HRtTrackEvaluator

class HRtTrackEvaluator : public TObject

    protected:

      void computeDistance(Float_t& dist, Float_t& errDist)

    public:

                         HRtTrackEvaluator()
                         HRtTrackEvaluator(const HRtTrackEvaluator&)
                         ~HRtTrackEvaluator()
                 Float_t calcEvaluatedLength()
          static TClass* Class()
                    void evaluate(Bool_t onlyMdc3)
                    void extractMeasurements(HRtVector& m, HRtMatrix& W)
            virtual void fillControl(TNtuple* control, Bool_t onlyMdc3)
                    void fillTrackParameters(HRtVector& p)
                   Int_t getCharge()
                 Float_t getDeltaPhi()
            HGeomVector& getDir()
                 Float_t getDistance()
                 Float_t getDistanceKick()
                 Float_t getLeverArm()
                  Bool_t init()
         virtual TClass* IsA() const
                  Bool_t isGoodCombination()
      HRtTrackEvaluator& operator=(const HRtTrackEvaluator&)
                  Bool_t reinit()
                    void setInnerSeg(HMdcSeg* seg)
                    void setOuterSeg(HRtSegmentRef* seg)
            virtual void ShowMembers(TMemberInspector& insp, char* parent)
            virtual void Streamer(TBuffer& b)
                    void StreamerNVirtual(TBuffer& b)

Data Members

    protected:

             HMdcSeg* fInnerSeg        !
       HRtSegmentRef* fOuterSeg        !
              Float_t fDistance        
              Float_t fLeverArm        
              Float_t fDistanceKick    
              Float_t fDeltaPhi        Diff. between predicted and measuremed phi deflection
              Float_t fP               Estimated momentum
              Float_t fAngle           Deflection angle
                Int_t fPolarity        Polarity of particle
         HKickPlane2* fKickPlane       !FIXME: fill from track finder
       HKickMatchPar* fMatchPar        !
      HRtMatchingPar* fMdcMatchingPar  !
        HSpecGeomPar* fSpecGeomPar     !
         HMdcGeomPar* fMdcGeom         !
       HGeomTransform fMdcModule[4]    !
       HGeomVertexFit fVertexFitter    Vertex fitter
          HGeomVector fRClosest        
          HGeomVector fRKick1          Intersection of inner track with kickplane
          HGeomVector fDir             ! Track direction used for momentum calc.
          HGeomVector fInnerPos        
          HGeomVector fInnerAlpha      

Class Description

 evaluates a combination of two segments (inner, outer). That means
filling variables that later can be used to check if this combination
corresponds to a real particle or not.

FIXME: Do average over targets

 Returns true or false depending on the latest evaluated combination
of segments being good or not.

 Makes a first estimation of the track parameters for the latest
evaluated segment combination. The result is stored in the vector p

 Fills ntuple with control variables

Inline Functions

                      void ~HRtTrackEvaluator()
         HRtTrackEvaluator HRtTrackEvaluator()
              HGeomVector& getDir()
                     Int_t getCharge()
                   Float_t getDistance()
                   Float_t getDistanceKick()
                   Float_t getDeltaPhi()
                   Float_t getLeverArm()
                   TClass* Class()
                   TClass* IsA() const
                      void ShowMembers(TMemberInspector& insp, char* parent)
                      void Streamer(TBuffer& b)
                      void StreamerNVirtual(TBuffer& b)
         HRtTrackEvaluator HRtTrackEvaluator(const HRtTrackEvaluator&)
        HRtTrackEvaluator& operator=(const HRtTrackEvaluator&)