* \brief Gets the selected file if any and resets it * to the empty string. * \return the selected file if there is any or the

* \brief Computes the 2D bounding box of a parameterized chart. * \param[in] chart a const reference to a parameterized surface chart.

* \brief Gets the index of the connected component associated * with a given FacetSeed. */

* \brief Gets an argument as a string for display. * \param[in] arg_name the name of the argument. * \return a string with the value of the

* \brief Gets an attribute value * \param[in] i the index of the item * \return the value of the property, convertex * int

* \brief Gets all pseudo file names included by a GLSL source. * \param[in] source the GLSL source * \param[out] includes a

This one is not part of OpenSCAD, I copied it from extrudePolygon() in geometry/GeometryEvaluator.cc (with some readaptations / reordering to make it

* \brief Gets the local variables from the current stack frame. * \param[out] new_t the index of the newly created tetrahedron

* \brief Gets the local variables from the current stack frame. * \param[out] new_t the index of the newly created tetrahedron

* \brief Gets the local variables from the current stack frame. * \param[out] new_t the index of the newly created tetrahedron

* \brief Gets the current matrix stack. * \return The current matrix stack, i.e. * one of GLUP_MODELVIEW, GLUP_PROJECT */

* \brief Gets a 2d polygon that represents a mesh facet. * \param[in] mesh a const reference to the mesh * \param[in] f the facet * \pa

* \brief Gets the minimum and maximum of 3 double precision numbers. * \param[in] x1 , x2 , x3 the three numbers. * \param[out] m the minimu

* \brief Gets the frame nearest to a given point. * \details Cannot be used if set_use_spatial_search(false) was * called. * \param[in

* \brief Gets the index of the frame nearest to a given point. * \details Cannot be used if set_use_spatial_search(false) was * called.

* \copydoc Object::get_nearest_intersection() */

* \brief Computes the exact intersection between the support * planes of three triangles * \param[in] p1 , p2 , p3 the three vertices of th

* \brief Applies a translation. * \param[in] v the translation vector. */