* \brief Computes the 2D bounding box of a parameterized mesh. * \param[in] mesh a const reference to a parameterized surface mesh.

* \brief Computes the minimum and maximum point coordinates * along a coordinate. * \param[in] b first index of the point sequence

* \brief Caches the neighbors of a Delaunay vertex. * * \details This function is only used when the stored delaunay * tri

* \brief Gets the parameters from the current stack frame. * \param[out] t1 index of a tetrahedron on the border of * the c

* \brief Gets the parameters from the current stack frame. * \param[out] t1 index of a tetrahedron on the border of * the c

* \brief Gets the parameters from the current stack frame. * \param[out] t1 index of a tetrahedron on the border of * the c

* \brief Finds the nearest point in a mesh facet from a query point. * \param[in] M the mesh * \param[in] p the query point * \param[in

* \brief Gets the middle segment of a quad * \param[in] AABB a reference to a MeshFacetsAABB * \param[in] f a facet * \param[out] q1 ,

Computes the ray that passes through the current fragment The ray is in world space.

Updates fragment depth from a point in world space

* \brief Increases the size of the array for one additional element * \details capacity is doubled each time additional space is needed

* \brief Tests whether a Halfedge is on the boder. * \details If set_use_facet_region() is set, then * Halfedges incident to two different

* \brief gets the halfedges in a bundle * \param[in] bndl bundle index * \return a modifiable sequence of halfedge indices

* \brief Computes the hash code associated with an oriented * edge. * \param[in] v1 , v2 the global indices of the two vertices

* \brief Makes the surface facets invisible. */

* \brief Makes the vertices invisible. */

* \brief Sorts the cells of a mesh according to the Hilbert ordering. * \details The function does not change the mesh, it computes instead

* \brief Sorts the facets of a mesh according to the Hilbert ordering. * \details The function does not change the mesh, it computes instead

* \brief Sorts the vertices of a mesh according to the Hilbert ordering. * \details The function does not change the mesh, it computes instead

* \brief Imports the global option group */

* \brief Imports the Logger option group */

* \brief Imports the NL (Numerical Library) option group */

* \brief Imports the system option group */

* \brief Tests whether a point is in the circumscribed circle of * three other points. * \details If the triangle \p p0 , \p p1 , \

* \brief Increases number of spaces before each message in out(). * \details Used by Stopwatch */

* \brief Initializes this Co3NeRestrictedVoronoiDiagram from a * pointset stored in a mesh. * \details If the mesh \p M has normals

* \brief Initializes a triangulateio. * \param[in] tri a pointer to the triangulateio * structure to be initialized */

* \brief Inserts a vertex in an edge * \param[in] v the vertex to be inserted * \param[in] t a triangle incident to the edge * \param[i

* \brief Computes the inverse matrix * \details Computes matrix \p M such that (\p this * \p M) = identity * \return the inverse mat

converts a 32 bit represented by an ivec4 into a color.

* \brief Gets the last vertex of a polyline * \details if the polyline is closed, last_vertex() is the same as * first_vert

* \brief Gets the latest command. * \return a pointer to the command that was last executed. * \details Used by playback mechanism (

* \brief Links a GLSL program and displays errors if any. * \details If errors where encountered, program is deleted * and reset to zero.

* \brief Replaces the top of the current matrix stack * with the identity matrix. */

* \brief Replaces the top of the current matrix stack * with the specified matrix. * \param[in] m the matrix that will replace the

* \brief Loads a volumetric mesh. * \details If the specified file contains a surface, try to * tesselate it. If the surface has self-inter

* \brief Memorizes an error message in LUA registry. * \details This is used by C++/LUA interoperability * functions to memorize an error.

* \brief Creates a triangle from its three vertices. * \param[in] i , j , k the local indices of the three * vertices. * \return The c

* \brief Marks a FacetSeed and sets the associated * connected component index. */

* \brief Specify that a triangle is free. * \details A free triangle can be reused by subsequent * triangle creations. */

* \brief Marks a cell as conflict * \param[in] cell the cell * \pre the cell is owned by the current thread */

* \brief Gets 32 bits float maximum positive value */

* \brief Gets the maximum region index in the mesh, not counting * index_t(-1) triangles. * \return The maximum region index, or index_t(-

* \brief Computes the 2D parameter-space area of a facet in * a parameterized mesh. * \param[in] mesh a const reference to the mesh