HRtFunctional

class HRtFunctional : public TObject

    protected:

      Float_t partialDerivative(Int_t pi, Int_t pj)

    public:

                      HRtFunctional()
                      HRtFunctional(const HRtFunctional&)
                      ~HRtFunctional()
                 void calcDerivatives(HRtMatrix& result)
                 void calcValue(HRtVector& result)
       static TClass* Class()
               UInt_t getPointId()
              Float_t guessValue(Int_t coord)
               Bool_t init()
      virtual TClass* IsA() const
       HRtFunctional& operator=(const HRtFunctional&)
               Bool_t reinit()
               Bool_t setPoint(HRtVector& p, Int_t pol)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)
               Bool_t withinResolution(HRtVector& v)

Data Members

    protected:

                  HRtData* fData         !Reference trajectories
         HRtSavGolManager* fSavGol       ! Savitzky-Golay coefficients
             HRtSavGolPar* fPolinomPar   Parameters for savitzky-golay filter
                   UInt_t* fPoint        ! Current point
                  HRtGrid* fCurrentGrid  ! for polarity
           HRtMeasurement* fPointValue   !
      HRtFunctional::ESide fSectorSide   ! Current sector side
                   Float_t fDeg2Rad      !

    public:

      static const HRtFunctional::ESide kLeft   
      static const HRtFunctional::ESide kRight  

Class Description

Read reference trajectories data

Sets the evaluation point. Returns kFALSE if the functional is
not known at point p. (p is out of the parametrized region)

WARNING: This function modifies the argument. Snaping it to
the closest point in the grid.

 Calculates the partial derivative of the functional with
 respect to the pj component of p and evaluates it on p.

 Calculates the partial derivatives of the functional
 at point p and stores the result in the matrix "result".
 p is snaped to the closest point in the grid.

 Calculates the value of the functional at p and stores the
 result in "result". p is snaped to the closest point in the
 grid.

Inline Functions

                UInt_t getPointId()
               Float_t guessValue(Int_t coord)
                Bool_t withinResolution(HRtVector& v)
               TClass* Class()
               TClass* IsA() const
                  void ShowMembers(TMemberInspector& insp, char* parent)
                  void Streamer(TBuffer& b)
                  void StreamerNVirtual(TBuffer& b)
         HRtFunctional HRtFunctional(const HRtFunctional&)
        HRtFunctional& operator=(const HRtFunctional&)