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

* \brief Tests whether radius of security is enforced. * \retval true if radius of security test is used. * \retval false otherwise.

* \brief Checks the value of an argument * \details This function is used by parse_internal() to check the values * passed to arguments on t

* \brief For debugging purposes, tests some combinatorial properties. */

* \brief For debugging purposes, tests some combinatorial properties. */

* \brief Removes zero area facets in a mesh * \param[in] M the input mesh */

* \brief For debugging purposes, test some geometrical properties. */

* \brief For debugging purposes, test some geometrical properties. */

Cleanup after successful test execution. This removes the execution directory created by prepare_test(), only if the test wa

* \brief clears the vector to its default value. * \details For vec2, default value is (0.0, 0.0), for * vec3, it is (0.0, 0.0, 0.0

* \brief Clears this Vertex. */

* \brief Resets size to 0 and clears all the memory. */

* \brief Splits the raw list of triangles reconstructed * by the Co3Ne algorithm into two lists, good triangles * and "not so good" triang

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

* \brief Compresses an expansion * \details Modifies in-place an expansion in such a way that it * is shorter. The represented value is not

* \brief Computes the eigenvalues * and eigenvectors of the accumulated tensor. */

* \brief Computes the BRIO order for a set of 3D points. * \details Implementation of compute_BRIO_order(). * It is used to accelerate incr

* \brief Computes for each facet its facet-graph distance to * the border of the mesh, clamped to max_iter. * \param[in] M the mesh *

* \brief Estimates the normals of the point set. * \details They are stored in the "normal" vertex attribute. * \param[in] nb_neighb

* \brief Tentatively connect a triangle of the mesh with its * neighbors. * \details This function is independent of triangles ori

* \brief Tests whether the current connected component changed. */

* \copydoc LifeCycle::copy_construct_array() */

* \brief Copies the current attribute value to a specified * vertex in this buffer. * \param[in] v the vertex index * \pre

* \brief Copies the binding of a vertex attribute * from OpenGL state to this VertexAttribBinding. * \param[in] index the index of

* \brief Copies the user neighbors and distances into * the work zone and initializes nb_neighbors to max_nb_neighbors. * \

* \brief Copies the binding stored in this VertexAttribBinding * into OpenGL. * \param[in] index the index of the attribute where t

* \copydoc AttributeStoreCreator::create_attribute_store() */

* \brief Creates an attribute store of a given type * \param[in] element_type_name a const reference to a string with * the C++ type of the

* \brief Finds in the pointset a set of four non-coplanar * points and creates a tetrahedron that connects them. * \details This fu

* \brief Finds in the pointset a set of four non-coplanar * points and creates a tetrahedron that connects them. * \details This fu

* \brief Creates a quad * \param[in] v1 , v2 , v3 , v4 the vertices of the quad * \return the index of the created quad */

* \brief Creates the VAO, VBOs and program used to draw * a single textured quad. * \details We often have to do that, for instance for bli

* \brief Creates a ribbon orthogonal to the border of a * surface mesh. * \param[in] M the input surface mesh * \param[out] ribbon the

* \brief Creates a new vertex. * \return the index of the new vertex */

* \brief Creates a GLSL vertex program that uses all the variables * of the uniform state. * \details Some OpenGL drivers have a compiler t

* \brief Creates a contiguous chunk of vertices. * \param[in] nb number of sub-elements to create * \return the index of the first c

* \brief Gets the index of the current connected component. */

* \brief Computes the normal to a tetrahedron facet. * \param[in] delaunay the Delaunay triangulation * \param[in] t the index of the tetrah

* \brief Deletes a vertex array object. * \details Vertex array objects are recycled internally. * \param[in] VAOindex the index of

* \copydoc LifeCycle::destroy_array() */