* \brief Sets the maximum valid index for a tetrahedron. * \details Needs to be called when starting the threads, and * whenever memory al

* \brief Sets the input mesh. */

* \brief Sets the number of neighbors, used for nearest neighbors * queries. * \param[in] x the number of neighbors */

* \brief Sets the geometric location at this vertex. * \param[in] p the geometric location, shared with caller */

* \brief Sets the local facet associated with an oriented * edge. * \param[in] v1 , v2 the global indices of the two vertices

* \brief Creates a volumetric link between two halfedges * \param[in] h1 , h2 the two halfedges to be connected * \pre \p h1 and \p

* \brief Exact implementation of the side4_3d_SOS() predicate * using low-level exact arithmetics API (expansion class). * \param[in] sos i

* \brief Gets the size of the memory used by the buffer. * \return the size of the buffer in bytes. */

* \brief Computes the extent of a point sequence * along a given coordinate. * \param[in] b first index of the point sequence

* \brief Gets the local vertex index in a triangle by its global index, * using standard triangle numerotation (edge i is opposite to vertex i).

* \brief Tests whether a given tetrahedron is in conflict with * a given 3d point. * \details A real tetrahedron is in conflict wit

* \brief Applies a translation vector to the texture coordinates. * \param[in] v the translation vector. * \param[in,out] tex_coord

* \brief Computes the transposed matrix * \return the transposed matrix */

* \brief Tests whether a given triangle is in conflict with * a given 3d point. * \details A real triangle is in conflict with a po

* \brief Tests whether a given triangle * is a finite one. * \details Infinite triangles are the ones * that are incide

* \brief Tests whether a triangle is infinite. * \param[in] t the triangle * \retval true if t is incident to the vertex at * infinity

* \brief Computes the sum of a length 2 expansion and a double * into a length 3 expansion. * \param[in] a1 high-magnitude component of fir

* \brief Recomputes the width of the terminal */

* \brief Tests whether volumetric mode is used. */

* \brief Tests whether volumetric mode is used. */

Copy to YYRES the contents of YYSTR after stripping away unnecessary quotes and backslashes, so that it's suitable for yyerror. The heuristic i

* \brief Manages the GUI of a color editor. * \details This creates a custom dialog with the color editor and * a default palette, as in Im

* \brief Consistency check for a triangle * \details aborts if inconsistency is detected * \param[in] t the triangle to be tested */

* \brief Tentatively acquires a cell. * \param[in] cell the index of the cell * \param[in] status the status to be written in the ce

* \brief Adds a halfedge to the current polyline * \details Needs to be called between begin_polyline() and * end_polyline

* \brief Adds the currently accumulated tensor to a * matrix. * \param[out] M an array of 6 doubles that represents * the

* \brief Deallocates aligned memory * \details Deallocates the block of memory pointed to by \p p. Note * \p p that must have been p

* \brief Allocates aligned memory. * \details The address of the allocated block will be a multiple of * \p alignment. Aligned memor

* \brief Gets the internal name for an android permission. * \param[in] lJNIEnv a pointer to the JNI environment * \param[in] perm_name the

* \brief Computes the angles between a 3d vector and * the first axis of the local basis. * \param[in] v the input vector in the gl

For linear_extrude with twist and uniform scale (scale_x == scale_y), to calculate the limit imposed by special variable $fs, we find the tota

* \brief Gets the area of the bounding box. * \return the area of the bounding box in parameter space. */

* \brief Assemble the stiffness and mass matrices * of the Laplacian in OpenNL. * \details This function is supposed to be called * b

* \brief Gets an iterator to the first element. */

* \brief Creates a new polyline */

* \brief Notifies clients that a task has started. * \details This function is called when a new ProgressTask is * constructed. It pushes th

* \brief Gets the currently bound FrameBufferObject * \return the OpenGL id of the currently bound FrameBufferObject */

* \brief Gets the number of bytes. * \return the total number of bytes used to store the color * data of this image */

* \brief Computes the amount of memory required to store * an expansion. * \param[in] capa the required capacity * \return the total n

* \brief Gets the capacity. * \return the number of items that can be stored without * a reallocation. */

* \brief Gets the id of this ConvexCell. * \details The id can be used to maintain the * correspondence with a tetrahedron in the Mesh.

* \brief Tests whether a cell is marked as conflict * \param[in] cell the cell * \retval true if \p cell is marked as conflict

* \brief Creates a one char string * \param[in] c the character to convert to a string * \return a string that contains characater \

* \brief Tests an EdgeFlag in this Vertex. */

* \brief Clears this Polygon. */

* \brief Gets the ColorEncoding. * \return the ColorEncoding */