Inheritance diagram for Mesh< _VertexArray, _FacetArray >:

Public Types
using	VertexArray = _VertexArray

using	FacetArray = _FacetArray

using	VertexType

using	MeshType = Mesh<VertexArray, FacetArray>

using	Scalar = typename VertexArray::Scalar

using	Index = typename FacetArray::Scalar

using	AttributeArray = Eigen::Matrix<Scalar, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor>

using	IndexArray = FacetArray

using	AttributeMesh = Mesh<AttributeArray, IndexArray>

using	Geometry = MeshGeometry<VertexArray, FacetArray>

using	AdjacencyList = typename Connectivity<Geometry>::AdjacencyList

using	IndexList = typename Connectivity<Geometry>::IndexList

using	Edge = EdgeType<Index>

using	UVArray = AttributeArray

using	UVIndices = IndexArray

using	UVType = Eigen::Matrix<Scalar, 1, 2>

Public Member Functions
	Mesh ()
	The default constructor only build a frame of the data structure with null geometry and attributes.

	Mesh (std::shared_ptr< Geometry > geom)

	Mesh (const Mesh &other)=delete

void	operator= (const Mesh &other)=delete

void	initialize (const VertexArray &vertices, const FacetArray &facets)

bool	is_initialized () const

Index	get_dim () const

Index	get_num_vertices () const

Index	get_num_facets () const

Index	get_vertex_per_facet () const

const VertexArray &	get_vertices () const

const FacetArray &	get_facets () const

VertexArray &	ref_vertices ()

FacetArray &	ref_facets ()

std::vector< std::string >	get_vertex_attribute_names () const

std::vector< std::string >	get_facet_attribute_names () const

std::vector< std::string >	get_corner_attribute_names () const

std::vector< std::string >	get_edge_attribute_names () const

std::vector< std::string >	get_indexed_attribute_names () const

bool	has_vertex_attribute (const std::string &name) const

bool	has_facet_attribute (const std::string &name) const

bool	has_corner_attribute (const std::string &name) const

bool	has_edge_attribute (const std::string &name) const

bool	has_indexed_attribute (const std::string &name) const

void	add_vertex_attribute (const std::string &name) const

void	add_facet_attribute (const std::string &name) const

void	add_corner_attribute (const std::string &name) const

void	add_edge_attribute (const std::string &name) const

void	add_indexed_attribute (const std::string &name) const

const AttributeArray &	get_vertex_attribute (const std::string &name) const

decltype(auto)	get_vertex_attribute_array (const std::string &name) const

decltype(auto)	get_vertex_attribute_array (const std::string &name)

const AttributeArray &	get_facet_attribute (const std::string &name) const

decltype(auto)	get_facet_attribute_array (const std::string &name) const

decltype(auto)	get_facet_attribute_array (const std::string &name)

const AttributeArray &	get_corner_attribute (const std::string &name) const

decltype(auto)	get_corner_attribute_array (const std::string &name) const

decltype(auto)	get_corner_attribute_array (const std::string &name)

const AttributeArray &	get_edge_attribute (const std::string &name) const

decltype(auto)	get_edge_attribute_array (const std::string &name) const

decltype(auto)	get_edge_attribute_array (const std::string &name)

auto	get_indexed_attribute (const std::string &name) const

auto	get_indexed_attribute_array (const std::string &name) const

auto	get_indexed_attribute_array (const std::string &name)

void	set_vertex_attribute (const std::string &name, const AttributeArray &attr)

void	set_facet_attribute (const std::string &name, const AttributeArray &attr)

void	set_corner_attribute (const std::string &name, const AttributeArray &attr)

void	set_edge_attribute (const std::string &name, const AttributeArray &attr)

template<typename Derived>
void	set_vertex_attribute_array (const std::string &name, Derived &&attr)

template<typename Derived>
void	set_facet_attribute_array (const std::string &name, Derived &&attr)

template<typename Derived>
void	set_corner_attribute_array (const std::string &name, Derived &&attr)

template<typename Derived>
void	set_edge_attribute_array (const std::string &name, Derived &&attr)

void	set_indexed_attribute (const std::string &name, const AttributeArray &values, const IndexArray &indices)

void	remove_vertex_attribute (const std::string &name)

void	remove_facet_attribute (const std::string &name)

void	remove_corner_attribute (const std::string &name)

void	remove_edge_attribute (const std::string &name)

void	remove_indexed_attribute (const std::string &name)

template<typename Derived>
void	import_vertices (Eigen::PlainObjectBase< Derived > &vertices)

template<typename Derived>
void	import_facets (Eigen::PlainObjectBase< Derived > &facets)

template<typename AttributeDerived>
void	import_vertex_attribute (const std::string &name, AttributeDerived &&attr) const

template<typename AttributeDerived>
void	import_facet_attribute (const std::string &name, AttributeDerived &&attr) const

template<typename AttributeDerived>
void	import_corner_attribute (const std::string &name, AttributeDerived &&attr) const

template<typename AttributeDerived>
void	import_edge_attribute (const std::string &name, AttributeDerived &&attr) const

template<typename ValueDerived, typename IndexDerived>
void	import_indexed_attribute (const std::string &name, ValueDerived &&values, IndexDerived &&indices)

template<typename Derived>
void	export_vertices (Eigen::PlainObjectBase< Derived > &vertices)

template<typename Derived>
void	export_facets (Eigen::PlainObjectBase< Derived > &facets)

template<typename Derived>
void	export_vertex_attribute (const std::string &name, Eigen::PlainObjectBase< Derived > &attr)

template<typename Derived>
void	export_facet_attribute (const std::string &name, Eigen::PlainObjectBase< Derived > &attr)

template<typename Derived>
void	export_corner_attribute (const std::string &name, Eigen::PlainObjectBase< Derived > &attr)

template<typename Derived>
void	export_edge_attribute (const std::string &name, Eigen::PlainObjectBase< Derived > &attr)

template<typename ValueDerived, typename IndexDerived>
void	export_indexed_attribute (const std::string &name, Eigen::PlainObjectBase< ValueDerived > &values, Eigen::PlainObjectBase< IndexDerived > &indices)

void	initialize_connectivity ()

bool	is_connectivity_initialized () const

const AdjacencyList &	get_vertex_vertex_adjacency () const

const AdjacencyList &	get_vertex_facet_adjacency () const

const AdjacencyList &	get_facet_facet_adjacency () const

const IndexList &	get_vertices_adjacent_to_vertex (Index vi) const

const IndexList &	get_facets_adjacent_to_vertex (Index vi) const

const IndexList &	get_facets_adjacent_to_facet (Index fi) const

void	initialize_edge_data ()
	Edge data initialization.

void	clear_edge_data ()
	Clear edge data.

bool	is_edge_data_initialized () const
	Edge data accessors (const)

Index	get_num_edges () const
	Gets the number of edges.

Index	get_edge (Index f, Index lv) const
	Gets the edge index corresponding to (f, lv) – (f, lv+1).

Index	get_edge_from_corner (Index c) const
	Gets the edge index corresponding to a corner index.

Index	find_edge_from_vertices (Index v0, Index v1) const
	Retrieve the edge id from end vertices (v0, v1).

std::array< Index, 2 >	get_edge_vertices (Index e) const
	Retrieve edge endpoints.

Index	get_vertex_opposite_edge (Index e) const
	Returns a vertex id opposite the edge.

Index	get_num_facets_around_vertex (Index v) const
	Count the number of facets incident to a given vertex.

Index	get_num_facets_around_edge (Index e) const
	Count the number of facets incident to a given edge.

Index	get_one_facet_around_edge (Index e) const
	Get the index of one facet around a given edge.

Index	get_one_corner_around_edge (Index e) const
	Get the index of one corner around a given edge.

Index	get_one_corner_around_vertex (Index v) const
	Get the index of one corner around a given vertex.

bool	is_boundary_edge (Index e) const
	Determines whether the specified edge e is a boundary edge.

bool	is_boundary_vertex (Index v) const
	Determines whether the specified vertex v is a boundary vertex.

template<typename Func>
void	foreach_facets_around_vertex (Index v, Func func) const
	Applies a function to each facet around a prescribed vertex.

template<typename Func>
void	foreach_facets_around_edge (Index e, Func func) const
	Applies a function to each facet around a prescribed edge.

template<typename Func>
void	foreach_corners_around_vertex (Index v, Func func) const
	Applies a function to each corner around a prescribed vertex.

template<typename Func>
void	foreach_corners_around_edge (Index e, Func func) const
	Applies a function to each corner around a prescribed edge.

void	initialize_topology ()

bool	is_topology_initialized () const

bool	is_edge_manifold () const

bool	is_vertex_manifold () const

const MeshTopology< MeshType > &	get_topology () const

void	initialize_components ()

bool	is_components_initialized () const

Index	get_num_components () const

const std::vector< IndexList > &	get_components () const

const IndexList &	get_per_facet_component_ids () const

bool	is_uv_initialized () const

void	initialize_uv (const UVArray &uv, const UVIndices &uv_indices)

void	import_uv (UVArray &&uv, UVIndices &&uv_indices)

decltype(auto)	get_uv () const

decltype(auto)	get_uv_indices () const

decltype(auto)	get_uv_mesh () const

void	clear_uv () const

template<typename Archive>
void	serialize_impl (Archive &ar)

Protected Member Functions
void	init_attributes ()

Protected Attributes
std::shared_ptr< Geometry >	m_geometry

std::unique_ptr< MeshTopology< MeshType > >	m_topology

std::unique_ptr< MeshNavigation< MeshType > >	m_navigation

std::unique_ptr< Connectivity< Geometry > >	m_connectivity

std::unique_ptr< Components< Geometry > >	m_components

std::unique_ptr< experimental::AttributeManager >	m_vertex_attributes

std::unique_ptr< experimental::AttributeManager >	m_facet_attributes

std::unique_ptr< experimental::AttributeManager >	m_corner_attributes

std::unique_ptr< experimental::AttributeManager >	m_edge_attributes

std::unique_ptr< experimental::IndexedAttributeManager >	m_indexed_attributes

Member Typedef Documentation

◆ VertexType

template<typename _VertexArray, typename _FacetArray>

using VertexType

Initial value:

Eigen::Matrix<typename VertexArray::Scalar, 1, VertexArray::ColsAtCompileTime>

Constructor & Destructor Documentation

◆ Mesh()

template<typename _VertexArray, typename _FacetArray>

Mesh ( )

inline

The default constructor only build a frame of the data structure with null geometry and attributes.

One could initialize everything using initialize() method.

Member Function Documentation

◆ get_num_edges()

template<typename _VertexArray, typename _FacetArray>

Index get_num_edges ( ) const

inline

Gets the number of edges.

Returns: The number of edges.

◆ get_edge()

template<typename _VertexArray, typename _FacetArray>

Index get_edge	(	Index	f,
		Index	lv ) const

inline

Gets the edge index corresponding to (f, lv) – (f, lv+1).

Parameters

[in]	f	Facet index.
[in]	lv	Local vertex index [0, get_vertex_per_facet()[.

Returns: The edge.

◆ get_edge_from_corner()

template<typename _VertexArray, typename _FacetArray>

Index get_edge_from_corner ( Index c ) const

inline

Gets the edge index corresponding to a corner index.

Parameters

[in] c Corner index.

Returns: The edge.

◆ find_edge_from_vertices()

template<typename _VertexArray, typename _FacetArray>

Index find_edge_from_vertices	(	Index	v0,
		Index	v1 ) const

inline

Retrieve the edge id from end vertices (v0, v1).

Todo: Move this to MeshNavigation?

Parameters

[in]	v0	Edge edge point 0.
[in]	v1	Edge edge point 1.

Returns: The edge index if (v0, v1) is a valid edge; invalid<Index>() otherwise.

◆ get_edge_vertices()

template<typename _VertexArray, typename _FacetArray>

std::array< Index, 2 > get_edge_vertices ( Index e ) const

inline

Retrieve edge endpoints.

Parameters

[in] e Queried edge index.

Returns: Array of vertex ids at the edge endpoints.

◆ get_vertex_opposite_edge()

template<typename _VertexArray, typename _FacetArray>

Index get_vertex_opposite_edge ( Index e ) const

inline

Returns a vertex id opposite the edge.

If the edge is a boundary edge, there is only one incident facet f, and the returned vertex will the vertex id opposite e on facet f. Otherwise, the returned vertex will be a vertex opposite e on a arbitrary incident facet f.

Parameters

[in] e Queried edge index.

Returns: Vertex id.

◆ get_num_facets_around_vertex()

template<typename _VertexArray, typename _FacetArray>

Index get_num_facets_around_vertex ( Index v ) const

inline

Count the number of facets incident to a given vertex.

Parameters

[in] v Queried vertex index.

Returns: Number of facets incident to the queried vertex.

◆ get_num_facets_around_edge()

template<typename _VertexArray, typename _FacetArray>

Index get_num_facets_around_edge ( Index e ) const

inline

Count the number of facets incident to a given edge.

Parameters

[in] e Queried edge index.

Returns: Number of facets incident to the queried edge.

◆ get_one_facet_around_edge()

template<typename _VertexArray, typename _FacetArray>

Index get_one_facet_around_edge ( Index e ) const

inline

Get the index of one facet around a given edge.

Parameters

[in] e Queried edge index.

Returns: Face index of one facet incident to the queried edge.

◆ get_one_corner_around_edge()

template<typename _VertexArray, typename _FacetArray>

Index get_one_corner_around_edge ( Index e ) const

inline

Get the index of one corner around a given edge.

Parameters

[in] e Queried edge index.

Returns: Index of the first corner around the queried edge.

◆ get_one_corner_around_vertex()

template<typename _VertexArray, typename _FacetArray>

Index get_one_corner_around_vertex ( Index v ) const

inline

Get the index of one corner around a given vertex.

Parameters

[in] v Queried vertex index.

Returns: Index of the first corner around the queried vertex.

◆ is_boundary_edge()

template<typename _VertexArray, typename _FacetArray>

bool is_boundary_edge ( Index e ) const

inline

Determines whether the specified edge e is a boundary edge.

Parameters

[in] e Queried edge index.

Returns: True if the specified edge e is a boundary edge, False otherwise.

◆ is_boundary_vertex()

template<typename _VertexArray, typename _FacetArray>

bool is_boundary_vertex ( Index v ) const

inline

Determines whether the specified vertex v is a boundary vertex.

Parameters

[in] v Queried vertex index.

Returns: True if the specified vertex v is a boundary vertex, False otherwise.

◆ foreach_facets_around_vertex()

template<typename _VertexArray, typename _FacetArray>

template<typename Func>

void foreach_facets_around_vertex	(	Index	v,
		Func	func ) const

inline

Applies a function to each facet around a prescribed vertex.

Parameters

[in]	v	Queried vertex index.
[in]	func	Callback to apply to each incident facet.

Template Parameters

Func	A callable function of type Index -> void.

◆ foreach_facets_around_edge()

template<typename _VertexArray, typename _FacetArray>

template<typename Func>

void foreach_facets_around_edge	(	Index	e,
		Func	func ) const

inline

Applies a function to each facet around a prescribed edge.

Parameters

[in]	e	Queried edge index.
[in]	func	Callback to apply to each incident facet.

Template Parameters

Func	A callable function of type Index -> void.

◆ foreach_corners_around_vertex()

template<typename _VertexArray, typename _FacetArray>

template<typename Func>

void foreach_corners_around_vertex	(	Index	v,
		Func	func ) const

inline

Applies a function to each corner around a prescribed vertex.

Parameters

[in]	v	Queried vertex index.
[in]	func	Callback to apply to each incident facet.

Template Parameters

Func	A callable function of type Index -> void.

◆ foreach_corners_around_edge()

template<typename _VertexArray, typename _FacetArray>

template<typename Func>

void foreach_corners_around_edge	(	Index	e,
		Func	func ) const

inline

Applies a function to each corner around a prescribed edge.

Parameters

[in]	e	Queried edge index.
[in]	func	Callback to apply to each incident facet.

Template Parameters

Func	A callable function of type Index -> void.

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

lagrange/common.h
lagrange/Mesh.h

Public Types

Public Member Functions

Protected Member Functions

Protected Attributes

Member Typedef Documentation

◆ VertexType

Constructor & Destructor Documentation

◆ Mesh()

Member Function Documentation

◆ get_num_edges()

◆ get_edge()

◆ get_edge_from_corner()

◆ find_edge_from_vertices()

◆ get_edge_vertices()

◆ get_vertex_opposite_edge()

◆ get_num_facets_around_vertex()

◆ get_num_facets_around_edge()

◆ get_one_facet_around_edge()

◆ get_one_corner_around_edge()

◆ get_one_corner_around_vertex()

◆ is_boundary_edge()

◆ is_boundary_vertex()

◆ foreach_facets_around_vertex()

◆ foreach_facets_around_edge()

◆ foreach_corners_around_vertex()

◆ foreach_corners_around_edge()