MutKalmanTrackParam

class MutKalmanTrackParam : public TObject

    private:


    protected:


    public:

       MutKalmanTrackParam MutKalmanTrackParam()
       MutKalmanTrackParam MutKalmanTrackParam(const MutKalmanTrackParam& TrackParam)
              virtual void ~MutKalmanTrackParam()
            static TClass* Class()
      MutKalmanTrackParam* ExtrapBackward(Double_t Zin, Double_t Zout, TMatrixD* DPoutDPin)
                 TMatrixD* GetCovarianceMatrix()
                 TVectorD* GetParameters()
           virtual TClass* IsA() const
      MutKalmanTrackParam& operator=(const MutKalmanTrackParam& TrackParam)
                      void Print()
                      void SetCovarianceMatrix(TMatrixD* Cov)
                      void SetParameters(TVectorD* Param)
                      void SetParameters(TMatrixD* Param)
              virtual void ShowMembers(TMemberInspector& insp, char* parent)
              virtual void Streamer(TBuffer& b)
                      void StreamerNVirtual(TBuffer& b)

  Data Members
    private:

      TVectorD* fParameters        ! pointer to: parameters
      TMatrixD* fCovarianceMatrix  ! pointer to: covariance matrix of parameters

    protected:


    public:

Class Description

 Default constructor

 Copy constructor

 Destructor

 Backward extrapolation (energy gain instead of energy loss)
 from current MutKalmanTrackParam object ("this") at "Zin",
 with track parameters and covariance matrix,
 to created (returned) MutKalmanTrackParam object at "Zout",
 with track parameters and covariance matrix,
 including the effect of the multiple Coulomb scattering.
 Returns also the matrix of the derivatives of the "out" parameters
 with respect to the "in" parameters,
 with the first index for "out" and the second index for "out".
 The user should not forget to delete the created object
 after using it, to avoid memory leak.
 Call to Fortran subroutine with the right arguments
 to allow it to call the GEANT subroutines EUFILP and ERTRAK
 Something special for Zin=Zout (2 cathode planes)????

 Print method

Inline Functions

        MutKalmanTrackParam& operator=(const MutKalmanTrackParam& TrackParam)
                   TVectorD* GetParameters()
                        void SetParameters(TMatrixD* Param)
                   TMatrixD* GetCovarianceMatrix()
                        void SetCovarianceMatrix(TMatrixD* Cov)
                     TClass* Class()
                     TClass* IsA() const
                        void ShowMembers(TMemberInspector& insp, char* parent)
                        void Streamer(TBuffer& b)
                        void StreamerNVirtual(TBuffer& b)