Delaunay Namespace Reference

Functions
template<class Del>
void	printToEPS (const Del *del, FILE *out)
template<class Point>
void	printPoint (unsigned long id, const Point &p, FILE *out)
template<class IntVect>
void	printEle (unsigned long id, const IntVect &v, FILE *out)
template<class Vertex>
void	printToNode (const std::vector< Vertex * > &verts, FILE *out)
template<class Del>
void	printToNode (const Del *del, FILE *out)
template<class Del>
void	printToNodeEle (const Del *del, FILE *node, FILE *ele)

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Function Documentation

template<class IntVect> void Delaunay::printEle (  unsigned long  id, const IntVect &  v, FILE *  out )

Print a simplex in Shewchuk's .ele format.

template<class Point> void Delaunay::printPoint (  unsigned long  id, const Point &  p, FILE *  out )

Print a point in Shewchuk's .node format.

template<class Del> void Delaunay::printToEPS (  const Del *  del, FILE *  out )

template<class Del> void Delaunay::printToNode (  const Del *  del, FILE *  out )

Print a triangulation to .node format.

template<class Vertex> void Delaunay::printToNode (  const std::vector< Vertex * > &  verts, FILE *  out )

Print all the vertices in Shewchuk's .node format. We assume the point IDs start at zero, and grow consecutively.

template<class Del> void Delaunay::printToNodeEle (  const Del *  del, FILE *  node, FILE *  ele )

Print a triangulation to .node and .ele format.

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