* \brief Gets the red component. * \return the value of the red component */

* \brief Reserves additional space * \param[in] new_capacity on exit, this CellStatusArray will have at * least sufficient space fo

* \brief Sets a triangle-to-triangle adjacency. * \param[in] t1 index of the first triangle * \param[in] le1 local facet index (0,1,

* \brief Enables or disables messages. * \param[in] x if true, messages are displayed on the console * with statistics. Default is

* \brief Gets the width of the rendering context. * \details We cache the size of the rendering context, * it is used for instance

* \brief Rotates indices in triangle t in such a way * that a given vertex becomes vertex 0 * \details On exit, vertex \p lv of \p t become

* \brief Sets the constraints list associated with an edge * \param[in] t a triangle * \param[in] le local edge index, in 0,1,2 * \para

* \brief Cleanups the memory associated with this expansion_nt. */

* \brief Compares two rationalg * \return the sign of this rationalg minus rhs */

* \brief Gets a corner by facet and local vertex index * \param[in] f the facet * \param[in] lv the local index of the vertex in fac

* \brief Computes the determinant of a 3x3 matrix given * by coefficients. */

* \brief Generic function to extract element sequences to draw * \details Tests the filter if set, and finds all intervals of * primitives

* \brief Computes the sum of two doubles into a length 2 expansion. * \details By Jonathan Shewchuk. * \param[in] a first argument * \p

* \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 Gets the flags associated with a triangle. * \details Contains both the conflict flag and the * chaining. * \param[in] t the

* \brief Tests whether this ImmediateBuffer is enabled. * \retval true if this ImmediateBuffer is enabled * \retval false otherwise

* \brief Gets the length of this expansion. * \return the number of components used internally * to represend this expansion * \note m

* \brief Pops the top of the stack. * \pre !empty() */

* \brief Splits a number into two components, ready for * computing a product. * \details By Jonathan Shewchuk. * \param[in] a input nu

* \brief Safe unsigned subtraction * \return a - b if a > b, 0 otherwise */

* \brief Multiplies two doubles into a length 2 expansion. * \details By Jonathan Shewchuk. * \param[in] a first number to multiply. *

* \brief Creates a new triangle * \return the index of the new triange */

* \brief Gets the alpha component (transparency). * \return the value of the alpha component */

* \brief Gets an adjacent facet by facet and local edge index * \param[in] f the facet * \param[in] le the local index of an edge in

* \brief Clears this cavity. */

* \brief Clears this ConvexCell. */

* \brief Removes all vertices and all facets from * this mesh. */

* \brief Copies this attribute from a vertex to another one. * \param[in] to index of the destination vertex * \param[in] from index

* \brief Generic function to extract element sequences to draw * \details Tests the filter if set, and finds all intervals of * primitives

* \brief Gets a pointer to one attribute value by index. * \param[in] v index of the vertex * \return a pointer to the attribute, i.

* \brief Tests whether a Halfedge is valid. * \param[in] H the Halfedge to be tested * \return true if \p H refers to a halfedge that *

* \brief Gets the identifier of this thread. * \return the identifier of the thread, i.e. * an unsigned integer in the range [0, N-

* \brief Specifies the current normal vector for the * immediate mode buffers. * \param[in] x , y , z the current normal vector coo

* \brief Initializes Optimizer configuration * \details Sets the problem dimension and the various optimizer * callbacks for the opt

* \brief Checks if the standard output is redirected * \details It is used by the various console formatting functions to * determine if mes

* \brief Creates a vec4 from its components. * \param[in] x , y , z , w the components of the * vector. * \return the created vector.

* \brief Marks a permutation element as visited * \details Sets a \e visited mark for element at index \p i. * in \p permutation. Th

* \brief Computes the total surface area of a mesh. * \param[in] M the mesh * \return the area of the mesh computed in M.vertices.di

* \brief Gets the number of halfedges in a bundle * \param[in] bndl the bundle * \return the number of halfedges in \p bndl

* \brief Gets the number of points to be optimized. */

* \brief Gets the number of vertices. * \return the number of vertices in this Delaunay */

* \brief Gets the number of vertices. * \return the number of vertices in this mesh. */

* \brief Pushes a new frame onto the stack. * \param[in] t1 index of a tetrahedron on the border of * the conflict zone

* \brief Sets traveral priority. * \details If connected_components_priority is set, * then the connected components of the

* \brief Gets the size in bytes used by a given string in * the file. * \details The file stored the length of the string in a 32 * b

* \brief Tests whether symbolic mode is active. */

* \brief Gets the index of a triangle adjacent to another one. * \param[in] t the triangle index * \param[in] e local edge index (0,1 or 2)

* \brief Copy-constructs a new Quaternion. * \param[in] rhs the Quaternion to be copied. */

* \brief Abnormal termination handler * \details Exits the program. If \p message is * non nullptr, the following message is printed before

* \brief Acquires a spinlock. * \details Does nothing in this version * \param[in] i index of the spinlock to acquire