* \brief Pre/Post-processes a mesh. * \details Triangulates the facets, collapses the small edges * and removes self-intersections. */

* \brief Deallocates the memory used by a triangulateio. * \details Only the memory used by the triangulateio is freed, * not the triangula

* \brief Gets the global indices of the boundary vertices that * define the boundary edge on which this vertex is located. * \param

* Gets the local facet indices incident to an * oriented halfedge. * \param[in] t index of the tetrahedron * \param[in] v1

* \brief Taken from OpenSCAD */

* \brief Gets a pointer to the values of the matrix at the * top of a given stack. * \param[in] matrix name of the stack, one of GL

* \brief Finds the neighbor of a tetrahedron on the border of the * conflict zone. * \details This function is used by stellate_con

* \brief Enumerates the connected components in a facet attribute * \param[in] M a reference to the mesh * \param[in] attribute the name of

* \brief Wrapper around gzread() to read more than 4Gb */

* \brief Tests whether this thread created empty cells. * \retval true if this thread created empty cells. * \retval false otherwise

* \brief Tests if there as a non-degenerate intersection * \retval true if an intersection different from two colocated * vertices

* \brief Tests whether global vertex indices are stored. * \retval true if global vertex indices are stored. * \retval false otherwise.

* \brief Helper for hsl_to_rgb() */

* \brief Copies some variables from another thread. * \param[in] rhs the thread from which variables should * be copied *

converts an integer into an ivec4. The components of the ivec4 contains the 4 bytes of the integer.

* \brief Computes the symbolic representation of the intersection * between a segment and a bisector. * \details Computes the inter

* \brief Gets the length of this vector. * \return the length of this vector. */

* \brief Loads the file. * \return true on success, false otherwise */

* \brief Pops matrices from the specified GLUP matrix stack * until there is no more matrix on the stack. * \details The function k

* \brief Tests whether the current GLUP state is * between a glupBegin()/glupEnd() pair. * \details The function keeps track of the

* \brief Specifies to LUA that glupBegin() was called or * that glupEnd() was called. * \details The function keeps track of the cu

* \brief Makes a periodic vertex from a real vertex and instance. * \param[in] real the real vertex, in 0..nb_vertices_non_periodic_-1 * \pa

* \brief Gets the maximum of 4 double precision numbers. * \param[in] x1 , x2 , x3 , x4 the four numbers. * \return the maximum. */

* \brief Computes a mesh parameterization by projection onto the * least squares average plane. * \param[in] M the chart to be parameterize

* \brief Multiplies two vec3 componentwise. * \param[in] U , V the two vec3 to be multiplied * \return the component-wise product */

* \brief Gets the number of threads. * \return the number of threads. */

* \brief Gets the number of constraints */

* \brief Allocates a new point. * \return a pointer to the coordinates of the new point. Memory * ownership remains to this PointAl

* \brief Creates a new triangle. * \details Uses either a triangle recycled * from the free list, or creates a new one by

* \brief gets the successor of a bundle along its polyline * \return the bundle originated at the destination vertex * if it exists

* \brief Gets the successor of a corner around a facet * \param[in] f the facet * \param[in] c the corner * \return the suc

* \brief Gets the successor of a triangle. * \details Triangles are linked, for instance to represent * the conflict zone. */

* \brief Gets the estimated normal to the point cloud. * \details Equivalent to axis(2). * \return the estimated normal. */

* \brief Tests the parity of the permutation of a list of * three distinct indices with respect to the canonical order. */

* \brief Gets the computed overlap ratio. * \details chart_is_valid() or compute_fill_and_overlap_ration() * need to be called before.

* \brief Computes the exact intersection between the support plane * of a triangle and the support line of a segment * \pre The intersectio

* \brief Gets the modulo-3 successor of an index. * \param[in] i the index * \return \p i plus 1 modulo 3 */

* \brief Computes the number of bits set. * \param[in] x an integer. * \return the number of ones in the binary representation * of th

* \brief Removes a tetrahedron from the linked list it * belongs to. * \details Tetrahedra can be linked, it is used to manage

* \brief Tests the relative orientation of two adjacent facets * \param[in] M the mesh * \param[in] f1 index of the first facet * \para

* \brief Splits the non-manifold vertices * \param[in] M the mesh to repair */

* \copydoc MeshIOHandler::save() */