* \brief Saves a Delaunay triangulation to a file. * \param[in] delaunay a pointer to the Delaunay triangulation. * \param[in] filename the

* \brief Saves a mesh into a file in STL ASCII format. * \param[in] M The mesh to save * \param[in] filename name of the file

* \brief Saves a mesh into a file in STL binary format. * \param[in] M The mesh to save * \param[in] filename name of the file

* \brief For debugging, save constraints to a file * \param[in] filename a mesh filename where to solve the constraints * (.obj or

* \brief Saves the image in PPM file format. * \param[in] filename the name of the file where to save the image. */

* \brief Saves local variables into the current stack frame. * \param[in] new_t the index of the newly created tetrahedron *

* \brief Saves local variables into the current stack frame. * \param[in] new_t the index of the newly created tetrahedron *

* \brief Saves local variables into the current stack frame. * \param[in] new_t the index of the newly created tetrahedron *

* \brief Saves a Delaunay triangulation to a file * \details Saves the vertices of the Delaunay triangulation \p delaunay * to file \p filen

* \brief Computes a parameter that determines the intersection * between two 2d lines. * \param[in] p1 origin of the first line * \par

* \brief Sets the facet that a corner is adjacent to * \param[in] c the corner * \param[in] f the facet that corner \p is adjacent t

* \brief Sets the opacity. * \param[in] a the opacity (0.0 for transparent, 0.5 for translucent * and 1.0 for opaque). */

* \brief Sets the rotation angle. * \param[in] f the rotation angle */

* \brief Sets the surface color for backfacing faces. * \details Specifies the color used to display the * backfaces of the surfacic part o

* \brief Sets whether a cylinder-to-sphere morph should be displayed * instead of the sphere eversion. * \param[in] b if set, a cyl

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

* \brief Enables or disables Conjugate Gradient mode. * \param[in] cg true if conjugate gradient mode should be used, * false other

* \brief Sets the default file. * \details Only valid if save_mode is set. * \param[in] default_filename the default file name.

* \brief Sets the default number of stored neighbors. * \details Storage of neighbors is optimized for a default * neighborhood siz

* \brief Defines the file extensions managed by this * FileDialog. * \param[in] extensions a ';'-separated list of extensions

* \brief Sets the latitudinal resolution. * \param[in] n the number of vertices along the latitudinal resolution. */

* \brief Sets the longitudinal resolution. * \param[in] n the number of vertices along the longitudinal * resolution. */

* \brief Enables or disables M1QN3 mode. * \param[in] m1qn3 true if M1QN3 mode should be used, false otherwise */

* \brief Sets the current matrix stack. * \param[in] matrix one of GLUP_MODELVIEW, GLUP_PROJECT * \details This determines on which

* \brief Sets the mesh color * \details Specifies the mesh color to be used if * mesh edges should be displayed. * \param[in] r , g ,

* \brief Sets the number of hemispheres to display. * \param[in] nb the number of hemispheres to display, in {0,1,2} */

* \brief Sets the number of strips (or corrugations). * \param[in] n the number of strips. It is known that for n >= 8; * the evers

* \brief Sets the number of strips to display. * \param[in] n the number of strips to display, in [0..nb_strips] */

* \brief Sets a normal vector * \param[in] i the index of the point * \param[in] N the new normal vector associated with the point

* \brief Sets a point * \param[in] i the index of the point * \param[in] P the new geometric location at the point */

* \brief Sets the points color * \details Specifies the color used to display points * \param[in] r , g , b , a the components of the points

* \brief Sets the CAD profile */

* \brief Sets the conversion profile */

* \brief Sets the heal profile */

* \brief Sets the hex-dominant meshing profile */

* \brief Sets the polyhedral meshing profile */

* \brief Sets the quad-dominant meshing profile */

* \brief Sets the reconstruction profile */

* \brief Sets the repair profile */

* \brief Sets the scanner profile */

* \brief Sets the tetrahedral meshing profile */

* \brief Sets the rendering style. * \param[in] s one of STYLE_POINTS, STYLE_POLYGONS, STYLE_CHECKERED, * STYLE_BANDS */

* \brief Sets the root node to be used with the FileDialog. * \param[in] root a pointer to the root node. */

* \brief Sets whether half strips should be displayed. * \param[in] h if set, only half strips are displayed. This lets see * the i

* \brief Specifies whether boundary facets should be simplified. * \details By default, the intersection between a Voronoi cell and

* \brief Sets the halfedges of a bundle * \details Used when radial sorting can be replaced with * combinatorial propagation.

* \brief Sets whether spectral mode is used. * \details In default mode, the trivial solution (all vertices to zero) * is avoided b

* \brief Sets whether spectral mode is used. * \details In default mode, the trivial solution (all vertices to zero) * is avoided by lockin

* \brief Specifies whether incident tetrahedra lists * should be stored. * \param[in] x if true, incident trahedra lists are store

* \brief Specifies whether neighbors should be stored. * \details Vertices neighbors (i.e. Delaunay 1-skeleton) can be * stored for

* \brief Sets the surface color * \details Specifies the color used to display the * surfacic part of the mesh. It specifies the color

* \brief Specifies that symbolic information is * relative to surfacic mesh (rather than volumetric mesh). * \details Affects the behavior

* \brief Generates a unique stamp for marking tets. * \details Storage is shared for list-chaining and stamp-marking * (both are mut

* \brief Sets whether texture coordinates should be generated. * \param[in] b true if texture coordinates should be generated, * fa

* \brief Specifies whether thread-safe mode should be used. * \param[in] x if true then thread-safe mode will be used, else * it wi

* \brief Sets the id of a triangle. * \details Each triangle of a ConvexCell has an id, that can * be used to maintain the correspondence wi

* \brief Generates a unique stamp for marking tets. * \details Storage is shared for list-chaining and stamp-marking * (both are mut

* \brief Sets the user program, to be used instead of * the default GLUP programs for drawing the primitives. */

* \brief Makes this FileDialog visible. */

* \brief Prints arguments of a group * \details This function is called by show_usage() to display help on a * group of arguments. It displa

* \brief Shows the text editor. */

* \brief Makes the volume cells visible. */

* \brief Shrinks a mesh. * \param[in,out] M the mesh to be shrunk * \param[in] factor the shrinking factor (1.0 means * no shrinking,

* \brief Implements side1() in 3d. */

* \brief Implements side1() in 4d. */