RFitData2D.hh

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//======================================================================
/*! \file RFitData2D.hh
 *
 *  Include file for class RFitData2D
 */
//======================================================================


#ifndef R_FIT_DATA_2D_HH
#define R_FIT_DATA_2D_HH

#include "RFitData1D.hh"

//======================================================================
/*! \class RFitData2D
 *
 *  Base class for 2D fit data and results.
 *
 *  The class does not define functions to change fit results, but
 *  it can change fit options, for use in a new fit initialisation.
 */
class RFitData2D : virtual public RFitData1D
{
  //------------------------------------------------------------
  /*! \object_doc{RFitData2D} */
  GObjectV(RFitData2D);
  //------------------------------------------------------------

  protected:

  // zone de fit
    Double_t    fit_ymin;       ///< Fit limit
    Double_t    fit_ymax;       ///< Fit limit

  // options de tracé    Double_t    plot_ymin;      ///< Plot limit
    Double_t    plot_ymax;      ///< Plot limit
    Bool_t      plot_logz;      ///< Log scale for plot


  //------------------------------------------------------------
  //  Constructors / affectation / destructor
  public:
    RFitData2D ( );
    RFitData2D ( const RFitData2D & original );

    RFitData2D & operator = ( const RFitData2D & original );

    virtual ~RFitData2D ( );

  //------------------------------------------------------------
    virtual void      SetFitLimits ( const Double_t x1, const Double_t x2, const Double_t y1, const Double_t y2 );
    virtual void      GetFitLimits ( Double_t &x1, Double_t &x2, Double_t &y1, Double_t &y2 ) const;
    virtual Double_t  GetFitYmin    ( ) const;
    virtual Double_t  GetFitYmax    ( ) const;

    virtual void      SetPlotLimits ( const Double_t x1, const Double_t x2, const Double_t y1, const Double_t y2 );
    virtual void      GetPlotLimits ( Double_t &x1, Double_t &x2, Double_t &y1, Double_t &y2 ) const;
    virtual Double_t  GetPlotYmin    ( ) const;
    virtual Double_t  GetPlotYmax    ( ) const;

    virtual Bool_t    IsLogZ  ( ) const;

  //------------------------------------------------------------
  protected:
    virtual Int_t         WriteData ( FILE * fp ) const;
    static  Int_t         ReadData  ( FILE * fp, RFitData2D & fdata );

    /*! Create fit data object from file (see derived classes).
     *  \param  fname   file name*/
    virtual RFitData2D  * ReadFitData ( const string &fname ) = 0;

  //------------------------------------------------------------
  /*! For ROOT dictionary.*/
  public:
    ClassDef(RFitData2D,0);
};

//----------------------------------------------------------------------
//  Inline functions
#include "icc/RFitData2D.icc"

//======================================================================
#endif

    Double_t    plot_ymin;      ///< Plot limit
    Double_t    plot_ymax;      ///< Plot limit
    Bool_t      plot_logz;      ///< Log scale for plot


  //------------------------------------------------------------
  //  Constructors / affectation / destructor
  public:
    RFitData2D ( );
    RFitData2D ( const RFitData2D & original );

    RFitData2D & operator = ( const RFitData2D & original );

    virtual ~RFitData2D ( );

  //------------------------------------------------------------
    virtual void      SetFitLimits ( const Double_t x1, const Double_t x2, const Double_t y1, const Double_t y2 );
    virtual void      GetFitLimits ( Double_t &x1, Double_t &x2, Double_t &y1, Double_t &y2 ) const;
    virtual Double_t  GetFitYmin    ( ) const;
    virtual Double_t  GetFitYmax    ( ) const;

    virtual void      SetPlotLimits ( const Double_t x1, const Double_t x2, const Double_t y1, const Double_t y2 );
    virtual void      GetPlotLimits ( Double_t &x1, Double_t &x2, Double_t &y1, Double_t &y2 ) const;
    virtual Double_t  GetPlotYmin    ( ) const;
    virtual Double_t  GetPlotYmax    ( ) const;

    virtual Bool_t    IsLogZ  ( ) const;

  //------------------------------------------------------------
  protected:
    virtual Int_t         WriteData ( FILE * fp ) const;
    static  Int_t         ReadData  ( FILE * fp, RFitData2D & fdata );

    /*! Create fit data object from file (see derived classes).
     *  \param  fname   file name*/
    virtual RFitData2D  * ReadFitData ( const string &fname ) = 0;

  //------------------------------------------------------------
  /*! For ROOT dictionary.*/
  public:
    ClassDef(RFitData2D,0);
};

//----------------------------------------------------------------------
//  Inline functions
#include "icc/RFitData2D.icc"

//======================================================================
#endif