* \brief Gets the full path to the current executable. */

* \brief Converts a comment //primitive GLUP_QUADS into * the associated GLUPprimitive value. * \param[in] comment_str a pointer to the com

* \brief Converts a comment //stage GL_VERTEX_SHADER into * the associated GLUPenum value. * \param[in,out] comment_str on entry, a pointer

* \brief Partitions a surface and a volume using Hilbert ordering. * \details Reorders the surface facets and tetrahedra * using Hilber ord

* \brief Partitions a volume into its connected components. * \param[in,out] M the mesh to be partitioned. Its tets are * reorder in such a

* \brief Picks a random tetrahedron in this thread's pool. * \retval If no valid tet exists in this thread's pool, * returns NO_TETRAHEDRON. It

* \brief Tests whether a point is locked. * \details A locked point is constrained to stay at the same position * during the optimization

* \brief Tests whether a 2d polygon is convex. * \param[in] P a const reference to the polygon. * \retval true if the polygon \p P is convex

* \brief Generates a polyhedral mesh. * \param[in] input_filename name of the input file, can be * either a closed surfacic mesh or a tetr

* \brief Removes a matrix from the top of * the stack. */

* \brief Pops a facet from the priority queue * \return the index of the popped facet */

* \brief Pops a stack frame. */

* \brief Pops an item from the stack. */

* \brief Pops the top of the current stack matrix. */

Prepares Vorpaline test execution. This function creates the test execution directory where vorpaline output file will be st

* \brief Applies pre-processing to a mesh. * \details Pre-processing operations and their parameters are * obtained from the command line.

* \brief gets the predecessor of a bundle along its polyline * \return the bundle arriving at the source vertex if it exists and *

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

* \brief Gets the predecessor of the first vertex * \param[in] polyline a polyline * \return if the polyline is closed, the

* \brief Our own implementation of "print". * \details Redirects all outputs to geogram outputs. * \param[in] L a pointer to the LUA state.

* \details Gets the total elapsed time since process start (in seconds). */

* \brief Pushes a copy of the top matrix. */

* \brief Pushes a copy of the top of the current stack matrix * onto the current stack matrix. * \see matrix_mode(), pop_matrix()

* \brief Gets the radius. * \return the radius of the sphere. */

* \brief Generates a random point in a 3d triangle. * \details Uses Greg Turk's second method. * Reference: Greg Turk, Generating R

* \brief Launches a ray and computes the color. * \details Reflected rays are recursively computed. * \param[in] R the ray to be lau

* \brief Reads an internal attribute from a geogram file and * stores it in a mesh. * \param[in] in a reference to the InputGeoFile

* \brief Reads a user attribute from a geogram file and * stores it in a mesh. * \param[in] in a reference to the InputGeoFile

* \brief Reconstructs a mesh from a point set. * \param[in,out] M_in the input point set and the reconstructed mesh */

* \brief Tests whether this material is reflective. * \retval true if this material has non-zero Kr, false otherwise. */

* \brief Releases a spinlock at a given index * \details Makes spinlock at index \p i available to other threads. * \param[i

* \brief Removes all facets that have their three vertices aligned */

* \brief Removes an object from the scene. * \param[in] o the object to be removed. * \details this does not deallocates the object.

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

* \brief Tentatively enforces a coherent orientation of normals * using a breadth-first traveral of the K-nearest-neighbor graph. *

* \brief Greedily propagates facet reorientation in a mesh * \details Whenever a Moebius loop is encountered, the involved * facets are dis

* \brief Reserves space for new facets * \param[in] nb_to_reserve the number of facets to reserve * \details Does not change size

Reset design

* \brief Resets the current command. */

* \brief Resets the file path to its default value, with only the * current directory "." */

* \brief Resets thread statistics */

* \brief Notifies clients that a task has restarted. * \details This function is called when a new ProgressTask is reset. * In some contexts

Run Vorpaline on the specified input file. The output file "out.meshb" is implicitely generated in the test execution directo

Run Vorpastat to compare the vorpaline input file and the output file "out.meshb" generated by run_vorpaline. TODO: the outpu