* \brief Converts an icon symbolic name and a label to a string. * \param[in] icon_sym the symbolic name of the icon. * \param[in] label the

* \brief gets the image height. * \return the image height, in pixels. */

* \brief gets the image width. * \return the image width, in pixels. */

* \brief Tests whether an attribute is defined. * \param[in] name name of the attribute * \retval true if an attribute with the specified na

* \brief Tests whether a region belongs to triangle T1 * \retval true if region belongs to T1 * \retval false if region belongs to T2 *

* \brief Checks if a permutation element has been visited * \param[in] permutation a valid permutation * \param[in] i the index of t

* \brief Tests whether infinite elements are kept. * \retval true if infinite elements are kept * \retval false otherwise *

* \brief Computes a boolean operation with two surface meshes. * \details A and B need to be two closed surface * mesh without intersection

* \brief Gets a point by its index * \param[in] i index of the point * \return a const pointer to the coordinates of the point

* \brief Pushes a new frame onto the stack. * \details This also creates the local variables (they are * left uninitialized

* \brief Removes the underscores from a string and * replaces them with spaces. * \details Utility for the prototype parser used by *

* \copydoc Thread::run() */

* \brief Gets the index of the seed that corresponds to the current * polygon/polyhedron. * \return The index of the seed that corresponds

* \brief Sets a mesh attribute. * \details Indicates that \p x should be loaded or stored. * \param[in] x the attribute that should be set

* \brief Sets the boundary vertex on which this vertex is located. * \param[in] v global index of the boundary vertex */

* \brief Sets the color used to display mesh cells. * \param[in] r , g , b , a the components of the cells color, * in (0.0 .. 1.0) *

* \brief Sets triangle to triangle adjacency. * \param[in] t1 a triangle. * \param[in] le local index of an edge of \p t (in 0..2). * \

* \brief Sets a triangle adjacency. * \param[in] t the triangle index * \param[in] e local edge index (0,1 or 2) * \param[in] t2 global

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

* \brief Exact implementation of the side3() predicate using low-level * exact arithmetics API (expansion class). */

* \brief Gets the size of the image along one of the axes. * \param[in] axis the axis, one of (0,1,2) * \return the number of pixels

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

* \brief Tests OpenNL solve with * a simple linear system. * \details * Solve \f$ \left[ \begin{array}{ll} 1 & 2 \\ 3 & 4 \end{array} \right] *

* \brief Gets a vertex of a tetrahedron by local facet * index and local vertex index in facet. * \param[in] t global index of the

* \brief Tests whether a given tetrahedron * is a finite one. * \details Infinite tetrahedra are the ones * that are in

* \brief Gets the index of a successor of a tetrahedron. * \details Tetrahedra can be linked, it is used to manage * both the free

* \brief Computes the signed volume of a 3d tetrahedron * \param[in] p1 first vertex of the tetrahedron * \param[in] p2 second verte

* \brief Gets the text. * \return a const pointer to the text of this source. */

* \brief Gets the local index of a vertex in a triangle. * \param[in] t a triangle. * \param[in] v a vertex index. * \return the local

* \brief Tests whether a given triangle is used. * \param[in] t index of the triangle * \pre t < max_t() */

* \brief Gets a triangle vertex. * \param[in] t a triangle. * \param[in] lv local index of a vertex of \p t (in 0..2). * \return the ve

* \brief Gets the global vertex index from a local * vertex index. * \details Vertex indices correspond to planes (remember, * we are

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

* \brief Gets the adjacent seed. * \return the global index of the adjacent seed */

* \brief Computes the angle between two vectors associated to two adjacent * facets. * \param[in] mesh a pointer to a surface mesh * \

* \brief Tests whether two Boxes have a non-empty intersection. * \param[in] B1 first box * \param[in] B2 second box * \return true if

* \brief Starts a new QUADS primitive */

* \brief Gets the maximum number of elements that can be * stored in this small_set. */

* \brief Computes the cosine of the angle between two 3d vectors. * \param[in] a first vector * \param[in] b second vector

* \brief Directly creates a new triangle. * \param[in] i , j, k the three vertices of the * triangle. * \details The triangle is inser

* \brief Directly creates a new vertex. * \param[in] P the plane equation attached to the vertex. * \return the index of the newly created v

* \brief Gets the pointer to the data. * \return a pointer to the stored array. */

* \brief Consistency geometrical check for all the triangles * in debug mode, ignored in release mode * \details aborts if inconsistency is

* \brief Gets the dimension of this Delaunay. * \return the dimension of this Delauna */

* \brief Tests whether a given element type is registered in * the system. * \param[in] element_type_name a const reference to a string

* \brief Enables this ImmediateBuffer. */

* \brief To be called at the beginning of each function that uses the JNI. * \details Gets the JNIEnv and attaches the current thread to *

* \brief Gets a line field as a modifiable string * \details The function returns the field at index \p i. Function * get_fields() must be c

* \brief Finds an attribute set by name. * \param[in] name a const reference to the name of the attribute set * \return a pointer to the Att

* \brief Gets the first triangle. * \return the index of the first triangle, or END_OF_LIST * if this ConvexCell is empty. */

* \brief Gets the global index of the boundary vertex that corresponds * to this vertex. * \pre nb_boundary_facets() == 3 *

* \brief Nearest neighbor search * \param[in] i index of the query point * \param[out] neigh array of nb signed_index_t * \

* \brief Allocates a new triangle. * \details This function is called whenever a triangle needs * to be created and the free list is empty.

* \brief Gets the height of the image. * \return the height of the image, in pixels, or 1 * for 1D images */