CutPlotter.h

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/* -*- mode: c++ -*- */

#ifndef _CutPlotter_H_
#define _CutPlotter_H_

#include "XyPlotter.h"

class Color;
class DataSource;
class TupleCut;
class PointRepBase;

class MDL_HIPPOPLOT_API CutPlotter: public XyPlotter
{

protected:

  CutPlotter ( const std::string & name );

  typedef std::list < DataRep * > TargetList_t;

  TargetList_t m_targets;

  DataRep * m_datarep;

//   /** Draws the projected values.  This implementation invokes @c
//       drawProjValues on each of the plotters in the composite. */
//   virtual void drawProjValues ( ViewBase * view );

  void updateTargets ();

  void removeFromTargets ( );

public:

  CutPlotter ( );

  CutPlotter ( const CutPlotter & plotter );

  virtual ~CutPlotter ();

  void addCutTarget ( DataRep * );

  bool isTarget ( DataRep * ) const;

  const std::list < DataRep * > & getCutTargets () const;

  void removeFromTarget ( DataRep * rep );

  virtual void willDelete ( const Observable * observable );

  const std::vector < TupleCut > & getCuts () const;

  void setCuts ( const std::vector < const TupleCut * > & cuts );

  virtual bool hasNTupleBindings () const;

  void clearCutTargets ();

  virtual void setAxisBinding ( const std::string & axis, 
                                const std::string & label );

  void setCutColor ( const Color & );

  void setCutRepresentation ( RepBase * rep );

  const Color & getCutColor () const;

  virtual void setCutRangeAt ( const Range & range, unsigned int index );

  virtual void setCutRange ( double low, double high );

  virtual void setCutRangeFull () = 0;

  void setActive ( bool yes );

  void setNTuple ( const DataSource * ntuple );

  virtual void toggleInverted (  ) = 0;

  void setEnabled ( bool yes = true );

  virtual void update ( const Observable * object );

};

#endif // _CutPlotter_H_

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