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const int* indices);
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const int* indices);
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/// Build a manifold from a TriMesh
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/// Build a manifold from a TriMesh
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void build(const Geometry::TriMesh& mesh);
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void build(const Geometry::TriMesh& mesh);
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/// Add a face to the Manifold
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/** Add a face to the Manifold.
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This function is provided a vector of points in space and transforms it into a single
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polygonal face calling build. It is purely for convenience. */
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FaceID add_face(std::vector<Manifold::Vec> points);
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FaceID add_face(std::vector<Manifold::Vec> points);
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// /** Removes a face from the Manifold. If it is an interior face it is simply replaces
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/** Removes a face from the Manifold. If it is an interior face it is simply replaces
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// by an InvalidFaceID. If the face contains boundary edges, these go away. */
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by an InvalidFaceID. If the face contains boundary edges, these are removed. Situations
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may arise where the mesh is no longer manifold because the situation at a boundary vertex
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is not homeomorphic to a half disk. This, we can probably ignore since from the data
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structure point of view it is not really a problem that a vertex is incident on two holes -
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a hole can be seen as a special type of face. The function returns false if the FaceID is
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not valid, otherwise the function must complete. */
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// bool remove_face(FaceID fid);
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bool remove_face(FaceID fid);
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//
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// /** Remove an edge from the Manifold.
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/** Remove an edge from the Manifold.
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// This function will remove the faces on either side and the edge itself in the process. */
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This function will remove the faces on either side and the edge itself in the process. Thus,
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it is a simple application of remove_face. */
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// bool remove_edge(HalfEdgeID hid);
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bool remove_edge(HalfEdgeID hid);
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//
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// /** Remove a vertex from the Manifold.
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/** Remove a vertex from the Manifold.
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// This function merges all faces around the vertex into one and then removes
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This function merges all faces around the vertex into one and then removes
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// this resulting face. */
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this resulting face. */
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// bool remove_vertex(VertexID vid);
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bool remove_vertex(VertexID vid);
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/// number of vertices
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/// number of vertices
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size_t no_vertices() const { return kernel.no_vertices();}
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size_t no_vertices() const { return kernel.no_vertices();}
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/// number of active faces
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/// number of active faces
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size_t no_faces() const { return kernel.no_faces();}
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size_t no_faces() const { return kernel.no_faces();}
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