* \brief Sets the current attribute value. * \param[in] x , y , z , w the component of the current attribute * \details Components p

* \brief Sets the current vertex. * \details This defines the number of stored vertices in this * buffer. * \param[in] v t

* \brief Sets the default filename used to save * the current file. * \param[in] filename the default filename. */

* \brief Sets the diffuse coefficient. * \param[in] K the diffuse coefficient. * \return a pointer to the Object, to allow chaining

* \brief Sets the mode of this thread * \param[in] m the mode, that determines whether normal computation, * smoothing or reconstru

* \brief Sets a pixel of the image. * \param[in] X , Y the pixel coordinates of the ray. * \param[in] color the RGB color of the pix

* \brief Sets a vertex of an edge * \param[in] e index of the edge * \param[in] lv local index of the vertex, in {0,1} * \p

* \brief Creates a surfacic link between two halfedges * \param[in] h1 , h2 the two halfedges to be connected * \pre \p h1 and \p h2

* \brief Exact implementation of the side4() predicate using low-level * exact arithmetics API (expansion class). */

* \brief Converts a string to an unsigned int * \details If the entire string cannot be * converted to an unsigned int, the function

* \brief Tests whether a given triangle belongs to * the conflict zone. * \param[in] t index of the triangle * \pre t < max_t() *

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

* \brief Tests whether two indices triplets match * up to a circular permutation. * \param[in] v1 index of the first vertex of the first tr

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

* \brief Computes the product between two doubles * where both have already been split. * \param[in] a first argument * \param[in] ahi

* \brief Gets the type of a cell * \param[in] c the cell, in 0..nb()-1 * \return one of * MESH_TET, MESH_HEX, MESH_PRISM,

* \brief Unlocks a sub-array * \details Releases the lock on the sub-array at index \p * array_index. This gives access to the sub-array to

* \brief Unmarks a permutation element * \details This restores the initial value of element at index \p i * in \p permutation

* \brief Decrements the reference count * \details This function must be called to release ownership on this * object when it's no longer ne

* \brief Writes a point to a binary stream. * \param[in] out the binary stream * \param[in] V the vector to write */

Allocates the stack if it does not exist. * Guarantees space for at least one push. */

* \brief Gets the number of 90 degrees rotations required to minimize the * angle between the vectors attached to two adjacent facets. * \p

* \brief Gets the instance from a translation. * \param[in] Tx , Ty , Tz the translation coordinates, in {-1, 0, 1} * \return the instance,

* \brief Gets the number of constraints associated with a triange edge * \details There can be several constraints associated with the same

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

Returns the dictionary of test variables. If the library is invoked as a standalone executable, return a mockup dictionary, otherwise re

Run a command and capture the standard and error output This function executes the given command under control of the subpro

* \brief Adds a tetrahedron to a linked list. * \details Tetrahedra can be linked, it is used to manage * the free list that recycl

* \brief Adds a triangle to a linked list. * \details Triangles can be linked, it is used to manage * the free list that recycles d

* \brief Adds a new vertex to this Polygon. * \param[in] v the vertex to be added. */

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

* \brief Appends a triangle to the conflict list. * \details The triangle is marked as conflict and * linked to the conflict list. *

* \brief Computes the barycenter of two points in 3d. * \param[in] p1 first point * \param[in] p2 second point * \return th

* \brief Gets the number of bytes per pixel. * \return the number of bytes used to store the color of one pixel. */

* \brief Computes largest distance between * an array of points and a mesh stored in * a MeshFacetsAABB. * \details Uses a multithrea

* \brief Computes a sizing field using local feature size * \details The sizing field is stored into the vertex weights * of the mesh

* \brief Gets the number of intersected edges in a configuration. * \param[in] config the vertex configuration bitcode. The * bit c

* \brief Gets the index of the mesh facet currently processed. * \details Can be used in surfacic traversals (and not volumetric *

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

* \brief Computes the dot product between * two vectors. * \param[in] v1 , v2 the two vectors. * \return the dot product between \p v1

* \brief Dumps a shader source assembled from multiple strings * and displays line numbers. * \details This function can be used to debug

* \brief Gets the computed filling ratio. * \details chart_is_valid() or compute_fill_and_overlap_ration() * need to be called before.

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

* \brief Finds the local index of a vertex in a cell. * \param[in] c index of the cell * \param[in] v global index of the vertex

* \brief Finds the index of the vertex in a tetrahedron. * \param[in] t the tetrahedron * \param[in] v the vertex * \return

* \brief Finds the local index of a triangle vertex * \param[in] t the triangle * \param[in] v global vertex index * \return local vert

* \brief Gets the local index of a vertex in a facet. * \param[in] f a facet * \param[in] v a vertex * \return lv such that

* \brief Gets the first vertex of a polyline * \param[in] polyline a polyline index * \return the index of the first vertex