ConformalMesh interface for adaptive meshes. More...

#include <adaptive_mesh_layer.hpp>

Classes
struct	IndexSet
	Used for return type of get_index_set. More...

Public Types
using	AdaptiveMeshType = AdaptiveMeshType_
	Type of underlying mesh. More...

using	AdaptiveNeighborsType = AdaptiveNeighbors< AdaptiveMeshType >
	Type of neighbors wrapper. More...

using	CoordType = typename AdaptiveMeshType::CoordType
	Coord type. More...

using	IndexSetHolderType = AdaptiveIndexSetHolder< AdaptiveMeshType, ShapeType >
	IndexSetHolder type. More...

using	MeshPermutationType = MeshPermutation< ShapeType >
	Mesh permutation type. More...

using	ShapeType = typename AdaptiveMeshType::ShapeType
	Shape type. More...

using	VertexSetType = AdaptiveVertexSet< AdaptiveMeshType >
	Vertex set type. More...

using	VertexType = typename AdaptiveMeshType::VertexType
	Vertex type. More...

Public Member Functions
	AdaptiveMeshLayer (AdaptiveMeshLayer &&other)=default

	AdaptiveMeshLayer (const AdaptiveMeshLayer &other)=default

	AdaptiveMeshLayer (std::shared_ptr< AdaptiveMeshType > mesh, Layer layer)
	Constructor. More...

AdaptiveMeshType &	adaptive_mesh ()
	accessor for adaptive mesh More...

const AdaptiveMeshType &	adaptive_mesh () const
	accessor for adaptive mesh More...

std::shared_ptr< AdaptiveMeshType >	adaptive_mesh_ptr () const
	accessor for adaptive mesh More...

std::size_t	bytes () const

AdaptiveMeshLayer	clone () const

void	clone (const AdaptiveMeshLayer &other)

void	create_permutation (PermutationStrategy strategy)
	Creates a mesh permutation based on one of the standard permutation strategies. More...

void	fill_neighbours ()

AdaptiveMeshType::FoundationMeshType &	foundation_mesh ()
	accessor for foundation mesh More...

const AdaptiveMeshType::FoundationMeshType &	foundation_mesh () const
	accessor for foundation mesh More...

std::optional< Index >	get_child (Index elem, Index child) const
	Retrieve index of a child element. More...

template<int cell_dim_, int face_dim_>
auto &	get_index_set ()
	Returns a reference to an index set of this mesh. More...

template<int cell_dim_, int face_dim_>
const auto &	get_index_set () const
	Returns a reference to an index set of this mesh. More...

IndexSetHolderType &	get_index_set_holder ()
	Returns a reference to the index set holder of this mesh. More...

const IndexSetHolderType &	get_index_set_holder () const
	Returns a reference to the index set holder of this mesh. More...

const MeshPermutation< ShapeType > &	get_mesh_permutation () const
	Returns the permutation applied to the mesh. More...

AdaptiveNeighborsType	get_neighbors ()

AdaptiveNeighborsType	get_neighbors () const

Index	get_num_children (Index elem) const
	Returns the number of children of mesh a mesh element. More...

Index	get_num_elements () const
	Returns the number of elements (highest dimension entities) in the mesh. More...

Index	get_num_entities (int dim) const
	Returns the number of entities of dimension `dim` in the mesh. More...

Index	get_num_vertices () const
	Returns the number of vertices in the mesh. More...

IndexSetHolderType &	get_topology ()

const IndexSetHolderType &	get_topology () const

VertexSetType &	get_vertex_set ()
	Returns the vertex set of this mesh. More...

const VertexSetType &	get_vertex_set () const
	Returns the vertex set of this mesh. More...

bool	has_vertex_changed (Index vertex_idx) const
	Indicates whether any mesh element adjacent to the given vertex has changed on the given layer. More...

bool	is_permuted () const
	Checks whether the mesh is permuted. More...

AdaptiveMeshLayer &	operator= (AdaptiveMeshLayer &&other)=default

AdaptiveMeshLayer &	operator= (const AdaptiveMeshLayer &other)=default

void	set_permutation (MeshPermutationType &&mesh_perm)
	Sets a custom mesh permutation for this mesh. More...

bool	validate_element_coloring () const
	Validates the element coloring. More...

bool	validate_element_layering () const
	Validates the element layering. More...

Static Public Member Functions
static String	name ()

Static Public Attributes
static constexpr bool	is_structured = false
	This is an unstructured mesh. More...

static constexpr int	shape_dim = AdaptiveMeshType::shape_dim
	Shape dimension. More...

static constexpr int	world_dim = AdaptiveMeshType::world_dim
	World dimension. More...

Private Attributes
IndexSetHolderType	_index_set_holder

Layer	_layer

std::shared_ptr< AdaptiveMeshType >	_mesh

MeshPermutation< ShapeType >	_permutation

VertexSetType	_vertex_set

Detailed Description

template<typename AdaptiveMeshType_>
class FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >

ConformalMesh interface for adaptive meshes.

This class template is a compatability layer between the AdaptiveMesh class and the rest of FEAT. It presents a normal ConformalMesh interface for a single layer of an AdaptiveMesh. This allows using the AdaptiveMeshLayer like any other mesh class.

Author: Markus Muegge

Definition at line 1122 of file adaptive_mesh_layer.hpp.

Member Typedef Documentation

◆ AdaptiveMeshType

template<typename AdaptiveMeshType_ >

using FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::AdaptiveMeshType = AdaptiveMeshType_

Type of underlying mesh.

Definition at line 1126 of file adaptive_mesh_layer.hpp.

◆ AdaptiveNeighborsType

template<typename AdaptiveMeshType_ >

using FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::AdaptiveNeighborsType = AdaptiveNeighbors<AdaptiveMeshType>

Type of neighbors wrapper.

Definition at line 1129 of file adaptive_mesh_layer.hpp.

◆ CoordType

template<typename AdaptiveMeshType_ >

using FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::CoordType = typename AdaptiveMeshType::CoordType

Coord type.

Definition at line 1143 of file adaptive_mesh_layer.hpp.

◆ IndexSetHolderType

template<typename AdaptiveMeshType_ >

using FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::IndexSetHolderType = AdaptiveIndexSetHolder<AdaptiveMeshType, ShapeType>

IndexSetHolder type.

Definition at line 1146 of file adaptive_mesh_layer.hpp.

◆ MeshPermutationType

template<typename AdaptiveMeshType_ >

using FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::MeshPermutationType = MeshPermutation<ShapeType>

Mesh permutation type.

Definition at line 1158 of file adaptive_mesh_layer.hpp.

◆ ShapeType

template<typename AdaptiveMeshType_ >

using FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::ShapeType = typename AdaptiveMeshType::ShapeType

Shape type.

Definition at line 1134 of file adaptive_mesh_layer.hpp.

◆ VertexSetType

template<typename AdaptiveMeshType_ >

using FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::VertexSetType = AdaptiveVertexSet<AdaptiveMeshType>

Vertex set type.

Definition at line 1137 of file adaptive_mesh_layer.hpp.

◆ VertexType

template<typename AdaptiveMeshType_ >

using FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::VertexType = typename AdaptiveMeshType::VertexType

Vertex type.

Definition at line 1140 of file adaptive_mesh_layer.hpp.

Constructor & Destructor Documentation

◆ AdaptiveMeshLayer()

template<typename AdaptiveMeshType_ >

FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::AdaptiveMeshLayer	(	std::shared_ptr< AdaptiveMeshType >	mesh,
		Layer	layer
	)

inline

Constructor.

Parameters

[in]	mesh	Underlying adaptive mesh
[in]	Layer	Mesh layer

Definition at line 1183 of file adaptive_mesh_layer.hpp.

Member Function Documentation

◆ adaptive_mesh() [1/2]

template<typename AdaptiveMeshType_ >

AdaptiveMeshType & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::adaptive_mesh ( )

inline

accessor for adaptive mesh

Definition at line 1579 of file adaptive_mesh_layer.hpp.

◆ adaptive_mesh() [2/2]

template<typename AdaptiveMeshType_ >

const AdaptiveMeshType & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::adaptive_mesh ( ) const

inline

accessor for adaptive mesh

Definition at line 1585 of file adaptive_mesh_layer.hpp.

◆ adaptive_mesh_ptr()

template<typename AdaptiveMeshType_ >

std::shared_ptr< AdaptiveMeshType > FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::adaptive_mesh_ptr ( ) const

inline

accessor for adaptive mesh

Definition at line 1591 of file adaptive_mesh_layer.hpp.

◆ bytes()

template<typename AdaptiveMeshType_ >

std::size_t FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::bytes ( ) const

inline

Definition at line 1216 of file adaptive_mesh_layer.hpp.

◆ clone() [1/2]

template<typename AdaptiveMeshType_ >

AdaptiveMeshLayer FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::clone ( ) const

inline

Definition at line 1207 of file adaptive_mesh_layer.hpp.

◆ clone() [2/2]

template<typename AdaptiveMeshType_ >

void FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::clone ( const AdaptiveMeshLayer< AdaptiveMeshType_ > & other )

inline

Definition at line 1198 of file adaptive_mesh_layer.hpp.

◆ create_permutation()

template<typename AdaptiveMeshType_ >

void FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::create_permutation ( PermutationStrategy strategy )

inline

Creates a mesh permutation based on one of the standard permutation strategies.

This function creates a new mesh permutation and also applies that permutation to the vertex set and all the index sets stored in this mesh object.

Parameters

[in] strategy The permutation strategy to use, see #MeshPermutation for more details.

Note: If you want to use a custom permutation other than one of the standard permutation strategies then use set_permutation() instead.

Attention: A mesh can only be permuted once and therefore this function will fire an assertion if the mesh is already permuted.

Definition at line 1282 of file adaptive_mesh_layer.hpp.

References FEAT::Geometry::MeshPermutation< Shape_ >::create(), FEAT::Geometry::MeshPermutation< Shape_ >::empty(), FEAT::Geometry::MeshPermutation< Shape_ >::get_perm(), FEAT::Geometry::MeshPermutation< Shape_ >::get_perms(), FEAT::Geometry::AdaptiveVertexSet< AdaptiveMeshType_ >::permute(), and XASSERTM.

◆ fill_neighbours()

template<typename AdaptiveMeshType_ >

void FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::fill_neighbours ( )

inline

Definition at line 1443 of file adaptive_mesh_layer.hpp.

◆ foundation_mesh() [1/2]

template<typename AdaptiveMeshType_ >

AdaptiveMeshType::FoundationMeshType & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::foundation_mesh ( )

inline

accessor for foundation mesh

Definition at line 1567 of file adaptive_mesh_layer.hpp.

◆ foundation_mesh() [2/2]

template<typename AdaptiveMeshType_ >

const AdaptiveMeshType::FoundationMeshType & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::foundation_mesh ( ) const

inline

accessor for foundation mesh

Definition at line 1573 of file adaptive_mesh_layer.hpp.

◆ get_child()

template<typename AdaptiveMeshType_ >

std::optional< Index > FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_child	(	Index	elem,
		Index	child
	)		const

inline

Retrieve index of a child element.

Parameters

[in]	element	Index of parent
[in]	child	Child to retrieve index of. Should fulfill 0 <= child <= get_num_children(layer, parent_idx).

Returns: The index of the parent on the next layer, if the parent has no children, the requested child's index, if the parent has at least child children, std::nullopt else.

Definition at line 1536 of file adaptive_mesh_layer.hpp.

◆ get_index_set() [1/2]

template<typename AdaptiveMeshType_ >

template<int cell_dim_, int face_dim_>

auto & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_index_set ( )

inline

Returns a reference to an index set of this mesh.

Template Parameters

cell_dim_	Cell dimension of the index set
face_dim_	Face dimension of the index set

Definition at line 1481 of file adaptive_mesh_layer.hpp.

◆ get_index_set() [2/2]

template<typename AdaptiveMeshType_ >

template<int cell_dim_, int face_dim_>

const auto & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_index_set ( ) const

inline

Returns a reference to an index set of this mesh.

Template Parameters

cell_dim_	Cell dimension of the index set
face_dim_	Face dimension of the index set

Definition at line 1493 of file adaptive_mesh_layer.hpp.

◆ get_index_set_holder() [1/2]

template<typename AdaptiveMeshType_ >

IndexSetHolderType & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_index_set_holder ( )

inline

Returns a reference to the index set holder of this mesh.

Definition at line 1501 of file adaptive_mesh_layer.hpp.

◆ get_index_set_holder() [2/2]

template<typename AdaptiveMeshType_ >

const IndexSetHolderType & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_index_set_holder ( ) const

inline

Returns a reference to the index set holder of this mesh.

Definition at line 1509 of file adaptive_mesh_layer.hpp.

◆ get_mesh_permutation()

template<typename AdaptiveMeshType_ >

const MeshPermutation< ShapeType > & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_mesh_permutation ( ) const

inline

Returns the permutation applied to the mesh.

Definition at line 1260 of file adaptive_mesh_layer.hpp.

Referenced by FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::validate_element_coloring(), and FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::validate_element_layering().

◆ get_neighbors() [1/2]

template<typename AdaptiveMeshType_ >

AdaptiveNeighborsType FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_neighbors ( )

inline

Definition at line 1448 of file adaptive_mesh_layer.hpp.

◆ get_neighbors() [2/2]

template<typename AdaptiveMeshType_ >

AdaptiveNeighborsType FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_neighbors ( ) const

inline

Definition at line 1453 of file adaptive_mesh_layer.hpp.

◆ get_num_children()

template<typename AdaptiveMeshType_ >

Index FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_num_children ( Index elem ) const

inline

Returns the number of children of mesh a mesh element.

Parameters

[in] elem Element to return number of children of

Definition at line 1546 of file adaptive_mesh_layer.hpp.

◆ get_num_elements()

template<typename AdaptiveMeshType_ >

Index FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_num_elements ( ) const

inline

Returns the number of elements (highest dimension entities) in the mesh.

Definition at line 1242 of file adaptive_mesh_layer.hpp.

References FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_num_entities().

◆ get_num_entities()

template<typename AdaptiveMeshType_ >

Index FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_num_entities ( int dim ) const

inline

Returns the number of entities of dimension dim in the mesh.

Parameters

[in] dim Dimension to query

Definition at line 1226 of file adaptive_mesh_layer.hpp.

Referenced by FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_num_elements(), FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_num_vertices(), and FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::set_permutation().

◆ get_num_vertices()

template<typename AdaptiveMeshType_ >

Index FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_num_vertices ( ) const

inline

Returns the number of vertices in the mesh.

Definition at line 1234 of file adaptive_mesh_layer.hpp.

References FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_num_entities().

◆ get_topology() [1/2]

template<typename AdaptiveMeshType_ >

IndexSetHolderType & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_topology ( )

inline

Definition at line 1514 of file adaptive_mesh_layer.hpp.

◆ get_topology() [2/2]

template<typename AdaptiveMeshType_ >

const IndexSetHolderType & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_topology ( ) const

inline

Definition at line 1519 of file adaptive_mesh_layer.hpp.

◆ get_vertex_set() [1/2]

template<typename AdaptiveMeshType_ >

VertexSetType & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_vertex_set ( )

inline

Returns the vertex set of this mesh.

Definition at line 1461 of file adaptive_mesh_layer.hpp.

◆ get_vertex_set() [2/2]

template<typename AdaptiveMeshType_ >

const VertexSetType & FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_vertex_set ( ) const

inline

Returns the vertex set of this mesh.

Definition at line 1469 of file adaptive_mesh_layer.hpp.

◆ has_vertex_changed()

template<typename AdaptiveMeshType_ >

bool FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::has_vertex_changed ( Index vertex_idx ) const

inline

Indicates whether any mesh element adjacent to the given vertex has changed on the given layer.

This is intended to be used with the BPX solver to determine which vertices participate on the given layer.

Definition at line 1561 of file adaptive_mesh_layer.hpp.

◆ is_permuted()

template<typename AdaptiveMeshType_ >

bool FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::is_permuted ( ) const

inline

Checks whether the mesh is permuted.

Returns: true if the mesh is permuted, otherwise false.

Definition at line 1252 of file adaptive_mesh_layer.hpp.

References FEAT::Geometry::MeshPermutation< Shape_ >::empty().

◆ name()

template<typename AdaptiveMeshType_ >

static String FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::name ( )

inlinestatic

Definition at line 1551 of file adaptive_mesh_layer.hpp.

◆ set_permutation()

template<typename AdaptiveMeshType_ >

void FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::set_permutation ( MeshPermutationType && mesh_perm )

inline

Sets a custom mesh permutation for this mesh.

This function can be used to apply a mesh permutation that is created using some other approach than the predefined standard permutation strategies.

This function also applies that permutation to the vertex set and all the index sets stored in this mesh object.

Parameters

[in] mesh_perm The mesh permutation to use.

Attention: A mesh can only be permuted once and therefore this function will fire an assertion if the mesh is already permuted.

Definition at line 1313 of file adaptive_mesh_layer.hpp.

References FEAT::Geometry::MeshPermutation< Shape_ >::empty(), FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_num_entities(), FEAT::Geometry::MeshPermutation< Shape_ >::get_perm(), FEAT::Geometry::MeshPermutation< Shape_ >::get_perms(), FEAT::Geometry::AdaptiveVertexSet< AdaptiveMeshType_ >::permute(), and XASSERTM.

◆ validate_element_coloring()

template<typename AdaptiveMeshType_ >

bool FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::validate_element_coloring ( ) const

inline

Validates the element coloring.

An element coloring is valid, if any pair of two different elements, which share at least one common vertex, have different colors.

Returns: true, if the element coloring is either valid or empty, otherwise false.

Definition at line 1345 of file adaptive_mesh_layer.hpp.

References FEAT::Geometry::MeshPermutation< Shape_ >::get_element_coloring(), FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_mesh_permutation(), FEAT::Adjacency::Graph::image_begin(), FEAT::Adjacency::Graph::image_end(), and FEAT::Adjacency::transpose.

◆ validate_element_layering()

template<typename AdaptiveMeshType_ >

bool FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::validate_element_layering ( ) const

inline

Validates the element layering.

An element layering is valid, if any pair of two different elements, which share at least one common vertex, have different colors.

Returns: true, if the element layering is either valid or empty, otherwise false.

Definition at line 1395 of file adaptive_mesh_layer.hpp.

References FEAT::Geometry::MeshPermutation< Shape_ >::get_element_layering(), FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::get_mesh_permutation(), FEAT::Adjacency::Graph::image_begin(), FEAT::Adjacency::Graph::image_end(), FEAT::Math::max(), FEAT::Math::min(), and FEAT::Adjacency::transpose.

Member Data Documentation

◆ _index_set_holder

template<typename AdaptiveMeshType_ >

IndexSetHolderType FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::_index_set_holder

private

Definition at line 1172 of file adaptive_mesh_layer.hpp.

◆ _layer

template<typename AdaptiveMeshType_ >

Layer FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::_layer

private

Definition at line 1169 of file adaptive_mesh_layer.hpp.

◆ _mesh

template<typename AdaptiveMeshType_ >

std::shared_ptr<AdaptiveMeshType> FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::_mesh

private

Definition at line 1168 of file adaptive_mesh_layer.hpp.

◆ _permutation

template<typename AdaptiveMeshType_ >

MeshPermutation<ShapeType> FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::_permutation

private

Definition at line 1174 of file adaptive_mesh_layer.hpp.

◆ _vertex_set

template<typename AdaptiveMeshType_ >

VertexSetType FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::_vertex_set

private

Definition at line 1171 of file adaptive_mesh_layer.hpp.

◆ is_structured

template<typename AdaptiveMeshType_ >

constexpr bool FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::is_structured = false

staticconstexpr

This is an unstructured mesh.

Definition at line 1155 of file adaptive_mesh_layer.hpp.

◆ shape_dim

template<typename AdaptiveMeshType_ >

constexpr int FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::shape_dim = AdaptiveMeshType::shape_dim

staticconstexpr

Shape dimension.

Definition at line 1149 of file adaptive_mesh_layer.hpp.

◆ world_dim

template<typename AdaptiveMeshType_ >

constexpr int FEAT::Geometry::AdaptiveMeshLayer< AdaptiveMeshType_ >::world_dim = AdaptiveMeshType::world_dim

staticconstexpr

World dimension.

Definition at line 1152 of file adaptive_mesh_layer.hpp.

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

kernel/geometry/adaptive_mesh_layer.hpp

Classes

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Private Attributes

Detailed Description

Member Typedef Documentation

◆ AdaptiveMeshType

◆ AdaptiveNeighborsType

◆ CoordType

◆ IndexSetHolderType

◆ MeshPermutationType

◆ ShapeType

◆ VertexSetType

◆ VertexType

Constructor & Destructor Documentation

◆ AdaptiveMeshLayer()

Member Function Documentation

◆ adaptive_mesh() [1/2]

◆ adaptive_mesh() [2/2]

◆ adaptive_mesh_ptr()

◆ bytes()

◆ clone() [1/2]

◆ clone() [2/2]

◆ create_permutation()

◆ fill_neighbours()

◆ foundation_mesh() [1/2]

◆ foundation_mesh() [2/2]

◆ get_child()

◆ get_index_set() [1/2]

◆ get_index_set() [2/2]

◆ get_index_set_holder() [1/2]

◆ get_index_set_holder() [2/2]

◆ get_mesh_permutation()

◆ get_neighbors() [1/2]

◆ get_neighbors() [2/2]

◆ get_num_children()

◆ get_num_elements()

◆ get_num_entities()

◆ get_num_vertices()

◆ get_topology() [1/2]

◆ get_topology() [2/2]

◆ get_vertex_set() [1/2]

◆ get_vertex_set() [2/2]

◆ has_vertex_changed()

◆ is_permuted()

◆ name()

◆ set_permutation()

◆ validate_element_coloring()

◆ validate_element_layering()

Member Data Documentation

◆ _index_set_holder

◆ _layer

◆ _mesh

◆ _permutation

◆ _vertex_set

◆ is_structured

◆ shape_dim

◆ world_dim