getfem::torus_mesh Class Reference
Copy an original 2D mesh to become a torus mesh with radial dimension. More...
#include <getfem_torus.h>
Inherits getfem::mesh.
Public Member Functions | |
| virtual scalar_type | convex_radius_estimate (size_type ic) const |
| Return an estimate of the convex largest dimension. More... | |
 Public Member Functions inherited from getfem::mesh | |
| mesh (const std::string name="") | |
| Constructor. | |
| void | update_from_context () const |
| this function has to be defined and should update the object when the context is modified. | |
| ref_mesh_face_pt_ct | points_of_face_of_convex (size_type ic, short_type f) const |
| Return a (pseudo)container of points of face of a given convex. | |
| ref_convex | convex (size_type ic) const |
| return a bgeot::convex object for the convex number ic. | |
| size_type | nb_points () const |
| Give the number of geometrical nodes in the mesh. | |
| const dal::bit_vector & | points_index () const |
| Return the points index. | |
| void | sup_point (size_type i) |
| Delete the point of index i from the mesh if it is not linked to a convex. | |
| void | swap_points (size_type i, size_type j) |
| Swap the indexes of points of index i and j in the whole structure. | |
| size_type | search_point (const base_node &pt, const scalar_type radius=0) const |
| Search a point given its coordinates. More... | |
| gmm::uint64_type | convex_version_number (size_type ic) const |
| return the version number of the convex ic. | |
| template<class ITER > | |
| size_type | add_convex (bgeot::pgeometric_trans pgt, ITER ipts) |
| Add a convex to the mesh. More... | |
| template<class ITER > | |
| size_type | add_convex_by_points (bgeot::pgeometric_trans pgt, ITER ipts, const scalar_type tol=scalar_type(0)) |
| Add a convex to the mesh, given a geometric transformation and a list of point coordinates. More... | |
| template<class ITER > | |
| size_type | add_simplex (dim_type di, ITER ipts) |
| Add a simplex to the mesh, given its dimension and point numbers. | |
| template<class ITER > | |
| size_type | add_simplex_by_points (dim_type dim, ITER ipts) |
| Add a simplex to the mesh, given its dimension and point coordinates. More... | |
| size_type | add_segment (size_type a, size_type b) |
| Add a segment to the mesh, given the point id of its vertices. | |
| size_type | add_segment_by_points (const base_node &pt1, const base_node &pt2) |
| Add a segment to the mesh, given the coordinates of its vertices. | |
| size_type | add_triangle (size_type a, size_type b, size_type c) |
| Add a triangle to the mesh, given the point id of its vertices. | |
| size_type | add_triangle_by_points (const base_node &p1, const base_node &p2, const base_node &p3) |
| Add a triangle to the mesh, given the coordinates of its vertices. | |
| size_type | add_tetrahedron (size_type a, size_type b, size_type c, size_type d) |
| Add a tetrahedron to the mesh, given the point id of its vertices. | |
| size_type | add_tetrahedron_by_points (const base_node &p1, const base_node &p2, const base_node &p3, const base_node &p4) |
| Add a tetrahedron to the mesh, given the coordinates of its vertices. | |
| size_type | add_pyramid (size_type a, size_type b, size_type c, size_type d, size_type e) |
| Add a pyramid to the mesh, given the point id of its vertices. | |
| template<class ITER > | |
| size_type | add_parallelepiped (dim_type di, const ITER &ipts) |
| Add a parallelepiped to the mesh. More... | |
| template<class ITER > | |
| size_type | add_parallelepiped_by_points (dim_type di, const ITER &ps) |
| Add a parallelepiped to the mesh. More... | |
| template<class ITER > | |
| size_type | add_prism (dim_type di, const ITER &ipts) |
| Add a prism to the mesh. More... | |
| template<class ITER > | |
| size_type | add_prism_by_points (dim_type di, const ITER &ps) |
| Add a prism to the mesh. More... | |
| void | merge_convexes_from_mesh (const mesh &m, size_type rg=size_type(-1), scalar_type tol=scalar_type(0)) |
| Merge all convexes from a another mesh, possibly restricted to a mesh region. | |
| void | sup_convex (size_type ic, bool sup_points=false) |
| Delete the convex of index ic from the mesh. | |
| void | swap_convex (size_type i, size_type j) |
| Swap the indexes of the convex of indexes i and j in the whole structure. | |
| base_small_vector | normal_of_face_of_convex (size_type ic, short_type f, const base_node &pt) const |
| Return the normal of the given convex face, evaluated at the point pt. More... | |
| base_matrix | local_basis_of_face_of_convex (size_type ic, short_type f, const base_node &pt) const |
| Return a local basis for the convex face. More... | |
| base_matrix | local_basis_of_face_of_convex (size_type ic, short_type f, size_type n) const |
| Return a local basis for the convex face. More... | |
| scalar_type | convex_quality_estimate (size_type ic) const |
| Return an estimate of the convex quality (0 <= Q <= 1). | |
| scalar_type | convex_area_estimate (size_type ic, size_type degree=2) const |
| Return an estimate of the convex area. More... | |
| scalar_type | minimal_convex_radius_estimate () const |
| Return an estimate of the convex smallest dimension. More... | |
| scalar_type | maximal_convex_radius_estimate () const |
| Return an estimate of the convex largest dimension. More... | |
| void | translation (const base_small_vector &) |
| Apply the given translation to each mesh node. | |
| void | transformation (const base_matrix &) |
| apply the given matrix transformation to each mesh node. | |
| void | bounding_box (base_node &Pmin, base_node &Pmax) const |
| Return the bounding box [Pmin - Pmax] of the mesh. | |
| const mesh_region | region (size_type id) const |
| Return the region of index 'id'. More... | |
| bool | has_region (size_type s) const |
| Return true if the region of index 's' exists in the mesh. | |
| void | sup_region (size_type b) |
| Remove the region of index b. | |
| void | sup_convex_from_regions (size_type cv) |
| Remove all references to a convex from all regions stored in the mesh. More... | |
| void | optimize_structure (bool with_renumbering=true) |
| Pack the mesh : renumber convexes and nodes such that there is no holes in their numbering. More... | |
| const std::vector< size_type > & | cuthill_mckee_ordering () const |
| Return the list of convex IDs for a Cuthill-McKee ordering. | |
| void | clear () |
| Erase the mesh. | |
| void | write_to_file (const std::string &name) const |
| Write the mesh to a file. More... | |
| void | write_to_file (std::ostream &ost) const |
| Write the mesh to a text stream. More... | |
| void | read_from_file (const std::string &name) |
| Load the mesh from a file. More... | |
| void | read_from_file (std::istream &ist) |
| Load the mesh from a text stream. More... | |
| void | copy_from (const mesh &m) |
| Clone a mesh. | |
| void | Bank_refine (dal::bit_vector) |
| Use the Bank strategy to refine some convexes. | |
| Public Member Functions inherited from getfem::context_dependencies | |
| bool | context_check () const |
| return true if update_from_context was called | |
Detailed Description
Copy an original 2D mesh to become a torus mesh with radial dimension.
Definition at line 83 of file getfem_torus.h.
Member Function Documentation
◆ convex_radius_estimate()
|
virtual |
Return an estimate of the convex largest dimension.
- See also
- getfem::convex_quality_estimate
Reimplemented from getfem::mesh.
Definition at line 228 of file getfem_torus.cc.
The documentation for this class was generated from the following files:
- src/getfem/getfem_torus.h
- src/getfem_torus.cc
