CGAL 4.13.2 - CGAL and the Boost Graph Library
|
The concept MutableFaceGraph
refines the concepts FaceGraph
and MutableHalfedgeGraph
and adds the requirement for operations to add faces and to modify face-halfedge relations.
Related Functions | |
(Note that these are not member functions.) | |
template<typename MutableFaceGraph > | |
boost::graph_traits< MutableFaceGraph >::face_descriptor | add_face (MutableFaceGraph &g) |
template<typename MutableFaceGraph > | |
boost::graph_traits< MutableFaceGraph >::face_descriptor | remove_face (boost::graph_traits< MutableFaceGraph >::face_descriptor f, MutableFaceGraph &g) |
template<typename MutableFaceGraph > | |
void | set_face (boost::graph_traits< MutableFaceGraph >::halfedge_descriptor h, boost::graph_traits< MutableFaceGraph >::face_descriptor f, MutableFaceGraph &g) |
template<typename MutableFaceGraph > | |
void | set_halfedge (boost::graph_traits< MutableFaceGraph >::face_descriptor f, boost::graph_traits< MutableFaceGraph >::halfedge_descriptor h, MutableFaceGraph &g) |
template<typename MutableFaceGraph > | |
void | reserve (MutableFaceGraph &g, boost::graph_traits< MutableFaceGraph >::vertices_size_type nv, boost::graph_traits< MutableFaceGraph >::vertices_size_type ne, boost::graph_traits< MutableFaceGraph >::vertices_size_type nf) |
template<typename MutableHalfedgeGraph > | |
boost::graph_traits< MutableHalfedgeGraph >::face_descriptor | add_vertex (MutableHalfedgeGraph &g) |
template<typename MutableHalfedgeGraph > | |
boost::graph_traits< MutableHalfedgeGraph >::edge_descriptor | add_edge (MutableHalfedgeGraph &g) |
|
related |
Adds two opposite halfedges to the graph without initializing the connectivity.
|
related |
Adds a new face to the graph without initializing the connectivity.
|
related |
Adds a new vertex to the graph without initializing the connectivity.
|
related |
Removes f
from the graph.
|
related |
Indicates the expected size of vertices (nv
), edges (ed
) and faces (nf
).
|
related |
Sets the corresponding face of h
to f
.
|
related |
Sets the corresponding halfedge of f
to h
.