#include <Mesh/DataStructures/MeshModelInterface/meshmodelinterface.h>

Inheritance diagram for TypedMeshModelInterface< Derived >:

Public Member Functions
DataExecution::DataObject *	createDownCastTypedObject () override

const DataExecution::DataFactory &	getFactory () const override

Public Member Functions inherited from MeshModelInterface
	~MeshModelInterface () override

bool	assignFrom (const MeshModelInterface &other, bool allowPartialAssign=false)

virtual ElementType::List	attachmentInfoExistsFor () const =0

virtual bool	attachmentInfoExistsFor (const ElementType::Type &elementType) const =0

virtual void	clear (bool removeAllStates=true)

MeshModelInterface *	clone () const override=0

virtual DataExecution::DataObject *	createDownCastTypedObject ()=0

void	discardAllAttachmentInfo ()

virtual void	discardAttachmentInfo (const ElementType::Type &elementType)=0

virtual void	emptyTrash ()=0

virtual bool	generateAttachmentInfo (const ElementType::Type &elementType)=0

virtual ElementHandleList	getAttachedElements (const ElementType::Type &elementType, const NodeHandle &node) const =0

virtual NodeHandleList	getAttachedNodes (const ElementType::Type &elementType, const NodeHandle &node) const

template<typename T >
MeshElementsInterface &	getElements ()

template<typename T >
const MeshElementsInterface &	getElements () const

virtual const MeshElementsInterface &	getElements (const ElementType::Type &type) const =0

virtual MeshElementsInterface &	getElements (const ElementType::Type &type)=0

virtual ElementType::List	getElementTypesPresentInModel () const =0

ElementType::List	getElementTypesPresentOrWithStates () const

virtual ElementType::List	getElementTypesWithStatesDefined () const =0

virtual const DataExecution::DataFactory &	getFactory () const =0

MetaData &	getMetaData ()

const MetaData &	getMetaData () const

virtual const MeshNodesInterface &	getNodes () const =0

virtual MeshNodesInterface &	getNodes ()=0

virtual bool	isElementTypeSupported (const ElementType::Type &type) const =0

virtual bool	isOrganised () const

virtual bool	load (MeshSerializer &serializer)

virtual bool	makeUnorganised ()

virtual bool	save (MeshSerializer &serializer) const

void	setMetaData (const MetaData &val)

Public Member Functions inherited from Clonable
virtual	~Clonable ()=default

virtual Clonable *	clone () const =0

Protected Member Functions
	TypedMeshModelInterface ()

	TypedMeshModelInterface (const TypedMeshModelInterface &other)

Protected Member Functions inherited from MeshModelInterface
virtual bool	fastAssignFrom (const MeshModelInterface &other)=0

Additional Inherited Members
Public Types inherited from MeshModelInterface
using	int_type = qint32

using	MetaData = DataExecution::ObjectDictionary

typedef ItemHandle::size_type	size_type

Static Public Member Functions inherited from MeshModelInterface
static MeshModelInterface *	createDefault ()

Constructor & Destructor Documentation

◆ TypedMeshModelInterface() [1/2]

TypedMeshModelInterface ( )

inlineprotected

◆ TypedMeshModelInterface() [2/2]

TypedMeshModelInterface ( const TypedMeshModelInterface< Derived > & other )

inlineprotected

Member Function Documentation

◆ createDownCastTypedObject()

DataExecution::DataObject * createDownCastTypedObject ( )

inlineoverridevirtual

Convenience method for constructing subclass data object types. Useful for when the implementation type is unknown to the developer at compile time but must match another interface of the same type.

Returns: A newly constructed data object of the derived class type.

Note: The caller is responsible for deleting the object.

Implements MeshModelInterface.

◆ getFactory()

const DataExecution::DataFactory & getFactory ( ) const

inlineoverridevirtual

Client code can use this method to determine the specific derived type of MeshModelInterface this object is.

Returns: The actual derived type of this interface.