belfem::fem::Element Class Reference

#include <cl_FEM_Element.hpp>

Public Member Functions
	Element (Block *aParent, DofManager *aDofManager, mesh::Element *aElement)
	Element (Block *aParent, mesh::Element *aElement)
	Element (mesh::Element *aElement)
	Element (SideSet *aParent, DofManager *aDofManager, mesh::Facet *aFacet, const SideSetDofLinkMode aSideSetDofLinkMode, Element *aMaster, Element *aSlave)
	constructor for facet
	Element (SideSet *aParent, DofManager *aDofManager, mesh::Facet *aFacet, Cell< mesh::Facet * > &aLayers, const id_t aMasterBlockID, const id_t aSlaveBlockID)
	constructor for thin shells
virtual	~Element ()
mesh::Element *	element ()
	expose the underlying element on the mesh
Dof *	dof (const index_t aIndex)
	expose a specific dof
uint	number_of_dofs () const
	expose the number of dofs
Dof *	local_dof (const index_t aIndex)
	expose a specific dof
uint	number_of_local_dofs () const
	expose the number of dofs
void	flag_dofs ()
	flag all dofs that are connected to this element
void	unflag_dofs ()
	unflag all dofs that are connected to this element
bool	has_rotation () const
	tell if this element has rotation properties
void	get_node_coors (Matrix< real > &aNodeCoords)
void	set_rotation_data (const Matrix< real > &aRotationAxes, const Vector< real > &aRotationAngles)
	set the rotation axes
void	get_rotation_data (Matrix< real > &aRotationAxes, Vector< real > &aRotationAngles)
void	edge_directions (real *aEdgeDirections) const
	expose container for edge directions (obsolete)
void	edge_directions (Bitset< 12 > &aEdgeDirections) const
	expose container for edge directions
bool	edge_direction (const index_t aIndex) const
	expose container for edge directions
id_t	id () const
	return the id of the underlying mesh element
Element *	master ()
	return the master element, only for sidesets
Element *	slave ()
	return the slave element, only for sidesets, returns null if there is none
mesh::Facet *	facet ()
const mesh::Facet *	facet () const
Element *	reference ()
const Element *	reference () const
void	set_facet (mesh::Facet *aFacet)
void	set_reference (Element *aElement)
const Material *	material () const
	return the material of this element
void	add_t_matrix (const Matrix< real > &aT)
bool	has_t_matrix () const
const Tmatrix *	t_matrix () const
void	relink_dofs (Cell< Dof * > &aGlobalDofs, Cell< Dof * > &aLocalDofs, const Matrix< real > &aTmatrix)
bool	has_hanging_dofs () const
Group *	parent ()

Constructor & Destructor Documentation

Element() [1/5]

belfem::fem::Element::Element	(	Block *	aParent,
		DofManager *	aDofManager,
		mesh::Element *	aElement )

Element() [2/5]

belfem::fem::Element::Element	(	Block *	aParent,
		mesh::Element *	aElement )

Element() [3/5]

belfem::fem::Element::Element

(

mesh::Element *

aElement

)

Element() [4/5]

belfem::fem::Element::Element	(	SideSet *	aParent,
		DofManager *	aDofManager,
		mesh::Facet *	aFacet,
		const SideSetDofLinkMode	aSideSetDofLinkMode,
		Element *	aMaster,
		Element *	aSlave )

constructor for facet

Element() [5/5]

belfem::fem::Element::Element	(	SideSet *	aParent,
		DofManager *	aDofManager,
		mesh::Facet *	aFacet,
		Cell< mesh::Facet * > &	aLayers,
		const id_t	aMasterBlockID,
		const id_t	aSlaveBlockID )

constructor for thin shells

~Element()

belfem::fem::Element::~Element ( )

virtual

Member Function Documentation

add_t_matrix()

void belfem::fem::Element::add_t_matrix

(

const Matrix< real > &

aT

)

dof()

Dof * belfem::fem::Element::dof ( const index_t aIndex )

inline

expose a specific dof

edge_direction()

bool belfem::fem::Element::edge_direction ( const index_t aIndex ) const

inline

expose container for edge directions

edge_directions() [1/2]

void belfem::fem::Element::edge_directions ( Bitset< 12 > & aEdgeDirections ) const

inline

expose container for edge directions

edge_directions() [2/2]

void belfem::fem::Element::edge_directions ( real * aEdgeDirections ) const

inline

expose container for edge directions (obsolete)

expose container for edge directions (obsolete)

element()

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

inline

expose the underlying element on the mesh

facet() [1/2]

mesh::Facet * belfem::fem::Element::facet ( )

inline

facet() [2/2]

const mesh::Facet * belfem::fem::Element::facet ( ) const

inline

flag_dofs()

void belfem::fem::Element::flag_dofs

(

)

flag all dofs that are connected to this element

get_node_coors()

void belfem::fem::Element::get_node_coors ( Matrix< real > & aNodeCoords )

inline

get_rotation_data()

void belfem::fem::Element::get_rotation_data	(	Matrix< real > &	aRotationAxes,
		Vector< real > &	aRotationAngles )

has_hanging_dofs()

bool belfem::fem::Element::has_hanging_dofs

(

)

const

has_rotation()

bool belfem::fem::Element::has_rotation ( ) const

inline

tell if this element has rotation properties

has_t_matrix()

bool belfem::fem::Element::has_t_matrix ( ) const

inline

id()

id_t belfem::fem::Element::id ( ) const

inline

return the id of the underlying mesh element

local_dof()

Dof * belfem::fem::Element::local_dof ( const index_t aIndex )

inline

expose a specific dof

master()

Element * belfem::fem::Element::master ( )

inline

return the master element, only for sidesets

material()

const Material * belfem::fem::Element::material ( ) const

inline

return the material of this element

number_of_dofs()

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

inline

expose the number of dofs

number_of_local_dofs()

uint belfem::fem::Element::number_of_local_dofs ( ) const

inline

expose the number of dofs

parent()

Group * belfem::fem::Element::parent ( )

inline

reference() [1/2]

Element * belfem::fem::Element::reference ( )

inline

reference() [2/2]

const Element * belfem::fem::Element::reference ( ) const

inline

relink_dofs()

void belfem::fem::Element::relink_dofs	(	Cell< Dof * > &	aGlobalDofs,
		Cell< Dof * > &	aLocalDofs,
		const Matrix< real > &	aTmatrix )

set_facet()

void belfem::fem::Element::set_facet ( mesh::Facet * aFacet )

inline

set_reference()

void belfem::fem::Element::set_reference ( Element * aElement )

inline

set_rotation_data()

void belfem::fem::Element::set_rotation_data	(	const Matrix< real > &	aRotationAxes,
		const Vector< real > &	aRotationAngles )

set the rotation axes

slave()

Element * belfem::fem::Element::slave ( )

inline

return the slave element, only for sidesets, returns null if there is none

t_matrix()

const Tmatrix * belfem::fem::Element::t_matrix ( ) const

inline

unflag_dofs()

void belfem::fem::Element::unflag_dofs

(

)

unflag all dofs that are connected to this element

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

• src/fem/kernel/cl_FEM_Element.hpp
• src/fem/kernel/cl_FEM_Element.cpp