Inheritance diagram for Arcane::IMesh:

Collaboration diagram for Arcane::IMesh:

Public Member Functions
virtual void	build ()=0
virtual String	factoryName () const =0
	Name of the factory used to create the mesh.
virtual ItemInternalList	itemsInternal (eItemKind)=0
	Internal array of mesh elements of type type.
virtual SharedVariableNodeReal3	sharedNodesCoordinates ()=0
	Node coordinates.
virtual void	checkValidMesh ()=0
	Check for the validity of internal mesh structures (internal).
virtual void	checkValidMeshFull ()=0
	Mesh validity check.
virtual void	synchronizeGroupsAndVariables ()=0
	Synchronizes all mesh groups and variables.
virtual bool	isAllocated ()=0
	True if the mesh is allocated.
virtual Int64	timestamp ()=0
	Counter indicating the time of the last mesh modification.
	ARCANE_DEPRECATED_LONG_TERM ("Y2020: Do not use this method. Try to get 'ISubDomain' from another way") virtual ISubDomain *subDomain()=0
	Associated subdomain.
virtual IParallelMng *	parallelMng ()=0
	Parallelism manager.
virtual VariableScalarInteger	connectivity ()=0
	Connectivity descriptor.
virtual CellGroup	allActiveCells ()=0
virtual CellGroup	ownActiveCells ()=0
	Group of all active cells specific to the domain.
virtual CellGroup	allLevelCells (const Integer &level)=0
	Group of all cells of level `level`.
virtual CellGroup	ownLevelCells (const Integer &level)=0
	Group of all cells specific to the domain of level `level`.
virtual FaceGroup	allActiveFaces ()=0
	Group of all active faces.
virtual FaceGroup	ownActiveFaces ()=0
	Group of all active faces specific to the domain.
virtual FaceGroup	innerActiveFaces ()=0
	Group of all active faces.
virtual FaceGroup	outerActiveFaces ()=0
	Group of all active faces on the boundary.
virtual ItemGroupCollection	groups ()=0
	List of groups.
virtual ItemGroup	findGroup (const String &name)=0
	Returns the group with name name or a null group if none exists.
virtual void	destroyGroups ()=0
	Destroys all groups of all families.
virtual MeshItemInternalList *	meshItemInternalList ()=0
virtual void	updateGhostLayers (bool remove_old_ghost)=0
virtual ARCANE_DEPRECATED_240 void	serializeCells (ISerializer *buffer, Int32ConstArrayView cells_local_id)=0
virtual void	prepareForDump ()=0
	Prepares the instance for dumping.
virtual void	initializeVariables (const XmlNode &init_node)=0
	Initializes variables with values from the configuration file (internal).
virtual void	setCheckLevel (Integer level)=0
	Sets the mesh check level.
virtual Integer	checkLevel () const =0
	Current check level.
virtual bool	isDynamic () const =0
	Indicates if the mesh is dynamic (can evolve).
virtual bool	isAmrActivated () const =0
Management of semi-conforming interfaces
virtual void	computeTiedInterfaces (const XmlNode &mesh_node)=0
	Determines the semi-conforming interfaces.
virtual bool	hasTiedInterface ()=0
	True if semi-conforming interfaces exist in the mesh.
virtual TiedInterfaceCollection	tiedInterfaces ()=0
	List of semi-conforming interfaces.
virtual IMeshPartitionConstraintMng *	partitionConstraintMng ()=0
	Manager of partitioning constraints associated with this mesh.
virtual IMeshUtilities *	utilities ()=0
	Associated utility functions interface.
virtual Properties *	properties ()=0
	Properties associated with this mesh.
virtual IMeshModifier *	modifier ()=0
	Associated modifier interface.
virtual VariableNodeReal3 &	nodesCoordinates ()=0
	Node coordinates.
virtual void	defineParentForBuild (IMesh *mesh, ItemGroup group)=0
	Defines the parent mesh and group.
virtual IMesh *	parentMesh () const =0
	Access to the parent mesh.
virtual ItemGroup	parentGroup () const =0
	Parent group.
virtual void	addChildMesh (IMesh *sub_mesh)=0
	Adds a sub-mesh to the parent mesh.
virtual MeshCollection	childMeshes () const =0
	List of sub-meshes of the current mesh.
virtual bool	isPrimaryMesh () const =0
	Indicates if the instance is a primary mesh.
virtual IPrimaryMesh *	toPrimaryMesh ()=0
	Returns the instance in the form of an IPrimaryMesh.
virtual IUserDataList *	userDataList ()=0
	Associated user data manager.
virtual const IUserDataList *	userDataList () const =0
	Associated user data manager.
virtual IGhostLayerMng *	ghostLayerMng () const =0
	Associated ghost layer manager.
virtual IMeshUniqueIdMng *	meshUniqueIdMng () const =0
	Unique ID numbering manager.
virtual IMeshChecker *	checker () const =0
	Checker interface.
virtual const MeshPartInfo &	meshPartInfo () const =0
	Mesh part information.
virtual bool	useMeshItemFamilyDependencies () const =0
	check if the network itemFamily dependencies is activated
virtual IItemFamilyNetwork *	itemFamilyNetwork ()=0
	Family network interface (connected families).
virtual IIndexedIncrementalItemConnectivityMng *	indexedConnectivityMng ()=0
	Interface of the indexed incremental connectivity manager.
virtual const MeshKind	meshKind () const =0
	Mesh characteristics.
virtual EventObservable< const MeshEventArgs & > &	eventObservable (eMeshEventType type)=0
	Observable for an event.
virtual IMeshCompactMng *	_compactMng ()=0
virtual InternalConnectivityPolicy	_connectivityPolicy () const =0
	Connectivity usage policy.
virtual IMeshMng *	meshMng () const =0
	Associated mesh manager.
virtual IVariableMng *	variableMng () const =0
	Associated variable manager.
virtual ItemTypeMng *	itemTypeMng () const =0
	Associated entity type manager.
virtual void	computeSynchronizeInfos ()=0
	Recalculates synchronization information.
virtual IMeshInternal *	_internalApi ()=0
	Internal Arcane API.
Public Member Functions inherited from Arcane::IMeshBase
virtual MeshHandle	handle () const =0
	Handle on this mesh.
virtual String	name () const =0
	Mesh name.
virtual Integer	nbNode ()=0
	Number of mesh nodes.
virtual Integer	nbEdge ()=0
	Number of mesh edges.
virtual Integer	nbFace ()=0
	Number of mesh faces.
virtual Integer	nbCell ()=0
	Number of mesh cells.
virtual Integer	nbItem (eItemKind ik)=0
	Number of elements of type ik.
virtual ITraceMng *	traceMng ()=0
	Associated message manager.
virtual Integer	dimension ()=0
	Mesh dimension (1D, 2D, or 3D).
virtual NodeGroup	allNodes ()=0
	Group of all nodes.
virtual EdgeGroup	allEdges ()=0
	Group of all edges.
virtual FaceGroup	allFaces ()=0
	Group of all faces.
virtual CellGroup	allCells ()=0
	Group of all cells.
virtual NodeGroup	ownNodes ()=0
	Group of all domain-specific nodes.
virtual EdgeGroup	ownEdges ()=0
	Group of all domain-specific edges.
virtual FaceGroup	ownFaces ()=0
	Group of all domain-specific faces.
virtual CellGroup	ownCells ()=0
	Group of all domain-specific cells.
virtual FaceGroup	outerFaces ()=0
	Group of all faces on the boundary.
virtual IItemFamily *	createItemFamily (eItemKind ik, const String &name)=0
	Create a particle family named name.
virtual IItemFamily *	findItemFamily (eItemKind ik, const String &name, bool create_if_needed=false, bool register_modifier_if_created=false)=0
	Returns the family named name.
virtual IItemFamily *	findItemFamily (const String &name, bool throw_exception=false)=0
	Returns the family named name.
virtual IItemFamilyModifier *	findItemFamilyModifier (eItemKind ik, const String &name)=0
	Returns the IItemFamilyModifier interface for the family named name and of type ik.
virtual IItemFamily *	itemFamily (eItemKind ik)=0
	Returns the entity family of type ik.
virtual IItemFamily *	nodeFamily ()=0
	Returns the node family.
virtual IItemFamily *	edgeFamily ()=0
	Returns the edge family.
virtual IItemFamily *	faceFamily ()=0
	Returns the face family.
virtual IItemFamily *	cellFamily ()=0
	Returns the cell family.
virtual IItemFamilyCollection	itemFamilies ()=0

Detailed Description

Interface of a mesh.

There are two types of meshes that implement this interface:

primary meshes, which also implement the IPrimaryMesh interface and which can be created dynamically or by reading a file
secondary meshes which depend on a primary mesh and which represent a subset of the primary mesh.

A mesh is composed of a set of entities (Item), such as nodes (Node), edges (Edge), faces (Face), or cells (Cell). It is also possible to associate other types of entities, such as particles (Particle).

Entities of the same type are managed in a family (IItemFamily).

A mesh has a dimension, retrievable via dimension(), which can be 1, 2, or 3. The dimension is only used to indicate the dimension of Cell elements, i.e., 1D, 2D, or 3D.

To create a mesh, you must refer to the IPrimaryMesh interface.

Definition at line 58 of file IMesh.h.

Member Function Documentation

◆ _compactMng()

virtual IMeshCompactMng * Arcane::IMesh::_compactMng ( )

pure virtual

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References _compactMng().

Referenced by Arcane::mesh::ItemFamily::_compactItems(), and _compactMng().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ _connectivityPolicy()

virtual InternalConnectivityPolicy Arcane::IMesh::_connectivityPolicy ( ) const

pure virtual

Connectivity usage policy.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References _connectivityPolicy().

Referenced by _connectivityPolicy().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ _internalApi()

virtual IMeshInternal * Arcane::IMesh::_internalApi ( )

pure virtual

Internal Arcane API.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References _internalApi().

Referenced by _internalApi().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ addChildMesh()

virtual void Arcane::IMesh::addChildMesh ( IMesh * sub_mesh )

pure virtual

Adds a sub-mesh to the parent mesh.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References addChildMesh().

Referenced by addChildMesh().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ allActiveCells()

virtual CellGroup Arcane::IMesh::allActiveCells ( )

pure virtual

AMR Group of all active cells

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References allActiveCells().

Referenced by allActiveCells().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ allActiveFaces()

virtual FaceGroup Arcane::IMesh::allActiveFaces ( )

pure virtual

Group of all active faces.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References allActiveFaces().

Referenced by allActiveFaces().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ allLevelCells()

virtual CellGroup Arcane::IMesh::allLevelCells ( const Integer & level )

pure virtual

Group of all cells of level level.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References allLevelCells().

Referenced by allLevelCells().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ build()

virtual void Arcane::IMesh::build ( )

pure virtual

Implemented in Arcane::mesh::DynamicMesh.

◆ checker()

virtual IMeshChecker * Arcane::IMesh::checker ( ) const

pure virtual

Checker interface.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References checker().

Referenced by checker().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ checkLevel()

virtual Integer Arcane::IMesh::checkLevel ( ) const

pure virtual

Current check level.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References checkLevel().

Referenced by checkLevel().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ checkValidMesh()

virtual void Arcane::IMesh::checkValidMesh ( )

pure virtual

Check for the validity of internal mesh structures (internal).

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

Referenced by Arcane::SubDomain::readOrReloadMeshes().

Here is the caller graph for this function:

◆ checkValidMeshFull()

virtual void Arcane::IMesh::checkValidMeshFull ( )

pure virtual

Mesh validity check.

This is a global check across all subdomains.

It notably checks that connectivity is consistent between subdomains.

The check can be quite CPU intensive. This method is collective.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

◆ childMeshes()

virtual MeshCollection Arcane::IMesh::childMeshes ( ) const

pure virtual

List of sub-meshes of the current mesh.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References childMeshes().

Referenced by childMeshes().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ computeSynchronizeInfos()

virtual void Arcane::IMesh::computeSynchronizeInfos ( )

pure virtual

Recalculates synchronization information.

This operation is collective.

Normally this is done automatically by Arcane when it is necessary. However, it can happen following certain internal modifications that the information for synchronization needs to be manually updated.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References computeSynchronizeInfos().

Referenced by computeSynchronizeInfos().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ computeTiedInterfaces()

virtual void Arcane::IMesh::computeTiedInterfaces ( const XmlNode & mesh_node )

pure virtual

Determines the semi-conforming interfaces.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References computeTiedInterfaces().

Referenced by computeTiedInterfaces().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ connectivity()

virtual VariableScalarInteger Arcane::IMesh::connectivity ( )

pure virtual

Connectivity descriptor.

This object allows reading/modifying connectivity

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References connectivity().

Referenced by connectivity().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ defineParentForBuild()

virtual void Arcane::IMesh::defineParentForBuild	(	IMesh *	mesh,
		ItemGroup	group )

pure virtual

Defines the parent mesh and group.

Must be set on the mesh being constructed before the build() phase

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References defineParentForBuild().

Referenced by defineParentForBuild().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ destroyGroups()

virtual void Arcane::IMesh::destroyGroups ( )

pure virtual

Destroys all groups of all families.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References destroyGroups().

Referenced by destroyGroups().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ eventObservable()

virtual EventObservable< const MeshEventArgs & > & Arcane::IMesh::eventObservable ( eMeshEventType type )

pure virtual

Observable for an event.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::PolyhedralMesh.

References eventObservable().

Referenced by eventObservable().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ factoryName()

virtual String Arcane::IMesh::factoryName ( ) const

pure virtual

Name of the factory used to create the mesh.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

◆ findGroup()

virtual ItemGroup Arcane::IMesh::findGroup ( const String & name )

pure virtual

Returns the group with name name or a null group if none exists.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References findGroup(), and Arcane::IMeshBase::name().

Referenced by findGroup().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ghostLayerMng()

virtual IGhostLayerMng * Arcane::IMesh::ghostLayerMng ( ) const

pure virtual

Associated ghost layer manager.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References ghostLayerMng().

Referenced by ghostLayerMng().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ groups()

virtual ItemGroupCollection Arcane::IMesh::groups ( )

pure virtual

List of groups.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References groups().

Referenced by groups().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ hasTiedInterface()

virtual bool Arcane::IMesh::hasTiedInterface ( )

pure virtual

True if semi-conforming interfaces exist in the mesh.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References hasTiedInterface().

Referenced by hasTiedInterface().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ indexedConnectivityMng()

virtual IIndexedIncrementalItemConnectivityMng * Arcane::IMesh::indexedConnectivityMng ( )

pure virtual

Interface of the indexed incremental connectivity manager.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References indexedConnectivityMng().

Referenced by indexedConnectivityMng().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ initializeVariables()

virtual void Arcane::IMesh::initializeVariables ( const XmlNode & init_node )

pure virtual

Initializes variables with values from the configuration file (internal).

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References initializeVariables().

Referenced by initializeVariables().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ innerActiveFaces()

virtual FaceGroup Arcane::IMesh::innerActiveFaces ( )

pure virtual

Group of all active faces.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References innerActiveFaces().

Referenced by innerActiveFaces().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ isAllocated()

virtual bool Arcane::IMesh::isAllocated ( )

pure virtual

True if the mesh is allocated.

A mesh is allocated as soon as an entity has been added, by allocateCells(), or reloadMesh()

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

◆ isAmrActivated()

virtual bool Arcane::IMesh::isAmrActivated ( ) const

pure virtual

Implemented in Arcane::mesh::DynamicMesh.

◆ isDynamic()

virtual bool Arcane::IMesh::isDynamic ( ) const

pure virtual

Indicates if the mesh is dynamic (can evolve).

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References isDynamic().

Referenced by isDynamic().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ isPrimaryMesh()

virtual bool Arcane::IMesh::isPrimaryMesh ( ) const

pure virtual

Indicates if the instance is a primary mesh.

To be a primary mesh, the instance must be convertible to an IPrimaryMesh and not be a sub-mesh, meaning it does not have a parent mesh (parentMesh()==nullptr).

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References isPrimaryMesh().

Referenced by isPrimaryMesh().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ itemFamilyNetwork()

virtual IItemFamilyNetwork * Arcane::IMesh::itemFamilyNetwork ( )

pure virtual

Family network interface (connected families).

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References itemFamilyNetwork().

Referenced by itemFamilyNetwork().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ itemsInternal()

virtual ItemInternalList Arcane::IMesh::itemsInternal ( eItemKind )

pure virtual

Internal array of mesh elements of type type.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

◆ itemTypeMng()

virtual ItemTypeMng * Arcane::IMesh::itemTypeMng ( ) const

pure virtual

Associated entity type manager.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References itemTypeMng().

Referenced by Arcane::DumpWEnsight7::_computeGroupParts(), itemTypeMng(), and Arcane::mesh::ItemFamily::readFromDump().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ meshKind()

virtual const MeshKind Arcane::IMesh::meshKind ( ) const

pure virtual

Mesh characteristics.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::PolyhedralMesh.

References meshKind().

Referenced by meshKind().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ meshMng()

virtual IMeshMng * Arcane::IMesh::meshMng ( ) const

pure virtual

Associated mesh manager.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References meshMng().

Referenced by meshMng().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ meshPartInfo()

virtual const MeshPartInfo & Arcane::IMesh::meshPartInfo ( ) const

pure virtual

Mesh part information.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References meshPartInfo().

Referenced by Arcane::ItemPrinter::Internal::_printErrors(), meshPartInfo(), and Arcane::ItemGroupImpl::removeAddItems().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ meshUniqueIdMng()

virtual IMeshUniqueIdMng * Arcane::IMesh::meshUniqueIdMng ( ) const

pure virtual

Unique ID numbering manager.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References meshUniqueIdMng().

Referenced by meshUniqueIdMng().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ modifier()

virtual IMeshModifier * Arcane::IMesh::modifier ( )

pure virtual

Associated modifier interface.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References modifier().

Referenced by modifier().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ nodesCoordinates()

virtual VariableNodeReal3 & Arcane::IMesh::nodesCoordinates ( )

pure virtual

Node coordinates.

Returns a native array (not shared like SharedVariable) of coordinates. This call is only valid on a primary mesh (not a sub-mesh).

Implemented in Arcane::IPrimaryMesh, Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References nodesCoordinates().

Referenced by nodesCoordinates().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ outerActiveFaces()

virtual FaceGroup Arcane::IMesh::outerActiveFaces ( )

pure virtual

Group of all active faces on the boundary.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References outerActiveFaces().

Referenced by outerActiveFaces().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ownActiveCells()

virtual CellGroup Arcane::IMesh::ownActiveCells ( )

pure virtual

Group of all active cells specific to the domain.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References ownActiveCells().

Referenced by ownActiveCells().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ownActiveFaces()

virtual FaceGroup Arcane::IMesh::ownActiveFaces ( )

pure virtual

Group of all active faces specific to the domain.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References ownActiveFaces().

Referenced by ownActiveFaces().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ownLevelCells()

virtual CellGroup Arcane::IMesh::ownLevelCells ( const Integer & level )

pure virtual

Group of all cells specific to the domain of level level.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References ownLevelCells().

Referenced by ownLevelCells().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ parallelMng()

virtual IParallelMng * Arcane::IMesh::parallelMng ( )

pure virtual

Parallelism manager.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References parallelMng().

Referenced by Arcane::mesh::BasicParticleExchanger::initialize(), parallelMng(), and Arcane::Hdf5VariableInfoBase::writeGroup().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ parentGroup()

virtual ItemGroup Arcane::IMesh::parentGroup ( ) const

pure virtual

Parent group.

Returns the null group if the mesh has no parent.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References parentGroup().

Referenced by parentGroup().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ parentMesh()

virtual IMesh * Arcane::IMesh::parentMesh ( ) const

pure virtual

Access to the parent mesh.

Returns nullptr if the mesh does not have a parent mesh.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References parentMesh().

Referenced by parentMesh().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ partitionConstraintMng()

virtual IMeshPartitionConstraintMng * Arcane::IMesh::partitionConstraintMng ( )

pure virtual

Manager of partitioning constraints associated with this mesh.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References partitionConstraintMng().

Referenced by partitionConstraintMng().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ prepareForDump()

virtual void Arcane::IMesh::prepareForDump ( )

pure virtual

Prepares the instance for dumping.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References prepareForDump().

Referenced by Arcane::TimeLoopMng::doOneIteration(), and prepareForDump().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ properties()

virtual Properties * Arcane::IMesh::properties ( )

pure virtual

Properties associated with this mesh.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References properties().

Referenced by properties().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ serializeCells()

virtual ARCANE_DEPRECATED_240 void Arcane::IMesh::serializeCells	(	ISerializer *	buffer,
		Int32ConstArrayView	cells_local_id )

pure virtual

Deprecated: Use IMesh::cellFamily()->policyMng()->createSerializer() instead.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References serializeCells().

Referenced by serializeCells().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ setCheckLevel()

virtual void Arcane::IMesh::setCheckLevel ( Integer level )

pure virtual

Sets the mesh check level.

0 - tests disabled 1 - partial tests, after endUpdate() 2 - full tests, after endUpdate()

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References setCheckLevel().

Referenced by setCheckLevel().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ sharedNodesCoordinates()

virtual SharedVariableNodeReal3 Arcane::IMesh::sharedNodesCoordinates ( )

pure virtual

Node coordinates.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

◆ synchronizeGroupsAndVariables()

virtual void Arcane::IMesh::synchronizeGroupsAndVariables ( )

pure virtual

Synchronizes all mesh groups and variables.

This operation is collective

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

◆ tiedInterfaces()

virtual TiedInterfaceCollection Arcane::IMesh::tiedInterfaces ( )

pure virtual

List of semi-conforming interfaces.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References tiedInterfaces().

Referenced by tiedInterfaces().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ timestamp()

virtual Int64 Arcane::IMesh::timestamp ( )

pure virtual

Counter indicating the time of the last mesh modification.

This counter increases with every call to endUpdate(). It is 0 upon initialization. It allows, for example, checking if the mesh topology has changed between two parts of the code.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

◆ toPrimaryMesh()

virtual IPrimaryMesh * Arcane::IMesh::toPrimaryMesh ( )

pure virtual

Returns the instance in the form of an IPrimaryMesh.

Throws a BadCastException if the instance is not of type IPrimaryMesh and if isPrimaryMesh() is false.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References toPrimaryMesh().

Referenced by Arcane::SplitSDMeshPartitioner::ConnexifieDomaine(), Arcane::SplitSDMeshPartitioner::Equil2Dom(), Arcane::SplitSDMeshPartitioner::Equilibrage(), Arcane::mesh::MeshExchangeMng::mesh(), Arcane::mesh::MeshExchanger::mesh(), Arcane::MeshPartitionerTester::partitionMesh(), Arcane::SimpleGridMeshPartitioner::partitionMesh(), Arcane::IMeshPartitioner::primaryMesh(), and toPrimaryMesh().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ useMeshItemFamilyDependencies()

virtual bool Arcane::IMesh::useMeshItemFamilyDependencies ( ) const

pure virtual

check if the network itemFamily dependencies is activated

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References useMeshItemFamilyDependencies().

Referenced by useMeshItemFamilyDependencies().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ userDataList() [1/2]

virtual const IUserDataList * Arcane::IMesh::userDataList ( ) const

pure virtual

Associated user data manager.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References userDataList().

Here is the call graph for this function:

◆ userDataList() [2/2]

virtual IUserDataList * Arcane::IMesh::userDataList ( )

pure virtual

Associated user data manager.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References userDataList().

Referenced by userDataList(), and userDataList().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ utilities()

virtual IMeshUtilities * Arcane::IMesh::utilities ( )

pure virtual

Associated utility functions interface.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References utilities().

Referenced by Arcane::mesh::ItemFamily::findAdjacencyItems(), and utilities().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ variableMng()

virtual IVariableMng * Arcane::IMesh::variableMng ( ) const

pure virtual

Associated variable manager.

Implemented in Arcane::mesh::DynamicMesh, and Arcane::mesh::EmptyMesh.

References variableMng().

Referenced by variableMng().

Here is the call graph for this function:

Here is the caller graph for this function:

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

IMesh.h

Public Member Functions

Detailed Description

Member Function Documentation

◆ _compactMng()

◆ _connectivityPolicy()

◆ _internalApi()

◆ addChildMesh()

◆ allActiveCells()

◆ allActiveFaces()

◆ allLevelCells()

◆ build()

◆ checker()

◆ checkLevel()

◆ checkValidMesh()

◆ checkValidMeshFull()

◆ childMeshes()

◆ computeSynchronizeInfos()

◆ computeTiedInterfaces()

◆ connectivity()

◆ defineParentForBuild()

◆ destroyGroups()

◆ eventObservable()

◆ factoryName()

◆ findGroup()

◆ ghostLayerMng()

◆ groups()

◆ hasTiedInterface()

◆ indexedConnectivityMng()

◆ initializeVariables()

◆ innerActiveFaces()

◆ isAllocated()

◆ isAmrActivated()

◆ isDynamic()

◆ isPrimaryMesh()

◆ itemFamilyNetwork()

◆ itemsInternal()

◆ itemTypeMng()

◆ meshKind()

◆ meshMng()

◆ meshPartInfo()

◆ meshUniqueIdMng()

◆ modifier()

◆ nodesCoordinates()

◆ outerActiveFaces()

◆ ownActiveCells()

◆ ownActiveFaces()

◆ ownLevelCells()

◆ parallelMng()

◆ parentGroup()

◆ parentMesh()

◆ partitionConstraintMng()

◆ prepareForDump()

◆ properties()

◆ serializeCells()

◆ setCheckLevel()

◆ sharedNodesCoordinates()

◆ synchronizeGroupsAndVariables()

◆ tiedInterfaces()

◆ timestamp()

◆ toPrimaryMesh()

◆ useMeshItemFamilyDependencies()

◆ userDataList() [1/2]

◆ userDataList() [2/2]

◆ utilities()

◆ variableMng()