* \brief Gets the maximum valid triangle index plus one. * \details May be greater than nb_t() if this ConvexCell has * some free (unused)

* \brief Gets the real vertex from a periodic vertex. * \return the real vertex, in 0..nb_vertices_non_periodic_-1 */

* \brief Gets the index of a triangle adjacent to another one. * \param[in] t index of the triangle * \param[in] le local edge (0,1,

* \brief Computes the area of a 3d triangle * \param[in] p1 , p2 , p3 the three vertices of the triangle * \return the area of the t

* \brief Gets the equation of a plane associated with a vertex. * \details The first six equations correspond to the six * facets of a cube

* \brief Wrapper for std::string around SimpleButton() */

* \brief Sets all the combinatorial information * of a triangle and edge flags * \param[in] t the triangle * \param[in] v1 , v2 , v3 t

* \brief Clears this Co3NeRestrictedVoronoiDiagram. */

* \brief Gets a pointer to the stored data. * \return A pointer to the memory block */

* \brief Computes an approximation of the stored * value in this rational. * \return an approximation of the stored value.

* \brief Gets the height of the window. * \return the height of the window in pixels. * \details important note: for OpenGL operations, use

* \brief Inserts a point * \param[in] p the point to be inserted * \param[in] hint a triangle not too far away from the point to

* \brief Creates a vec3 from its components. * \param[in] x , y , z the components of the * vector. * \return the created vector.

* \brief Pushes a new item onto the stack. */

* \brief Sets the value. * \param[in] val the new value * \details flags the uniform buffer as dirty */

* \brief Gets a vertex by index. * \param[in] v a vertex index. Can be a virtual * vertex index when in periodic mode. * \

* \brief After having changed connections from triangle * to a neighbor, creates connections from neighbor * to triangle. * \details

* \brief Gets the upper limit for iterating over the * corners of a facet * \param[in] f the facet * \return one position

* \brief Gets the dimension of the points. * \return the dimension */

* \brief Maximum valid index for a tetrahedron. * \details This includes not only real tetrahedra, * but also the virtual ones on t

* \brief Resizes the image. * \param[in] new_width , new_height new image size, in pixels. */

* \brief Gets the index of a vertex of a triangle * \param[in] t index of the triangle * \param[in] lv local vertex (0,1,2) index in

* \brief Prints a sequence of identical chars * \param[in] c the character to print * \param[in] nb the number of characters to print *

* \brief Tests whether an edge is constrained * \param[in] t a triangle * \param[in] le local edge index, in 0,1,2 * \retval true if th

* \brief Specifies the current color for the immediate * mode buffers. * \param[in] r , g , b , a the components of the current col

* \brief Check if stored pointer is null * \return \c true if the stored pointer is null, \c false otherwise. */

* \brief Gets the maximum positive value of type index_t. */

* \copydoc LifeCycle::swap() */

* \brief Gets the constraint associated with an edge * \details * When constraining segments on a CDT2d by calling * insert_constrain

* \brief Gets the attributes that should be loaded or saved. * \return a set of MeshAttributesFlags combined with bitwise or */

* \brief Gets the number of vertices in each cell * \details Cell_size = dimension + 1 * \return the number of vertices in each cel

* \brief Copies a vector of floats. * \param[out] to a pointer to the destination vector * \param[in] from a const pointer to the source vec

* \brief Gets the Delaunay triangulation. */

* \brief Gets the dimension of the points stored in * this PointAllocator. */

* \brief Gets the width of the window. * \return the width of the window in pixels. * \details important note: for OpenGL operations, use

* \brief Maximum valid index for a tetrahedron. * \return the maximum valid index for a tetrahedron * This includes not only real tetrahed

* \brief Computes the orientation predicate in 2d. * \details Computes the sign of the signed area of * the triangle p0, p1, p2.

* \brief Tests an individual primitive. * \retval true if the primitive should be * displayed * \retval false otherwise

* \brief Tests whether a triangle belongs to a linked * list. * \details Triangles can be linked, it is used to manage *

* \brief Sets a triangle flag * \param[in] t the triangle * \param[in] flag the flag, in 0..7 */

* \brief Adds an object to the scene. * \param[in] O a pointer to the object to be added. * Pointer ownership is transfered to this

* \brief Gets the current command. * \return a pointer to the current command * \note Regular client code should not need to use thi

* \brief Declares an argument of type percentage * \details Percentage values are normal floating point values, except * that their

* \brief Tests whether this SimplePriorityQueue is empty * \return true if this SimplePriorityQueue is empty, false * otherwise

* \brief Gets the number of vertices in a cell facet * \param[in] c the cell, in 0..nb()-1 * \param[in] lf the local facet index, in

* \brief Tests whether this FrameBufferObject is initialized. * \retval true if this FrameBufferObject is initialized. * \retval false other

* \brief Gets the number of facets of a cell * \param[in] c the cell, in 0..nb()-1 * \return the number of facets of cell \p c

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

* \brief Creates a new triangle. * \param[in] i , j , k the three vertices of the triangle. */

print out a tree representation of the AST

* \brief Get pointer * \return the stored pointer */