#include <cl_FEM_Group.hpp>

Inheritance diagram for belfem::fem::Group:

Collaboration diagram for belfem::fem::Group:

Public Member Functions
	Group (DofManagerBase *aParent, const GroupType aGroupType, const ElementType aElementType, const id_t aID, const index_t aNumberOfElements, const bool aOwnElements=true)
virtual	~Group ()=default
GroupType	type () const
	return the type of this group
id_t	id () const
	return the id of the group
virtual ElementType	element_type () const
	return the element type of this block
DofManagerBase *	parent ()
	return the field of this block
index_t	number_of_elements () const
uint	number_of_nodes_per_element () const
uint	number_of_edges_per_element () const
uint	number_of_faces_per_element () const
const IntegrationData *	integration () const
	expose the integration data
const IntegrationData *	enrichment_data (const uint aFacet) const
virtual const IntegrationData *	thinshell_integration () const
Cell< Element * > &	elements ()
Cell< Element * > &	aura_elements ()
bool	element_exists (const id_t aID)
Calculator *	calculator ()
	expose calculator object
Matrix< real > &	node_coords ()
	expose container for node coords
Vector< real > &	field_data (const string &aLabel)
	access scal ars from the parent
void	set_material (Material *aMaterial)
void	set_material (const string &aLabel)
Material *	material ()
const Material *	material () const
void	create_element_map ()
Element *	element (const id_t aID)
bool	has_rhs () const
void	set_rhs_flag (const bool aFlag)
const id_t &	mesh_id () const
	if the sideset or block is empty, ID is zero.
void	set_mesh_id (const id_t &aID)
virtual IntegrationData *	master_integration (const uint aSideSetIndex)
	for special purpose integration, sideset only
virtual IntegrationData *	slave_integration (const uint aSideSetIndex)
void	delete_pointers ()
const InterpolationFunction *	interpolation_function () const
void	set_domain_type (const DomainType aType)
DomainType	domain_type () const
virtual ElementType	master_type () const
	returns type of sideset master
virtual ElementType	slave_type () const
	returns type of sideset slave
virtual uint	number_of_thin_shell_layers () const
	dummy function, throws error unless sideset or shell
virtual uint	number_of_ghost_sidesets () const
	dummy function, throws error unless sideset or shell
virtual real	thin_shell_thickness (const uint aLayerIndex) const
	dummy function, throws error unless sideset or shell
virtual real	thin_shell_thickness () const
	dummy function, throws error unless sideset or shell
bool	is_active () const
	function telling if values from this group are computed ( default : true ) Returns true for GeometryAndDofs, false otherwise
GroupActivationMode	activation_mode () const
	returns the activation mode of this group
void	set_activation_mode (const GroupActivationMode aMode)
	set the activation mode of the group
void	activate (bool aFlag)
	set the active flag of the group (backward compatibility) Maps bool to GeometryAndDofs (true) or Inactive (false)
virtual void	initialize_lookup_tables (const uint aOrder)
bool	has_enrichment ()

Protected Member Functions
void	create_calculator ()

Protected Attributes
DofManagerBase *	mParent
Calculator *	mCalc = nullptr
const GroupType	mType
const ElementType	mElementType
const id_t	mID
const index_t	mNumberOfElements
const bool	mOwnElements
const proc_t	mCommRank
DomainType	mDomainType = DomainType::Default
Matrix< real >	mNodeCoords
uint	mNumberOfNodesPerElement = BELFEM_UINT_MAX
uint	mIntegrationOrder = 0
Cell< Cell< Matrix< real > > >	mBoundaryN
Cell< Element * >	mElements
Cell< Element * >	mAuraElements
Material *	mMaterial = nullptr
const BoundaryCondition *	mBoundaryCondition = nullptr
Map< id_t, Element * >	mElementMap
id_t	mMeshID
bool	mHasRHS = true
	flag telling if block has a right hand side
GroupActivationMode	mActivationMode = GroupActivationMode::GeometryAndDofs
	activation mode determining how this group is used for computation
Cell< IntegrationData * >	mEnrichmentData
	in case for example if bubble functions are used

Constructor & Destructor Documentation

◆ Group()

belfem::fem::Group::Group	(	DofManagerBase *	aParent,
		const GroupType	aGroupType,
		const ElementType	aElementType,
		const id_t	aID,
		const index_t	aNumberOfElements,
		const bool	aOwnElements = true )

◆ ~Group()

virtual belfem::fem::Group::~Group ( )

virtualdefault

Member Function Documentation

◆ activate()

void belfem::fem::Group::activate ( bool aFlag )

inline

set the active flag of the group (backward compatibility) Maps bool to GeometryAndDofs (true) or Inactive (false)

◆ activation_mode()

GroupActivationMode belfem::fem::Group::activation_mode ( ) const

inline

returns the activation mode of this group

◆ aura_elements()

Cell< Element * > & belfem::fem::Group::aura_elements ( )

inline

◆ calculator()

Calculator * belfem::fem::Group::calculator ( )

inline

expose calculator object

◆ create_calculator()

void belfem::fem::Group::create_calculator ( )

protected

◆ create_element_map()

void belfem::fem::Group::create_element_map ( )

◆ delete_pointers()

void belfem::fem::Group::delete_pointers ( )

◆ domain_type()

DomainType belfem::fem::Group::domain_type ( ) const

inline

◆ element()

Element * belfem::fem::Group::element ( const id_t aID )

inline

◆ element_exists()

bool belfem::fem::Group::element_exists ( const id_t aID )

inline

◆ element_type()

ElementType belfem::fem::Group::element_type ( ) const

inlinevirtual

return the element type of this block

◆ elements()

Cell< Element * > & belfem::fem::Group::elements ( )

inline

◆ enrichment_data()

const IntegrationData * belfem::fem::Group::enrichment_data ( const uint aFacet ) const

inline

◆ field_data()

Vector< real > & belfem::fem::Group::field_data ( const string & aLabel )

access scal ars from the parent

◆ has_enrichment()

bool belfem::fem::Group::has_enrichment ( )

inline

◆ has_rhs()

bool belfem::fem::Group::has_rhs ( ) const

inline

◆ id()

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

inline

return the id of the group

◆ initialize_lookup_tables()

void belfem::fem::Group::initialize_lookup_tables ( const uint aOrder )

virtual

Reimplemented in belfem::fem::Block, and belfem::fem::SideSet.

◆ integration()

const IntegrationData * belfem::fem::Group::integration ( ) const

inline

expose the integration data

◆ interpolation_function()

const InterpolationFunction * belfem::fem::Group::interpolation_function ( ) const

◆ is_active()

bool belfem::fem::Group::is_active ( ) const

inline

function telling if values from this group are computed ( default : true ) Returns true for GeometryAndDofs, false otherwise

◆ master_integration()

IntegrationData * belfem::fem::Group::master_integration ( const uint aSideSetIndex )

virtual

for special purpose integration, sideset only

Reimplemented in belfem::fem::SideSet.

◆ master_type()

ElementType belfem::fem::Group::master_type ( ) const

virtual

returns type of sideset master

Reimplemented in belfem::fem::SideSet.

◆ material() [1/2]

Material * belfem::fem::Group::material ( )

inline

◆ material() [2/2]

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

inline

◆ mesh_id()

const id_t & belfem::fem::Group::mesh_id ( ) const

inline

if the sideset or block is empty, ID is zero.

use mesh_id if you really need the ID of the corresponding mesh object

Returns: the ID of the corresponding mesh object

◆ node_coords()

Matrix< real > & belfem::fem::Group::node_coords ( )

inline

expose container for node coords

◆ number_of_edges_per_element()

uint belfem::fem::Group::number_of_edges_per_element ( ) const

inline

◆ number_of_elements()

index_t belfem::fem::Group::number_of_elements ( ) const

inline

◆ number_of_faces_per_element()

uint belfem::fem::Group::number_of_faces_per_element ( ) const

inline

◆ number_of_ghost_sidesets()

uint belfem::fem::Group::number_of_ghost_sidesets ( ) const

virtual

dummy function, throws error unless sideset or shell

Returns

◆ number_of_nodes_per_element()

uint belfem::fem::Group::number_of_nodes_per_element ( ) const

inline

◆ number_of_thin_shell_layers()

uint belfem::fem::Group::number_of_thin_shell_layers ( ) const

virtual

dummy function, throws error unless sideset or shell

Returns

◆ parent()

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

inline

return the field of this block

◆ set_activation_mode()

void belfem::fem::Group::set_activation_mode ( const GroupActivationMode aMode )

inline

set the activation mode of the group

◆ set_domain_type()

void belfem::fem::Group::set_domain_type ( const DomainType aType )

inline

◆ set_material() [1/2]

void belfem::fem::Group::set_material ( const string & aLabel )

◆ set_material() [2/2]

void belfem::fem::Group::set_material ( Material * aMaterial )

◆ set_mesh_id()

void belfem::fem::Group::set_mesh_id ( const id_t & aID )

inline

◆ set_rhs_flag()

void belfem::fem::Group::set_rhs_flag ( const bool aFlag )

inline

◆ slave_integration()

IntegrationData * belfem::fem::Group::slave_integration ( const uint aSideSetIndex )

virtual

Reimplemented in belfem::fem::SideSet.

◆ slave_type()

ElementType belfem::fem::Group::slave_type ( ) const

virtual

returns type of sideset slave

Reimplemented in belfem::fem::SideSet.

◆ thin_shell_thickness() [1/2]

real belfem::fem::Group::thin_shell_thickness ( ) const

virtual

dummy function, throws error unless sideset or shell

Returns

◆ thin_shell_thickness() [2/2]

real belfem::fem::Group::thin_shell_thickness ( const uint aLayerIndex ) const

virtual

dummy function, throws error unless sideset or shell

Returns

◆ thinshell_integration()

const IntegrationData * belfem::fem::Group::thinshell_integration ( ) const

virtual

◆ type()

GroupType belfem::fem::Group::type ( ) const

inline

return the type of this group

Member Data Documentation

◆ mActivationMode

GroupActivationMode belfem::fem::Group::mActivationMode = GroupActivationMode::GeometryAndDofs

protected

activation mode determining how this group is used for computation

◆ mAuraElements

Cell< Element * > belfem::fem::Group::mAuraElements

protected

◆ mBoundaryCondition

const BoundaryCondition* belfem::fem::Group::mBoundaryCondition = nullptr

protected

◆ mBoundaryN

Cell< Cell< Matrix < real > > > belfem::fem::Group::mBoundaryN

protected

◆ mCalc

Calculator* belfem::fem::Group::mCalc = nullptr

protected

◆ mCommRank

const proc_t belfem::fem::Group::mCommRank

protected

◆ mDomainType

DomainType belfem::fem::Group::mDomainType = DomainType::Default

protected

◆ mElementMap

Map< id_t, Element * > belfem::fem::Group::mElementMap

protected

◆ mElements

Cell< Element * > belfem::fem::Group::mElements

protected

◆ mElementType

const ElementType belfem::fem::Group::mElementType

protected

◆ mEnrichmentData

Cell< IntegrationData * > belfem::fem::Group::mEnrichmentData

protected

in case for example if bubble functions are used

◆ mHasRHS

bool belfem::fem::Group::mHasRHS = true

protected

flag telling if block has a right hand side

◆ mID

const id_t belfem::fem::Group::mID

protected

◆ mIntegrationOrder

uint belfem::fem::Group::mIntegrationOrder = 0

protected

◆ mMaterial

Material* belfem::fem::Group::mMaterial = nullptr

protected

◆ mMeshID

id_t belfem::fem::Group::mMeshID

protected

◆ mNodeCoords

Matrix< real > belfem::fem::Group::mNodeCoords

protected

◆ mNumberOfElements

const index_t belfem::fem::Group::mNumberOfElements

protected

◆ mNumberOfNodesPerElement

uint belfem::fem::Group::mNumberOfNodesPerElement = BELFEM_UINT_MAX

protected

◆ mOwnElements

const bool belfem::fem::Group::mOwnElements

protected

◆ mParent

DofManagerBase* belfem::fem::Group::mParent

protected

◆ mType

const GroupType belfem::fem::Group::mType

protected

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

src/fem/kernel/cl_FEM_Group.hpp
src/fem/kernel/cl_FEM_Group.cpp

Public Member Functions

Protected Member Functions

Protected Attributes

Constructor & Destructor Documentation

◆ Group()

◆ ~Group()

Member Function Documentation

◆ activate()

◆ activation_mode()

◆ aura_elements()

◆ calculator()

◆ create_calculator()

◆ create_element_map()

◆ delete_pointers()

◆ domain_type()

◆ element()

◆ element_exists()

◆ element_type()

◆ elements()

◆ enrichment_data()

◆ field_data()

◆ has_enrichment()

◆ has_rhs()

◆ id()

◆ initialize_lookup_tables()

◆ integration()

◆ interpolation_function()

◆ is_active()

◆ master_integration()

◆ master_type()

◆ material() [1/2]

◆ material() [2/2]

◆ mesh_id()

◆ node_coords()

◆ number_of_edges_per_element()

◆ number_of_elements()

◆ number_of_faces_per_element()

◆ number_of_ghost_sidesets()

◆ number_of_nodes_per_element()

◆ number_of_thin_shell_layers()

◆ parent()

◆ set_activation_mode()

◆ set_domain_type()

◆ set_material() [1/2]

◆ set_material() [2/2]

◆ set_mesh_id()

◆ set_rhs_flag()

◆ slave_integration()

◆ slave_type()

◆ thin_shell_thickness() [1/2]

◆ thin_shell_thickness() [2/2]

◆ thinshell_integration()

◆ type()

Member Data Documentation

◆ mActivationMode

◆ mAuraElements

◆ mBoundaryCondition

◆ mBoundaryN

◆ mCalc

◆ mCommRank

◆ mDomainType

◆ mElementMap

◆ mElements

◆ mElementType

◆ mEnrichmentData

◆ mHasRHS

◆ mID

◆ mIntegrationOrder

◆ mMaterial

◆ mMeshID

◆ mNodeCoords

◆ mNumberOfElements

◆ mNumberOfNodesPerElement

◆ mOwnElements

◆ mParent

◆ mType