nlayers()

unsigned int tmtt::DigitalTrack::nlayers ( ) const

inline

Definition at line 66 of file DigitalTrack.h.

66 { return nlayers_; }

References nlayers_.

◆ oneOver2r()

float tmtt::DigitalTrack::oneOver2r ( ) const

inline

Definition at line 46 of file DigitalTrack.h.

46 { return oneOver2r_; } // half inverse curvature of track.

References oneOver2r_.

Referenced by tmtt::SimpleLR4::fit().

◆ oneOver2r_bcon()

float tmtt::DigitalTrack::oneOver2r_bcon ( ) const

inline

Definition at line 57 of file DigitalTrack.h.

57 { return oneOver2r_bcon_; } // half inverse curvature of track.

References oneOver2r_bcon_.

◆ orig_chisquaredRphi()

float tmtt::DigitalTrack::orig_chisquaredRphi ( ) const

inline

Definition at line 81 of file DigitalTrack.h.

81 { return chisquaredRphi_orig_; }

References chisquaredRphi_orig_.

◆ orig_chisquaredRz()

float tmtt::DigitalTrack::orig_chisquaredRz ( ) const

inline

Definition at line 82 of file DigitalTrack.h.

82 { return chisquaredRz_orig_; }

References chisquaredRz_orig_.

◆ orig_d0()

float tmtt::DigitalTrack::orig_d0 ( ) const

inline

Definition at line 76 of file DigitalTrack.h.

76 { return d0_orig_; }

References d0_orig_.

◆ orig_oneOver2r()

float tmtt::DigitalTrack::orig_oneOver2r ( ) const

inline

Definition at line 75 of file DigitalTrack.h.

75 { return oneOver2r_orig_; } // half inverse curvature of track.

References oneOver2r_orig_.

◆ orig_phi0()

float tmtt::DigitalTrack::orig_phi0 ( ) const

inline

Definition at line 77 of file DigitalTrack.h.

77 { return phi0_orig_; }

References phi0_orig_.

◆ orig_phi0rel()

float tmtt::DigitalTrack::orig_phi0rel ( ) const

inline

Definition at line 78 of file DigitalTrack.h.

78 { return phi0rel_orig_; } // measured relative to centre of sector

References phi0rel_orig_.

◆ orig_qOverPt()

float tmtt::DigitalTrack::orig_qOverPt ( ) const

inline

Definition at line 74 of file DigitalTrack.h.

74 { return qOverPt_orig_; }

References qOverPt_orig_.

◆ orig_tanLambda()

float tmtt::DigitalTrack::orig_tanLambda ( ) const

inline

Definition at line 80 of file DigitalTrack.h.

80 { return tanLambda_orig_; }

References tanLambda_orig_.

◆ orig_z0()

float tmtt::DigitalTrack::orig_z0 ( ) const

inline

Definition at line 79 of file DigitalTrack.h.

79 { return z0_orig_; }

References z0_orig_.

◆ phi0()

float tmtt::DigitalTrack::phi0 ( ) const

inline

Definition at line 48 of file DigitalTrack.h.

48 { return phi0_; }

References phi0_.

Referenced by tmtt::SimpleLR4::fit().

◆ phi0_bcon()

float tmtt::DigitalTrack::phi0_bcon ( ) const

inline

Definition at line 58 of file DigitalTrack.h.

58 { return phi0_bcon_; }

References phi0_bcon_.

◆ phi0rel()

float tmtt::DigitalTrack::phi0rel ( ) const

inline

Definition at line 49 of file DigitalTrack.h.

49 { return phi0rel_; } // measured relative to centre of sector

References phi0rel_.

◆ phi0rel_bcon()

float tmtt::DigitalTrack::phi0rel_bcon ( ) const

inline

Definition at line 59 of file DigitalTrack.h.

59 { return phi0rel_bcon_; } // measured relative to centre of sector

References phi0rel_bcon_.

◆ qOverPt()

float tmtt::DigitalTrack::qOverPt ( ) const

inline

Definition at line 45 of file DigitalTrack.h.

45 { return qOverPt_; }

References qOverPt_.

◆ qOverPt_bcon()

float tmtt::DigitalTrack::qOverPt_bcon ( ) const

inline

Definition at line 56 of file DigitalTrack.h.

56 { return qOverPt_bcon_; }

References qOverPt_bcon_.

◆ tanLambda()

float tmtt::DigitalTrack::tanLambda ( ) const

inline

Definition at line 51 of file DigitalTrack.h.

51 { return tanLambda_; }

References tanLambda_.

◆ tp_d0()

float tmtt::DigitalTrack::tp_d0 ( ) const

inline

Definition at line 86 of file DigitalTrack.h.

86 { return tp_d0_; }

References tp_d0_.

◆ tp_eta()

float tmtt::DigitalTrack::tp_eta ( ) const

inline

Definition at line 85 of file DigitalTrack.h.

85 { return tp_eta_; }

References tp_eta_.

◆ tp_index()

int tmtt::DigitalTrack::tp_index ( ) const

inline

Definition at line 91 of file DigitalTrack.h.

91 { return tp_index_; }

References tp_index_.

◆ tp_pdgId()

float tmtt::DigitalTrack::tp_pdgId ( ) const

inline

Definition at line 94 of file DigitalTrack.h.

94 { return tp_pdgId_; }

References tp_pdgId_.

◆ tp_phi0()

float tmtt::DigitalTrack::tp_phi0 ( ) const

inline

Definition at line 87 of file DigitalTrack.h.

87 { return tp_phi0_; }

References tp_phi0_.

◆ tp_pt()

float tmtt::DigitalTrack::tp_pt ( ) const

inline

Definition at line 84 of file DigitalTrack.h.

84 { return tp_pt_; }

References tp_pt_.

◆ tp_qoverpt()

float tmtt::DigitalTrack::tp_qoverpt ( ) const

inline

Definition at line 90 of file DigitalTrack.h.

90 { return tp_qoverpt_; }

References tp_qoverpt_.

◆ tp_tanLambda()

float tmtt::DigitalTrack::tp_tanLambda ( ) const

inline

Definition at line 88 of file DigitalTrack.h.

88 { return tp_tanLambda_; }

References tp_tanLambda_.

◆ tp_useForAlgEff()

float tmtt::DigitalTrack::tp_useForAlgEff ( ) const

inline

Definition at line 92 of file DigitalTrack.h.

92 { return tp_useForAlgEff_; }

References tp_useForAlgEff_.

◆ tp_useForEff()

float tmtt::DigitalTrack::tp_useForEff ( ) const

inline

Definition at line 93 of file DigitalTrack.h.

93 { return tp_useForEff_; }

References tp_useForEff_.

◆ tp_z0()

float tmtt::DigitalTrack::tp_z0 ( ) const

inline

Definition at line 89 of file DigitalTrack.h.

89 { return tp_z0_; }

References tp_z0_.

◆ z0()

float tmtt::DigitalTrack::z0 ( ) const

inline

Definition at line 50 of file DigitalTrack.h.

50 { return z0_; }

References z0_.

Member Data Documentation

◆ accepted_

bool tmtt::DigitalTrack::accepted_

private

Definition at line 164 of file DigitalTrack.h.

Referenced by accepted(), checkAccuracy(), checkInRange(), and makeDigitalTrack().

◆ cBin_

int tmtt::DigitalTrack::cBin_

private

Definition at line 158 of file DigitalTrack.h.

Referenced by cBinHT().

◆ cBinhelix_

int tmtt::DigitalTrack::cBinhelix_

private

Definition at line 160 of file DigitalTrack.h.

Referenced by cBinhelix().

◆ chisquaredBits_

unsigned int tmtt::DigitalTrack::chisquaredBits_

private

Definition at line 138 of file DigitalTrack.h.

Referenced by loadDigiCfg(), and makeDigitalTrack().

◆ chisquaredMult_

double tmtt::DigitalTrack::chisquaredMult_

private

Definition at line 146 of file DigitalTrack.h.

Referenced by loadDigiCfg(), and makeDigitalTrack().

◆ chisquaredRange_

float tmtt::DigitalTrack::chisquaredRange_

private

Definition at line 139 of file DigitalTrack.h.

Referenced by checkInRange(), DigitalTrack(), and loadDigiCfg().

◆ chisquaredRphi_

float tmtt::DigitalTrack::chisquaredRphi_

private

Definition at line 207 of file DigitalTrack.h.

Referenced by checkAccuracy(), chisquaredRphi(), and makeDigitalTrack().

◆ chisquaredRphi_bcon_

float tmtt::DigitalTrack::chisquaredRphi_bcon_

private

Definition at line 214 of file DigitalTrack.h.

Referenced by chisquaredRphi_bcon(), and makeDigitalTrack().

◆ chisquaredRphi_bcon_orig_

float tmtt::DigitalTrack::chisquaredRphi_bcon_orig_

private

Definition at line 182 of file DigitalTrack.h.

Referenced by DigitalTrack(), and makeDigitalTrack().

◆ chisquaredRphi_orig_

float tmtt::DigitalTrack::chisquaredRphi_orig_

private

Definition at line 175 of file DigitalTrack.h.

Referenced by checkAccuracy(), checkInRange(), DigitalTrack(), makeDigitalTrack(), and orig_chisquaredRphi().

◆ chisquaredRz_

float tmtt::DigitalTrack::chisquaredRz_

private

Definition at line 208 of file DigitalTrack.h.

Referenced by checkAccuracy(), chisquaredRz(), and makeDigitalTrack().

◆ chisquaredRz_orig_

float tmtt::DigitalTrack::chisquaredRz_orig_

private

Definition at line 176 of file DigitalTrack.h.

Referenced by checkAccuracy(), checkInRange(), makeDigitalTrack(), and orig_chisquaredRz().

◆ chosenRofPhi_

float tmtt::DigitalTrack::chosenRofPhi_

private

Definition at line 122 of file DigitalTrack.h.

◆ consistent_

bool tmtt::DigitalTrack::consistent_

private

Definition at line 162 of file DigitalTrack.h.

◆ consistentSect_

bool tmtt::DigitalTrack::consistentSect_

private

Definition at line 163 of file DigitalTrack.h.

Referenced by checkInRange().

◆ d0_

float tmtt::DigitalTrack::d0_

private

Definition at line 202 of file DigitalTrack.h.

Referenced by checkAccuracy(), d0(), and makeDigitalTrack().

◆ d0_orig_

float tmtt::DigitalTrack::d0_orig_

private

Definition at line 170 of file DigitalTrack.h.

Referenced by checkAccuracy(), checkInRange(), makeDigitalTrack(), and orig_d0().

◆ d0Bits_

unsigned int tmtt::DigitalTrack::d0Bits_

private

Definition at line 130 of file DigitalTrack.h.

Referenced by loadDigiCfg().

◆ d0Mult_

double tmtt::DigitalTrack::d0Mult_

private

Definition at line 142 of file DigitalTrack.h.

Referenced by loadDigiCfg(), and makeDigitalTrack().

◆ d0Range_

float tmtt::DigitalTrack::d0Range_

private

Definition at line 131 of file DigitalTrack.h.

Referenced by checkInRange(), and loadDigiCfg().

◆ fitterName_

std::string tmtt::DigitalTrack::fitterName_

private

Definition at line 150 of file DigitalTrack.h.

Referenced by checkAccuracy(), and checkInRange().

◆ hitPattern_

unsigned int tmtt::DigitalTrack::hitPattern_

private

Definition at line 161 of file DigitalTrack.h.

Referenced by hitPattern().

◆ iDigi_chisquaredRphi_

unsigned int tmtt::DigitalTrack::iDigi_chisquaredRphi_

private

Definition at line 191 of file DigitalTrack.h.

Referenced by iDigi_chisquaredRphi(), and makeDigitalTrack().

◆ iDigi_chisquaredRphi_bcon_

unsigned int tmtt::DigitalTrack::iDigi_chisquaredRphi_bcon_

private

Definition at line 196 of file DigitalTrack.h.

Referenced by iDigi_chisquaredRphi_bcon(), and makeDigitalTrack().

◆ iDigi_chisquaredRz_

unsigned int tmtt::DigitalTrack::iDigi_chisquaredRz_

private

Definition at line 192 of file DigitalTrack.h.

Referenced by iDigi_chisquaredRz(), and makeDigitalTrack().

◆ iDigi_d0_

int tmtt::DigitalTrack::iDigi_d0_

private

Definition at line 187 of file DigitalTrack.h.

Referenced by iDigi_d0(), and makeDigitalTrack().

◆ iDigi_oneOver2r_

int tmtt::DigitalTrack::iDigi_oneOver2r_

private

Definition at line 186 of file DigitalTrack.h.

Referenced by iDigi_oneOver2r(), and makeDigitalTrack().

◆ iDigi_oneOver2r_bcon_

int tmtt::DigitalTrack::iDigi_oneOver2r_bcon_

private

Definition at line 194 of file DigitalTrack.h.

Referenced by iDigi_oneOver2r_bcon(), and makeDigitalTrack().

◆ iDigi_phi0rel_

int tmtt::DigitalTrack::iDigi_phi0rel_

private

Definition at line 188 of file DigitalTrack.h.

Referenced by iDigi_phi0rel(), and makeDigitalTrack().

◆ iDigi_phi0rel_bcon_

int tmtt::DigitalTrack::iDigi_phi0rel_bcon_

private

Definition at line 195 of file DigitalTrack.h.

Referenced by iDigi_phi0rel_bcon(), and makeDigitalTrack().

◆ iDigi_tanLambda_

int tmtt::DigitalTrack::iDigi_tanLambda_

private

Definition at line 190 of file DigitalTrack.h.

Referenced by iDigi_tanLambda(), and makeDigitalTrack().

◆ iDigi_z0_

int tmtt::DigitalTrack::iDigi_z0_

private

Definition at line 189 of file DigitalTrack.h.

Referenced by iDigi_z0(), and makeDigitalTrack().

◆ iEtaReg_

unsigned int tmtt::DigitalTrack::iEtaReg_

private

Definition at line 156 of file DigitalTrack.h.

Referenced by iEtaReg().

◆ invPtToDPhi_

float tmtt::DigitalTrack::invPtToDPhi_

private

Definition at line 124 of file DigitalTrack.h.

Referenced by makeDigitalTrack().

◆ iPhiSec_

unsigned int tmtt::DigitalTrack::iPhiSec_

private

Definition at line 155 of file DigitalTrack.h.

Referenced by DigitalTrack(), and iPhiSec().

◆ mBin_

int tmtt::DigitalTrack::mBin_

private

Definition at line 157 of file DigitalTrack.h.

Referenced by mBinHT().

◆ mBinhelix_

int tmtt::DigitalTrack::mBinhelix_

private

Definition at line 159 of file DigitalTrack.h.

Referenced by mBinhelix().

◆ nbinsPt_

unsigned int tmtt::DigitalTrack::nbinsPt_

private

Definition at line 123 of file DigitalTrack.h.

◆ nHelixParams_

unsigned int tmtt::DigitalTrack::nHelixParams_

private

Definition at line 151 of file DigitalTrack.h.

Referenced by makeDigitalTrack().

◆ nlayers_

unsigned int tmtt::DigitalTrack::nlayers_

private

Definition at line 154 of file DigitalTrack.h.

Referenced by nlayers().

◆ numPhiNonants_

unsigned int tmtt::DigitalTrack::numPhiNonants_

private

Definition at line 118 of file DigitalTrack.h.

Referenced by DigitalTrack(), and iGetNonant().

◆ numPhiSectors_

unsigned int tmtt::DigitalTrack::numPhiSectors_

private

Definition at line 117 of file DigitalTrack.h.

Referenced by DigitalTrack(), and iGetNonant().

◆ oneOver2r_

float tmtt::DigitalTrack::oneOver2r_

private

Definition at line 201 of file DigitalTrack.h.

Referenced by makeDigitalTrack(), and oneOver2r().

◆ oneOver2r_bcon_

float tmtt::DigitalTrack::oneOver2r_bcon_

private

Definition at line 211 of file DigitalTrack.h.

Referenced by makeDigitalTrack(), and oneOver2r_bcon().

◆ oneOver2r_bcon_orig_

float tmtt::DigitalTrack::oneOver2r_bcon_orig_

private

Definition at line 179 of file DigitalTrack.h.

Referenced by makeDigitalTrack().

◆ oneOver2r_orig_

float tmtt::DigitalTrack::oneOver2r_orig_

private

Definition at line 169 of file DigitalTrack.h.

Referenced by checkInRange(), makeDigitalTrack(), and orig_oneOver2r().

◆ oneOver2rBits_

unsigned int tmtt::DigitalTrack::oneOver2rBits_

private

Definition at line 128 of file DigitalTrack.h.

Referenced by loadDigiCfg().

◆ oneOver2rMult_

double tmtt::DigitalTrack::oneOver2rMult_

private

Definition at line 141 of file DigitalTrack.h.

Referenced by loadDigiCfg(), and makeDigitalTrack().

◆ oneOver2rRange_

float tmtt::DigitalTrack::oneOver2rRange_

private

Definition at line 129 of file DigitalTrack.h.

Referenced by checkInRange(), and loadDigiCfg().

◆ phi0_

float tmtt::DigitalTrack::phi0_

private

Definition at line 203 of file DigitalTrack.h.

Referenced by checkAccuracy(), makeDigitalTrack(), and phi0().

◆ phi0_bcon_

float tmtt::DigitalTrack::phi0_bcon_

private

Definition at line 212 of file DigitalTrack.h.

Referenced by makeDigitalTrack(), and phi0_bcon().

◆ phi0_bcon_orig_

float tmtt::DigitalTrack::phi0_bcon_orig_

private

Definition at line 180 of file DigitalTrack.h.

Referenced by makeDigitalTrack().

◆ phi0_orig_

float tmtt::DigitalTrack::phi0_orig_

private

Definition at line 171 of file DigitalTrack.h.

Referenced by checkAccuracy(), makeDigitalTrack(), and orig_phi0().

◆ phi0Bits_

unsigned int tmtt::DigitalTrack::phi0Bits_

private

Definition at line 132 of file DigitalTrack.h.

Referenced by loadDigiCfg().

◆ phi0Mult_

double tmtt::DigitalTrack::phi0Mult_

private

Definition at line 143 of file DigitalTrack.h.

Referenced by loadDigiCfg(), and makeDigitalTrack().

◆ phi0Range_

float tmtt::DigitalTrack::phi0Range_

private

Definition at line 133 of file DigitalTrack.h.

Referenced by checkInRange(), and loadDigiCfg().

◆ phi0rel_

float tmtt::DigitalTrack::phi0rel_

private

Definition at line 204 of file DigitalTrack.h.

Referenced by makeDigitalTrack(), and phi0rel().

◆ phi0rel_bcon_

float tmtt::DigitalTrack::phi0rel_bcon_

private

Definition at line 213 of file DigitalTrack.h.

Referenced by makeDigitalTrack(), and phi0rel_bcon().

◆ phi0rel_bcon_orig_

float tmtt::DigitalTrack::phi0rel_bcon_orig_

private

Definition at line 181 of file DigitalTrack.h.

Referenced by DigitalTrack(), and makeDigitalTrack().

◆ phi0rel_orig_

float tmtt::DigitalTrack::phi0rel_orig_

private

Definition at line 172 of file DigitalTrack.h.

Referenced by checkInRange(), DigitalTrack(), makeDigitalTrack(), and orig_phi0rel().

◆ phiNonantWidth_

double tmtt::DigitalTrack::phiNonantWidth_

private

Definition at line 120 of file DigitalTrack.h.

◆ phiSectorCentre_

double tmtt::DigitalTrack::phiSectorCentre_

private

Definition at line 121 of file DigitalTrack.h.

Referenced by DigitalTrack(), and makeDigitalTrack().

◆ phiSectorWidth_

double tmtt::DigitalTrack::phiSectorWidth_

private

Definition at line 119 of file DigitalTrack.h.

Referenced by DigitalTrack().

◆ qOverPt_

float tmtt::DigitalTrack::qOverPt_

private

Definition at line 200 of file DigitalTrack.h.

Referenced by checkAccuracy(), makeDigitalTrack(), and qOverPt().

◆ qOverPt_bcon_

float tmtt::DigitalTrack::qOverPt_bcon_

private

Definition at line 210 of file DigitalTrack.h.

Referenced by makeDigitalTrack(), and qOverPt_bcon().

◆ qOverPt_bcon_orig_

float tmtt::DigitalTrack::qOverPt_bcon_orig_

private

Definition at line 178 of file DigitalTrack.h.

Referenced by makeDigitalTrack().

◆ qOverPt_orig_

float tmtt::DigitalTrack::qOverPt_orig_

private

Definition at line 168 of file DigitalTrack.h.

Referenced by checkAccuracy(), makeDigitalTrack(), and orig_qOverPt().

◆ settings_

const Settings* tmtt::DigitalTrack::settings_

private

Definition at line 114 of file DigitalTrack.h.

Referenced by loadDigiCfg().

◆ skipTrackDigi_

bool tmtt::DigitalTrack::skipTrackDigi_

private

Definition at line 127 of file DigitalTrack.h.

Referenced by loadDigiCfg(), and makeDigitalTrack().

◆ tanLambda_

float tmtt::DigitalTrack::tanLambda_

private

Definition at line 206 of file DigitalTrack.h.

Referenced by checkAccuracy(), makeDigitalTrack(), and tanLambda().

◆ tanLambda_orig_

float tmtt::DigitalTrack::tanLambda_orig_

private

Definition at line 173 of file DigitalTrack.h.

Referenced by checkAccuracy(), checkInRange(), makeDigitalTrack(), and orig_tanLambda().

◆ tanLambdaBits_

unsigned int tmtt::DigitalTrack::tanLambdaBits_

private

Definition at line 136 of file DigitalTrack.h.

Referenced by loadDigiCfg().

◆ tanLambdaMult_

double tmtt::DigitalTrack::tanLambdaMult_

private

Definition at line 145 of file DigitalTrack.h.

Referenced by loadDigiCfg(), and makeDigitalTrack().

◆ tanLambdaRange_

float tmtt::DigitalTrack::tanLambdaRange_

private

Definition at line 137 of file DigitalTrack.h.

Referenced by checkInRange(), and loadDigiCfg().

◆ tp_d0_

float tmtt::DigitalTrack::tp_d0_

private

Definition at line 220 of file DigitalTrack.h.

Referenced by DigitalTrack(), and tp_d0().

◆ tp_eta_

float tmtt::DigitalTrack::tp_eta_

private

Definition at line 219 of file DigitalTrack.h.

Referenced by DigitalTrack(), and tp_eta().

◆ tp_index_

int tmtt::DigitalTrack::tp_index_

private

Definition at line 224 of file DigitalTrack.h.

Referenced by DigitalTrack(), and tp_index().

◆ tp_pdgId_

int tmtt::DigitalTrack::tp_pdgId_

private

Definition at line 227 of file DigitalTrack.h.

Referenced by DigitalTrack(), and tp_pdgId().

◆ tp_phi0_

float tmtt::DigitalTrack::tp_phi0_

private

Definition at line 221 of file DigitalTrack.h.

Referenced by DigitalTrack(), and tp_phi0().

◆ tp_pt_

float tmtt::DigitalTrack::tp_pt_

private

Definition at line 218 of file DigitalTrack.h.

Referenced by DigitalTrack(), and tp_pt().

◆ tp_qoverpt_

float tmtt::DigitalTrack::tp_qoverpt_

private

Definition at line 217 of file DigitalTrack.h.

Referenced by DigitalTrack(), and tp_qoverpt().

◆ tp_tanLambda_

float tmtt::DigitalTrack::tp_tanLambda_

private

Definition at line 222 of file DigitalTrack.h.

Referenced by DigitalTrack(), and tp_tanLambda().

◆ tp_useForAlgEff_

bool tmtt::DigitalTrack::tp_useForAlgEff_

private

Definition at line 225 of file DigitalTrack.h.

Referenced by DigitalTrack(), and tp_useForAlgEff().

◆ tp_useForEff_

bool tmtt::DigitalTrack::tp_useForEff_

private

Definition at line 226 of file DigitalTrack.h.

Referenced by DigitalTrack(), and tp_useForEff().

◆ tp_z0_

float tmtt::DigitalTrack::tp_z0_

private

Definition at line 223 of file DigitalTrack.h.

Referenced by DigitalTrack(), and tp_z0().

◆ z0_

float tmtt::DigitalTrack::z0_

private

Definition at line 205 of file DigitalTrack.h.

Referenced by checkAccuracy(), makeDigitalTrack(), and z0().

◆ z0_orig_

float tmtt::DigitalTrack::z0_orig_

private

Definition at line 174 of file DigitalTrack.h.

Referenced by checkAccuracy(), checkInRange(), makeDigitalTrack(), and orig_z0().

◆ z0Bits_

unsigned int tmtt::DigitalTrack::z0Bits_

private

Definition at line 134 of file DigitalTrack.h.

Referenced by loadDigiCfg().

◆ z0Mult_

double tmtt::DigitalTrack::z0Mult_

private

Definition at line 144 of file DigitalTrack.h.

Referenced by loadDigiCfg(), and makeDigitalTrack().

◆ z0Range_

float tmtt::DigitalTrack::z0Range_

private

Definition at line 135 of file DigitalTrack.h.

Referenced by checkInRange(), and loadDigiCfg().

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ DigitalTrack()

Member Function Documentation

◆ accepted()

◆ cBinhelix()

◆ cBinHT()

◆ checkAccuracy()

◆ checkInRange()

◆ chisquaredRphi()

◆ chisquaredRphi_bcon()

◆ chisquaredRz()

◆ d0()

◆ hitPattern()

◆ iDigi_chisquaredRphi()

◆ iDigi_chisquaredRphi_bcon()

◆ iDigi_chisquaredRz()

◆ iDigi_d0()

◆ iDigi_oneOver2r()

◆ iDigi_oneOver2r_bcon()

◆ iDigi_phi0rel()

◆ iDigi_phi0rel_bcon()

◆ iDigi_tanLambda()

◆ iDigi_z0()

◆ iEtaReg()

◆ iGetNonant()

◆ iPhiSec()

◆ loadDigiCfg()

◆ makeDigitalTrack()

◆ mBinhelix()

◆ mBinHT()

◆ nlayers()

◆ oneOver2r()

◆ oneOver2r_bcon()

◆ orig_chisquaredRphi()

◆ orig_chisquaredRz()

◆ orig_d0()

◆ orig_oneOver2r()

◆ orig_phi0()

◆ orig_phi0rel()

◆ orig_qOverPt()

◆ orig_tanLambda()

◆ orig_z0()

◆ phi0()

◆ phi0_bcon()

◆ phi0rel()

◆ phi0rel_bcon()

◆ qOverPt()

◆ qOverPt_bcon()

◆ tanLambda()

◆ tp_d0()

◆ tp_eta()

◆ tp_index()

◆ tp_pdgId()

◆ tp_phi0()

◆ tp_pt()

◆ tp_qoverpt()

◆ tp_tanLambda()

◆ tp_useForAlgEff()

◆ tp_useForEff()

◆ tp_z0()

◆ z0()

Member Data Documentation

◆ accepted_

◆ cBin_

◆ cBinhelix_

◆ chisquaredBits_

◆ chisquaredMult_

◆ chisquaredRange_

◆ chisquaredRphi_

◆ chisquaredRphi_bcon_

◆ chisquaredRphi_bcon_orig_

◆ chisquaredRphi_orig_

◆ chisquaredRz_

◆ chisquaredRz_orig_

◆ chosenRofPhi_

◆ consistent_