PbMesh1D.h

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/*=======================================================================
** Author      : VSG (MMM YYYY)
**=======================================================================*/
 
#ifndef  _PB_MESH1D_
#define  _PB_MESH1D_
 
#include <MeshViz/3Ddata/PbMesh.h>
 
class PoChart ;
class SoMaterial ;
class SoState ;
 
class  PbMesh1D : public PbMesh {
 
 
 public:
 
  virtual float getVolume() const { return 0.0;}
 
  virtual float getArea() const { return 0.0 ;}
 
  virtual const PbCell* findContainingCell(const SbVec3f &point, float tolerance, SbVec3f &pcoord, const PbCell *adjacent_cell) const;
 
  virtual const PbCell* findContainingCell(const SbVec3f &point, float tolerance, SbVec3f &pcoord) const;
 
  virtual const PbCell *getCell(int cell_index) const;
 
  virtual void getAdjacentCellsIndByNode(int cell_index, PbArrayOfInt &adjacent_cells) const;
 
  virtual void getAdjacentCellsIndByFacet(int cell_index, PbArrayOfInt &adjacent_cells) const;
 
  virtual void getNodeOwnerCellsInd(int nod_index, PbArrayOfInt &owner_cells) const;
 
  virtual void getNodesOwnerCellsInd(const PbArrayOfInt &nod_indices, PbArrayOfInt &owner_cells) const;
 
  PbMesh1D& operator=(const PbMesh1D &mesh) ;
 
  /*----------------------------------------------------------------------------*/
 private:
  virtual void print(FILE *fp) const;
  
  // Retrieves the geometry of the mesh1D
  // A color is retrieved for each vertex of the geometry.
  // The indices of the source points (if the curve is smoothed for
  // instance) can be retreived.
  virtual void getXYGeometry(const PoChart *chartRep,
                             const SoState *state,
                             int &size,
                             float* &x,
                             float* &y,
                             SoMaterial* &matPerVertex,
                             SbBool isIndexSourceNeeded,
                             int*   &indexSource) const;
 
  // Retrieves the filtered (according to the current mesh 1D filter)
  // geometry of the mesh1D.
  // A color is retrieved for each vertex of the geometry.
  // For filters which need an interpolation (PoPeriodFilter/PoCoordinateListFilter)
  virtual void getFilteredXYGeometry(const PoChart *chartRep,
                                     const SoState *state,
                                     int &size,
                                     float* &x,
                                     float* &y,
                                     SoMaterial* &matPerVertex) const ;
  
  virtual void getFilteredXYGeometry(const PoChart *chartRep,
                                     const SoState *state,
                                     int &size,
                                     float* &x,
                                     float* &y,
                                     SoMaterial* &matPerVertex,
                                     float *&vset1) const ;
  
  virtual void getFilteredXYGeometry(const PoChart *chartRep,
                                     const SoState *state,
                                     int &size,
                                     float* &x,
                                     float* &y,
                                     SoMaterial* &matPerVertex,
                                     float *&vset1,
                                     float *&vset2) const ;
  
  // Retrieves the geometry of the mesh1D adding points corresponding
  // to the intersection between the geometry and a vertical or horizontal
  // threshold.
  // A color is retrieved for each vertex of the geometry.
  // The indices of the source points (if the curve is smoothed for
  // instance) can be retreived.
  void getGeometryInterThreshold(const PoChart *chartRep,
                                 const SoState *state,
                                 SbBool isVertOrient, float threshold,
                                 int &sizeTmp, float* &xTmp, float* &yTmp, 
                                 SoMaterial* &matTmp, SbBool isIndexSourceNeeded, 
                                 int* &indexSource, int &numInters, int* &indexInters) const ;
 
  virtual float getXCoord(int nodeIndex) const=0 ;
 
 private:
  PbMesh1D() ;
  // Constructor.
 
  PbMesh1D(const PbMesh1D &_mesh) ;
  // Contructor per copy.
 
  virtual void updateCellBoundingBox() const;
  virtual const PbCell* findContainingCellProtected(const SbVec3f &point, float tolerance, 
                                                    SbVec3f &pcoord, PbArrayOfInt &test_cell) const;
 
  int   m_size ;
 
 private:
  void copy(const PbMesh1D &other_mesh) ;
 
  static void setMaterialInterVertex(const float *x, const float *y, int startIndex,
                                     int num, SoMaterial *matPerVertex) ;
  
  static void setMaterialAtVertex(const SoMaterial *matSrc, const float *colValSet, 
                                  int srcIndex, int index, SoMaterial *matPerVertex) ;
  
  static void interpolateMaterial(SoMaterial *srcMat, int startIndexSrc, int endIndexSrc,
                                  float value, SoMaterial *dstMat, int indexDst) ;
 
  static SbBool isBBoxCurveThresholdInter(const SbBox2f &bboxCurve, SbBool isVertOrient,
                                          float threshold) ;
} ;
 
inline const PbCell* 
PbMesh1D::findContainingCell(const SbVec3f &, float , SbVec3f &, const PbCell *) const
{ return NULL ; }
 
inline const PbCell*
PbMesh1D::findContainingCell(const SbVec3f &, float , SbVec3f &) const
{ return NULL ; }
 
inline const PbCell *
PbMesh1D::getCell(int) const
{ return NULL ; }
 
inline const PbCell* 
PbMesh1D::findContainingCellProtected(const SbVec3f &, float, SbVec3f &, PbArrayOfInt &) const
{ return NULL ; }
 
 
/*---------------------------------------------------------------------------*/
 
#endif /* _PB_MESH1D_ */