An implementation of the PCR (partition, color and renumbering) object interface. The template parameter is the vector type (should be either GmSingleVector or GmDualVector) forwarded to GmpGemaCR. More...

#include <gmpGemaPCR.h>

Inheritance diagram for GmpGemaPCRBase< Vector >:

[legend]

Collaboration diagram for GmpGemaPCRBase< Vector >:

[legend]

Classes
struct	ClassData
	Class data for cells and nodes. More...

class	RankTemplateBuilder
	Helper class used to create rank templates. More...

Public Member Functions
	GmpGemaPCRBase (GmSimulationData *simulation, QString id, QString description, const GmLogCategory &logger)
	Default plugin object constructor.

virtual const char *	pluginType () const

virtual bool	hasCapability (QString capabilityName) const

virtual bool	loadPrivateData (LuaTable &table)
	Parses configuration options given by the user to create this PCR object. IMPORTANT: This method is called BOFORE the call to setMesh().

virtual void	printParameters (const GmLogCategory &logger)
	Print plugin parameters.

virtual int	numPartitions () const

virtual int	partition () const

virtual int	numGlobalNodes () const

virtual int	numGlobalGhostNodes () const

virtual int	numGlobalCells () const

virtual GmPCR::CellClass	cellClass (int cellId) const

virtual int	cellClassData (int cellId) const

virtual int	numCellsInClass (GmPCR::CellClass cellClass) const

virtual GmPCR::NodeClass	nodeClass (int nodeId) const

virtual int	nodeClassData (int nodeId) const

virtual int	numNodesInClass (GmPCR::NodeClass nodeClass, GmCellFillMode mode=GM_CELL_NODES) const

virtual int	numRemoteRanks (int templateIndex) const

virtual const int *	remoteRanks (int templateIndex) const

virtual bool	addPartitionInfoAsMeshAttributes (QString cellAttrPrefix, QString nodeAttrPrefix)

virtual bool	addDebugPartitionInfoAsMeshAttributes (QString cellAttrPrefix, QString nodeAttrPrefix)

virtual void	printPartitionRankTemplateData (const GmLogCategory &logger) const

virtual void	printPartitionClassStatistics (const GmLogCategory &logger) const

virtual bool	initPartitions (int numPartitions, int partition)

virtual bool	initNodeMapping (GmValueAccessor ac, bool ghost, bool renumbered, QMap< int, int > &partOrigToLocOrder)
	Overload of initNodeMapping from the base class to adjust class data if nodes where further renumbered.

virtual bool	initCellMapping (bool *renumbered, QMap< int, int > &partOrigToLocOrder, QVector< int > &partLocToOrigOrder)
	Overload of initCellMapping from the base class to adjust class data if cells where further renumbered.

virtual bool	addNodes (int numNodes)

virtual bool	addGhostNodes (int numGhostNodes)

virtual bool	addCells (int numCells)

virtual void	clear ()

virtual bool	addStateGeometryData (GmStateDump *state, int groupId)

virtual bool	fillDumpControlMapData (QVariantMap *map, const GmLogCategory &logger)

virtual bool	dumpControlMapDataLoaded (QVariantMap *map, const GmLogCategory &logger)

Public Member Functions inherited from GmpGemaCRBase< Vector, true >
	GmpGemaCRBase (GmSimulationData *simulation, QString id, QString description, const GmLogCategory &logger)
	Default plugin object constructor.

virtual	~GmpGemaCRBase ()
	Virtual destructor.

virtual const char *	pluginName () const

virtual GmMesh *	mesh () const

virtual bool	setMesh (GmMesh *mesh)
	Associates this PCR object with a mesh. Returns false on errors.

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

virtual size_t	usedMemory () const
	Returns an estimate of the used memory by the PCR object. This does not includes fixed (small) sizes.

virtual bool	skipRemote () const

virtual ColorType	coloringType () const

virtual ColorState	coloringState (const GmCellGroupSet *gs)

virtual const QVector< GmCellGroupSet * > &	coloredSets (const GmCellGroupSet *gs)

virtual const GmCellGroupSet *	sequentialSet (const GmCellGroupSet *gs)

virtual const QVector< GmCellGroupSet * > &	coloredHaloSets (const GmCellGroupSet *gs)

virtual const GmCellGroupSet *	sequentialHaloSet (const GmCellGroupSet *gs)

virtual bool	addColoringAsMeshAttribute (const GmCellGroupSet *gs, QString attrName)

virtual bool	addColoringAsMeshAttribute (const QVector< const GmCellGroupSet * > &gsets, QString attrName)

virtual void	printColoringStatistics (const GmLogCategory &logger) const

virtual bool	nodesRenumbered () const

virtual bool	cellsRenumbered () const

virtual int	originalToLocalOrderNode (int originalNodeId) const

virtual int	originalToLocalOrderGeomNode (int originalNodeId) const

virtual int	originalToLocalOrderGhostNodeHighSet (int originalNodeId) const

virtual int	originalToLocalOrderGhostNodeHighClear (int originalNodeId) const

virtual int	localOrderToOriginalNode (int nodeId) const

virtual int	localOrderToOriginalGeomNode (int nodeId) const

virtual int	localOrderToOriginalGhostNodeHighSet (int nodeId) const

virtual int	localOrderToOriginalGhostNodeHighClear (int nodeId) const

virtual int	originalToLocalOrderCell (int originalCellId) const

virtual int	localOrderToOriginalCell (int cellId) const

	MAKE_SR_FUNCTION (originalToLocalOrderNode, nodeClass, REMOTE_NODE)

	MAKE_SR_FUNCTION (originalToLocalOrderGeomNode, nodeClass, REMOTE_NODE)

	MAKE_SR_FUNCTION (originalToLocalOrderGhostNodeHighSet, nodeClass, REMOTE_NODE)

	MAKE_SR_FUNCTION (originalToLocalOrderGhostNodeHighClear, nodeClass, REMOTE_NODE)

	MAKE_SR_FUNCTION (originalToLocalOrderCell, cellClass, REMOTE_HALO_CELL)

virtual int	originalNodeTraversalOrder (int i) const

virtual int	originalCellTraversalOrder (int i) const

virtual QStringList	cellMappingRequiredGroups ()

Public Member Functions inherited from GmPCR
	GmPCR (GmSimulationData *simulation, QString id, QString description, const GmLogCategory &logger)

virtual const char *	pluginCategory () const

virtual int	originalToLocalOrderNodeSR (int originalNodeId) const=0

virtual int	originalToLocalOrderGeomNodeSR (int originalNodeId) const=0

virtual int	originalToLocalOrderGhostNodeHighSetSR (int originalNodeId) const=0

virtual int	originalToLocalOrderGhostNodeHighClearSR (int originalNodeId) const=0

virtual int	originalToLocalOrderCellSR (int originalCellId) const=0

Public Member Functions inherited from GmPluginObject
	GmPluginObject (GmSimulationData *simulation, QString id, QString description, const GmLogCategory &logger)

QString	id () const

QString	description () const

QString	pluginTypeName () const

Protected Member Functions
virtual size_t	partitionMemory () const
	Returns an estimate of the memory used by the partition structures.

Protected Member Functions inherited from GmpGemaCRBase< Vector, true >
bool	initMappingFromPartition (const IntVector &cells, const IntVector &geomNodes, const IntVector &ghostNodes)
	Initializes the renumbering structures from the partition information given by the cells, geomNodes and ghostNodes parameters. They contain an ordered set of the cells and nodes from the original mesh that belong to the current partition.

virtual size_t	nodeRenumberMemory () const
	Returns an estimate of the used memory by the node renumbering structures.

virtual size_t	cellRenumberMemory () const
	Returns an estimate of the used memory by the cell renumbering structures.

virtual size_t	colorMemory () const
	Returns an estimate of the used memory by cell group colorings.

GmValueAccessor *	addNodeAttributeToMesh (QString name, QString description, GmStorageType type)
	Adds to the mesh a new node attribute, with default value equal to -1 and the given name, description and data type. Returns an accessor for the new attribute or NULL on error.

GmCellAccessor *	addCellAttributeToMesh (QString name, QString description, GmStorageType type)
	Like addNodeAttributeToMesh() but adding a cell attribute.

Protected Member Functions inherited from GmPluginObject
virtual const GmLogCategory &	logger () const

GmSimulationData *	simulationData () const

Private Types
using	IntVector = typename GmpGemaCRBase<Vector, true>::IntVector
	The same Vector<int> from the base class.

using	ShortVector = Vector<short int>
	A Vector<short>. 14 bits (16k) should be more than enough to store ranks and template indices.

Private Member Functions
int	nodeData (int nodeId) const
	Returns the value stored in _nodeClass or in _ghostClass depending on the given id.

bool	classifyNodesAndCells (ClassData *cd, int partition, const QVector< int > &cellPartition) const
	Creates the cell and node classification for the given partition, filling cd.

bool	classifyCells (ClassData cd, int partition, const QVector< int > &cellPartition, RankTemplateBuilder builder) const
	Classifies cells belonging to the given partition, filling cd->_cells and cd->_cellClass in sync. cd->_rankTemplates is updated by way of the given template builder. cd->_cells (and matching _cellClass) is filled ordered by cell id. Returns true on success, false on out of memory situations.

bool	classifyNodes (ClassData cd, int partition, const QVector< int > &cellPartition, RankTemplateBuilder builder) const
	Traverses all cells from cd, including their used geometric and ghost nodes in cd->_nodes and cd->_ghosts. It also classifies nodes, filling cd->_nodeClass and cd->_cellClass. cd->_rankTemplates is updated by way of the given template builder. Returns true on success, false on out of memory situations.

bool	adjustClassDataNodeOrder (ClassData *cd, bool ghost, const QMap< int, int > &partOrigToLocOrder) const
	Updates the order of nodes/ghost nodes in cd to match the new cell order after a node renumbering.

bool	adjustClassDataCellOrder (ClassData *cd, const QMap< int, int > &partOrigToLocOrder) const
	Updates the order of cells in cd to match the new cell order after a cell renumbering.

template<template< class > class V, class T , class F >
bool	adjustVector (V< T > &vector, F op) const
	Helper function used to reorder the contents of the given vector according to the mapping given by newToOld. Returns false if it could not allocate memory for the required temporary vector. The newToOld function should return an index from the new local vector and returns where that information existed in the old vector. Assumes that the given vector has just one buffer, even if it is an instance of GmDualVector.

bool	addAndInitClassDataVector (ShortVector &v, int numAddedEntries, int val) const
	Add num entries to the given vector and init them with the given value. Does nothing if in debug mode.

bool	auxTemplateBufferLoaded (const GmLogCategory &logger)
	Method called after filling _templateDumpData when loading data from the dump.

void	releaseDumpMemory ()
	Releases temporary buffers used for dumping.

Private Attributes
int	_numPartitions
	The number of mesh partitions. Will always equal 1 in debug mode.

int	_partition
	The number of my partition (rank)

int	_numGlobalNodes
	The number of geometric nodes on the mesh, before partitioning.

int	_numGlobalGhostNodes
	The number of ghost nodes on the mesh, before partitioning.

int	_numGlobalCells
	The number of cells on the mesh, before partitioning.

GmpPartitionMethod *	_partitionMethod
	The configured partitioning object. Can be NULL if the user explicitly requested for no partitioning.

bool	_haloSides
	If set to true, a cell belongs to the halo if one of its sides is shared with a remote cell. If false, sharing a node is enough.

bool	_remoteHalo
	When set to true, includes the remote halo (remote cells adjacent to the partition halo cells) in the partition mesh.

bool	_debugMode
	When the debug mode is turned on, the partition algorithm will be executed and cells will be classified, but the mesh will not be changed.

QVector< ClassData * >	_rankClassData
	A vector with class data for each partition. Filled only if _debugMode is true.

ClassData	_classData
	The data set for the current partition. Filled only if _debugMode is false and _numPartitions > 1.

int *	_templateDumpData
	A vector storing a temporary serialized version of _classData._rankTemplates, needed for dumping code. If different from NULL, for a template list with 'n' entries, it stores n integers with the size of each template, followed by the each template rank data in sequence.

int	_templateDumpDataSize
	The size of the vector _templateDumpData.

Additional Inherited Members
Public Types inherited from GmPCR
enum	CellClass

enum	NodeClass

enum	ColorType

enum	ColorState

Public Attributes inherited from GmPCR
	MY_CELL

	MY_HALO_CELL

	REMOTE_HALO_CELL

	MY_NODE

	REMOTE_NODE

	MY_HALO_NODE

	REMOTE_HALO_NODE

	NO_COLORING

	FEM_COLORING

	FVM_COLORING

	COLORED

	COLORED_WITH_HALO

	NOT_COLORED

	NOT_SET

Protected Types inherited from GmpGemaCRBase< Vector, true >
using	IntVector
	A Vector<int>

using	IntVectorOrMap
	A Vector<int> for Partition = false and a QMap<int, int> for Partition = true.

using	PartitionT

Protected Attributes inherited from GmpGemaCRBase< Vector, true >
QVariantMap	_options
	The set of user options.

GmMesh *	_mesh
	The associated cell mesh.

ColorType	_coloringType
	The type of coloring produced by this object.

bool	_nodeRenumberRequested
	Is node renumbering requested by the user? Can be false even if Partition is true.

bool	_cellRenumberRequested
	Is cell renumbering requested by the user? Can be false even if Partition is true.

bool	_isNodeRenumbered
	Have we renumbered the set of nodes? Always true if the mesh was partitioned.

bool	_isCellRenumbered
	Have we renumbered the set of cell? Always true if the mesh was partitioned.

bool	_skipRemote
	A flag set to true by GmpGemaPCR if the mesh was partitioned, includes remote halo cells AND the keepRemote user option is false.

QMap< const GmCellGroupSet , GmpColorData >	_gsColorMap
	Map storing coloring data for each registered group set.

GmpColorData *	_noColorData
	The GmpColorData object if coloring is disabled.

GmpColoringMethod *	_colorMethod
	The configured coloring object.

GmpNodeRenumberingMethod< IntVector > *	_nodeRenumberMethod
	The configured node reordering object.

GmpCellRenumberingMethod< IntVector > *	_cellRenumberMethod
	The configured cell reordering object.

int	_numGeomNodes
	Cached value for _mesh->numNodes(). Updated whenever new geometry nodes are added to the mesh.

int	_numOriginalGeomNodes
	Cached value for _mesh->numGlobalNodes(). If Partition is false, this is effectively equal to _numGeomNodes and is updated whenever new geometry nodes are added to the mesh. If Partition is true, this value is fixed since we are not currently assigning new global numbers to the nodes added to the mesh. See comments on the class documentation.

IntVector	_localToOriginalGeomNode
	A vector mapping local geometry node numbers to original node numbers. Size equal to _mesh->numNodes(). For nodes added to the mesh at runtime, the stored original node index will be either equal to the local index (Partition = false) or -1 (Partition = true). See comments on the class documentation. Empty if node renumbering is disabled.

IntVectorOrMap	_originalToLocalGeomNode
	If Partition is false, stores a vector indexed by original geometry node numbers, storing their local node numbers. Size equal to _mesh->numNodes(). If Partition is true, the vector is replaced by a map since the known set of original node numbers for this partition might not be continuous. Its contents includes both the geometry nodes owned by this partition and halo geometry nodes owned by other partitions (shared with this one). Empty if node renumbering is disabled.

IntVector	_localToOriginalCell
	A vector mapping local cell numbers to original cell numbers. Size equal to _mesh->numCells(). Empty if cell renumbering is disabled.

IntVectorOrMap	_originalToLocalCell
	If Partition is false, stores a vector indexed by original cell numbers, storing their local cell numbers. Size equal to _mesh->numCells(). If Partition is true, the vector is replaced by a map since the known set of original cell numbers for this partition might not be continuous. Its contents includes both the cells owned by this partition and halo cells owned by other partitions that are adjacent to this one. Empty if cell renumbering is disabled.

PartitionT	_part
	Structure storing extra vectors needed when Partition is true, empty otherwise.

Detailed Description

template<template< class > class Vector>
class GmpGemaPCRBase< Vector >

An implementation of the PCR (partition, color and renumbering) object interface. The template parameter is the vector type (should be either GmSingleVector or GmDualVector) forwarded to GmpGemaCR.

Member Function Documentation

◆ addCells()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::addCells ( int numCells )

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ addDebugPartitionInfoAsMeshAttributes()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::addDebugPartitionInfoAsMeshAttributes	(	QString	cellAttrPrefix,
		QString	nodeAttrPrefix )

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ addGhostNodes()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::addGhostNodes ( int numGhostNodes )

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ addNodes()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::addNodes ( int numNodes )

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ addPartitionInfoAsMeshAttributes()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::addPartitionInfoAsMeshAttributes	(	QString	cellAttrPrefix,
		QString	nodeAttrPrefix )

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ addStateGeometryData()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::addStateGeometryData	(	GmStateDump *	state,
		int	groupId )

virtual

< Our "father" PCR object

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ cellClass()

template<template< class > class Vector>

GmPCR::CellClass GmpGemaPCRBase< Vector >::cellClass ( int cellId ) const

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ cellClassData()

template<template< class > class Vector>

int GmpGemaPCRBase< Vector >::cellClassData ( int cellId ) const

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ classifyCells()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::classifyCells	(	ClassData *	cd,
		int	partition,
		const QVector< int > &	cellPartition,
		RankTemplateBuilder *	builder ) const

private

Classifies cells belonging to the given partition, filling cd->_cells and cd->_cellClass in sync. cd->_rankTemplates is updated by way of the given template builder. cd->_cells (and matching _cellClass) is filled ordered by cell id. Returns true on success, false on out of memory situations.

Traverses all cells. If a cell belongs to the partition, it is classified into MY_CELL or MY_HALO_CELL by checking if the cell has any neighbors belonging to a different partition. If _haloSides is true, two cells are neighbors if they share a side. Otherwise, sharing a node with a "remote" cell is enough.

If _remoteHalo is true, traverses halo cells from cd and includes their neighbors into cd->_cells and cd->_cellClass. For REMOTE_HALO_CELL discovery, neighborhood is defined by sharing a node and is NOT influenced by _haloSides (notice that identifying remote halo cells is done together with the first cell traversal)

This seemingly inconsistent behaviour regarding neighborhood definition derives from the usage of halo cells and remote halo cells. The first are mainly used for solver algorithms and match the needs of the numerical methods, like FEM (node neighborhood) or FVM (side neighborhood). The second are mainly used to allow for topological queries for halo cells, and so must include the possibility of node based queries.

◆ classifyNodes()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::classifyNodes	(	ClassData *	cd,
		int	partition,
		const QVector< int > &	cellPartition,
		RankTemplateBuilder *	builder ) const

private

Traverses all cells from cd, including their used geometric and ghost nodes in cd->_nodes and cd->_ghosts. It also classifies nodes, filling cd->_nodeClass and cd->_cellClass. cd->_rankTemplates is updated by way of the given template builder. Returns true on success, false on out of memory situations.

To classify a node we use the following rules:

MY_NODE: If all the cells sharing the node are classified in MY_CELL or MY_HALO_CELL
MY_HALO_NODE: If the node is shared by a cell from the given partition and a cell from a remote partition and the smaller partition number is the given partition
REMOTE_HALO_NODE: If the node is shared by a cell from the given partition and a cell from a remote partition and the smaller partition number is a remote partition. The remote partition with the smallest rank is the owner of the node.
REMOTE_NODE: If all the cells sharing the node are remote cells. The remote partition with the smallest rank is the owner of the node.

◆ clear()

template<template< class > class Vector>

void GmpGemaPCRBase< Vector >::clear ( )

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ dumpControlMapDataLoaded()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::dumpControlMapDataLoaded	(	QVariantMap *	map,
		const GmLogCategory &	logger )

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ fillDumpControlMapData()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::fillDumpControlMapData	(	QVariantMap *	map,
		const GmLogCategory &	logger )

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ hasCapability()

template<template< class > class Vector>

virtual bool GmpGemaPCRBase< Vector >::hasCapability ( QString capabilityName ) const

inlinevirtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ initCellMapping()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::initCellMapping	(	bool *	renumbered,
		QMap< int, int > &	partOrigToLocOrder,
		QVector< int > &	partLocToOrigOrder )

virtual

Overload of initCellMapping from the base class to adjust class data if cells where further renumbered.

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ initNodeMapping()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::initNodeMapping	(	GmValueAccessor *	ac,
		bool	ghost,
		bool *	renumbered,
		QMap< int, int > &	partOrigToLocOrder )

virtual

Overload of initNodeMapping from the base class to adjust class data if nodes where further renumbered.

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ initPartitions()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::initPartitions	(	int	numPartitions,
		int	partition )

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ loadPrivateData()

template<template< class > class Vector>

bool GmpGemaPCRBase< Vector >::loadPrivateData ( LuaTable & table )

virtual

Parses configuration options given by the user to create this PCR object. IMPORTANT: This method is called BOFORE the call to setMesh().

Parsed fields: coloringType - Expected values: "fem", "fvm" or "no". Must be present. orderNodes - Boolean. Default when missing is the value of the orderNodes model option. orderCells - Boolean. Default when missing is the value of the orderCells model option.

If Partition is true, the orderNodes and orderCells options control whether nodes and cells will be further renumbered to achieve locality after the mesh partition. Remaining fields (like colorCheck) are interpreted by the coloring / renumber algorithms.

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ nodeClass()

template<template< class > class Vector>

GmPCR::NodeClass GmpGemaPCRBase< Vector >::nodeClass ( int nodeId ) const

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ nodeClassData()

template<template< class > class Vector>

int GmpGemaPCRBase< Vector >::nodeClassData ( int nodeId ) const

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ numCellsInClass()

template<template< class > class Vector>

int GmpGemaPCRBase< Vector >::numCellsInClass ( GmPCR::CellClass cellClass ) const

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ numGlobalCells()

template<template< class > class Vector>

virtual int GmpGemaPCRBase< Vector >::numGlobalCells ( ) const

inlinevirtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ numGlobalGhostNodes()

template<template< class > class Vector>

virtual int GmpGemaPCRBase< Vector >::numGlobalGhostNodes ( ) const

inlinevirtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ numGlobalNodes()

template<template< class > class Vector>

virtual int GmpGemaPCRBase< Vector >::numGlobalNodes ( ) const

inlinevirtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ numNodesInClass()

template<template< class > class Vector>

int GmpGemaPCRBase< Vector >::numNodesInClass	(	GmPCR::NodeClass	nodeClass,
		GmCellFillMode	mode = GM_CELL_NODES ) const

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ numPartitions()

template<template< class > class Vector>

virtual int GmpGemaPCRBase< Vector >::numPartitions ( ) const

inlinevirtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ numRemoteRanks()

template<template< class > class Vector>

virtual int GmpGemaPCRBase< Vector >::numRemoteRanks ( int templateIndex ) const

inlinevirtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ partition()

template<template< class > class Vector>

virtual int GmpGemaPCRBase< Vector >::partition ( ) const

inlinevirtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ partitionMemory()

template<template< class > class Vector>

size_t GmpGemaPCRBase< Vector >::partitionMemory ( ) const

protectedvirtual

Returns an estimate of the memory used by the partition structures.

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ pluginType()

template<template< class > class Vector>

virtual const char * GmpGemaPCRBase< Vector >::pluginType ( ) const

inlinevirtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ printParameters()

template<template< class > class Vector>

void GmpGemaPCRBase< Vector >::printParameters ( const GmLogCategory & logger )

virtual

Print plugin parameters.

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ printPartitionClassStatistics()

template<template< class > class Vector>

void GmpGemaPCRBase< Vector >::printPartitionClassStatistics ( const GmLogCategory & logger ) const

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ printPartitionRankTemplateData()

template<template< class > class Vector>

void GmpGemaPCRBase< Vector >::printPartitionRankTemplateData ( const GmLogCategory & logger ) const

virtual

Reimplemented from GmpGemaCRBase< Vector, true >.

◆ remoteRanks()

template<template< class > class Vector>

virtual const int * GmpGemaPCRBase< Vector >::remoteRanks ( int templateIndex ) const

inlinevirtual

Reimplemented from GmpGemaCRBase< Vector, true >.

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

inc/gmpGemaPCR.h
src/gmpGemaPCR.cpp

Classes

Public Member Functions

Protected Member Functions

Private Types

Private Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ addCells()

◆ addDebugPartitionInfoAsMeshAttributes()

◆ addGhostNodes()

◆ addNodes()

◆ addPartitionInfoAsMeshAttributes()

◆ addStateGeometryData()

◆ cellClass()

◆ cellClassData()

◆ classifyCells()

◆ classifyNodes()

◆ clear()

◆ dumpControlMapDataLoaded()

◆ fillDumpControlMapData()

◆ hasCapability()

◆ initCellMapping()

◆ initNodeMapping()

◆ initPartitions()

◆ loadPrivateData()

◆ nodeClass()

◆ nodeClassData()

◆ numCellsInClass()

◆ numGlobalCells()

◆ numGlobalGhostNodes()

◆ numGlobalNodes()

◆ numNodesInClass()

◆ numPartitions()

◆ numRemoteRanks()

◆ partition()

◆ partitionMemory()

◆ pluginType()

◆ printParameters()

◆ printPartitionClassStatistics()

◆ printPartitionRankTemplateData()

◆ remoteRanks()