An adaptor that adapts a two dimensional geometric_trans to include radial dimension. More...

#include <bgeot_torus.h>

Public Member Functions
virtual void	poly_vector_val (const base_node &, bgeot::base_vector &) const
	Gives the value of the functions vector at a certain point.

virtual void	poly_vector_val (const base_node &, const bgeot::convex_ind_ct &, bgeot::base_vector &) const
	Gives the value of a subgroup of the functions vector at a certain point.

virtual void	poly_vector_grad (const base_node &, bgeot::base_matrix &) const
	Gives the gradient of the functions vector at a certain point.

virtual void	poly_vector_grad (const base_node &, const bgeot::convex_ind_ct &, bgeot::base_matrix &) const
	Gives the gradient of a subgroup of the functions vector at a certain point.

virtual void	compute_K_matrix (const bgeot::base_matrix &, const bgeot::base_matrix &, bgeot::base_matrix &) const
	compute K matrix from multiplication of G with gradient

virtual void	poly_vector_hess (const base_node &, bgeot::base_matrix &) const
	Gives the hessian of the functions vector at a certain point.

Public Member Functions inherited from bgeot::geometric_trans
dim_type	dim () const
	Dimension of the reference element.

bool	is_linear () const
	True if the transformation is linear (affine in fact).

size_type	nb_points () const
	Number of geometric nodes.

pconvex_ref	convex_ref () const
	Pointer on the convex of reference.

pconvex_structure	structure () const
	Structure of the reference element.

pconvex_structure	basic_structure () const
	Basic structure of the reference element.

size_type	nb_vertices () const
	Gives the number of vertices.

const std::vector< size_type > &	vertices () const
	Gives the indices of vertices between the nodes.

const stored_point_tab &	geometric_nodes () const
	Gives the array of geometric nodes (on reference convex)

pstored_point_tab	pgeometric_nodes () const
	Gives the array of geometric nodes (on reference convex)

const std::vector< base_small_vector > &	normals () const
	Gives the array of the normals to faces (on reference convex)

template<class CONT >
base_node	transform (const base_node &pt, const CONT &PTAB) const
	Apply the geometric transformation to point pt, PTAB contains the points of the real convex.

size_type	complexity () const
	Compute the gradient at point x, pc is resized to [nb_points() x dim()] if the transformation is linear, x is not used at all.

Detailed Description

An adaptor that adapts a two dimensional geometric_trans to include radial dimension.

Definition at line 48 of file bgeot_torus.h.

The documentation for this struct was generated from the following files:

src/getfem/bgeot_torus.h
src/bgeot_torus.cc

Public Member Functions

Detailed Description