Handle composite polynomials. More...

#include "bgeot_poly.h"
#include "bgeot_mesh.h"
#include "bgeot_rtree.h"

Classes
struct	bgeot::imbricated_box_less
	A comparison function for bgeot::base_node. More...

Functions
void	bgeot::structured_mesh_for_convex (pconvex_ref cvr, short_type k, pbasic_mesh &pm, pmesh_precomposite &pmp, bool force_simplexification)
	This function returns a mesh in pm which contains a refinement of the convex cvr if force_simplexification is false, refined convexes have the same basic_structure than cvr, if it is set to true, the cvr is decomposed into simplexes which are then refined. More...

const basic_mesh *	bgeot::refined_simplex_mesh_for_convex (pconvex_ref cvr, short_type k)
	simplexify a convex_ref. More...

const std::vector< std::unique_ptr< mesh_structure > > &	bgeot::refined_simplex_mesh_for_convex_faces (pconvex_ref cvr, short_type k)
	simplexify the faces of a convex_ref More...

Detailed Description

Handle composite polynomials.

Author: Yves Renard Yves..nosp@m.Rena.nosp@m.rd@in.nosp@m.sa-l.nosp@m.yon.f.nosp@m.r

Composite polynomials are used in hierarchical FEM, composite geometric transformations and composite fems.

Classes