MdcTrackListBase Class Reference

#include <MdcTrackListBase.h>

Inheritance diagram for MdcTrackListBase:

Public Member Functions
	MdcTrackListBase (const MdcTrackParams &tkPar)
virtual	~MdcTrackListBase ()
int	nTrack () const
void	setPlot (int plotFlag)
void	newParams (const MdcTrackParams &tkPar)
void	plot () const
void	store (RecMdcTrackCol *, RecMdcHitCol *)
virtual int	createFromSegs (MdcSegList *, const MdcHitMap *, const MdcDetector *, TrkContext &, double bunchTime)=0
int	arbitrateHits ()
void	dropMultiHotInLayer (const MdcTrack *tk)
void	remove (MdcTrack *atrack)
void	setD0Cut (double d0Cut)
void	setZ0Cut (double z0Cut)
void	setPtCut (double ptCut)
void	setNoInner (bool noInnerFlag)
	MdcTrackListBase (const MdcTrackParams &tkPar)
virtual	~MdcTrackListBase ()
int	nTrack () const
void	setPlot (int plotFlag)
void	newParams (const MdcTrackParams &tkPar)
void	plot () const
void	store (RecMdcTrackCol *, RecMdcHitCol *)
virtual int	createFromSegs (MdcSegList *, const MdcHitMap *, const MdcDetector *, TrkContext &, double bunchTime)=0
int	arbitrateHits ()
void	dropMultiHotInLayer (const MdcTrack *tk)
void	remove (MdcTrack *atrack)
void	setD0Cut (double d0Cut)
void	setZ0Cut (double z0Cut)
void	setPtCut (double ptCut)
void	setNoInner (bool noInnerFlag)

Static Public Attributes
static double	m_d0Cut = -999.
static double	m_z0Cut = -999.
static double	m_ptCut = -999.

Protected Attributes
MdcTrackParams	tkParam
bool	m_noInner

Detailed Description

Definition at line 33 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

Constructor & Destructor Documentation

MdcTrackListBase() [1/2]

MdcTrackListBase::MdcTrackListBase

(

const MdcTrackParams &

tkPar

)

Definition at line 63 of file MdcTrackListBase.cxx.

                                                              {
  //*************************************************************************
  tkParam = tkPar;
  m_noInner = false;
  return;
}

~MdcTrackListBase() [1/2]

MdcTrackListBase::~MdcTrackListBase ( )

virtual

Definition at line 71 of file MdcTrackListBase.cxx.

{}

MdcTrackListBase() [2/2]

MdcTrackListBase::MdcTrackListBase

(

const MdcTrackParams &

tkPar

)

~MdcTrackListBase() [2/2]

virtual MdcTrackListBase::~MdcTrackListBase ( )

virtual

Member Function Documentation

arbitrateHits() [1/2]

int MdcTrackListBase::arbitrateHits

(

)

Definition at line 105 of file MdcTrackListBase.cxx.

                                {
  //*************************************************************************
  // Look at all hits used in two or more tracks.  Assign hits to the track
  // that gives the lower residual.  If, however, many hits are shared by
  // a pair of tracks, assign them all to one or the other.
  // Refit any tracks that have had hits dropped.
  // The implementation is very clumsy, since the arrays were originally
  // indexed by id # => there is an unneeded layer of indexing.
 
  // return # of tracks deleted
 
  if (8 == tkParam.lPrint){
    std::cout << "=======Print before arbitrateHits=======" << std::endl;
  }
 
  int nDeleted = 0;
  std::vector<MdcTrack*> trksToKill;
  trksToKill.reserve(4);
 
  MdcMap<long,long> idMap;
 
  //usedInTrackNum records how many shared hits track has with each other track
  int* usedInTrackNum = new int [nTrack()];
  // to navigate from track id # to track pointer:
  MdcTrack** trkXRef = new MdcTrack* [nTrack()];
  //refitTrack flags track id #s of tracks to be refit
  int *refitTrack = new int [nTrack()];
  for (int i = 0; i < nTrack(); i++) {
    refitTrack[i] = 0;
  }
 
  // Fill xref table
  int itrack;
  for (itrack = 0; itrack < nTrack(); itrack++) {
    MdcTrack *atrack = (*this)[itrack];
    if (atrack == 0) continue;  // I don't think it can be, but . . .
    idMap.put(atrack->track().id(), itrack);
    trkXRef[itrack] = atrack;
  }
  // Loop through the tracks
  for (itrack = 0; itrack < nTrack(); itrack++) {
 
    if (8 == tkParam.lPrint) std::cout<<"arbitrate track No."<<itrack<<  std::endl;
    MdcTrack *atrack = (*this)[itrack];
    if (atrack == 0) continue;
    TrkRecoTrk& aRecoTrk = atrack->track();
    int lRefit = 0;
    int trackOld = -1;
    const TrkFit* tkFit = aRecoTrk.fitResult();
    assert (tkFit != 0);
    TrkHitList* hitList = aRecoTrk.hits();
    assert (hitList != 0);
restart:
    for (int ii = 0; ii < nTrack(); ii++) usedInTrackNum[ii] = 0;
 
    // Loop through hits on track, counting # used in other tracks
    int nPrev = 0;
    int nHitDeleted = 0;
    int maxGapLength = 0;//yzhang 2011-07-29 # of max continuous no hits layer for a track, Gap defined as missing layer >=2 
    int nGapGE2= 0;//yzhang 2011-07-29 # of no hits gap for a track 
    int nGapGE3= 0;//yzhang 2011-07-29 # of no hits gap for a track 
    int nHitInLayer[43];//yzhang 2010-09-20 for bad tracking testing
    int nDeleteInLayer[43];//yzhang 2010-09-20 
    for(int i=0;i<43;i++){
      nHitInLayer[i]=0;
      nDeleteInLayer[i]=0;
    }
    if(8 == tkParam.lPrint) std::cout<< "--arbitrate--"<<std::endl;
    for (TrkHitList::hot_iterator ihit(hitList->begin()); ihit != hitList->end(); ++ihit){
      int nUsed = ihit->hit()->nUsedHits();
      if (8 == tkParam.lPrint){
    std::cout<<"nUsed="<<nUsed<<":";
    ihit->hit()->printAll(std::cout);
      }
      if (8 == tkParam.lPrint) {
    double deltaChi = -999;
    ihit->getFitStuff(deltaChi);
    std::cout<< "deltaChi="<<deltaChi<<std::endl;
      }
      int layer = ihit->layerNumber();
      nHitInLayer[layer]++;
 
      if (!ihit->isActive()) {
    //-----------------------------------
    //yzhang delete not ACT hit 2010-05-14 
    //-----------------------------------
    if(tkParam.lRemoveInActive ) {//2010-05-16 
      nDeleteInLayer[layer]++;
      if (8 == tkParam.lPrint) {
        std::cout<< "=remove above inactive "<<std::endl;
      }
      TrkFundHit* hit = const_cast<TrkFundHit*> (ihit->hit());
      hitList->removeHit(hit);
      if(ihit == hitList->end()) break;
      --ihit;//be careful of the iterator, yzhang
    }
    continue;   // active hits only yzhang 2009-11-03 delete
      }
      if (nUsed > 1) {
    bool wasUsed = false;
    std::pair<TrkFundHit::hot_iterator,TrkFundHit::hot_iterator> q =
      ihit->hit()->getUsedHits();
    for (TrkFundHit::hot_iterator i = q.first; i != q.second; ++i) {
      if ( !i->isActive() ) continue; //yzhang 2009-11-03 delete
      TrkRecoTrk * recoTrk=i->parentTrack();
      //zhangjin
      int wasDel=0;
      for(int idel = 0;idel<trksToKill.size();idel++){
        if( recoTrk == &(trksToKill[idel]->track()) )  wasDel = 1;
      }
      if(wasDel==1) continue;
      //zhangjin
      int id = recoTrk->id();
      if (id == aRecoTrk.id()) continue; //skip same track
      long index = 0;
      bool findKey = idMap.get(id, index);
      //      if( findKey == false ) continue;      //zhangjin 2017/6/27
      assert(index >= 0);
      usedInTrackNum[index]++;
      if (8 == tkParam.lPrint){
        std::cout<<" track "<<itrack<<"&" <<index
          << " shared hits "<<usedInTrackNum[index]<<":";
        ihit->printAll(std::cout);
      }
      wasUsed = true;
    }
    if (wasUsed) nPrev++;
      }// end nUsed > 1
    } // end loop over hits
 
    int testGap = 0;
    //std::cout<< __FILE__ << "   " << itrack<< "   "<<std::endl;
    for (int i=0;i<43;i++){
      //std::cout<< __FILE__ << "   " << i<< " nHitInLayer  "<<nHitInLayer[i]<<" nDeleteInLayer "<<nDeleteInLayer[i]<<std::endl;
      if (8 == tkParam.lPrint) {
    std::cout<<i<<" nHitInLayer  "<<nHitInLayer[i]
      <<" nDeleteInLayer "<<nDeleteInLayer[i]<<std::endl;
      }
      //1.only hit in layer deleted; 2.no hits in layer; 3.got hits in layer;
      if(nHitInLayer[i]>0 && (nHitInLayer[i]-nDeleteInLayer[i])==0) {
    //only hit in layer i has been deleted
    nHitDeleted++;
    if (8 == tkParam.lPrint) { 
      cout << "rec hits have been deleted in this layer"<<std::endl; 
    }
    testGap++;
    //std::cout<< __FILE__ << "   " << __LINE__ << " testGap3  "<<testGap<<std::endl;
      }else if(nHitInLayer[i]==0){
    //no hits in this layer i
    testGap++;
    //std::cout<< __FILE__ << "   " << __LINE__ << " testGap3  "<<testGap<<std::endl;
      }else{
    //std::cout<< __FILE__ << "   " << __LINE__ << " testGap3  "<<testGap<<std::endl;
    //got hit in layer i
    if(testGap>=2){
      nGapGE2++;
      if(testGap>=3){ nGapGE3++; }
      if(testGap>maxGapLength) maxGapLength=testGap;
      //std::cout<< __FILE__ << "   " << __LINE__ << " maxGapLength  "<<maxGapLength<<std::endl;
    }
    testGap=0;
      }//end for layer 43
    }
 
    bool toBeDeleted = false;
 
    if(tkParam.lPrint>1) std::cout<< "arbitrateHits tkNo:"<<itrack<<" nGapGE2=  "<<nGapGE2 << " nGapGE3=  "<<nGapGE3 << " maxGapLength=  "<<maxGapLength<<std::endl;
    //yzhang add nHitDeleted cut 2010-09-13 
    // remove track if # not Active 
    if (nHitDeleted >= tkParam.nHitDeleted) {
      if (tkParam.lPrint>1) {
    cout << "arbitrateHits: nHitDeleted "<<nHitDeleted<<" >= "<<tkParam.nHitDeleted
      <<" Killing tkNo " << itrack << endl;
      }
      toBeDeleted = true;
    }
 
    //yzhang add nGap cut 2011-07-29 
    // remove track with gaps and big gap
    if (nGapGE2 >= tkParam.nGapGE2) {
      if (tkParam.lPrint>1) {
    cout << "arbitrateHits: nGapGE2 "<<nGapGE2<<" >= "<<tkParam.nGapGE2 <<" Killing tkNo " << itrack << endl;
      }
      toBeDeleted = true;
    } 
    if (nGapGE3 >= tkParam.nGapGE3) {
      if (tkParam.lPrint>1) {
    cout << "arbitrateHits: nGapGE3 "<<nGapGE3<<" >= "<<tkParam.nGapGE3 <<" Killing tkNo " << itrack << endl;
      }
      toBeDeleted = true;
    } 
    if (maxGapLength >= tkParam.maxGapLength) {
      if (tkParam.lPrint>1) {
    cout << "arbitrateHits: maxGapLength "<<maxGapLength<<" >= "<<tkParam.maxGapLength<<" Killing tkNo " << itrack << endl;
      }
      toBeDeleted = true;
    } 
 
    if(toBeDeleted){
      nDeleted++;
      delete &(atrack->track());    // Delete the RecoTrk inside atrack
      atrack->setTrack(0);
      trksToKill.push_back(atrack);
      continue;
    } 
 
    //*******
    // How many hits are shared with a single track?
    int nMost = 0;
    int trackMost = 0;
    for (int ii = 0; ii < nTrack(); ii++) {
      if (8 == tkParam.lPrint){
    std::cout<<"tk:"<<itrack<<"&"<<ii
      <<" shared "<<usedInTrackNum[ii]<<" hits "<<  std::endl;
      }
      if (usedInTrackNum[ii] > nMost) {
    nMost = usedInTrackNum[ii];
    trackMost = ii;  //index of track w/ most hits in common w/ current trk
      }
    }
 
    // A little precaution against infinite loops:
    if (trackMost == trackOld) {
      std::cout << "ErrMsg(error) MdcTrackListBase:"
    << "Something ghastly happened in MdcTrackListBase::arbitrateHits"
    << std::endl;
      return 0;
    }
    trackOld = trackMost;
 
 
    //******
    // Decide whether to handle hits individually or in group
    double groupDiff = 0.0;   // relative quality of grouped hits for the two
    // tracks; > 0. => current track worse
    int nFound = 0;    // # of grouped hits located so far
    TrkHitOnTrk **theseHits = 0;  // grouped hits as seen in current track
    TrkHitOnTrk **thoseHits = 0;  // grouped hits as seen in the other track
    int lGroupHits = 0;
 
    if (nMost >= tkParam.nOverlap) {
      if (8 == tkParam.lPrint){
    std::cout<<"track "<<trackMost<<" shared "<<nMost<<" hits > Cut nOverlap "
      <<tkParam.nOverlap<<", group hits!"<<std::endl;
      }
      lGroupHits = 1;
      theseHits = new TrkHitOnTrk*[nMost];
      thoseHits = new TrkHitOnTrk*[nMost];
    }
 
    //*********
    // Go back through hits on this track, looking up the overlap of each
    // if grouping hits, only deal with hits shared with trackMost on this pass
    // otherwise, deal with all shared hits as encountered
    if(8 == tkParam.lPrint) std::cout<<"Go back through hits, looking up overlap hits"<< std::endl;
    if (nMost > 0) {
      if (8 == tkParam.lPrint) std::cout<<" nHits= "<< hitList->nHit()<< std::endl;
      for (TrkHitList::hot_iterator ihit(hitList->begin()); ihit != hitList->end(); ++ihit) {
    int nUsed = ihit->hit()->nUsedHits();
 
    if (8 == tkParam.lPrint){
      std::cout<< "--hit go back, nUsed="<<nUsed<<":";
      ihit->hit()->printAll(std::cout);
    }
 
    // only shared hits 
    if (nUsed < 2) { continue; }
 
    // active hits only
    if (!ihit->isActive()) {
      if (8 == tkParam.lPrint){ std::cout<<"act=0 continue"<<std::endl; }
      continue;   
    }
 
    //*** look at all overlaps for this hit
    std::pair<TrkFundHit::hot_iterator,TrkFundHit::hot_iterator> q = ihit->hit()->getUsedHits();
    while (q.first!=q.second) { // nUsed > 0
      int dropThisHit = 0;
      TrkHitOnTrk *otherHot = const_cast<TrkHitOnTrk*>((--q.second).get());
      TrkRecoTrk *otherTrack = otherHot->parentTrack();
 
      if (!otherHot->isActive()) continue;
 
      // Again, skip "overlap" of track with itself
      if ( &aRecoTrk == otherTrack) continue;
      int otherId = otherTrack->id();
      long otherIndex = -1;
      idMap.get(otherId, otherIndex); assert(otherIndex >= 0);
 
      // if grouping hits, only look at hits shared with trackMost
      if (lGroupHits && otherIndex != trackMost) continue;
 
      if (lGroupHits) {
        if (8 == tkParam.lPrint) {
          std::cout<<"group hits "<<  std::endl;
        }
        // Calculate contribution of group to each chisq/dof
        //        groupDiff += fabs(ihit->resid(0)) -
        //      fabs(otherHot->resid(0));
        // Hack to handle tracks with 5 active hits:
        int aDof = tkFit->nActive() - 5;
        assert (otherTrack->fitResult() != 0);
        int otherDof = otherTrack->fitResult()->nActive() - 5;
        if (aDof <= 0) {groupDiff = 999;}
        else if (otherDof <= 0) {groupDiff = -999;}
        else {
          groupDiff += ihit->resid(0) * ihit->resid(0) * ihit->weight() /
        aDof -
        otherHot->resid(0) * otherHot->resid(0) * otherHot->weight() /
        otherDof;
        }
        theseHits[nFound] = const_cast<TrkHitOnTrk*>(ihit.get());
        thoseHits[nFound] = otherHot;
        nFound++;
        dropThisHit = 1;
      } else {   // handle hits individually
 
        if (8 == tkParam.lPrint) {
          std::cout<<"handle hits individually"<<  std::endl;
        }
        nFound++;
        if (fabs(ihit->resid(0)) > fabs(otherHot->resid(0)) ) {
          // turn off (inactivate) hit on this track
          lRefit = 1;
          //          ihit->hit()->setUnusedHit(ihit.get());
          //Should I be setting inactive, or deleting the hit???????
          const_cast<TrkHitOnTrk*>(ihit.get())->setActivity(0);
          dropThisHit = 1;
          if (8 == tkParam.lPrint) {
        std::cout<<"dorp hit ";
        const_cast<TrkHitOnTrk*>(ihit.get())->print(std::cout);
          }
          break;      // found other hit, so quit loop
        } else {
          // inactivate hit on other track
          refitTrack[otherIndex] = 1;
          //          otherHot->hit()->setUnusedHit(otherHot);
          otherHot->setActivity(0);
          if (8 == tkParam.lPrint) {
        std::cout<<"inactive hit on other track";
        const_cast<TrkHitOnTrk*>(ihit.get())->print(std::cout);
          }
          break;      // found other hit, so quit loop
        }
      } // end grouped/individual treatment
 
      if (dropThisHit == 1) break; // don't look for other matches since
      // this hit is now turned off
    } // end loop over nUsed
 
    // Quit if we've found all of the shared hits on this track
    if (lGroupHits && nFound == nMost  ||  nFound == nPrev) {
      if (8 == tkParam.lPrint) {
        std::cout<<"we've found all of the shared hits on this track,Quit"<<std::endl;
      }
      break;
    }
 
      }  // end loop over hits
 
      // Decide which track grouped hits belong with and inactivate accordingly
      if (lGroupHits) {
    if (8 == tkParam.lPrint) {
      cout << "nGroup: " << nMost << "  groupDiff: " << groupDiff << endl;
      cout << "Track: " << aRecoTrk.id() << "  nHit: "
        << hitList->nHit() << "  nActive: "
        << tkFit->nActive() << " chisq/dof: " <<
        tkFit->chisq()/(tkFit->nActive() - 5) << endl;
      TrkRecoTrk& othTrack = trkXRef[trackMost]->track();
      cout << "Track: "<< othTrack.id() << "  nHit: " <<
        othTrack.hits()->nHit() << "  nActive: " <<
        othTrack.fitResult()->nActive() << " chisq/dof: " <<
        othTrack.fitResult()->chisq() /
        (othTrack.fitResult()->nActive() - 5) << endl;
    }
 
    if (groupDiff > 0.0) {
      // inactivate hits on this track
      lRefit = 1;
      for (int ii = 0; ii < nMost; ii++) {
        TrkHitOnTrk *alink = theseHits[ii];
        TrkFundHit* hit = const_cast<TrkFundHit*> (alink->hit());
        hitList->removeHit(hit);//yzhang 2011-02-12 
        //alink->setActivity(0);
      }
      if (8 == tkParam.lPrint) std::cout<<"inactive hits on this track, No."<<aRecoTrk.id()<<  std::endl;
    } else {
      // inactivate hits on other track
      refitTrack[trackMost] = 1;
      for (int ii = 0; ii < nMost; ii++) {
        TrkHitOnTrk *alink = thoseHits[ii];
        TrkFundHit* hit = const_cast<TrkFundHit*> (alink->hit());
        TrkRecoTrk& othTrack = trkXRef[trackMost]->track();//zhangjin 
        othTrack.hits()->removeHit(hit);//zhangjin 
        //hitList->removeHit(hit);//yzhang 2011-02-12 
        //alink->setActivity(0);
      }
      if (8 == tkParam.lPrint) std::cout<<"inactive hits on other track "<<   std::endl;
    }
    delete [] theseHits;
    delete [] thoseHits;
 
      } // end if lGroupHits
 
    } // end if nMost > 0
 
    //*********
    // Refit this track, if any hits have been dropped
    TrkErrCode fitResult;
    long index = -1;
    idMap.get(aRecoTrk.id(), index); assert (index >= 0);
 
    if (lRefit || refitTrack[index] == 1) {
      if (8 == tkParam.lPrint) {
    std::cout<<"after group ,refit track"<<aRecoTrk.id()<<  std::endl;
      }
      fitResult = hitList->fit();
      aRecoTrk.status()->addHistory(
      TrkErrCode(fitResult.success()?TrkErrCode::succeed:TrkErrCode::fail,14,"Arbitrated"), "MdcTrkRecon");
      if (fitResult.failure() && (8 == tkParam.lPrint )) {
    fitResult.print(std::cerr);
      }
 
 
      double chisqperDOF;
      bool badFit = true;
      if (fitResult.success()) {
    badFit = false;
    int nDOF = tkFit->nActive() - 5;
    if (nDOF > 5){
      chisqperDOF = tkFit->chisq() / nDOF;
    }else{
      chisqperDOF = tkFit->chisq();
    }
 
    if (chisqperDOF > tkParam.maxChisq) badFit = true;
    if (tkFit->nActive() < tkParam.minHits) badFit = true;
    double tem2 = (float) hitList->nHit() - tkFit->nActive();
    if (tkParam.lUseQualCuts) {
      if (tem2 >= tkParam.maxNmissTrack) badFit = true;
      if (tem2 /float(hitList->nHit()) > tkParam.maxNmissNorm){
        badFit = true;
      }
    }
    if(8== tkParam.lPrint) std::cout<<"fit quality:"<<
      " chisqperDof "<<chisqperDOF<<"?>"<<tkParam.maxChisq<<
        " nActive "<<tkFit->nActive()<<"?<"<<tkParam.minHits<<
        " nHit "<<hitList->nHit()<<" nhit-act "<<tem2<<"?>= nMiss "<<tkParam.maxNmissTrack<<
        " hit-act/nhit "<<tem2/float(hitList->nHit())<<"?> MissNorm "<<tkParam.maxNmissNorm
        <<  std::endl;
 
 
      }
      if (8 == tkParam.lPrint)  {
    cout << "Refitting track " << aRecoTrk.id() << " success = "
      << fitResult.success() << "\n";
      }
      // If the track no longer passes cuts, delete it
      if (fitResult.failure() || badFit ) {
    nDeleted++;
    //  Don't change the track list while we're iterating through it!
    //  remove(atrack);
    //int id = aRecoTrk.id();
    if (8 == tkParam.lPrint) {
      cout << "fitResult.failure? "<<fitResult.failure()
        <<" badFit? "<<badFit <<" Killing tkNo " << itrack << endl;
    }
    //delete &(atrack->track());    // Delete the RecoTrk inside atrack
    //atrack->setTrack(0);
    trksToKill.push_back(atrack);
    continue;
      }
    } // end if lRefit
 
    if (lGroupHits) goto restart;
 
  } // end loop over tracks
  if (8 == tkParam.lPrint) std::cout<<"end of loop over tracks"<<  std::endl;
 
  // Remove dead track husks
  for (int itk = 0; itk < (int)trksToKill.size(); itk++) {
    delete &(trksToKill[itk]->track());   //zhangjin
    trksToKill[itk]->setTrack(0);         //zhangjin
    remove(trksToKill[itk]);
    if (8 == tkParam.lPrint) std::cout<<"remode dead track No."<<itk<<  std::endl;
  }
  if (8 == tkParam.lPrint) std::cout<<"---end of arbitrateHits"<<  std::endl;
 
  delete [] usedInTrackNum;
  delete [] refitTrack;
  delete [] trkXRef;
  return nDeleted;
}

arbitrateHits() [2/2]

int MdcTrackListBase::arbitrateHits

(

)

createFromSegs() [1/2]

virtual int MdcTrackListBase::createFromSegs ( MdcSegList *  , const MdcHitMap *  , const MdcDetector *  , TrkContext &  , double  bunchTime  )

pure virtual

Implemented in MdcTrackList, MdcTrackList, MdcTrackListCsmc, and MdcTrackListCsmc.

createFromSegs() [2/2]

virtual int MdcTrackListBase::createFromSegs ( MdcSegList *  , const MdcHitMap *  , const MdcDetector *  , TrkContext &  , double  bunchTime  )

pure virtual

Implemented in MdcTrackList, MdcTrackList, MdcTrackListCsmc, and MdcTrackListCsmc.

dropMultiHotInLayer() [1/2]

void MdcTrackListBase::dropMultiHotInLayer

(

const MdcTrack *

tk

)

dropMultiHotInLayer() [2/2]

void MdcTrackListBase::dropMultiHotInLayer

(

const MdcTrack *

tk

)

newParams() [1/2]

void MdcTrackListBase::newParams

(

const MdcTrackParams &

tkPar

)

Definition at line 601 of file MdcTrackListBase.cxx.

                                                       {
  //**************************************************************************
  tkParam = tkPar;
}

newParams() [2/2]

void MdcTrackListBase::newParams

(

const MdcTrackParams &

tkPar

)

nTrack() [1/2]

int MdcTrackListBase::nTrack ( ) const

inline

Definition at line 39 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

{return length();}

Referenced by arbitrateHits(), plot(), and store().

nTrack() [2/2]

int MdcTrackListBase::nTrack ( ) const

inline

Definition at line 39 of file Reconstruction/MdcPatRec/MdcTrkRecon/MdcTrkRecon-00-03-48/MdcTrkRecon/MdcTrackListBase.h.

{return length();}

plot() [1/2]

void MdcTrackListBase::plot

(

)

const

Definition at line 93 of file MdcTrackListBase.cxx.

                             {
  //*************************************************************************
  std::cout<< "nTrack   "<<nTrack() << std::endl;//yzhang debug
  for (int itrack = 0; itrack < nTrack(); itrack++) {
    MdcTrack *atrack = (*this)[itrack];
    if (atrack == NULL) continue;
    atrack->track().printAll(cout);
  }
}

plot() [2/2]

void MdcTrackListBase::plot

(

)

const

remove() [1/2]

void MdcTrackListBase::remove

(

MdcTrack *

atrack

)

Definition at line 608 of file MdcTrackListBase.cxx.

                                           {
  //--------------------------------------------------------------------
  if (atrack != 0) {
    HepAList<MdcTrack>::remove( atrack );
    delete atrack;
  }
}

Referenced by arbitrateHits().

remove() [2/2]

void MdcTrackListBase::remove

(

MdcTrack *

atrack

)

setD0Cut() [1/2]

void MdcTrackListBase::setD0Cut ( double  d0Cut )

inline

Definition at line 57 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

{m_d0Cut = d0Cut;}//yzhang add 

setD0Cut() [2/2]

void MdcTrackListBase::setD0Cut ( double  d0Cut )

inline

Definition at line 57 of file Reconstruction/MdcPatRec/MdcTrkRecon/MdcTrkRecon-00-03-48/MdcTrkRecon/MdcTrackListBase.h.

{m_d0Cut = d0Cut;}//yzhang add 

setNoInner() [1/2]

void MdcTrackListBase::setNoInner ( bool  noInnerFlag )

inline

Definition at line 63 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

{m_noInner= noInnerFlag;}

setNoInner() [2/2]

void MdcTrackListBase::setNoInner ( bool  noInnerFlag )

inline

Definition at line 63 of file Reconstruction/MdcPatRec/MdcTrkRecon/MdcTrkRecon-00-03-48/MdcTrkRecon/MdcTrackListBase.h.

{m_noInner= noInnerFlag;}

setPlot() [1/2]

void MdcTrackListBase::setPlot ( int  plotFlag )

inline

Definition at line 40 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

{ tkParam.lPlot = plotFlag;};

setPlot() [2/2]

void MdcTrackListBase::setPlot ( int  plotFlag )

inline

Definition at line 40 of file Reconstruction/MdcPatRec/MdcTrkRecon/MdcTrkRecon-00-03-48/MdcTrkRecon/MdcTrackListBase.h.

{ tkParam.lPlot = plotFlag;};

setPtCut() [1/2]

void MdcTrackListBase::setPtCut ( double  ptCut )

inline

Definition at line 59 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

{m_ptCut = ptCut;}//yzhang add 2009-10-27

setPtCut() [2/2]

void MdcTrackListBase::setPtCut ( double  ptCut )

inline

Definition at line 59 of file Reconstruction/MdcPatRec/MdcTrkRecon/MdcTrkRecon-00-03-48/MdcTrkRecon/MdcTrackListBase.h.

{m_ptCut = ptCut;}//yzhang add 2009-10-27

setZ0Cut() [1/2]

void MdcTrackListBase::setZ0Cut ( double  z0Cut )

inline

Definition at line 58 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

{m_z0Cut = z0Cut;}//yzhang add 2010-05-21 

setZ0Cut() [2/2]

void MdcTrackListBase::setZ0Cut ( double  z0Cut )

inline

Definition at line 58 of file Reconstruction/MdcPatRec/MdcTrkRecon/MdcTrkRecon-00-03-48/MdcTrkRecon/MdcTrackListBase.h.

{m_z0Cut = z0Cut;}//yzhang add 2010-05-21 

store() [1/2]

void MdcTrackListBase::store	(	RecMdcTrackCol *	trackList,
		RecMdcHitCol *	hitList
	)

Definition at line 76 of file MdcTrackListBase.cxx.

                                                                        {
  // ***********************************************************************
  int trackId = 0;
  for (int itrack = 0; itrack < nTrack(); itrack++) {
    MdcTrack* track = (*this)[itrack];
    //tkStat:  0,PatRec 1,MdcxReco 2,Tsf 3,CurlFinder
    int tkStat = 0;
    track->storeTrack(trackId, trackList, hitList, tkStat);
    ++trackId;
  }
  HepAListDeleteAll(*this);   // Discard the husks
  removeAll(); 
  return;
}

store() [2/2]

void MdcTrackListBase::store	(	RecMdcTrackCol *	,
		RecMdcHitCol *
	)

Member Data Documentation

m_d0Cut

double MdcTrackListBase::m_d0Cut = -999.

static

Definition at line 60 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

Referenced by MdcTrackList::createFromSegs(), MdcTrkRecon::initialize(), and setD0Cut().

m_noInner

bool MdcTrackListBase::m_noInner

protected

Definition at line 74 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

Referenced by MdcTrackList::createFromSegs(), MdcTrackListBase(), and setNoInner().

m_ptCut

double MdcTrackListBase::m_ptCut = -999.

static

Definition at line 62 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

Referenced by MdcTrackList::createFromSegs(), MdcTrkRecon::initialize(), and setPtCut().

m_z0Cut

double MdcTrackListBase::m_z0Cut = -999.

static

Definition at line 61 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

Referenced by MdcTrackList::createFromSegs(), MdcTrkRecon::initialize(), and setZ0Cut().

tkParam

MdcTrackParams MdcTrackListBase::tkParam

protected

Definition at line 73 of file InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h.

Referenced by arbitrateHits(), MdcTrackList::createFromSegs(), MdcTrackListCsmc::createFromSegs(), MdcTrackListCsmc::finish3d(), MdcTrackList::finishCircle(), MdcTrackList::finishHelix(), MdcTrackListBase(), newParams(), MdcTrackList::pickHits(), and setPlot().

---

The documentation for this class was generated from the following files:

• InstallArea/include/MdcTrkRecon/MdcTrkRecon/MdcTrackListBase.h
• Reconstruction/MdcPatRec/MdcTrkRecon/MdcTrkRecon-00-03-48/MdcTrkRecon/MdcTrackListBase.h
• MdcTrackListBase.cxx