A base class used to implement the common part between GmBoundaryCondition and GmContactBoundaryCondition. Should NOT be instanced directly. More...

#include <gmBoundaryCondition.h>

Inheritance diagram for GmBoundaryConditionBase:

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Collaboration diagram for GmBoundaryConditionBase:

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Public Types
enum	BcType { GM_BC_NODE, GM_BC_EDGE, GM_BC_FACE, GM_BC_CELL }
	Boundary condition type defining where a BC is applied (node, edge or face) More...

Public Member Functions
virtual	~GmBoundaryConditionBase ()
	Destructor.

QString	id () const
	Returns the boundary condition name.

QString	description () const
	Returns the boundary condition description.

QString	type () const
	Returns the boundary condition type, to be interpreted by a physics object.

GmMesh *	mesh () const
	Returns the mesh that this boundary conditions are tied to.

BcType	bcType () const
	Returns the type of bc, defining if the bc should be applied over nodes, edges or faces.

int	numValues () const
	Returns the number of boundary conditions (lines) stored in the object.

int	numProperties () const
	Returns the number of properties (columns) stored for each condition in the object.

QStringList	propertyIds () const
	Returns the ids of the properties stored in this object (no special order is enforced)

GmValueInfo *	propertyInfo (QString propertyId) const
	Returns metadata information about a property or NULL if the property doesn't exists.

bool	addProperty (GmValueInfo info, GmSimulationData data, const GmLogCategory &logger)
	Creates a new property for storing data associated with the metadata information received as a parameter in 'info'. More...

int	numNodes (int bcIndex) const
	Returns the number of nodes over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_NODE. The parameter bcIndex should be a value between 0 and numValues()-1;. More...

int	node (int bcIndex, int nodeIndex) const
	Returns a node from the list with node numbers over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_NODE. The parameter bcIndex should be a value between 0 and numValues()-1. The nodeIndex parameter should be a value between 0 and numNodes(bcIndex) - 1. More...

GmCell *	cell (int bcIndex) const
	Returns the cell over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_CELL. The parameter bcIndex should be a value between 0 and numValues()-1;.

int	numBoundaryCells (int bcIndex) const
	Returns the number of cells over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_EDGE or GM_BC_FACE. The parameter bcIndex should be a value between 0 and numValues()-1;. More...

GmCell *	boundaryCell (int bcIndex, int cellIndex) const
	Returns a cell from the list with (cell, border) pairs over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_EDGE or GM_BC_FACE. The parameter bcIndex should be a value between 0 and numValues()-1. The cellIndex parameter should be a value between 0 and numBoundaryCells(bcIndex) - 1.

int	boundaryCellBorder (int bcIndex, int cellIndex) const
	Returns a border index from the list with (cell, border) pairs over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_EDGE or GM_BC_FACE. The parameter bcIndex should be a value between 0 and numValues()-1. The cellIndex parameter should be a value between 0 and numBoundaryCells(bcIndex) - 1.

const GmCellBoundary *	boundary (int bcIndex) const
	Returns the boundary over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_EDGE, GM_BC_FACE or GM_BC_NODE and will return NULL if the bc was not defined by a boundary object. The parameter bcIndex should be a value between 0 and numValues()-1;. More...

GmCellBoundary *	boundary (int bcIndex)
	Overload of the homonimous const version.

const GmNodeSet *	nodeSet (int bcIndex) const
	Returns the node set over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_NODE and will return NULL if the bc was not definied by a node set. The parameter bcIndex should be a value between 0 and numValues()-1;. More...

GmNodeSet *	nodeSet (int bcIndex)
	Overload of the homonimous const version.

void	clear ()
	Clears BC application point data, including attribute values associated with application point lines. More...

void	setNode (int bcIndex, int node)
	Set the node index associated with condition 'bcIndex'. More...

void	setNode (int bcIndex, GmCellBoundary *boundary)
	Set the list of nodes associated with condition 'bcIndex' from a boundary object. Can be used only for objects with bcType() == GM_BC_NODE. More...

void	setNode (int bcIndex, GmNodeSet *nodeSet)
	Set the list of nodes associated with condition 'bcIndex' from a node set object. Can be used only for objects with bcType() == GM_BC_NODE. More...

void	setNode (int bcIndex, int numNodes, int *nodes)
	Set the list of nodes associated with condition 'bcIndex' from a list of nodes. Can be used only for objects with bcType() == GM_BC_NODE. More...

void	setCell (int bcIndex, int cell)
	Set the cell index associated with condition 'bcIndex'. Can be used only for objects with bcType() == GM_BC_CELL. More...

void	setBoundary (int bcIndex, int cell, int border)
	Set the boundary associated with condition 'bcIndex'. Can be used only for objects with bcType() == GM_BC_EDGE or GM_BC_FACE. More...

void	setBoundary (int bcIndex, GmCellBoundary *boundary)
	Set the boundary associated with condition 'bcIndex'. Can be used only for objects with bcType() == GM_BC_EDGE or GM_BC_FACE. More...

void	setBoundary (int bcIndex, int numCells, int cells, int borders)
	Set the boundary associated with condition 'bcIndex'. Can be used only for objects with bcType() == GM_BC_EDGE or GM_BC_FACE. More...

void	reloadNodeBoundaryData (int bcIndex)
	Reloads node information for a NODE boundary condition specified via a border object. Needed for the boundary condition to recognize changes in a border contents.

int	addLines (int n=1)
	Adds 'n' new lines to the boundary condition table. More...

void	removeLines (int bcIndex, int n=1)
	Removes n boundary condition lines, starting at bcIndex.

int	addNodeLine (int node)
	Adds a new boundary condition line to a GM_BC_NODE object, filling the node information. Property values (when tied to application points) should be filled by using accessors. Returns the index of the added line or -1 on error. Equivalent to calling addLines() + setNode().

int	addNodeLine (GmCellBoundary *boundary)
	Adds a new boundary condition line to a GM_BC_NODE object, filling the node information from a boundary object. Property values (when tied to application points) should be filled by using accessors. Returns the index of the added line or -1 on error. Equivalent to calling addLines() + setNode()

int	addNodeLine (GmNodeSet *nodeSet)
	Adds a new boundary condition line to a GM_BC_NODE object, filling the node information from a node set object. Property values (when tied to application points) should be filled by using accessors. Returns the index of the added line or -1 on error. Equivalent to calling addLines() + setNode()

int	addNodeLine (int numNodes, int *nodes)
	Adds a new boundary condition line to a GM_BC_NODE object, filling the node information from the given node list. Property values (when tied to application points) should be filled by using accessors. Returns the index of the added line or -1 on error. Equivalent to calling addLines() + setNode()

int	addCellLine (int cell)
	Adds a new boundary condition line to a GM_BC_CELL object, filling the cell information. Property values (when tied to application points) should be filled by using accessors. Returns the index of the added line or -1 on error. Equivalent to calling addLines() + setCell()

int	addBoundaryLine (int cell, int border)
	Adds a new boundary condition line to a GM_BC_EDGE/GM_BC_FACE object, filling the boundary information from a cell/border pair. Property values (when tied to application points) should be filled by using accessors. Returns the index of the added line or -1 on error. Equivalent to calling addLines() + setBoundary()

int	addBoundaryLine (GmCellBoundary *boundary)
	Adds a new boundary condition line to a GM_BC_EDGE/GM_BC_FACE object, filling the boundary information. Property values (when tied to application points) should be filled by using accessors. Returns the index of the added line or -1 on error. Equivalent to calling addLines() + setBoundary()

int	addBoundaryLine (int numCells, int cells, int borders)
	Adds a new boundary condition line to a GM_BC_EDGE/GM_BC_FACE object, filling the boundary information from the given lists of cells/borders. Property values (when tied to application points) should be filled by using accessors. Returns the index of the added line or -1 on error. Equivalent to calling addLines() + setBoundary()

void	print (const GmLogCategory &logger, GmLogLevel level, int summary) const
	Prints boundary condition information to the specified logger/level. More...

size_t	printMemoryStatistics (const GmLogCategory &logger, GmLogLevel level) const
	Prints memory usage for this boundary condition to the given logger. Returns the used memory as reported by usedMemory()

size_t	usedMemory () const
	Returns an estimative of the memory used by the boundary condition in bytes. More...

Static Public Member Functions
static QString	bcTypeToStr (BcType type)
	Returns a string representing the bc type.

static int	strToBcType (QString str)
	Returns the BcType from the provided string or -1 if the type is unknown.

Protected Member Functions
	GmBoundaryConditionBase (QString id, QString description, QString type, GmMesh *mesh, BcType bcType)

virtual void	clearObjects ()
	Aux function used to delete all objects pointed to by _appPointData. All entries are set to 0.

virtual QString	msgPrefix () const
	The contents of the %1 argument on the "%1boundary condition" string used on error messages.

virtual void	printExtraHeaderInfo (const GmLogCategory &logger, GmLogLevel level) const
	Aux function to print(), giving a chance for derived classes to add additional header data.

virtual void	printExtraPropertyValues (const GmLogCategory &logger, GmLogLevel level) const
	Aux function to print(), giving a chance for derived classes to add property values when _appPointUserProperties is false.

size_t	appPointUsedMemory () const
	Returns an estimative of the size needed to store application point data.

GmValueAccessor *	userValueAccessor (QString propertyId, Unit desiredUnit, const GmLogCategory &logger) const
	Auxilliary function to return a value accessor for a boundary condition property.

QString	nodeListStr (int bcIndex, int titleSize, bool align, bool *cropped) const
	Builds a string with the nodes in bcIndex, trying not to surpass titleSize. Returns in cropped whether the string was cropped or not.

QString	cellBoundaryListStr (int bcIndex, int titleSize, bool *cropped) const
	Builds a string with the (cell id, border id) pairs in bcIndex, trying not to surpass titleSize Returns in cropped whether the string was cropped or not.

bool	mergeLines (LuaTable &tab, int tabSize, const QList< GmValueAccessor * > &acList, int maxLines, const GmLogCategory &logger, QVector< int > &transTable, QVector< int > &countTable)

bool	parseValueFromVariant (GmValueAccessor ac, const QVariant &v, GmNanBoxedValue data, const GmLogCategory &logger)
	Parses the value in v following the exact same rules as GmValueAccessorBase::setValueFromVariant(), storing the parsed values in the data vector. More...

int	appPointIndex (int bcIndex, int listIndex) const
	An auxilliary function to support the need in GmBoundaryConditionAccessor to find the cell / node index where the property accessor is applied. More...

Static Protected Member Functions
template<class T >
static T *	loadFromBaseTable (LuaTable &tab, GmSimulationData data, const GmLogCategory &logger, QString msgPrefix="", const QList< GmValueInfo > &appPointInfoList=QList< GmValueInfo * >())
	Loads a boundary condition object full definition from a Lua table. More...

template<class T >
static bool	loadFromDumpFile (T bc, QString dumpFile, GmSimulationData data, const GmLogCategory &logger, QString msgPrefix)
	Fill bc with data read from the given dump file.

Protected Attributes
QString	_id
	The boundary condition id (name)

QString	_description
	A description of the boundary conditions.

QString	_type
	The type of this conditions, to be interpreted by a physics object.

GmMesh *	_mesh
	The mesh that this boundary conditions are tied to.

BcType	_bcType
	The type of bc. Defines if the bc should be applied over nodes, edges or faces.

int	_numValues
	The number of boundary conditions stored in this object.

QMap< QString, int >	_userPropertiesMap
	Map translating ids from properties into their position in _userPropertiesData.

QVector< GmValueSet * >	_userPropertiesData
	List with set of values for the user properties.

QVector< GmValueSet * >	_appPointPropertiesData
	List with set of values tied to the application points. Filled only when those are different from _userPropertiesData.

bool	_appPointUserProperties
	Set to true if user properties are tied to application points, false otherwise.

QVarLengthArray< BcTaggedPtr, 1 > *	_appPointData
	A vector with size _numValues storing the boundary condition application points. More...

Private Member Functions
	Q_DISABLE_COPY (GmBoundaryConditionBase)

Friends
class	GmBoundaryConditionAccessor

class	GmContactBoundaryConditionAccessor

class	GmBoundaryConditionStateDumpItem

Detailed Description

A base class used to implement the common part between GmBoundaryCondition and GmContactBoundaryCondition. Should NOT be instanced directly.

Member Enumeration Documentation

◆ BcType

enum GmBoundaryConditionBase::BcType

Boundary condition type defining where a BC is applied (node, edge or face)

Enumerator
GM_BC_NODE	The boundary condition will be applied over a node.
GM_BC_EDGE	The boundary condition will be applied over an edge.
GM_BC_FACE	The boundary condition will be applied over a face.
GM_BC_CELL	The boundary condition will be applied over a cell.

Member Function Documentation

◆ addLines()

int GmBoundaryConditionBase::addLines ( int n = 1 )

Adds 'n' new lines to the boundary condition table.

The application point information MUST be filled by subsequent calls to setNode(), setCell() or setBoundary(). Property values are initialized with their default values if they are tied to application points.

Returns the index of the first added line or -1 on errors.

◆ addProperty()

bool GmBoundaryConditionBase::addProperty	(	GmValueInfo *	info,
		GmSimulationData *	data,
		const GmLogCategory &	logger
	)

Creates a new property for storing data associated with the metadata information received as a parameter in 'info'.

The new property takes ownership of the info object. After this function returns, values can be added to the new property through an accessor.

It should be noted that info MUST have kind equal to GM_BC_NODE_PROPERTY or GM_BC_BOUNDARY_PROPERTY

The function returns false in case of errors (memory could not be allocated, or the object already has a value with the requested id, for example) and logs an error message. In that case, info is NOT deallocated by addProperty().

The data parameter is needed to allow the evaluation of eventual user functions associated to the property.

◆ appPointIndex()

int GmBoundaryConditionBase::appPointIndex	(	int	bcIndex,
		int	listIndex
	)		const

protected

An auxilliary function to support the need in GmBoundaryConditionAccessor to find the cell / node index where the property accessor is applied.

If this boundary condition is applied over a node, bcIndex should be the boundary condition index (line inside the boundary condition table) and listIndex the index of the given node inside the node list. The function then returns the mesh index of the given node (if the node is a ghost node, it returns its linear index, as required by GmValueSetEvalContext::setDataIndex()).

For boundary conditions applied over cells, on the other hand, bcIndex is also the boundary condition index, but list index will be the index of a cell in the given border or 0 for cell based boundary conditions. The function then returns the mesh index of the given cell.

◆ boundary()

const GmCellBoundary * GmBoundaryConditionBase::boundary ( int bcIndex ) const

Returns the boundary over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_EDGE, GM_BC_FACE or GM_BC_NODE and will return NULL if the bc was not defined by a boundary object. The parameter bcIndex should be a value between 0 and numValues()-1;.

IMPORTANT: This function should NOT be used to traverse cell borders in a GM_BC_EDGE or GM_BC_FACE boundary condition since they can also be defined on terms of a single or multiple (cell, border) pairs, defined without the use of a boundary object.

◆ clear()

void GmBoundaryConditionBase::clear ( )

Clears BC application point data, including attribute values associated with application point lines.

Keep in mind that this function does not remove the set of attributes added to the boundary condition.

◆ loadFromBaseTable()

template<class T >

template GmContactBoundaryCondition * GmBoundaryConditionBase::loadFromBaseTable< GmContactBoundaryCondition >	(	LuaTable &	tab,
		GmSimulationData *	data,
		const GmLogCategory &	logger,
		QString	msgPrefix = `""`,
		const QList< GmValueInfo * > &	appPointInfoList = `QList< GmValueInfo * >()`
	)

staticprotected

Loads a boundary condition object full definition from a Lua table.

The template parameter is the derived class that will be instanced by this function.

The new object is initialized with the data found in the table. Returns NULL and prints an error message using the supplied logger in case of errors (like an invalid bc definition point node or boundary).

This function expects that a basic validation step has been done elsewhere.

If the 'merge' field in the boundary condition description is equal to 0, no merging attempt will be made. If equal to an integer number greater than 0, a merge attempt will be made using that value as the maximum number of different lines that can be found in the merge attempt. Use a big number for an unbounded number of possible unique values (might be slow). If the field is absent, the default from the 'defBoundaryConditionMerge' field in the set of simulation options will be used (otherwise a value of 0 will be used).

If the app point info list field is not empty, the supplied objects will be used to create value sets and initialize the _appPointPropertiesData set, together with marking the _appPointUserProperties as false. In this scenario, the user properties are NOT tied to the application points. The function takes ownership of the given info objects. They are destroyed in case of errors.

◆ mergeLines()

bool GmBoundaryConditionBase::mergeLines	(	LuaTable &	tab,
		int	tabSize,
		const QList< GmValueAccessor * > &	acList,
		int	maxLines,
		const GmLogCategory &	logger,
		QVector< int > &	transTable,
		QVector< int > &	countTable
	)

protected

Aux structure to store information about merged lines

< Vector with line values

< Hash code of the _lineValues contents

< The index in merged table for the first entry with this line values

Constructor. Initializes the structure with the given hash and position, along with a COPY of the given values vector

Destructor. Deletes the values vector created by the constructor

Check if the current info is equal to the given set of values. The check is done by first comparing hashes, comparing the vectors only if the hashes are equal

◆ node()

int GmBoundaryConditionBase::node	(	int	bcIndex,
		int	nodeIndex
	)		const

Returns a node from the list with node numbers over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_NODE. The parameter bcIndex should be a value between 0 and numValues()-1. The nodeIndex parameter should be a value between 0 and numNodes(bcIndex) - 1.

If the node is a ghost node, it will have its 'ghost bit' set.

◆ nodeSet()

const GmNodeSet * GmBoundaryConditionBase::nodeSet ( int bcIndex ) const

Returns the node set over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_NODE and will return NULL if the bc was not definied by a node set. The parameter bcIndex should be a value between 0 and numValues()-1;.

IMPORTANT: This function should NOT be used to traverse nodes in a GM_BC_NODE boundary condition since they can also be defined on terms of single nodes / boundary objects.

◆ numBoundaryCells()

int GmBoundaryConditionBase::numBoundaryCells ( int bcIndex ) const

Returns the number of cells over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_EDGE or GM_BC_FACE. The parameter bcIndex should be a value between 0 and numValues()-1;.

The returned size will be greater than one when a boundary BC is defined by the way of a boundary object, whose (cell, border) pairs will form the resulting list.

◆ numNodes()

int GmBoundaryConditionBase::numNodes ( int bcIndex ) const

Returns the number of nodes over which the referenced boundary condition is applied. Must be called only for objects with bcType() == GM_BC_NODE. The parameter bcIndex should be a value between 0 and numValues()-1;.

The returned size will be greater than one when a nodal BC is defined by the way of a node set or by a boundary object, whose nodes will form the resulting list.

◆ parseValueFromVariant()

bool GmBoundaryConditionBase::parseValueFromVariant	(	GmValueAccessor *	ac,
		const QVariant &	v,
		GmNanBoxedValue *	data,
		const GmLogCategory &	logger
	)

protected

Parses the value in v following the exact same rules as GmValueAccessorBase::setValueFromVariant(), storing the parsed values in the data vector.

Expects data to have a size equal to the accessor dimension (ac->valueSize()). When storing function values for a multidimensional accessor, the pointer is replicated in every dimension.

◆ print()

void GmBoundaryConditionBase::print	(	const GmLogCategory &	logger,
		GmLogLevel	level,
		int	summary
	)		const

Prints boundary condition information to the specified logger/level.

If summary is equal to 0, all the information will be printed. Otherwise, it should be a positive number defining the maximum number of value lines that will be printed.

◆ setBoundary() [1/3]

void GmBoundaryConditionBase::setBoundary	(	int	bcIndex,
		int	cell,
		int	border
	)

Set the boundary associated with condition 'bcIndex'. Can be used only for objects with bcType() == GM_BC_EDGE or GM_BC_FACE.

The parameter bcIndex should be a value between 0 and numValues()-1. Parameters cell and border should specify a valid mesh boundary edge or face.

◆ setBoundary() [2/3]

void GmBoundaryConditionBase::setBoundary	(	int	bcIndex,
		GmCellBoundary *	boundary
	)

Set the boundary associated with condition 'bcIndex'. Can be used only for objects with bcType() == GM_BC_EDGE or GM_BC_FACE.

The parameter bcIndex should be a value between 0 and numValues()-1. Boundary specifies a valid mesh boundary edge or face.

◆ setBoundary() [3/3]

void GmBoundaryConditionBase::setBoundary	(	int	bcIndex,
		int	numCells,
		int *	cells,
		int *	borders
	)

Set the boundary associated with condition 'bcIndex'. Can be used only for objects with bcType() == GM_BC_EDGE or GM_BC_FACE.

The parameter bcIndex should be a value between 0 and numValues()-1. Parameters cells and borders are vectors with numCells entries and should specify valid mesh boundary edges or faces.

◆ setCell()

void GmBoundaryConditionBase::setCell	(	int	bcIndex,
		int	cell
	)

Set the cell index associated with condition 'bcIndex'. Can be used only for objects with bcType() == GM_BC_CELL.

The parameter bcIndex should be a value between 0 and numValues()-1. Cell specifies a valid mesh cell.

◆ setNode() [1/4]

void GmBoundaryConditionBase::setNode	(	int	bcIndex,
		int	node
	)

Set the node index associated with condition 'bcIndex'.

Can be used only for objects with bcType() == GM_BC_NODE.

The parameter bcIndex should be a value between 0 and numValues()-1. Node specifies a valid mesh node and can be a normal node or a ghost node. For ghost nodes, the given value should have its ghost bit set (ghost nodes are always stored in the B.C with its high bit set, like nodes stored in a cell.

◆ setNode() [2/4]

void GmBoundaryConditionBase::setNode	(	int	bcIndex,
		GmCellBoundary *	boundary
	)

Set the list of nodes associated with condition 'bcIndex' from a boundary object. Can be used only for objects with bcType() == GM_BC_NODE.

The parameter bcIndex should be a value between 0 and numValues()-1.

◆ setNode() [3/4]

void GmBoundaryConditionBase::setNode	(	int	bcIndex,
		GmNodeSet *	nodeSet
	)

Set the list of nodes associated with condition 'bcIndex' from a node set object. Can be used only for objects with bcType() == GM_BC_NODE.

The parameter bcIndex should be a value between 0 and numValues()-1.

◆ setNode() [4/4]

void GmBoundaryConditionBase::setNode	(	int	bcIndex,
		int	numNodes,
		int *	nodes
	)

Set the list of nodes associated with condition 'bcIndex' from a list of nodes. Can be used only for objects with bcType() == GM_BC_NODE.

The parameter bcIndex should be a value between 0 and numValues()-1. The boundary condition takes the ownership of the node list.

◆ usedMemory()

size_t GmBoundaryConditionBase::usedMemory ( ) const

Returns an estimative of the memory used by the boundary condition in bytes.

It returns in general the variable memory that depends on the number of bc entries but does not include all constant overheads used by the class for control

When a boundary condition references a mesh boundary object, only the pointer cost is computed, not including the actual memory stored by the boundary object.

Member Data Documentation

◆ _appPointData

QVarLengthArray<BcTaggedPtr, 1>* GmBoundaryConditionBase::_appPointData

protected

A vector with size _numValues storing the boundary condition application points.

The contents of the tagged pointers depend on _bcType. For GM_BC_NODE it can be: a node index, a pointer to a BcNodeSet (an internal class to GmBoundaryCondition) or a pointer to a node set. For GM_BC_CELL the only current option is a cell index. Finally, for GM_BC_EDGE and GM_BC_FACE, the tagged pointer can store: a pointer to a cell boundary, an integer storing together a cell index + a border index or a pointer to a BcCellBoundary (another internal class to GmBoundaryCondition).

This member is a pointer and not an object to prevent the need to include the BcTaggedPtr in the header file becouse doing so creates a dependency on the qtUtils lib by every project that include this header file.

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

inc/model/gmBoundaryCondition.h
src/model/gmBoundaryCondition.cpp

Public Types

Public Member Functions

Static Public Member Functions

Protected Member Functions

Static Protected Member Functions

Protected Attributes

Private Member Functions

Friends

Detailed Description

Member Enumeration Documentation

◆ BcType

Member Function Documentation

◆ addLines()

◆ addProperty()

◆ appPointIndex()

◆ boundary()

◆ clear()

◆ loadFromBaseTable()

◆ mergeLines()

◆ node()

◆ nodeSet()

◆ numBoundaryCells()

◆ numNodes()

◆ parseValueFromVariant()

◆ print()

◆ setBoundary() [1/3]

◆ setBoundary() [2/3]

◆ setBoundary() [3/3]

◆ setCell()

◆ setNode() [1/4]

◆ setNode() [2/4]

◆ setNode() [3/4]

◆ setNode() [4/4]

◆ usedMemory()

Member Data Documentation

◆ _appPointData