#include <cl_FEM_Dof.hpp>

Inheritance diagram for belfem::fem::Dof:

Collaboration diagram for belfem::fem::Dof:

Public Member Functions
	Dof (const id_t aID, const uint aType, mesh::Node *aNode)
	Dof (const id_t aID, const uint aType, mesh::Edge *aEdge, const uint aIndexOnEdge, const index_t aDofIndexOnField)
	Dof (const id_t aID, const uint aType, mesh::Face *aFace, uint aIndexOnFace, const index_t aDofIndexOnField)
	Dof (const id_t aID, const uint aType, mesh::Element *aElement, const uint aIndexOnElement, const index_t aDofIndexOnField)
	Dof (const id_t aID, const uint aType, mesh::Facet *aFacet, const uint aIndexOnFacet, const index_t aDofIndexOnField)
	~Dof () override
bool	mesh_basis_is_flagged ()
mesh::Basis *	mesh_basis ()
mesh::Node *	node ()
	expose the node that is linked to this dof
mesh::Edge *	edge ()
	expose the edge that is linked to this dof
mesh::Face *	face ()
	expose the face that is linked to this dof
mesh::Element *	element ()
	expose the element that is linked to this dof
void	fix (const real aDirichletValue)
	impose a Diriclet boundary condition on this node
void	free ()
	free this dof ( remove Diriclet condition )
bool	is_fixed () const
	tells if this dof is fixed
bool	is_hanging () const
	tells if this dof is hanging
bool	basis_is_hanging () const
	tells if basis of dof is hanging, needed during initialization
bool	is_node () const
	returns true if this dof is linked to a node
bool	is_edge () const
	returns true if this dof is linked to an edge
bool	is_face () const
	returns true if this dof is linked to a face
bool	is_cell () const
	returns true if this dof is linked to a cell ( element-interior dof )
bool	is_lambda () const
	returns true if this dof is linked to a facet
EntityType	entity_type () const
real &	value ()
	return the Dirichlet value
Dof *	dof (const uint aIndex)
	access a dof
uint	type_id () const
	return the type of this dof
uint	number_of_dofs () const
	how many dofs are connected to this dof
uint	index_on_entity () const
	local index on mesh entity
void	set_my_index (const index_t aIndex)
	set proc local index
void	set_field_index (const index_t aIndex)
index_t	dof_index_on_field () const
	returns the corresponding index of the dof on the field
index_t	field_index () const
	returns the index of the field on the mesh
index_t	my_index () const
	get proc local index
void	set_sources (Cell< Dof * > &aSources, Vector< real > &aWeights)
void	set_sources (Cell< Dof * > &aSources, Cell< real > &aWeights)
void	set_source (Dof *aSource, const real aWeight)
void	reset_sources ()
uint	number_of_sources () const
Dof *	source (const uint aIndex)
real	weight (const uint aIndex) const
size_t	memory () const
Public Member Functions inherited from belfem::graph::Vertex
	Vertex ()=default
virtual	~Vertex ()
void	set_id (const id_t aID)
id_t	id () const
virtual void	set_index (const index_t aIndex)
virtual index_t	index () const
virtual void	set_owner (const proc_t aOwner)
virtual proc_t	owner () const
index_t	level () const
void	set_level (const index_t aLevel)
virtual void	flag (const uint8_t aIndex=0)
virtual void	unflag (const uint8_t aIndex=0)
virtual bool	is_flagged (const uint8_t aIndex=0) const
void	increment_vertex_counter ()
void	init_vertex_container ()
void	init_vertex_container (const uint aSize)
void	reset_vertex_container ()
void	insert_vertex (Vertex *aVertex)
uint	number_of_vertices () const
virtual Vertex *	vertex (const uint aIndex)
virtual auto	vertex (const uint aIndex) const -> decltype(this)
virtual void	init_element_container ()
virtual void	reset_element_container ()
void	sort_vertices ()
	sorts the vertices according to their index
void	reverse_vertices ()

Additional Inherited Members
Protected Attributes inherited from belfem::graph::Vertex
uint32_t	mVertexCounter = 0
Vertex **	mVertices = nullptr

Constructor & Destructor Documentation

◆ Dof() [1/5]

belfem::fem::Dof::Dof	(	const id_t	aID,
		const uint	aType,
		mesh::Node *	aNode )

◆ Dof() [2/5]

belfem::fem::Dof::Dof	(	const id_t	aID,
		const uint	aType,
		mesh::Edge *	aEdge,
		const uint	aIndexOnEdge,
		const index_t	aDofIndexOnField )

◆ Dof() [3/5]

belfem::fem::Dof::Dof	(	const id_t	aID,
		const uint	aType,
		mesh::Face *	aFace,
		uint	aIndexOnFace,
		const index_t	aDofIndexOnField )

◆ Dof() [4/5]

belfem::fem::Dof::Dof	(	const id_t	aID,
		const uint	aType,
		mesh::Element *	aElement,
		const uint	aIndexOnElement,
		const index_t	aDofIndexOnField )

◆ Dof() [5/5]

belfem::fem::Dof::Dof	(	const id_t	aID,
		const uint	aType,
		mesh::Facet *	aFacet,
		const uint	aIndexOnFacet,
		const index_t	aDofIndexOnField )

◆ ~Dof()

belfem::fem::Dof::~Dof ( )

override

Member Function Documentation

◆ basis_is_hanging()

bool belfem::fem::Dof::basis_is_hanging ( ) const

inline

tells if basis of dof is hanging, needed during initialization

◆ dof()

Dof * belfem::fem::Dof::dof ( const uint aIndex )

inline

access a dof

◆ dof_index_on_field()

index_t belfem::fem::Dof::dof_index_on_field ( ) const

inline

returns the corresponding index of the dof on the field

Returns

◆ edge()

mesh::Edge * belfem::fem::Dof::edge ( )

inline

expose the edge that is linked to this dof

◆ element()

mesh::Element * belfem::fem::Dof::element ( )

inline

expose the element that is linked to this dof

◆ entity_type()

EntityType belfem::fem::Dof::entity_type ( ) const

inline

◆ face()

mesh::Face * belfem::fem::Dof::face ( )

inline

expose the face that is linked to this dof

◆ field_index()

index_t belfem::fem::Dof::field_index ( ) const

inline

returns the index of the field on the mesh

◆ fix()

void belfem::fem::Dof::fix ( const real aDirichletValue )

inline

impose a Diriclet boundary condition on this node

◆ free()

void belfem::fem::Dof::free ( )

inline

free this dof ( remove Diriclet condition )

◆ index_on_entity()

uint belfem::fem::Dof::index_on_entity ( ) const

inline

local index on mesh entity

◆ is_cell()

bool belfem::fem::Dof::is_cell ( ) const

inline

returns true if this dof is linked to a cell ( element-interior dof )

◆ is_edge()

bool belfem::fem::Dof::is_edge ( ) const

inline

returns true if this dof is linked to an edge

◆ is_face()

bool belfem::fem::Dof::is_face ( ) const

inline

returns true if this dof is linked to a face

◆ is_fixed()

bool belfem::fem::Dof::is_fixed ( ) const

inline

tells if this dof is fixed

◆ is_hanging()

bool belfem::fem::Dof::is_hanging ( ) const

inline

tells if this dof is hanging

◆ is_lambda()

bool belfem::fem::Dof::is_lambda ( ) const

inline

returns true if this dof is linked to a facet

◆ is_node()

bool belfem::fem::Dof::is_node ( ) const

inline

returns true if this dof is linked to a node

◆ memory()

size_t belfem::fem::Dof::memory ( ) const

◆ mesh_basis()

mesh::Basis * belfem::fem::Dof::mesh_basis ( )

inline

◆ mesh_basis_is_flagged()

bool belfem::fem::Dof::mesh_basis_is_flagged ( )

inline

◆ my_index()

index_t belfem::fem::Dof::my_index ( ) const

inline

get proc local index

◆ node()

mesh::Node * belfem::fem::Dof::node ( )

inline

expose the node that is linked to this dof

◆ number_of_dofs()

uint belfem::fem::Dof::number_of_dofs ( ) const

inline

how many dofs are connected to this dof

◆ number_of_sources()

uint belfem::fem::Dof::number_of_sources ( ) const

inline

◆ reset_sources()

void belfem::fem::Dof::reset_sources ( )

◆ set_field_index()

void belfem::fem::Dof::set_field_index ( const index_t aIndex )

inline

◆ set_my_index()

void belfem::fem::Dof::set_my_index ( const index_t aIndex )

inline

set proc local index

◆ set_source()

void belfem::fem::Dof::set_source	(	Dof *	aSource,
		const real	aWeight )

◆ set_sources() [1/2]

void belfem::fem::Dof::set_sources	(	Cell< Dof * > &	aSources,
		Cell< real > &	aWeights )

◆ set_sources() [2/2]

void belfem::fem::Dof::set_sources	(	Cell< Dof * > &	aSources,
		Vector< real > &	aWeights )

◆ source()

Dof * belfem::fem::Dof::source ( const uint aIndex )

inline

◆ type_id()

uint belfem::fem::Dof::type_id ( ) const

inline

return the type of this dof

◆ value()

real & belfem::fem::Dof::value ( )

inline

return the Dirichlet value

◆ weight()

real belfem::fem::Dof::weight ( const uint aIndex ) const

inline

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

src/fem/kernel/cl_FEM_Dof.hpp
src/fem/kernel/cl_FEM_Dof.cpp

Public Member Functions

Additional Inherited Members

Constructor & Destructor Documentation

◆ Dof() [1/5]

◆ Dof() [2/5]

◆ Dof() [3/5]

◆ Dof() [4/5]

◆ Dof() [5/5]

◆ ~Dof()

Member Function Documentation

◆ basis_is_hanging()

◆ dof()

◆ dof_index_on_field()

◆ edge()

◆ element()

◆ entity_type()

◆ face()

◆ field_index()

◆ fix()

◆ free()

◆ index_on_entity()

◆ is_cell()

◆ is_edge()

◆ is_face()

◆ is_fixed()

◆ is_hanging()

◆ is_lambda()

◆ is_node()

◆ memory()

◆ mesh_basis()

◆ mesh_basis_is_flagged()

◆ my_index()

◆ node()

◆ number_of_dofs()

◆ number_of_sources()

◆ reset_sources()

◆ set_field_index()

◆ set_my_index()

◆ set_source()

◆ set_sources() [1/2]

◆ set_sources() [2/2]

◆ source()

◆ type_id()

◆ value()

◆ weight()