cutmesh.h

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#ifndef ANA_SURFACE_CUTMESH_H
#define ANA_SURFACE_CUTMESH_H


#include <anatomist/mobject/objectVector.h>
#include <anatomist/object/selfsliceable.h>
#include <map>
#include <vector>


namespace anatomist
{

  class Referential;
  class Geometry;


  class CutMesh : public ObjectVector, public SelfSliceable
  {
  public:
    CutMesh( const std::vector<AObject *> & obj );
    virtual ~CutMesh();

    virtual int MType() const { return( type() ); }
    static int classType();

    virtual bool CanRemove( AObject* obj );

    virtual void update( const Observable* observable, void* arg );
    virtual bool render( PrimList &, const ViewState & );
    virtual bool Is2DObject() { return( false ); }
    virtual bool Is3DObject() { return( true ); }
    virtual void clearHasChangedFlags() const;

    virtual bool boundingBox( std::vector<float> & bmin,
                              std::vector<float> & bmax ) const;
    virtual void SetMaterial( const Material & );
    virtual Material & GetMaterial();
    virtual AObject* fallbackReferentialInheritance() const;

    virtual Tree* optionTree() const;

    const AObject* volume() const;
    AObject* volume();
    const AObject* mesh() const;
    AObject* mesh();
    const AObject* cutMesh() const;
    AObject* cutMesh();
    const AObject* borderPolygon() const;
    AObject* borderPolygon();
    const AObject* planarMesh() const;
    AObject* planarMesh();
    const AObject* planarFusion() const;
    AObject* planarFusion();

    // perform cut
    void cut();

    virtual void updateCut();
    virtual void sliceChanged();

    virtual std::list<AObject *> generativeChildren() const;
    virtual carto::Object makeHeaderOptions() const;
    virtual void setProperties( carto::Object options );

  private:
    struct Private;
    static int registerClass();

    Private     *d;
  };


  inline bool CutMesh::CanRemove( AObject * ) 
  { 
    return(false);
  } 

}


#endif