Implements a mesh wrapper for Wonton mesh queries. More...

#include <flecsi_mesh_wrapper.h>

Inheritance diagram for Wonton::flecsi_mesh_t< M >:

Public Types
using	wonton_mesh_aux_t = AuxMeshTopology< flecsi_mesh_t< M > >
	the auxiliary class More...

using	mesh_t = M
	The mesh type. More...

using	size_t = typename mesh_t::size_t
	the size type More...

using	real_t = typename mesh_t::real_t
	the real type More...

using	shape_t = typename mesh_t::shape_t
	the gometric shape More...

using	entity_kind_t = Entity_kind
	The entity kind type. More...

using	entity_type_t = Entity_type
	The entity type. More...

using	point_t = Point< mesh_t::num_dimensions >
	the wonton point type More...

using	element_type_t = Element_type
	the wonton element type More...

using	shape_map_t = std::map< shape_t, element_type_t >
	a map type for mapping mesh shapes to wonton shapes More...

using	point_1d_t = Point< 1 >
	the 2d wonton point type More...

using	point_2d_t = Point< 2 >
	the 2d wonton point type More...

using	point_3d_t = Point< 3 >
	the 3d wonton point type More...

Public Member Functions
	flecsi_mesh_t (const mesh_t &mesh, bool request_sides=true, bool request_wedges=true, bool request_corners=true)
	Constructor for creating a serial, 2D/3D Cartesian mesh. More...

	flecsi_mesh_t ()=default
	Default constructor deleted. More...

	flecsi_mesh_t (const flecsi_mesh_t &)=default
	Default copy constructor. More...

flecsi_mesh_t &	operator= (const flecsi_mesh_t &)=default
	Default assignment operator. More...

constexpr auto	space_dimension () const
	Dimension of space or mesh points. More...

auto	cell_volume (size_t cell_id) const
	Cell area/volume. More...

auto	dual_cell_volume (size_t node_id) const

size_t	num_owned_cells () const
	Number of owned cells in the mesh. More...

size_t	num_owned_faces () const
	Number of owned faces in the mesh. More...

size_t	num_owned_edges () const
	Number of owned edges in the mesh. More...

size_t	num_owned_nodes () const
	Number of owned nodes in the mesh. More...

size_t	num_ghost_cells () const
	Number of ghost cells in the mesh. More...

size_t	num_ghost_faces () const
	Number of ghost faces in the mesh. More...

size_t	num_ghost_nodes () const
	Number of ghost nodes in the mesh. More...

size_t	num_entities (entity_kind_t entity, entity_type_t entity_type=entity_type_t::ALL) const

auto	begin (entity_kind_t entity, entity_type_t entity_type=entity_type_t::ALL) const

auto	end (entity_kind_t entity, entity_type_t entity_type=entity_type_t::ALL) const

template<typename T >
void	cell_get_nodes (size_t cell_id, std::vector< T > *nodes) const

template<typename T >
void	cell_get_faces_and_dirs (size_t cell_id, std::vector< T > faces, std::vector< T > face_dirs) const

template<typename T >
void	face_get_nodes (size_t face_id, std::vector< T > *nodes) const

template<typename T >
void	node_get_cells (size_t node_id, entity_type_t type, std::vector< T > *adj_cells) const
	Get connected cells of given node. More...

template<typename T >
void	dual_cell_get_node_adj_cells (size_t node_id, entity_type_t const type, std::vector< T > *adj_nodes) const
	Get adjacent "dual cells" of a given "dual cell". More...

void	node_get_coordinates (size_t node_id, point_1d_t *pp) const
	Get the coords of a node. More...

void	node_get_coordinates (size_t node_id, point_2d_t *pp) const

void	node_get_coordinates (size_t node_id, point_3d_t *pp) const

void	cell_get_coordinates (size_t const cell_id, std::vector< point_t > *point_list) const
	Get the coodinates of the nodes of a cell. More...

void	dual_cell_get_coordinates (size_t node_id, std::vector< point_t > *point_list) const
	2D version of coords of nodes of a dual cell More...

void	cell_centroid (size_t cell_id, point_t *centroid) const
	Centroid of a cell. More...

void	dual_cell_centroid (size_t node_id, point_t *centroid) const
	Centroid of a dual cell. More...

auto	cell_get_type (size_t cell_id) const
	Get the type of the cell - PARALLEL_OWNED or PARALLEL_GHOST. More...

auto	cell_get_element_type (size_t cell_id) const
	Get the element type of a cell. More...

auto	node_get_type (size_t node_id) const
	Get the type of the node - PARALLEL_OWNED or PARALLEL_GHOST. More...

GID_t	get_global_id (size_t id, entity_kind_t const kind) const
	Get global id. More...

Public Member Functions inherited from Wonton::AuxMeshTopology< flecsi_mesh_t< M > >
	AuxMeshTopology (bool request_sides=true, bool request_wedges=true, bool request_corners=true)
	Constructor indicating which entities are wanted. More...

int	num_owned_sides () const
	Number of owned sides in the mesh. More...

int	num_owned_wedges () const
	Number of owned wedges in the mesh. More...

int	num_owned_corners () const
	Number of owned corners in the mesh. More...

int	num_ghost_sides () const
	Number of ghost sides in the mesh. More...

int	num_ghost_wedges () const
	Number of ghost wedges in the mesh. More...

int	num_ghost_corners () const
	Number of ghost corners in the mesh. More...

int	num_entities (Entity_kind const entity, Entity_type const etype=Entity_type::ALL) const
	Number of items of given entity. More...

counting_iterator	begin (Entity_kind const entity, Entity_type const etype=Entity_type::ALL) const
	Iterators on mesh entity - begin. More...

counting_iterator	end (Entity_kind const entity, Entity_type const etype=Entity_type::ALL) const
	Iterator on mesh entity - end. More...

void	cell_get_node_adj_cells (int const cellid, Entity_type const ptype, std::vector< int > *adjcells) const
	Get the list of cell IDs for all cells attached to a specific cell through its nodes. More...

void	face_get_cells (int const faceid, Entity_type const etype, std::vector< int > *cells) const
	Get cells of given Entity_type connected to face (in no particular order) More...

int	cell_get_face_adj_cell (int cell, int face) const
	Retrieve the cell incident to a given face of a given cell. More...

void	cell_get_face_adj_cells (int const cellid, Entity_type const ptype, std::vector< int > *adjcells) const
	Get the list of cell IDs for all cells attached to a specific cell through its faces. More...

void	node_get_cell_adj_nodes (int const nodeid, Entity_type const ptype, std::vector< int > *adjnodes) const
	Get the list of node IDs for all nodes attached to all cells attached to a specific node. More...

bool	on_exterior_boundary (Entity_kind const entity, int const entity_id) const
	if entity is on exterior boundary More...

void	cell_get_coordinates (int const cellid, std::vector< Point< D >> *pplist) const
	Coordinates of nodes of cell. More...

void	cell_centroid (int const cellid, Point< D > *ccen) const
	Centroid of a cell. More...

double	cell_volume (int const cellid) const
	Volume of a cell. More...

void	face_centroid (int const faceid, Point< D > *fcen) const
	Centroid of a face. More...

int	side_get_node (int const sideid, int const inode) const

int	side_get_cell (int const sideid) const
	Cell of side. More...

int	side_get_face (int const sideid) const
	Face of side. More...

int	side_get_wedge (int const sideid, int iwedge) const

int	side_get_opposite_side (int const sideid) const

void	cell_get_sides (int const cellid, std::vector< int > *csides) const
	Get all the sides of a cell. More...

void	side_get_coordinates (int const sideid, std::array< Point< 3 >, 4 > *scoords, bool posvol_order=false) const
	side coordinates in 3D More...

void	side_get_coordinates (int const sideid, std::array< Point< 2 >, 3 > *scoords, bool posvol_order=false) const
	side coordinates in 2D More...

void	side_get_coordinates (int const sideid, std::array< Point< 1 >, 2 > *scoords, bool posvol_order=false) const
	side coordinates in 1D More...

double	side_volume (int const sideid) const
	Volume of a side. More...

int	wedge_get_side (int const wedgeid) const
	Side of wedge. More...

int	wedge_get_cell (int const wedgeid) const
	Cell of wedge. More...

int	wedge_get_face (int const wedgeid) const
	Face of wedge. More...

int	wedge_get_corner (int const wedgeid) const
	Corner of a wedge. More...

int	wedge_get_node (int const wedgeid) const
	node of a wedge More...

int	wedge_get_opposite_wedge (const int wedgeid) const

int	wedge_get_adjacent_wedge (const int wedgeid) const

double	wedge_volume (int const wedgeid) const
	Volume of a wedge - half its side volume. More...

void	wedge_get_coordinates (int const wedgeid, std::array< Point< 3 >, 4 > *wcoords, bool posvol_order=false) const
	Wedge coordinates in 3D. More...

void	wedge_get_coordinates (int const wedgeid, std::array< Point< 2 >, 3 > *wcoords, bool posvol_order=false) const
	Wedge coordinates in 2D. More...

void	wedge_get_coordinates (int const wedgeid, std::array< Point< 1 >, 2 > *wcoords, bool posvol_order=false) const
	Wedge coordinates in 1D. More...

void	cell_get_wedges (int const cellid, std::vector< int > *wedgeids) const
	Get all the wedges in a cell. More...

void	node_get_wedges (int const nodeid, Entity_type const type, std::vector< int > *wedgeids) const
	Get wedges at a node. More...

int	corner_get_node (const int cornerid) const
	Get node of corner. More...

int	corner_get_cell (int const cornerid) const
	Get cell of corner. More...

void	corner_get_wedges (int const cornerid, std::vector< int > *wedgeids) const
	Get wedges of a corner. More...

void	node_get_corners (int const nodeid, Entity_type const type, std::vector< int > *cornerids) const
	Get corners connected to a node. More...

void	cell_get_corners (int const cellid, std::vector< int > *cornerids) const
	Get corners in a cell. More...

int	cell_get_corner_at_node (int const cellid, int const nodeid) const
	Get a cell's corner at a particular node of the cell. More...

double	corner_volume (int const cornerid) const
	Volume of a corner. More...

void	cell_get_facetization (int const cellid, std::vector< std::vector< int >> facetpoints, std::vector< Point< 3 >> points) const
	Get a triangular facetization of polyhedral cell boundary. More...

void	dual_cell_get_facetization (int const nodeid, std::vector< std::vector< int >> facetpoints, std::vector< Point< 3 >> points) const

void	decompose_cell_into_tets (int cellid, std::vector< std::array< Wonton::Point< 3 >, 4 >> *tcoords, const bool planar_hex) const
	Get the simplest possible decomposition of a 3D cell into tets. More...

void	dual_cell_get_coordinates (int const nodeid, std::vector< Point< 2 >> *pplist) const
	2D version of coords of nodes of a dual cell More...

void	dual_cell_get_coordinates (int const nodeid, std::vector< Point< 3 >> *pplist) const
	3D version of coords of nodes of a dual cell More...

void	order_wedges_ccw (std::vector< int > *wedgeids) const
	Order wedges around a node in ccw manner. More...

bool	ccw (Point< 2 > const &p1, Point< 2 > const &p2, Point< 2 > const &p3) const

std::vector< Point< 2 > >	cellToXY (int cellID) const

void	wedges_get_coordinates (int cellID, std::vector< std::array< Point< 3 >, 4 >> *wcoords) const
	Get coordinates of wedge in 3D. More...

void	sides_get_coordinates (int cellID, std::vector< std::array< Point< 3 >, 4 >> *scoords) const
	Get coordinates of side in 3D. More...

void	dual_cell_get_node_adj_cells (int const nodeid, Entity_type const ptype, std::vector< int > *adjnodes) const
	Get adjacent "dual cells" of a given "dual cell". More...

void	dual_wedges_get_coordinates (int nodeid, std::vector< std::array< Point< 3 >, 4 >> *wcoords) const

void	dual_cell_centroid (int nodeid, Point< D > *centroid) const
	Centroid of a dual cell. More...

double	dual_cell_volume (int const nodeid) const
	Get the volume of dual cell by finding the corners that attach to the node. More...

Static Public Attributes
static const shape_map_t	shapes_to_wonton
	the map between More...

Additional Inherited Members
Protected Member Functions inherited from Wonton::AuxMeshTopology< flecsi_mesh_t< M > >
void	build_aux_entities ()

Detailed Description

template<typename M>
class Wonton::flecsi_mesh_t< M >

Implements a mesh wrapper for Wonton mesh queries.

Member Typedef Documentation

◆ element_type_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::element_type_t = Element_type

the wonton element type

◆ entity_kind_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::entity_kind_t = Entity_kind

The entity kind type.

◆ entity_type_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::entity_type_t = Entity_type

The entity type.

◆ mesh_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::mesh_t = M

The mesh type.

◆ point_1d_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::point_1d_t = Point< 1 >

the 2d wonton point type

◆ point_2d_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::point_2d_t = Point< 2 >

the 2d wonton point type

◆ point_3d_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::point_3d_t = Point< 3 >

the 3d wonton point type

◆ point_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::point_t = Point< mesh_t::num_dimensions >

the wonton point type

◆ real_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::real_t = typename mesh_t::real_t

the real type

◆ shape_map_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::shape_map_t = std::map< shape_t, element_type_t >

a map type for mapping mesh shapes to wonton shapes

◆ shape_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::shape_t = typename mesh_t::shape_t

the gometric shape

◆ size_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::size_t = typename mesh_t::size_t

the size type

◆ wonton_mesh_aux_t

template<typename M >

using Wonton::flecsi_mesh_t< M >::wonton_mesh_aux_t = AuxMeshTopology<flecsi_mesh_t<M> >

the auxiliary class

Constructor & Destructor Documentation

◆ flecsi_mesh_t() [1/3]

template<typename M >

Wonton::flecsi_mesh_t< M >::flecsi_mesh_t	(	const mesh_t &	mesh,
		bool	request_sides = `true`,
		bool	request_wedges = `true`,
		bool	request_corners = `true`
	)

inlineexplicit

Constructor for creating a serial, 2D/3D Cartesian mesh.

Parameters

[in] mesh The minimum coordinates of the domain.

◆ flecsi_mesh_t() [2/3]

template<typename M >

Wonton::flecsi_mesh_t< M >::flecsi_mesh_t ( )

default

Default constructor deleted.

◆ flecsi_mesh_t() [3/3]

template<typename M >

Wonton::flecsi_mesh_t< M >::flecsi_mesh_t ( const flecsi_mesh_t< M > & )

default

Default copy constructor.

Member Function Documentation

◆ begin()

template<typename M >

auto Wonton::flecsi_mesh_t< M >::begin	(	entity_kind_t	entity,
		entity_type_t	entity_type = `entity_type_t::ALL`
	)		const

inline

The begin iterator for iterating over mesh entities.

Parameters

[in]	entity	The enumerated entity of interest
[in]	entity_type	The type of entity information (ghost, shared, all, etc...)

◆ cell_centroid()

template<typename M >

void Wonton::flecsi_mesh_t< M >::cell_centroid	(	size_t	cell_id,
		point_t *	centroid
	)		const

inline

Centroid of a cell.

Parameters

[in]	cell_id	The ID of the cell.
[in,out]	centroid	The vector of coordinates of the cell `cellid's` centroid. The length of the vector is equal to the dimension of the mesh.

◆ cell_get_coordinates()

template<typename M >

void Wonton::flecsi_mesh_t< M >::cell_get_coordinates	(	size_t const	cell_id,
		std::vector< point_t > *	point_list
	)		const

inline

Get the coodinates of the nodes of a cell.

Parameters

[in]	cell_id	The ID of the cell.
[in,out]	point_list	The vector of Point objects containing the coordinates of a node. The length of the vector is equal to the number of nodes in the cell with ID `cellid`.

Remarks: FleCSI Burton specialization doesn't currently fully support 1D.

◆ cell_get_element_type()

template<typename M >

auto Wonton::flecsi_mesh_t< M >::cell_get_element_type ( size_t cell_id ) const

inline

Get the element type of a cell.

Get the element type of a cell - TRI, QUAD, POLYGON, TET, HEX, PRISM OR POLYHEDRONCan be one of: TRI, QUAD, POLYGON, TET, HEX, PRISM OR POLYHEDRON.

Parameters

[in] cell_id The index of the cell in question.

◆ cell_get_faces_and_dirs()

template<typename M >

template<typename T >

void Wonton::flecsi_mesh_t< M >::cell_get_faces_and_dirs	(	size_t	cell_id,
		std::vector< T > *	faces,
		std::vector< T > *	face_dirs
	)		const

inline

Get cell faces and the directions in which they are used

Parameters

[in]	cell_id	The id of the cell in question
[in,out]	faces	The list of cell faces to populate
[in,out]	face_dirs	The list of face directions to populate

◆ cell_get_nodes()

template<typename M >

template<typename T >

void Wonton::flecsi_mesh_t< M >::cell_get_nodes	(	size_t	cell_id,
		std::vector< T > *	nodes
	)		const

inline

Get list of nodes for a cell

Parameters

[in]	cell_id	The id of the cell
[in,out]	nodes	The list of nodes to populate

◆ cell_get_type()

template<typename M >

auto Wonton::flecsi_mesh_t< M >::cell_get_type ( size_t cell_id ) const

inline

Get the type of the cell - PARALLEL_OWNED or PARALLEL_GHOST.

Assumes a 1-1 correspondence between integer values of the enum types to avoid switch statements

Parameters

[in] cell_id The index of the cell in question.

NOTE: Currently FleCSI is not exposing this info

◆ cell_volume()

template<typename M >

auto Wonton::flecsi_mesh_t< M >::cell_volume ( size_t cell_id ) const

inline

Cell area/volume.

◆ dual_cell_centroid()

template<typename M >

void Wonton::flecsi_mesh_t< M >::dual_cell_centroid	(	size_t	node_id,
		point_t *	centroid
	)		const

inline

Centroid of a dual cell.

Parameters

[in]	node_id	The ID of the node in the normal mesh / cell in the dual mesh.
[in,out]	centroid	The vector of coordinates of the node in the normal mesh / the cell in the dual mesh with ID `nodeid`. The length of the vector is equal to the dimension of the mesh.

Todo:: NOTE: THIS IS ASSUMED TO BE THE NODE COORDINATE BECAUSE THE NODAL VARIABLES LIVE THERE, BUT FOR DISTORTED GRIDS, THE NODE COORDINATED MAY NOT BE THE CENTROID OF THE DUAL CELL

◆ dual_cell_get_coordinates()

template<typename M >

void Wonton::flecsi_mesh_t< M >::dual_cell_get_coordinates	(	size_t	node_id,
		std::vector< point_t > *	point_list
	)		const

inline

2D version of coords of nodes of a dual cell

Parameters

[in]	node_id	The ID of the node or dual cell in the dual mesh.
[in,out]	pplist	The vector of Point objects containing the coordinates of a node in the dual mesh / cell in the regular mesh. The length of the vector is equal to the number of nodes in the dual mesh cell with ID `nodeid`.

The vertices are ordered CCW. For node nodeid not on a boundary, the vector pplist starts with a random vertex, but it is still ordered CCW. Use the dual_cell_coordinates_canonical_rotation() function to rotate the pplist into a canonical (unique) form.

Todo:: worry about boundary cases

◆ dual_cell_get_node_adj_cells()

template<typename M >

template<typename T >

void Wonton::flecsi_mesh_t< M >::dual_cell_get_node_adj_cells	(	size_t	node_id,
		entity_type_t const	type,
		std::vector< T > *	adj_nodes
	)		const

inline

Get adjacent "dual cells" of a given "dual cell".

Parameters

[in]	node_id	The node index
[in]	type	The type of indexes to include (ghost, shared, all, etc...)
[in,out]	adj_nodes	The list of node neighbors to populate

◆ dual_cell_volume()

template<typename M >

auto Wonton::flecsi_mesh_t< M >::dual_cell_volume ( size_t node_id ) const

inline

Dual cell area/volume

Parameters

[in] node_id the node index

◆ end()

template<typename M >

auto Wonton::flecsi_mesh_t< M >::end	(	entity_kind_t	entity,
		entity_type_t	entity_type = `entity_type_t::ALL`
	)		const

inline

The end Iterator for iterating over mesh entities.

Parameters

[in]	entity	The enumerated entity of interest
[in]	entity_type	The type of entity information (ghost, shared, all, etc...)

◆ face_get_nodes()

template<typename M >

template<typename T >

void Wonton::flecsi_mesh_t< M >::face_get_nodes	(	size_t	face_id,
		std::vector< T > *	nodes
	)		const

inline

Get nodes of a face

Parameters

[in]	face_id	The id of the face in question
[in,out]	nodes	The list of face nodes to populate

◆ get_global_id()

template<typename M >

GID_t Wonton::flecsi_mesh_t< M >::get_global_id	(	size_t	id,
		entity_kind_t const	kind
	)		const

inline

Get global id.

◆ node_get_cells()

template<typename M >

template<typename T >

void Wonton::flecsi_mesh_t< M >::node_get_cells	(	size_t	node_id,
		entity_type_t	type,
		std::vector< T > *	adj_cells
	)		const

inline

Get connected cells of given node.

Get connected cells of given node

Parameters

[in]	node_id	The node index
[in]	type	The type of indexes to include (ghost, shared, all, etc...)
[in,out]	adj_cells	The list of cell neighbors to populate

NOTE: For now we are not distinguishing between parallel types

◆ node_get_coordinates() [1/3]

template<typename M >

void Wonton::flecsi_mesh_t< M >::node_get_coordinates	(	size_t	node_id,
		point_1d_t *	pp
	)		const

inline

Get the coords of a node.

Parameters

[in]	node_id	The ID of the node.
[in,out]	pp	The Point object containing the coordinate information.

Remarks: FleCSI Burton specialization doesn't currently fully support 1D.

◆ node_get_coordinates() [2/3]

template<typename M >

void Wonton::flecsi_mesh_t< M >::node_get_coordinates	(	size_t	node_id,
		point_2d_t *	pp
	)		const

inline

◆ node_get_coordinates() [3/3]

template<typename M >

void Wonton::flecsi_mesh_t< M >::node_get_coordinates	(	size_t	node_id,
		point_3d_t *	pp
	)		const

inline

◆ node_get_type()

template<typename M >

auto Wonton::flecsi_mesh_t< M >::node_get_type ( size_t node_id ) const

inline

Get the type of the node - PARALLEL_OWNED or PARALLEL_GHOST.

Assumes a 1-1 correspondence between integer values of the enum types to avoid switch statements

Parameters

[in] cell_id The index of the node in question.

NOTE: Currently FleCSI is not exposing this info

◆ num_entities()

template<typename M >

size_t Wonton::flecsi_mesh_t< M >::num_entities	(	entity_kind_t	entity,
		entity_type_t	entity_type = `entity_type_t::ALL`
	)		const

inline

Number of items of given entity

Parameters

[in]	entity	The enumerated entity of interest
[in]	entity_type	The type of entity information (ghost, shared, all, etc...)

◆ num_ghost_cells()

template<typename M >

size_t Wonton::flecsi_mesh_t< M >::num_ghost_cells ( ) const

inline

Number of ghost cells in the mesh.

◆ num_ghost_faces()

template<typename M >

size_t Wonton::flecsi_mesh_t< M >::num_ghost_faces ( ) const

inline

Number of ghost faces in the mesh.

◆ num_ghost_nodes()

template<typename M >

size_t Wonton::flecsi_mesh_t< M >::num_ghost_nodes ( ) const

inline

Number of ghost nodes in the mesh.

◆ num_owned_cells()

template<typename M >

size_t Wonton::flecsi_mesh_t< M >::num_owned_cells ( ) const

inline

Number of owned cells in the mesh.

◆ num_owned_edges()

template<typename M >

size_t Wonton::flecsi_mesh_t< M >::num_owned_edges ( ) const

inline

Number of owned edges in the mesh.

◆ num_owned_faces()

template<typename M >

size_t Wonton::flecsi_mesh_t< M >::num_owned_faces ( ) const

inline

Number of owned faces in the mesh.

◆ num_owned_nodes()

template<typename M >

size_t Wonton::flecsi_mesh_t< M >::num_owned_nodes ( ) const

inline

Number of owned nodes in the mesh.

◆ operator=()

template<typename M >

flecsi_mesh_t& Wonton::flecsi_mesh_t< M >::operator= ( const flecsi_mesh_t< M > & )

default

Default assignment operator.

◆ space_dimension()

template<typename M >

constexpr auto Wonton::flecsi_mesh_t< M >::space_dimension ( ) const

inline

Dimension of space or mesh points.

Member Data Documentation

◆ shapes_to_wonton

template<typename M >

const shape_map_t Wonton::flecsi_mesh_t< M >::shapes_to_wonton

static

the map between

The documentation for this class was generated from the following file:

/home/wonton/wonton/wonton/mesh/flecsi/flecsi_mesh_wrapper.h

Public Types

Public Member Functions

Static Public Attributes

Additional Inherited Members

Detailed Description

template<typename M> class Wonton::flecsi_mesh_t< M >

Member Typedef Documentation

◆ element_type_t

◆ entity_kind_t

◆ entity_type_t

◆ mesh_t

◆ point_1d_t

◆ point_2d_t

◆ point_3d_t

◆ point_t

◆ real_t

◆ shape_map_t

◆ shape_t

◆ size_t

◆ wonton_mesh_aux_t

Constructor & Destructor Documentation

◆ flecsi_mesh_t() [1/3]

◆ flecsi_mesh_t() [2/3]

◆ flecsi_mesh_t() [3/3]

Member Function Documentation

◆ begin()

◆ cell_centroid()

◆ cell_get_coordinates()

◆ cell_get_element_type()

◆ cell_get_faces_and_dirs()

◆ cell_get_nodes()

◆ cell_get_type()

◆ cell_volume()

◆ dual_cell_centroid()

◆ dual_cell_get_coordinates()

◆ dual_cell_get_node_adj_cells()

◆ dual_cell_volume()

◆ end()

◆ face_get_nodes()

◆ get_global_id()

◆ node_get_cells()

◆ node_get_coordinates() [1/3]

◆ node_get_coordinates() [2/3]

◆ node_get_coordinates() [3/3]

◆ node_get_type()

◆ num_entities()

◆ num_ghost_cells()

◆ num_ghost_faces()

◆ num_ghost_nodes()

◆ num_owned_cells()

◆ num_owned_edges()

◆ num_owned_faces()

◆ num_owned_nodes()

◆ operator=()

◆ space_dimension()

Member Data Documentation

◆ shapes_to_wonton

template<typename M>
class Wonton::flecsi_mesh_t< M >