HRtTrackFind

class HRtTrackFind : public HReconstructor

    protected:

      virtual HRtTrackEvaluator* makeEvaluator()
             virtual HRtTrackIo* makeTrackIo()

    public:

                      HRtTrackFind(Text_t* name = "trackfind", Text_t* title = "trackfind")
                      ~HRtTrackFind()
       static TClass* Class()
        virtual Int_t execute()
       virtual Bool_t finalize()
                 void ignoreCuts(Bool_t f)
       virtual Bool_t init()
      virtual TClass* IsA() const
       virtual Bool_t reinit()
                 void setFitting(Bool_t f)
                 void setMode(HRtTrackFind::EMode mode)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)

Data Members

    protected:

      HRtTrackFind::EMode fMode         
                   Bool_t fDoFit        
                   Bool_t fIgnoreCuts   
                 TNtuple* fControl      Control ntuple
                HRtFitter fFitter       ! Fitter algorithm
               HCategory* fCatSeg       ! Input category with segments
               HCategory* fCatHit       ! Input category with segments
               HIterator* fInSegIter    ! Iterator on inner segments
          HRtTrackingPar* fParam        ! Tracking parameters
                HLocation fLocInner     !
               HDetector* fMdc          !Mdc detector
             TClonesArray fSegmentRefs  !Array of segment references
       HRtTrackEvaluator* fEvaluator    !Evaluates track candidates
              HRtTrackIo* fTrackIo      Input/Output for outer segments and tracks

    public:

      static const HRtTrackFind::EMode Mdc3Pos  
      static const HRtTrackFind::EMode Mdc34    
      static const HRtTrackFind::EMode Meta     

Class Description

HRtTrackFind

 Uses the kickplane to do the matching of segments before and after
the magnet finding track candidates. Each track candidate is then
fitted using reference trajectories the track parameters

 Initialization

 Writes the control ntuple if any

 All combinations of segments before and after the
 magnet are performed

 For each combination some control variables are
 evaluated; if those control variables pass some cuts
 then we say we have found a track candidate.

 Last step the candidate is fitted and an additional cut
 on Chi2 of the fit is imposed.

Inline Functions

               void ignoreCuts(Bool_t f)
            TClass* Class()
            TClass* IsA() const
               void ShowMembers(TMemberInspector& insp, char* parent)
               void Streamer(TBuffer& b)
               void StreamerNVirtual(TBuffer& b)