#include <periodic_boundary_manager.h>

Inheritance diagram for ug::PeriodicBoundaryManager:

Classes
class	Group

Public Types
enum	PeriodicStatus { P_SLAVE , P_SLAVE_MASTER_UNKNOWN , P_MASTER , P_NOT_PERIODIC }

Public Member Functions
bool	check_periodicity (const GridObjectCollection &goc1, const GridObjectCollection &goc2, ISubsetHandler *sh=NULL)
	checks that all elements of given gocs are periodic (called after identification) More...

virtual void	edge_created (Grid grid, Edge e, GridObject *pParent=NULL, bool replacesParent=false)
	Notified whenever a new element of the given type is created in the given grid. More...

virtual void	edge_to_be_erased (Grid grid, Edge e, Edge *replacedBy=NULL)
	Notified whenever an element of the given type is erased from the given grid. More...

virtual void	face_created (Grid grid, Face f, GridObject *pParent=NULL, bool replacesParent=false)
	Notified whenever a new element of the given type is created in the given grid. More...

virtual void	face_to_be_erased (Grid grid, Face f, Face *replacedBy=NULL)
	Notified whenever an element of the given type is erased from the given grid. More...

Grid *	get_grid () const

template<>
Grid::AttachmentAccessor< Vertex, Attachment< PeriodicBoundaryManager::Group< Vertex > * > > &	get_group_accessor ()

template<>
const Grid::AttachmentAccessor< Vertex, Attachment< PeriodicBoundaryManager::Group< Vertex > * > > &	get_group_accessor () const

template<>
Grid::AttachmentAccessor< Vertex, Attachment< PeriodicBoundaryManager::PeriodicStatus > > &	get_periodic_status_accessor ()

template<>
const Grid::AttachmentAccessor< Vertex, Attachment< PeriodicBoundaryManager::PeriodicStatus > > &	get_periodic_status_accessor () const

virtual void	grid_to_be_destroyed (Grid *grid)
	grid observation methods More...

template<class TElem >
void	identify (TElem e1, TElem e2, IIdentifier &i)

template<class TElem >
bool	is_master (TElem *) const

template<class TElem >
bool	is_periodic (TElem *e) const

template<class TElem >
bool	is_slave (TElem *) const

template<class TElem >
TElem *	master (TElem *e) const

	PeriodicBoundaryManager ()

template<class TElem >
void	print_identification () const

void	set_grid (Grid *g)

template<class TElem >
Group< TElem >::SlaveContainer *	slaves (TElem *e) const

void	validity_check ()

virtual void	vertex_created (Grid grid, Vertex vrt, GridObject *pParent=NULL, bool replacesParent=false)
	Notified whenever a new element of the given type is created in the given grid. More...

virtual void	vertex_to_be_erased (Grid grid, Vertex vrt, Vertex *replacedBy=NULL)
	Notified whenever an element of the given type is erased from the given grid. More...

	~PeriodicBoundaryManager ()

Public Member Functions inherited from ug::GridObserver
virtual void	elements_to_be_cleared (Grid *grid)

virtual	~GridObserver ()

virtual void	volume_created (Grid grid, Volume vol, GridObject *pParent=NULL, bool replacesParent=false)
	Notified whenever a new element of the given type is created in the given grid. More...

virtual void	volume_to_be_erased (Grid grid, Volume vol, Volume *replacedBy=NULL)
	Notified whenever an element of the given type is erased from the given grid. More...

virtual void	vertices_to_be_merged (Grid grid, Vertex target, Vertex elem1, Vertex elem2)
	Notified when two elements of the same type are going to be merged. More...

virtual void	edges_to_be_merged (Grid grid, Edge target, Edge elem1, Edge elem2)
	Notified when two elements of the same type are going to be merged. More...

virtual void	faces_to_be_merged (Grid grid, Face target, Face elem1, Face elem2)
	Notified when two elements of the same type are going to be merged. More...

virtual void	volumes_to_be_merged (Grid grid, Volume target, Volume elem1, Volume elem2)
	Notified when two elements of the same type are going to be merged. More...

Protected Member Functions
template<class TElem , class TIterator >
void	check_elements_periodicity (TIterator begin, TIterator end, typename Group< TElem >::unique_pairs &s, ISubsetHandler *sh)

template<class TElem >
Grid::AttachmentAccessor< TElem, Attachment< Group< TElem > * > > &	get_group_accessor ()

template<class TElem >
const Grid::AttachmentAccessor< TElem, Attachment< Group< TElem > * > > &	get_group_accessor () const

template<class TElem >
Grid::AttachmentAccessor< TElem, Attachment< PeriodicStatus > > &	get_periodic_status_accessor ()

template<class TElem >
const Grid::AttachmentAccessor< TElem, Attachment< PeriodicStatus > > &	get_periodic_status_accessor () const

template<class TElem >
Group< TElem > *	group (TElem *e) const

template<class TElem , class TParent >
void	handle_creation (TElem e, TParent pParent)
	handles creation of element type More...

template<class TElem >
void	handle_creation_cast_wrapper (TElem e, GridObject parent, bool replacesParent)
	casts parent pointer to exact type before calling handle_creation More...

template<class TElem >
void	handle_deletion (TElem e, TElem replacedBy)
	handles deletion of element type More...

template<class TElem >
void	make_master (Group< TElem > g, TElem e)

template<class TElem >
void	make_slave (Group< TElem > g, TElem e)
	make element e slave of group g More...

template<class TElem >
void	merge_groups (Group< TElem > g0, Group< TElem > g1)

	PeriodicBoundaryManager (const PeriodicBoundaryManager &)

template<class TElem >
void	remove_group (Group< TElem > *g)

template<class TElem >
bool	remove_slave (TElem *slave)

template<class TElem >
void	replace_parent (TElem e, TElem pParent)
	replaces all group occurrances of pParent by the specified elem More...

template<class TElem >
void	set_group (Group< TElem > g, TElem e)

template<class TElem >
void	validity_check ()

Protected Attributes
Grid::AttachmentAccessor< Edge, Attachment< Group< Edge > * > >	m_aaGroupEDG

Grid::AttachmentAccessor< Face, Attachment< Group< Face > * > >	m_aaGroupFCE

Grid::AttachmentAccessor< Vertex, Attachment< Group< Vertex > * > >	m_aaGroupVRT
	store subset handler of domain to lookup element subset ids More...

Grid::AttachmentAccessor< Edge, Attachment< PeriodicStatus > >	m_aaPeriodicStatusEDG

Grid::AttachmentAccessor< Face, Attachment< PeriodicStatus > >	m_aaPeriodicStatusFCE

Grid::AttachmentAccessor< Vertex, Attachment< PeriodicStatus > >	m_aaPeriodicStatusVRT
	attachment accessors for PeriodicStatus More...

MultiGrid *	m_pGrid
	grid instance we operate on More...

Member Enumeration Documentation

◆ PeriodicStatus

enum ug::PeriodicBoundaryManager::PeriodicStatus

Enumerator
P_SLAVE
P_SLAVE_MASTER_UNKNOWN
P_MASTER
P_NOT_PERIODIC

Constructor & Destructor Documentation

◆ PeriodicBoundaryManager() [1/2]

ug::PeriodicBoundaryManager::PeriodicBoundaryManager ( )

◆ ~PeriodicBoundaryManager()

ug::PeriodicBoundaryManager::~PeriodicBoundaryManager ( )

References set_grid().

◆ PeriodicBoundaryManager() [2/2]

ug::PeriodicBoundaryManager::PeriodicBoundaryManager ( const PeriodicBoundaryManager & )

inlineprotected

sets the identifier instance to use for subset index si

Parameters

i	identifier pointer
si

Member Function Documentation

◆ check_elements_periodicity()

template<class TElem , class TIterator >

void ug::PeriodicBoundaryManager::check_elements_periodicity	(	TIterator	begin,
		TIterator	end,
		typename Group< TElem >::unique_pairs &	s,
		ISubsetHandler *	sh
	)

protected

References get_grid(), ug::ISubsetHandler::get_subset_index(), ug::ISubsetHandler::get_subset_name(), ug::GetGridObjectCenter(), is_periodic(), master(), p, s, slaves(), and UG_THROW.

◆ check_periodicity()

bool ug::PeriodicBoundaryManager::check_periodicity	(	const GridObjectCollection &	goc1,
		const GridObjectCollection &	goc2,
		ISubsetHandler *	sh = `NULL`
	)

checks that all elements of given gocs are periodic (called after identification)

performs following checks on all elements in goc1 and goc2

all elements given are periodic
masters of groups are valid (master pointer of group valid + have at least one child)
no duplicate master, slave pairs exists 4.

References ug::GridObjectCollection::begin(), ug::GridObjectCollection::end(), ug::GridObjectCollection::num_levels(), and UG_ASSERT.

Referenced by ug::IdentifySubsets().

◆ edge_created()

void ug::PeriodicBoundaryManager::edge_created	(	Grid *	grid,
		Edge *	e,
		GridObject *	pParent = `NULL`,
		bool	replacesParent = `false`
	)

virtual

Notified whenever a new element of the given type is created in the given grid.

Creation callbacks are called in the order in which the GridObservers were registered at the given grid.

If replacesParent is true, then pParent is of the same base type as the created object (e.g. in case of edge_created, the parent is an Edge*). This case usually appears, when a contraining object is replaced by a regular grid object if the same base type during refinement. The method is called with replacesParent == true by Grid::create_and_replace methods.

Please note: If replacesParent == true, then a call to OBJECT_to_be_erased(grid, pParent, obj) will follow (OBJECT and obj are pseudonyms for the concrete type).

Reimplemented from ug::GridObserver.

References handle_creation_cast_wrapper().

◆ edge_to_be_erased()

void ug::PeriodicBoundaryManager::edge_to_be_erased	(	Grid *	grid,
		Edge *	e,
		Edge *	replacedBy = `NULL`
	)

virtual

Notified whenever an element of the given type is erased from the given grid.

Erase callbacks are called in reverse order in which the GridObservers were registered at the given grid.

if replacedBy != NULL the erased object is only replaced by another grid object of the same base type. This usually happens when constraining objects are replaced by regular objects in refinements. (E.g. a constraining edge by become a regular Edge; note that both objects are of type Edge*).

Reimplemented from ug::GridObserver.

References handle_deletion().

◆ face_created()

void ug::PeriodicBoundaryManager::face_created	(	Grid *	grid,
		Face *	f,
		GridObject *	pParent = `NULL`,
		bool	replacesParent = `false`
	)

virtual

Notified whenever a new element of the given type is created in the given grid.

Creation callbacks are called in the order in which the GridObservers were registered at the given grid.

If replacesParent is true, then pParent is of the same base type as the created object (e.g. in case of edge_created, the parent is an Edge*). This case usually appears, when a contraining object is replaced by a regular grid object if the same base type during refinement. The method is called with replacesParent == true by Grid::create_and_replace methods.

Please note: If replacesParent == true, then a call to OBJECT_to_be_erased(grid, pParent, obj) will follow (OBJECT and obj are pseudonyms for the concrete type).

Reimplemented from ug::GridObserver.

References handle_creation_cast_wrapper().

◆ face_to_be_erased()

void ug::PeriodicBoundaryManager::face_to_be_erased	(	Grid *	grid,
		Face *	f,
		Face *	replacedBy = `NULL`
	)

virtual

Notified whenever an element of the given type is erased from the given grid.

Erase callbacks are called in reverse order in which the GridObservers were registered at the given grid.

if replacedBy != NULL the erased object is only replaced by another grid object of the same base type. This usually happens when constraining objects are replaced by regular objects in refinements. (E.g. a constraining edge by become a regular Edge; note that both objects are of type Edge*).

Reimplemented from ug::GridObserver.

References handle_deletion().

◆ get_grid()

Grid * ug::PeriodicBoundaryManager::get_grid ( ) const

References m_pGrid.

Referenced by check_elements_periodicity().

◆ get_group_accessor() [1/4]

template<>

Grid::AttachmentAccessor< Face, Attachment< PeriodicBoundaryManager::Group< Face > * > > & ug::PeriodicBoundaryManager::get_group_accessor ( )

References m_aaGroupVRT.

◆ get_group_accessor() [2/4]

template<class TElem >

Grid::AttachmentAccessor<TElem, Attachment<Group<TElem>* > >& ug::PeriodicBoundaryManager::get_group_accessor ( )

protected

◆ get_group_accessor() [3/4]

template<>

const Grid::AttachmentAccessor< Volume, Attachment< PeriodicBoundaryManager::Group< Volume > * > > & ug::PeriodicBoundaryManager::get_group_accessor ( ) const

References m_aaGroupVRT.

◆ get_group_accessor() [4/4]

template<class TElem >

const Grid::AttachmentAccessor<TElem, Attachment<Group<TElem>* > >& ug::PeriodicBoundaryManager::get_group_accessor ( ) const

protected

◆ get_periodic_status_accessor() [1/4]

template<>

Grid::AttachmentAccessor< Volume, Attachment< PeriodicBoundaryManager::PeriodicStatus > > & ug::PeriodicBoundaryManager::get_periodic_status_accessor ( )

References m_aaPeriodicStatusVRT.

◆ get_periodic_status_accessor() [2/4]

template<class TElem >

Grid::AttachmentAccessor<TElem, Attachment<PeriodicStatus> >& ug::PeriodicBoundaryManager::get_periodic_status_accessor ( )

protected

◆ get_periodic_status_accessor() [3/4]

template<>

const Grid::AttachmentAccessor< Volume, Attachment< PeriodicBoundaryManager::PeriodicStatus > > & ug::PeriodicBoundaryManager::get_periodic_status_accessor ( ) const

References m_aaPeriodicStatusVRT.

◆ get_periodic_status_accessor() [4/4]

template<class TElem >

const Grid::AttachmentAccessor<TElem, Attachment<PeriodicStatus> >& ug::PeriodicBoundaryManager::get_periodic_status_accessor ( ) const

protected

◆ grid_to_be_destroyed()

void ug::PeriodicBoundaryManager::grid_to_be_destroyed ( Grid * grid )

virtual

grid observation methods

delete groups

Reimplemented from ug::GridObserver.

References ug::MultiGrid::begin(), ug::MultiGrid::end(), is_master(), m_aaGroupEDG, m_aaGroupFCE, m_aaGroupVRT, m_pGrid, and set_grid().

◆ group()

template<class TElem >

PeriodicBoundaryManager::Group< TElem > * ug::PeriodicBoundaryManager::group ( TElem * e ) const

protected

References UG_ASSERT.

Referenced by handle_creation(), handle_deletion(), identify(), make_slave(), master(), print_identification(), remove_slave(), replace_parent(), and slaves().

◆ handle_creation()

template<class TElem , class TParent >

void ug::PeriodicBoundaryManager::handle_creation	(	TElem *	e,
		TParent *	pParent
	)

protected

◆ handle_creation_cast_wrapper()

template<class TElem >

void ug::PeriodicBoundaryManager::handle_creation_cast_wrapper	(	TElem *	e,
		GridObject *	parent,
		bool	replacesParent
	)

protected

casts parent pointer to exact type before calling handle_creation

References ug::GridObject::base_object_id(), ug::EDGE, ug::FACE, handle_creation(), replace_parent(), UG_THROW, ug::VERTEX, and ug::VOLUME.

Referenced by edge_created(), face_created(), and vertex_created().

◆ handle_deletion()

template<class TElem >

void ug::PeriodicBoundaryManager::handle_deletion	(	TElem *	e,
		TElem *	replacedBy
	)

protected

handles deletion of element type

References group(), is_master(), is_periodic(), is_slave(), make_master(), remove_group(), remove_slave(), UG_ASSERT, and UG_THROW.

Referenced by edge_to_be_erased(), face_to_be_erased(), and vertex_to_be_erased().

◆ identify()

template<class TElem >

void ug::PeriodicBoundaryManager::identify	(	TElem *	e1,
		TElem *	e2,
		IIdentifier &	i
	)

ATTENTION: method assumes, that e1 and e2 are matching! identifies element e1 with e2. If element type has sides, it will recursively ascend to the lowest dimension type (vertex) and identifies them.

Parameters

e1
e2
i	identifier to use to perform geometrical matching of elements

References ug::Grid::associated_elements(), group(), m_pGrid, make_slave(), master(), ug::IIdentifier::match(), merge_groups(), set_group(), and UG_THROW.

Referenced by ug::IdentifySubsets().

◆ is_master()

template<class TElem >

bool ug::PeriodicBoundaryManager::is_master ( TElem * e ) const

References P_MASTER.

Referenced by ug::DoFDistribution::add(), ug::ElementDebugInfo_IMPL(), grid_to_be_destroyed(), handle_deletion(), ug::mark_if_periodic(), and replace_parent().

◆ is_periodic()

template<class TElem >

bool ug::PeriodicBoundaryManager::is_periodic ( TElem * e ) const

References P_NOT_PERIODIC, and UG_THROW.

Referenced by ug::HangingNodeRefinerBase< TSelector >::add_hmark(), check_elements_periodicity(), handle_creation(), handle_deletion(), ug::mark_if_periodic(), ug::SurfaceView::mark_sides_as_surface_or_shadow(), and ug::HangingNodeRefinerBase< TSelector >::remove_hmark().

◆ is_slave()

template<class TElem >

bool ug::PeriodicBoundaryManager::is_slave ( TElem * e ) const

References p, P_SLAVE, and P_SLAVE_MASTER_UNKNOWN.

Referenced by ug::DoFDistribution::add(), ug::ElementDebugInfo_IMPL(), handle_deletion(), ug::AssembledMultiGridCycle< TDomain, TAlgebra >::init_index_mappings(), ug::PeriodicAttachmentAccessor< TElem, TAttachment >::operator[](), replace_parent(), and ug::SubtractValueFromComponent().

◆ make_master()

template<class TElem >

void ug::PeriodicBoundaryManager::make_master	(	Group< TElem > *	g,
		TElem *	e
	)

protected

References ug::PeriodicBoundaryManager::Group< TElem, Container >::m_master.

Referenced by handle_deletion().

◆ make_slave()

template<class TElem >

void ug::PeriodicBoundaryManager::make_slave	(	Group< TElem > *	g,
		TElem *	e
	)

protected

make element e slave of group g

References ug::PeriodicBoundaryManager::Group< TElem, Container >::add_slave(), ug::MultiGrid::get_level(), group(), ug::PeriodicBoundaryManager::Group< TElem, Container >::m_master, m_pGrid, remove_slave(), set_group(), UG_ASSERT, UG_LOG, and UG_THROW.

Referenced by handle_creation(), and identify().

◆ master()

template<class TElem >

TElem * ug::PeriodicBoundaryManager::master ( TElem * e ) const

References group().

Referenced by ug::HangingNodeRefinerBase< TSelector >::add_hmark(), check_elements_periodicity(), ug::ElementDebugInfo_IMPL(), identify(), ug::mark_if_periodic(), ug::SurfaceView::mark_sides_as_surface_or_shadow(), ug::PeriodicAttachmentAccessor< TElem, TAttachment >::operator[](), print_identification(), and ug::HangingNodeRefinerBase< TSelector >::remove_hmark().

◆ merge_groups()

template<class TElem >

void ug::PeriodicBoundaryManager::merge_groups	(	Group< TElem > *	g0,
		Group< TElem > *	g1
	)

protected

merges g1 in g0 and deletes g1 afterwards

References ug::PeriodicBoundaryManager::Group< TElem, Container >::add_slave(), ug::PeriodicBoundaryManager::Group< TElem, Container >::get_slaves(), ug::PeriodicBoundaryManager::Group< TElem, Container >::m_master, set_group(), and UG_ASSERT.

Referenced by identify().

◆ print_identification()

template<class TElem >

void ug::PeriodicBoundaryManager::print_identification

References ug::MultiGrid::begin(), ug::MultiGrid::end(), ug::MultiGrid::get_level(), ug::PeriodicBoundaryManager::Group< TElem, Container >::get_slaves(), ug::GetGridObjectCenter(), group(), ug::PeriodicBoundaryManager::Group< TElem, Container >::m_master, m_pGrid, master(), UG_ASSERT, and UG_LOG.

Referenced by ug::bridge::periodicBoundary::print_all_identifications().

◆ remove_group()

template<class TElem >

void ug::PeriodicBoundaryManager::remove_group ( Group< TElem > * g )

protected

References ug::PeriodicBoundaryManager::Group< TElem, Container >::get_slaves(), ug::PeriodicBoundaryManager::Group< TElem, Container >::m_master, s, and UG_ASSERT.

Referenced by handle_deletion(), and remove_slave().

◆ remove_slave()

template<class TElem >

bool ug::PeriodicBoundaryManager::remove_slave ( TElem * slave )

protected

References ug::find(), group(), remove_group(), s, slaves(), and UG_LOGN.

Referenced by handle_deletion(), and make_slave().

◆ replace_parent()

template<class TElem >

void ug::PeriodicBoundaryManager::replace_parent	(	TElem *	e,
		TElem *	pParent
	)

protected

replaces all group occurrances of pParent by the specified elem

TParent should be only of type Vertex, Edge, Face. Volumes are not meant to be periodic.

If replacesParent is true, e is meant to replace pParent

References group(), is_master(), is_slave(), ug::PeriodicBoundaryManager::Group< TElem, Container >::m_master, set_group(), and slaves().

Referenced by handle_creation_cast_wrapper().

◆ set_grid()

◆ set_group()

template<class TElem >

void ug::PeriodicBoundaryManager::set_group	(	Group< TElem > *	g,
		TElem *	e
	)

protected

References ug::PeriodicBoundaryManager::Group< TElem, Container >::m_master, P_MASTER, P_NOT_PERIODIC, P_SLAVE, and UG_ASSERT.

Referenced by handle_creation(), identify(), make_slave(), merge_groups(), and replace_parent().

◆ slaves()

template<class TElem >

PeriodicBoundaryManager::Group< TElem >::SlaveContainer * ug::PeriodicBoundaryManager::slaves ( TElem * e ) const

References group().

Referenced by ug::HangingNodeRefinerBase< TSelector >::add_hmark(), check_elements_periodicity(), ug::ElementDebugInfo_IMPL(), handle_creation(), ug::mark_if_periodic(), ug::SurfaceView::mark_sides_as_surface_or_shadow(), ug::HangingNodeRefinerBase< TSelector >::remove_hmark(), remove_slave(), and replace_parent().

◆ validity_check() [1/2]

void ug::PeriodicBoundaryManager::validity_check ( )

makes sure that all master/slave identifications are correct and that no unconnected masters or slaves exist. This method iterates over all elements of the grid and is thus rather expensive.

◆ validity_check() [2/2]

template<class elem_t >

void ug::PeriodicBoundaryManager::validity_check

protected

References ug::Grid::begin(), ug::ElementDebugInfo(), ug::Grid::end(), m_pGrid, P_MASTER, P_NOT_PERIODIC, P_SLAVE, P_SLAVE_MASTER_UNKNOWN, and UG_THROW.

◆ vertex_created()

void ug::PeriodicBoundaryManager::vertex_created	(	Grid *	grid,
		Vertex *	vrt,
		GridObject *	pParent = `NULL`,
		bool	replacesParent = `false`
	)

virtual

Notified whenever a new element of the given type is created in the given grid.

Creation callbacks are called in the order in which the GridObservers were registered at the given grid.

If replacesParent is true, then pParent is of the same base type as the created object (e.g. in case of edge_created, the parent is an Edge*). This case usually appears, when a contraining object is replaced by a regular grid object if the same base type during refinement. The method is called with replacesParent == true by Grid::create_and_replace methods.

Please note: If replacesParent == true, then a call to OBJECT_to_be_erased(grid, pParent, obj) will follow (OBJECT and obj are pseudonyms for the concrete type).

Reimplemented from ug::GridObserver.

References handle_creation_cast_wrapper().

◆ vertex_to_be_erased()

void ug::PeriodicBoundaryManager::vertex_to_be_erased	(	Grid *	grid,
		Vertex *	vrt,
		Vertex *	replacedBy = `NULL`
	)

virtual

Notified whenever an element of the given type is erased from the given grid.

Erase callbacks are called in reverse order in which the GridObservers were registered at the given grid.

if replacedBy != NULL the erased object is only replaced by another grid object of the same base type. This usually happens when constraining objects are replaced by regular objects in refinements. (E.g. a constraining edge by become a regular Edge; note that both objects are of type Edge*).

Reimplemented from ug::GridObserver.

References handle_deletion().

Member Data Documentation

◆ m_aaGroupEDG

Grid::AttachmentAccessor<Edge, Attachment<Group<Edge>* > > ug::PeriodicBoundaryManager::m_aaGroupEDG

protected

Referenced by grid_to_be_destroyed(), and set_grid().

◆ m_aaGroupFCE

Grid::AttachmentAccessor<Face, Attachment<Group<Face>* > > ug::PeriodicBoundaryManager::m_aaGroupFCE

protected

Referenced by grid_to_be_destroyed(), and set_grid().

◆ m_aaGroupVRT

Grid::AttachmentAccessor<Vertex, Attachment<Group<Vertex>* > > ug::PeriodicBoundaryManager::m_aaGroupVRT

protected

store subset handler of domain to lookup element subset ids

identifier mapping to subset indices stores IIdentifier pointers to subset index position to look them up in constant time. attachment accessors for Groups

Referenced by get_group_accessor(), grid_to_be_destroyed(), and set_grid().

◆ m_aaPeriodicStatusEDG

Grid::AttachmentAccessor<Edge, Attachment<PeriodicStatus> > ug::PeriodicBoundaryManager::m_aaPeriodicStatusEDG

protected

Referenced by set_grid().

◆ m_aaPeriodicStatusFCE

Grid::AttachmentAccessor<Face, Attachment<PeriodicStatus> > ug::PeriodicBoundaryManager::m_aaPeriodicStatusFCE

protected

Referenced by set_grid().

◆ m_aaPeriodicStatusVRT

Grid::AttachmentAccessor<Vertex, Attachment<PeriodicStatus> > ug::PeriodicBoundaryManager::m_aaPeriodicStatusVRT

protected

attachment accessors for PeriodicStatus

Referenced by get_periodic_status_accessor(), and set_grid().

◆ m_pGrid

MultiGrid* ug::PeriodicBoundaryManager::m_pGrid

protected

grid instance we operate on

Referenced by get_grid(), grid_to_be_destroyed(), handle_creation(), identify(), make_slave(), print_identification(), set_grid(), and validity_check().

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

ugbase/lib_grid/tools/periodic_boundary_manager.h
ugbase/lib_grid/tools/periodic_boundary_manager.cpp
ugbase/lib_grid/tools/periodic_boundary_manager_impl.hpp

Classes

Public Types

Public Member Functions

Protected Member Functions

Protected Attributes

Member Enumeration Documentation

◆ PeriodicStatus

Constructor & Destructor Documentation

◆ PeriodicBoundaryManager() [1/2]

◆ ~PeriodicBoundaryManager()

◆ PeriodicBoundaryManager() [2/2]

Member Function Documentation

◆ check_elements_periodicity()

◆ check_periodicity()

◆ edge_created()

◆ edge_to_be_erased()

◆ face_created()

◆ face_to_be_erased()

◆ get_grid()

◆ get_group_accessor() [1/4]

◆ get_group_accessor() [2/4]

◆ get_group_accessor() [3/4]

◆ get_group_accessor() [4/4]

◆ get_periodic_status_accessor() [1/4]

◆ get_periodic_status_accessor() [2/4]

◆ get_periodic_status_accessor() [3/4]

◆ get_periodic_status_accessor() [4/4]

◆ grid_to_be_destroyed()

◆ group()

◆ handle_creation()

◆ handle_creation_cast_wrapper()

◆ handle_deletion()

◆ identify()

◆ is_master()

◆ is_periodic()

◆ is_slave()

◆ make_master()

◆ make_slave()

◆ master()

◆ merge_groups()

◆ print_identification()

◆ remove_group()

◆ remove_slave()

◆ replace_parent()

◆ set_grid()

◆ set_group()

◆ slaves()

◆ validity_check() [1/2]

◆ validity_check() [2/2]

◆ vertex_created()

◆ vertex_to_be_erased()

Member Data Documentation

◆ m_aaGroupEDG

◆ m_aaGroupFCE

◆ m_aaGroupVRT

◆ m_aaPeriodicStatusEDG

◆ m_aaPeriodicStatusFCE

◆ m_aaPeriodicStatusVRT

◆ m_pGrid