Class for 3D, 2D and 1D Mesh. More...

#include <RegionMesh.hpp>

Inheritance diagram for RegionMesh< GeoShapeType, MCType >:

Collaboration diagram for RegionMesh< GeoShapeType, MCType >:

Public Types
typedef GeoShapeType	geoShape_Type

typedef MCType	markerCommon_Type
	Common Markers. More...

typedef std::shared_ptr< Epetra_Comm >	commPtr_Type

Public Types inherited from MeshEntity
enum	SwitchId { LOCALID = 0, GLOBALID = 1 }
	Indicator for local or global id. More...

Public Member Functions
bool	hasLocalEdges (ridge_Type) const
	Is the array for local Edges set up? Specialization for 3D geometries. More...

bool	hasLocalEdges (facet_Type) const
	Is the array for local Edges set up? Specialization for 2D geometries. More...

Public Member Functions inherited from MeshEntity
	MeshEntity ()
	Empty Constructor. More...

	MeshEntity (const ID &id, const flag_Type &flag=EntityFlags::DEFAULT)
	Constructor with a single value for both identifiers. More...

	MeshEntity (const ID &id, const ID &lid, const flag_Type &flag=EntityFlags::DEFAULT)
	Full constructor, where both identifiers are specified. More...

	MeshEntity (const ID &id, const bool &boundary)
	backward-compatible constructor More...

virtual	~MeshEntity ()
	Destructor. More...

void	showMe (std::ostream &output=std::cout) const
	Displays the informations stored by this class. More...

void	setId (const ID &id)
	Method to set the global identifier. More...

void	setLocalId (const ID &id)
	Method to set the local identifier. More...

void	setBoundary (const bool &boundary)
	Set method for the boundary indicator. More...

void	replaceFlag (const flag_Type &flag)
	Replace method for the entity flag. More...

void	setFlag (const flag_Type &flag)
	Sets a flag. More...

void	unSetFlag (const flag_Type &flag)
	Remove a flag. More...

const ID &	id () const
	Method to get the global identifier. More...

const ID &	localId () const
	Method to get the local identifier. More...

bool	boundary () const
	Tells if it is on the boundary. More...

bool	isOwned () const
	Tells if the entity is owned by current process. More...

const flag_Type &	flag () const
	returns the entity flag More...

Static Public Attributes
static const UInt	S_geoDimensions = geoShape_Type::S_nDimensions
	static const S_geoDimensions: the dimensions (1,2,3) of the geometry More...

static const Int	S_facetDimension = static_cast<const Int>(S_geoDimensions)-1

static const Int	S_ridgeDimension = static_cast<const Int>(S_geoDimensions)-2

static const Int	S_peakDimension = static_cast<const Int>(S_geoDimensions)-3

Private Member Functions
UInt	numElements (threeD_Type) const

UInt	numElements (twoD_Type) const

UInt	numElements (oneD_Type) const

UInt	numBoundaryFacets (threeD_Type) const
	Number of Boundary facets. More...

UInt	numBoundaryFacets (twoD_Type) const

UInt	numBoundaryFacets (oneD_Type) const

element_Type &	element (threeD_Type, const UInt &i)
	Get element at the i-th index. More...

element_Type &	element (twoD_Type, const UInt &i)

element_Type &	element (oneD_Type, const UInt &i)

const element_Type &	element (threeD_Type, const UInt &i) const
	Get element at the i-th index. More...

const element_Type &	element (twoD_Type, const UInt &i) const

const element_Type &	element (oneD_Type, const UInt &i) const

facet_Type &	boundaryFacet (threeD_Type, const UInt &i)
	Get boundary facet at the i-th index. More...

facet_Type &	boundaryFacet (twoD_Type, const UInt &i)

facet_Type &	boundaryFacet (oneD_Type, const UInt &i)

const facet_Type &	boundaryFacet (threeD_Type, const UInt &i) const
	Get boundary facet at the i-th index. More...

const facet_Type &	boundaryFacet (twoD_Type, const UInt &i) const

const facet_Type &	boundaryFacet (oneD_Type, const UInt &i) const

UInt	numGlobalElements (threeD_Type) const
	Number of global elements. More...

UInt	numGlobalElements (twoD_Type) const

UInt	numGlobalElements (oneD_Type) const

UInt	maxNumElements (threeD_Type) const
	Current capacity of the container of Elements. More...

UInt	maxNumElements (twoD_Type) const

UInt	maxNumElements (oneD_Type) const

void	setNumElements (threeD_Type, UInt const n)
	Set counter of elements. More...

void	setNumElements (twoD_Type, UInt const n)

void	setNumElements (oneD_Type, UInt const n)

void	setMaxNumElements (threeD_Type, UInt const n, bool const setcounter=false)
	Changes Current capacity of the container of elements. More...

void	setMaxNumElements (twoD_Type, UInt const n, bool const setcounter=false)

void	setMaxNumElements (oneD_Type, UInt const n, bool const setcounter=false)

void	setMaxNumGlobalElements (threeD_Type, UInt const n)
	Set the number of global elements. More...

void	setMaxNumGlobalElements (twoD_Type, UInt const n)

void	setMaxNumGlobalElements (oneD_Type, UInt const n)

element_Type &	addElement (volume_Type const &elem)
	Adds element. More...

element_Type &	addElement (face_Type const &elem)

element_Type &	addElement (edge_Type const &elem)

bool	hasLocalFaces (facet_Type) const
	Is the array for local faces set up? More...

bool	hasLocalFaces (ridge_Type) const

void	updateElementEdges (ridge_Type, bool createEdges=false, const bool verbose=false, UInt estimateEdgeNumber=0, bool renumber=true)
	Build localEdgeId table and optionally fills the list of Edges. More...

void	updateElementEdges (facet_Type, bool createEdges=false, const bool verbose=false, UInt estimateEdgeNumber=0, bool=true)
	Build localEdgeId table and optionally fills the list of Edges. More...

void	updateElementRidges (threeD_Type, bool createRidges=false, const bool verbose=false, UInt estimateRidgeNumber=0, bool renumber=true)
	Build localRidgeId table and optionally fills the list of Ridges. More...

void	updateElementRidges (twoD_Type, bool, const bool, UInt, bool)

void	updateElementRidges (oneD_Type, bool, const bool, UInt, bool)

void	cleanElementEdges (ridge_Type)
	specializations for cleanElementEdges More...

void	cleanElementEdges (facet_Type)

ID	localRidgeId (threeD_Type, UInt const elemId, UInt const locR) const
	Local Ridge. More...

ID	localRidgeId (twoD_Type, UInt const elemId, UInt const locR) const

ID	localRidgeId (oneD_Type, UInt const, UInt const) const

ID	localEdgeId (const threeD_Type, UInt const elemId, UInt const locE) const
	Local Edge (specialization for 3D geometries). More...

ID	localEdgeId (const twoD_Type, UInt const elemId, UInt const locE) const
	Local Edge (specialization for 2D geometries). More...

ID	localEdgeId (const oneD_Type, UInt const, UInt const) const
	Local Edge (specialization for 1D geometries). It calls an error. More...

UInt	numFacets (threeD_Type) const
	specializations for numFacets More...

UInt	numFacets (twoD_Type) const

UInt	numFacets (oneD_Type) const

UInt	numGlobalFacets (threeD_Type) const
	specializations numGlobalFacets More...

UInt	numGlobalFacets (twoD_Type) const

UInt	numGlobalFacets (oneD_Type) const

void	setMaxNumFacets (threeD_Type, UInt const n, bool const setcounter=false)
	Changes Current capacity of Facets. More...

void	setMaxNumFacets (twoD_Type, UInt const n, bool const setcounter=false)

void	setMaxNumFacets (oneD_Type, UInt const n, bool const setcounter=false)

void	setMaxNumGlobalFacets (threeD_Type, UInt const n)
	Changes Current capacity of Global Facets. More...

void	setMaxNumGlobalFacets (twoD_Type, UInt const n)

void	setMaxNumGlobalFacets (oneD_Type, UInt const n)

facet_Type &	addFacet (threeD_Type, bool const boundary)
	Adds a facet. More...

facet_Type &	addFacet (twoD_Type, bool const boundary)

facet_Type &	addFacet (oneD_Type, bool const boundary)

facet_Type const &	facet (threeD_Type, UInt const i) const
	i-th mesh Facet. More...

facet_Type const &	facet (twoD_Type, UInt const i) const

facet_Type const &	facet (oneD_Type, UInt const i) const

facet_Type &	facet (threeD_Type, UInt const i)
	i-th mesh facet. More...

facet_Type &	facet (twoD_Type, UInt const i)

facet_Type &	facet (oneD_Type, UInt const i)

void	setNumFacets (threeD_Type, UInt const n)
	Set counter of facets. More...

void	setNumFacets (twoD_Type, UInt const n)

void	setNumFacets (oneD_Type, UInt const n)

void	setNumBoundaryFacets (threeD_Type, UInt const n)
	Set counter of boundary facets. More...

void	setNumBoundaryFacets (twoD_Type, UInt const n)

void	setNumBoundaryFacets (oneD_Type, UInt const n)

bool	isBoundaryFacet (threeD_Type, UInt const &id) const
	Is facet whose id is given on boundary? More...

bool	isBoundaryFacet (twoD_Type, UInt const &id) const

bool	isBoundaryFacet (oneD_Type, UInt const &id) const

UInt	numRidges (threeD_Type) const
	Number of Ridges. More...

UInt	numRidges (twoD_Type) const

UInt	numRidges (oneD_Type) const

UInt	numGlobalRidges (threeD_Type) const
	Global number of Ridges. More...

UInt	numGlobalRidges (twoD_Type) const

UInt	numGlobalRidges (oneD_Type) const

void	setMaxNumRidges (threeD_Type, UInt const n, bool const setcounter)
	Changes Current capacity of Ridges. More...

void	setMaxNumRidges (twoD_Type, UInt const n, bool const setcounter)

void	setMaxNumRidges (oneD_Type, UInt const, bool const)

void	setMaxNumGlobalRidges (threeD_Type, UInt const n)
	Changes Current capacity of Global Ridges. More...

void	setMaxNumGlobalRidges (twoD_Type, UInt const n)

void	setMaxNumGlobalRidges (oneD_Type, UInt const)

ridge_Type &	addRidge (threeD_Type, bool const boundary)
	Adds a Ridge. More...

ridge_Type &	addRidge (twoD_Type, bool const boundary)

ridge_Type &	addRidge (oneD_Type, bool const)

ridge_Type const &	ridge (threeD_Type, UInt const i) const
	i-th mesh ridge. More...

ridge_Type const &	ridge (twoD_Type, UInt const i) const

ridge_Type const &	ridge (oneD_Type, UInt const) const

ridge_Type &	ridge (threeD_Type, UInt const i)
	i-th mesh ridge reference. More...

ridge_Type &	ridge (twoD_Type, UInt const i)

ridge_Type &	ridge (oneD_Type, UInt const)

void	setNumRidges (threeD_Type, UInt const n)
	Set counter of ridges. More...

void	setNumBoundaryRidges (threeD_Type, UInt const n)
	Set boundary ridge counter. More...

void	setNumBoundaryRidges (twoD_Type, UInt const n)

void	setNumBoundaryRidges (oneD_Type, UInt const)

bool	isBoundaryRidge (threeD_Type, UInt const &id) const
	Ridge on boundary check by id. More...

bool	isBoundaryRidge (twoD_Type, UInt const &id) const

bool	isBoundaryRidge (oneD_Type, UInt const &) const

peak_Type const &	peak (threeD_Type, UInt const i) const
	Returns the i-th mesh Peak. More...

peak_Type const &	peak (twoD_Type, UInt const) const

peak_Type const &	peak (oneD_Type, UInt const) const

peak_Type &	peak (threeD_Type, UInt const i)
	Returns a reference to the i-th mesh peak. More...

peak_Type &	peak (twoD_Type, UInt const)

peak_Type &	peak (oneD_Type, UInt const)

UInt	numGlobalPeaks (threeD_Type) const
	Returns the global number of peaks in the mesh. More...

UInt	numGlobalPeaks (twoD_Type) const

UInt	numGlobalPeaks (oneD_Type) const

elements_Type &	elementList (threeD_Type)
	returns a reference to the elements' container More...

elements_Type &	elementList (twoD_Type)

elements_Type &	elementList (oneD_Type)

facets_Type &	facetList (threeD_Type)
	returns a reference to the facets' container More...

facets_Type &	facetList (twoD_Type)

facets_Type &	facetList (oneD_Type)

ridges_Type &	ridgeList (threeD_Type)
	returns a reference to the ridges' container More...

ridges_Type &	ridgeList (twoD_Type)

ridges_Type &	ridgeList (oneD_Type)

Private Attributes
ArraySimple< UInt >	M_ElemToFacet

ArraySimple< UInt >	M_ElemToRidge

UInt	M_numVolumes

UInt	M_numVertices

UInt	M_numBVertices

UInt	M_numPoints

UInt	M_numBPoints

UInt	M_numFaces

UInt	M_numBFaces

UInt	M_numEdges

UInt	M_numBEdges

UInt	M_numGlobalPoints

UInt	M_numGlobalVertices

UInt	M_numGlobalEdges

UInt	M_numGlobalFaces

UInt	M_numGlobalVolumes

bool	M_isPartitioned

markerCommon_Type::regionMarker_Type	M_marker

MeshUtility::MeshTransformer< RegionMesh< geoShape_Type, markerCommon_Type >, markerCommon_Type >	M_meshTransformer

commPtr_Type	M_comm

geoDim_Type	M_geoDim

ridge_Type	M_aRidge

peak_Type	M_aPeak

GeoDim Types
dummy types that allows to select the correct method based on the dimension of the geometry.
typedef GeoDim< 1 >	oneD_Type

typedef GeoDim< 2 >	twoD_Type

typedef GeoDim< 3 >	threeD_Type

typedef GeoDim< S_geoDimensions >	geoDim_Type

Marker Types
Markers for Point, Edge, Face, Volume and Region.
typedef markerCommon_Type::pointMarker_Type	pointMarker_Type
	Point Marker. More...

typedef markerCommon_Type::edgeMarker_Type	edgeMarker_Type
	Edge Marker. More...

typedef markerCommon_Type::faceMarker_Type	faceMarker_Type
	Face Marker. More...

typedef markerCommon_Type::volumeMarker_Type	volumeMarker_Type
	Volume Marker. More...

typedef markerCommon_Type::regionMarker_Type	regionMarker_Type
	Region Marker. More...

Geometric Element Types
volume_Type, face_Type, edge_Type, point_Type, element_Type, facet_Type, ridge_Type, peak_Type. Correspondences table: \| \| element_Type \| facet_Type \| ridge_Type \| peak_Type \| -----------------------------------------------------------—\| \| 3D \| volume_Type \| face_Type \| edge_Type \| point_Type \| \| 2D \| face_Type \| edge_Type \| point_Type \| - \| \| 1D \| edge_Type \| point_Type \| - \| - \|
typedef MeshElementMarked< 3, S_geoDimensions, geoShape_Type, markerCommon_Type >	volume_Type

typedef MeshElementMarked< 2, S_geoDimensions, geoShape_Type, markerCommon_Type >	face_Type

typedef MeshElementMarked< 1, S_geoDimensions, geoShape_Type, markerCommon_Type >	edge_Type

typedef MeshElementMarked< 0, S_geoDimensions, geoShape_Type, markerCommon_Type >	point_Type

typedef MeshElementMarked< S_geoDimensions, S_geoDimensions, geoShape_Type, markerCommon_Type >	element_Type

typedef MeshElementMarked< S_facetDimension, S_geoDimensions, geoShape_Type, markerCommon_Type >	facet_Type

typedef MeshElementMarked< S_ridgeDimension, S_geoDimensions, geoShape_Type, markerCommon_Type >	ridge_Type

typedef MeshElementMarked< S_peakDimension, S_geoDimensions, geoShape_Type, markerCommon_Type >	peak_Type

Basic Element Shape Types
volumeShape_Type, faceShape_Type, edgeShape_Type, facetShape_Type, ridgeShape_Type, ridgeShape_Type.
typedef volume_Type::geoShape_Type	volumeShape_Type
	Element Shape. More...

typedef face_Type::geoShape_Type	faceShape_Type

typedef edge_Type::geoShape_Type	edgeShape_Type

typedef geoShape_Type	elementShape_Type

typedef geoShape_Type::GeoBShape	facetShape_Type

typedef facetShape_Type::GeoBShape	ridgeShape_Type

Geometric Element Container Types
Typedefs for STL complaint containers of mesh geometric entities.
typedef MeshEntityContainer< volume_Type >	volumes_Type

typedef MeshEntityContainer< face_Type >	faces_Type

typedef MeshEntityContainer< edge_Type >	edges_Type

typedef MeshEntityContainer< point_Type >	points_Type

typedef MeshEntityContainer< element_Type >	elements_Type

typedef MeshEntityContainer< facet_Type >	facets_Type

typedef MeshEntityContainer< ridge_Type >	ridges_Type

typedef MeshEntityContainer< peak_Type >	peaks_Type

Constructors & Destructor
Default and Copy Constructor for the class.
	RegionMesh ()
	Default constructor. More...

	RegionMesh (commPtr_Type const &comm)
	Constructor. More...

	RegionMesh (UInt id, commPtr_Type const &comm)
	Constructor. More...

virtual	~RegionMesh ()
	Destructor. More...

Utilities
Utilities for mesh checking and debugging.
std::ostream &	showMe (bool verbose=false, std::ostream &out=std::cout) const
	Display general information about the content of the class. More...

Int	check (Int level=0, bool const fix=false, bool verbose=true, std::ostream &out=std::cerr)
	Basic tests for mesh consistency. More...

void	printLtGMap (std::ostream &os)
	Display local to global mapping. More...

MeshUtility::MeshTransformer< RegionMesh< geoShape_Type, markerCommon_Type >, markerCommon_Type > &	meshTransformer ()
	Return the handle to perform transormations on the mesh. More...

commPtr_Type	comm () const
	Return the communicator. More...

void	setComm (commPtr_Type const &comm)
	Setter for the communicator. More...

Switches Methods
Switches are used to store the status of the RegionMesh The switches are used internally to control whether some data structures have been set up. The possible Switches are: `HAS_ALL_FACETS` `HAS_ALL_RIDGES` `HAS_BOUNDARY_FACETS` `HAS_BOUNDARY_RIDGES` `HAS_ELEMENT_TO_FACETS` `HAS_ELEMENT_TO_RIDGES` `HAS_BEEN_CHECKED` `FACETS_HAVE_ADIACENCY`
const UInt &	numSwitches () const
	Get the number of switch which have been set. More...

bool	getLinkSwitch (std::string const &_s) const
	Interrogate Switch. More...

void	setLinkSwitch (std::string const &_s)
	Set a switch using a given name. More...

void	unsetLinkSwitch (std::string const &_s)
	Unset a switch. More...

std::ostream &	showLinkSwitch (bool verbose=false, std::ostream &out=std::cout)
	Output switches contents. More...

Generic Methods
These are the generic methods to get information about the number of elements. It is a generic interface common for all RegionMeshes (3D – 1D).
markerCommon_Type::regionMarker_Type &	markerClass () const
	get mesh marker. More...

markerID_Type	markerID () const
	get only mesh marker id. More...

bool	isPartitioned () const
	get M_isPartitioned bool More...

Volume Methods
Methods which operates on 3D elements. There are different way of counting gemetry entities: Counter: A counter stored the number of entities (element, faces etc) in the mesh. It does NOT necessarily correspond to the numer of entities actually stored. Indeed, I may not stor edges, yet having a counter with the number of edges in the mesh; Stored: The number of stored entities corresponds to the size() of the container. A container may store all mesh entities (this is the default for the Points and the Volumes), only the boundary entities (this is the default with the Faces) or even none (this is the default with the edges); Capacity: The maximum number of entities that may stored before the container is resized.
UInt	numVolumes () const
	Returns Number of Volumes. More...

UInt	numGlobalVolumes () const
	Returns Global Number of Volumes. More...

UInt	storedVolumes () const
	Volumes actually stored in list. More...

UInt	maxNumVolumes () const
	Current capacity of Volumes Container. More...

void	setMarkerClass (typename MCType::regionMarker_Type const &marker)
	set mesh marker. More...

void	setMarkerID (markerID_Type const &markerId)
	set only the mesh marker id. More...

void	setIsPartitioned (bool const isPartitioned)

void	setMaxNumVolumes (UInt const n, bool const setcounter=false)
	Changes Current capacity of Volumes. More...

void	setMaxNumGlobalVolumes (UInt const n)
	Set the number of global volumes. More...

void	setNumVolumes (UInt const n)
	Set number of volumes. More...

element_Type &	addVolume ()
	Adds volume. More...

element_Type &	addVolume (element_Type const &vol)
	Adds volume. More...

element_Type &	setVolume (element_Type const &v, UInt const pos)
	Adds volume in a certain position. More...

void	setVolumeCounter ()
	set numVolumes counter. More...

element_Type &	lastVolume ()
	Reference to last volume stored in list. More...

element_Type const &	volume (UInt const i) const
	i-th mesh 3D Element. More...

element_Type &	volume (UInt const i)
	i-th mesh 3D Element. More...

Element Adjacency Methods
Methods to obtain the ID of Face and Edge belonging to an element. Accessing this information requires that the appropriate data structures have been set by using the updateElementEdges() or updateElementFaces() methods. It is NOT required to have the full information about edges and faces: The ID of the Face and Edge entities may be calculated without contructing the corresponding Edge of Face Object. This saves memory. However the methods has the capability of building the actual internal Faces (the boundary GeoFaces must already exist!) of the Edges. In this case the MarkerFlag is inherited using the rules stated in the marker_traits class.
bool	hasLocalFacets () const
	Is the array for local facets set up? More...

bool	hasLocalFaces () const
	Is the array for local faces set up? More...

void	updateElementFacets (bool createFaces=false, bool verbose=false, UInt estimateFacetNumber=0)
	Build localFacetId table and optionally fills the list of Facets. More...

void	updateElementFaces (bool createFaces=false, const bool verbose=false, UInt estimateFaceNumber=0)
	Build localFaceId table and optionally fills the list of Faces. More...

void	cleanElementFacets ()
	Destroys element-to-facet container. Useful to save memory! More...

void	cleanElementFaces ()
	Destroys element-to-face container. Useful to save memory! More...

UInt	localFacetId (UInt const elemId, UInt const locF) const
	Local Facet Id. More...

UInt	localFaceId (UInt const volId, UInt const locF) const
	Local Face Id. More...

UInt	localFaceId (const volume_Type &vol, UInt const locF) const
	Local Face Id. More...

bool	hasLocalRidges () const
	Is the array for ridges set up? More...

bool	hasLocalEdges () const
	Is the array for local Edges set up? More...

void	updateElementRidges (bool createRidges=false, const bool verbose=false, UInt estimateRidgeNumber=0, bool renumber=true)
	Build localRidgeId table and optionally fills the list of Ridges. More...

void	updateElementEdges (bool createEdges=false, const bool verbose=false, UInt estimateEdgeNumber=0, bool renumber=true)
	Builds localEdgeId table and optionally fills the list of Edges. More...

void	cleanElementRidges ()
	Destroys Ridge-To-Facet lookup table. More...

void	cleanElementEdges ()
	Destroys edge To facet lookup table. More...

ID	localRidgeId (UInt const elemId, UInt const locR) const
	Local Ridge ID of a ridge in an element stored in the mesh. More...

ID	localRidgeId (const element_Type &elem, UInt const locR) const
	Local Ridge. More...

ID	localEdgeId (UInt const elemId, UInt const locE) const
	Local Edge. More...

ID	localEdgeId (const volume_Type &elem, UInt const locE) const
	Local Edge (specialization for 3D geometries). More...

ID	localEdgeId (const face_Type &elem, UInt const locE) const
	Local Edge (specialization for 2D geometries). More...

Faces Methods
Methods to access/create/modify faces data There are different way of counting Faces: Number of Faces: is the declared number of total faces in the mesh. It uses an internal counter. Warning A value different from zero does NOT imply that the faces are actually stored. This counter declares the number of Faces that the mash have not those that are actually stored in the list of faces! Number of Boundary Faces: is the declared number of boundary faces in the mesh. It uses an internal counter. Warning A value different from zero does NOT imply that the boundary faces are actually stored. Number of Stored Faces: It is the number of Faces actually stored on the face container. Maximum number of stored faces: The number of faces that may stored before the container is resized. Note This parameter has to be set BEFORE inserting faces in the container if we want that pointer into the container maintains their validity. The container will also have a better performance. See also volume_methods.
UInt	numFaces () const
	Returns Number of Faces. More...

UInt	numFacets () const
	Returns Number of Facets. More...

UInt	numGlobalFaces () const
	Returns Global Number of Faces. More...

UInt	storedFaces () const
	Number of Faces actually stored. More...

UInt	maxNumFaces () const
	Current capacity of Faces Container. More...

void	setMaxNumFaces (UInt const n, bool const setcounter=false)
	Changes Current capacity of Faces. More...

void	setMaxNumGlobalFaces (UInt const n)
	Changes Current capacity of Global Faces. More...

void	setMaxNumGlobalFacets (UInt const n)
	Changes Current capacity of Global Facets. More...

face_Type &	addFace ()
	Adds a face. More...

face_Type &	addFace (bool const boundary)
	Adds a face. More...

face_Type &	addFace (face_Type const &f)
	Adds a face. More...

face_Type &	setFace (face_Type const &f, UInt pos)
	Adds a face in a certain position. More...

face_Type &	lastFace ()
	Reference to last face stored in list. More...

face_Type const &	face (UInt const i) const
	i-th mesh Face. More...

face_Type &	face (UInt const i)
	i-th mesh face. More...

face_Type const &	boundaryFace (UInt const i) const
	i-th mesh boundary face. More...

face_Type &	boundaryFace (UInt const i)
	i-th mesh boundary face. More...

void	setNumFaces (UInt const n)
	Set counter of faces. More...

void	setNumBFaces (UInt const n)
	Set counter of boundary faces. More...

bool	hasFaces () const
	Do I store mesh faces? More...

bool	hasInternalFaces () const
	Do I store also internal faces? More...

UInt	numBFaces () const
	Number of Boundary Faces. More...

bool	isBoundaryFace (UInt const &id) const
	Is face whose id is given on boundary? More...

UInt	numLocalFaces () const
	Number of local faces for each 3Delement. More...

bool	isFullFace (UInt const &id) const
	Does this id corresponds to a full face? More...

UInt	faceElement (UInt const faceId, UInt const Pos) const
	Id of the Volume Element adjacent to a Face. More...

UInt	faceElement (facet_Type const &f, UInt const Pos) const
	3DElement adjacent to a FACE. Face reference given. More...

Edge Methods
All methods which operates on 1D elements. There are different point counters which may bi interrogated or set: Number of Edges: is the declared number of total edges in the mesh. Beware: A value different from zero does NOT imply that the edges are actually stored. Number of Boundary Edges: is the declared number of boundary edges in the mesh. Beware: A value different from zero does NOT imply that the boundary edges are actually stored. Number of Stored Edges: It is the number of Edges actually stored on the edge container. Maximum number of stored edges: The number of edges that may stored before the container is resized. Important: This parameter has to be set BEFORE inserting edges in the container if we want that pointer into the container maintains their validity. The container will also have a better performance. Note To have more information on the Edge methods look at the documentation of th eanalogous Edges methods face_methods and in volume_methods.
UInt	numEdges () const
	Number of Edges. More...

UInt	numGlobalEdges () const
	Global number of Edges. More...

UInt	numLocalEdges () const
	Number of local edges for each (3D) element. More...

UInt	storedEdges () const
	Number of stored Edges. More...

UInt	maxNumEdges () const
	Capacity of Edge Container. More...

void	setMaxNumEdges (UInt const n, bool const setcounter=false)
	Changes Current capacity of Edges. More...

void	setMaxNumGlobalEdges (UInt const n)
	Changes Current capacity of Global Edges. More...

edge_Type &	addEdge (bool const boundary)
	Adds an Edge. More...

edge_Type &	addEdge (edge_Type const &r)
	Adds an Edge. More...

edge_Type &	setEdge (edge_Type const &e, UInt position)
	Add an Edge to specified position. More...

edge_Type &	lastEdge ()
	Reference to last edge stored in list. More...

edge_Type const &	edge (UInt const i) const
	i-th mesh edge. More...

edge_Type &	edge (UInt const i)
	i-th mesh edge reference. More...

edge_Type const &	boundaryEdge (UInt const i) const
	i-th mesh 1D Boundary Edge. More...

edge_Type &	boundaryEdge (UInt const i)
	i-th mesh 1D Boundary Edge Reference. More...

void	setNumBEdges (UInt const n)
	Set boundary Edge counter. More...

bool	hasEdges () const
	Do I store mesh edges? More...

bool	isBoundaryEdge (ridge_Type const &e) const
	Edge on boundary check. More...

bool	isBoundaryEdge (UInt const &id) const
	Edge on boundary check by id. More...

bool	isFullEdge (UInt const &id) const
	Full Edge check by id. More...

UInt	numBEdges () const
	Number of Boundary Edges. More...

void	setNumEdges (UInt const n)
	Set internal counter of number of Edges. More...

bool	hasInternalEdges () const
	Do I store internal Edges? More...

UInt	numLocalEdgesOfFace () const
	Number of edges on each face. More...

Points Methods
All methods which operates on Point Elements. There are different Point counters which may be interrogated or set: Number of Points: is the declared number of total points in the mesh. Number of Boundary Points: is the declared number of boundary points in the mesh. Does NOT imply that the boundary points are actually stored. Number of Stored Points: It is the number of Points actually stored on the points container. Maximum number of stored points: The number of points that may stored before the container is resized. Very Important: This parameter has to be set BEFORE inserting points in the container. Since MeshElementMarkeds will contain POINTERS into the container! This is a debatable point! Note To have more information on the Point methods look at the documentation of the analogous Edges methods (face_methods).
UInt	numPoints () const
	Returns number of points in the mesh. More...

UInt &	numPoints ()
	Returns a reference to number of points in the mesh. More...

UInt	storedPoints () const
	Returns number of points in the mesh actually stored. More...

UInt	storedBPoints () const
	Returns number of boundary points in the mesh actually stored. More...

UInt	maxNumPoints () const
	Returns the number of storable points in the mesh. More...

void	setMaxNumPoints (UInt const n, bool const setcounter=false)
	Set the number of storable points in the mesh. More...

void	setMaxNumGlobalPoints (UInt const n)
	Set the number of storable global points in the mesh. More...

point_Type &	addPoint (bool const boundary, bool const vertices)
	Adds a Point in the mesh. More...

point_Type &	addPoint (point_Type const &p)
	Adds a Point in the mesh. More...

point_Type const &	firstPoint () const
	Returns the first mesh Point. More...

point_Type const &	lastPoint () const
	Returns the last mesh Point. More...

point_Type const &	point (UInt const i) const
	Returns the i-th mesh Point. More...

point_Type &	point (UInt const i)
	Returns a reference to the i-th mesh point. More...

point_Type const &	boundaryPoint (UInt const i) const
	Returns a reference to the i-th mesh Boundary Point. More...

point_Type &	boundaryPoint (UInt const i)
	Returns a reference to the i-th mesh Boundary Point. More...

UInt	numBPoints () const
	Returns the number of Boundary Points. More...

void	setNumBPoints (UInt const n)
	Sets the number of Boundary Points. More...

bool	isBoundaryPoint (point_Type const &p) const
	Is this point on boundary? More...

bool	isBoundaryPoint (UInt const &id) const
	Is this point on boundary? More...

void	getListOfPoints (bool(*fct)(Real, Real, Real), std::vector< UInt > &list_pts)
	List of points. More...

Vertices Methods
All methods which operates on Vertex Elements.
UInt	numVertices () const
	Number of Vertices in Region. More...

UInt	numBVertices () const
	Number of Boundary Vertices in Region. More...

UInt &	numBVertices ()
	Reference to the number of Boundary Vertices in Region. More...

UInt	numLocalVertices () const
	Number of local vertices for each (3D) element. More...

UInt	numGlobalVertices () const
	Returns the global number of vertices in the mesh. More...

UInt	numGlobalPoints () const
	Returns the global number of points in the mesh. More...

bool	isVertex (UInt const &id) const
	Vertex check. More...

bool	isVertex (point_Type const &p) const
	Vertex check. More...

void	setNumVertices (UInt const n)
	Changes number of Vertices. More...

void	setNumGlobalVertices (UInt const n)
	Set the number of vertices in the mesh. More...

void	setNumBVertices (UInt const n)
	Changes number of Boundary Vertices. More...

Polytope Methods
These are the polytope methods to get information about the number of polytopes (elements, facets, ridges, peaks). Interfaces common for all RegionMeshes (3D – 1D).
UInt	numElements () const
	Number of elements in mesh. More...

UInt	numBoundaryFacets () const
	Number of Boundary facets. More...

element_Type &	element (const UInt &i)
	Get element at the i-th index. More...

const element_Type &	element (const UInt &i) const
	Get element at the i-th index. More...

facet_Type &	boundaryFacet (const UInt &i)
	Get boundary facet at the i-th index. More...

const facet_Type &	boundaryFacet (const UInt &i) const
	Get boundary facet at the i-th index. More...

UInt	numGlobalElements () const
	Number of global elements. More...

UInt	maxNumElements () const
	Current capacity of the container of Elements. More...

void	setNumElements (UInt const n)
	Set counter of elements. More...

void	setMaxNumElements (UInt const n, bool const setcounter=false)
	Changes Current capacity of the container of elements. More...

void	setMaxNumGlobalElements (UInt const n)
	Set the number of global elements. More...

element_Type &	addElement ()
	Adds element. More...

element_Type &	setElement (volume_Type const &elem, UInt const pos)
	Adds element in a certain position (specialization for 3D geometry). More...

element_Type &	setElement (face_Type const &elem, UInt const pos)
	Adds element in a certain position (specialization for 2D geometry). More...

element_Type &	setElement (edge_Type const &elem, UInt const pos)
	Adds element in a certain position (specialization for 1D geometry). More...

UInt	numGlobalFacets () const
	Returns Global Number of Facets. More...

void	setMaxNumFacets (UInt const n, bool const setcounter=false)
	Changes Current capacity of Facets. More...

facet_Type &	addFacet (bool const boundary)
	Adds a facet. More...

facet_Type &	addFacet (face_Type const &facet)
	Adds a facet. 3D specialization. More...

facet_Type &	addFacet (edge_Type const &facet)
	Adds a facet. 2D specialization. More...

facet_Type &	addFacet (point_Type const &facet)
	Adds a facet. 1D specialization. More...

facet_Type const &	facet (UInt const i) const
	i-th mesh Facet. More...

facet_Type &	facet (UInt const i)
	i-th mesh facet. More...

void	setNumFacets (UInt const n)
	Set counter of facets. More...

void	setNumBoundaryFacets (UInt const n)
	Set counter of boundary facets. More...

bool	isBoundaryFacet (UInt const &id) const
	Is facet whose id is given on boundary? More...

UInt	numRidges () const
	Number of Ridges. More...

UInt	numGlobalRidges () const
	Global number of Ridges. More...

void	setMaxNumRidges (UInt const n, bool const setcounter=false)
	Changes Current capacity of Ridges. More...

void	setMaxNumGlobalRidges (UInt const n)
	Changes Current capacity of Global Ridges. More...

void	setNumRidges (UInt const n)
	Set counter of facets. More...

ridge_Type &	addRidge (bool const boundary)
	Adds a Ridge. More...

ridge_Type &	addRidge (edge_Type const &r)
	Adds a Ridge. Specialization for 3D geometries. More...

ridge_Type &	addRidge (point_Type const &r)
	Adds a Ridge. Specialization for 2D geometries. More...

ridge_Type const &	ridge (UInt const i) const
	i-th mesh ridge. More...

ridge_Type &	ridge (UInt const i)
	i-th mesh ridge reference. More...

void	setNumBoundaryRidges (UInt const n)
	Set boundary ridge counter. More...

bool	isBoundaryRidge (edge_Type const &r) const
	Ridge on boundary check. Specialization for 3D geometries. More...

bool	isBoundaryRidge (point_Type const &r) const
	Ridge on boundary check. Specialization for 2D geometries. More...

bool	isBoundaryRidge (UInt const &id) const
	Ridge on boundary check by id. More...

peak_Type const &	peak (UInt const i) const
	Returns the i-th mesh Peak. More...

UInt	numGlobalPeaks () const
	Returns a reference to the i-th mesh peak. More...

Region Containers
STL compliant containers for basic structure. I expose them since they are standard containers.
points_Type	pointList
	Container of mesh Points/Vertices. More...

faces_Type	faceList
	Container of mesh Faces. More...

edges_Type	edgeList
	Container of mesh Edges. More...

volumes_Type	volumeList
	Container of mesh 3D Elements. More...

std::vector< point_Type *>	_bPoints
	Boundary points list. More...

Container Polytope Getters
getters for region Containers, by polytope names
elements_Type &	elementList ()
	returns a reference to the elements' container More...

facets_Type &	facetList ()
	returns a reference to the facets' container More...

ridges_Type &	ridgeList ()
	returns a reference to the ridges' container More...

Switches
Switch	switches
	Switches. More...

Detailed Description

template<typename GeoShapeType, typename MCType = defaultMarkerCommon_Type>
class LifeV::RegionMesh< GeoShapeType, MCType >

Class for 3D, 2D and 1D Mesh.

Author: Luca Formaggia luca..nosp@m.form.nosp@m.aggia.nosp@m.@pol.nosp@m.imi.i.nosp@m.t; Miguel Fernandez

Contributor:: Mauro Perego mpere.nosp@m.go@f.nosp@m.su.ed.nosp@m.u

This is the class that stores the mesh entities for a single region.

In a region elements are all of the same type.

Note: to provide data useful in a parallel setting some methods return either the number of entities in the current mesh region or the ones in the global mesh, before partitioning. The latter are identified by the keyword Global in the name, e.g. numGlobalFaces() versus numFaces()

Definition at line 87 of file RegionMesh.hpp.

Member Typedef Documentation

◆ geoShape_Type

typedef GeoShapeType geoShape_Type

Definition at line 93 of file RegionMesh.hpp.

◆ markerCommon_Type

typedef MCType markerCommon_Type

Common Markers.

Definition at line 96 of file RegionMesh.hpp.

◆ oneD_Type

typedef GeoDim<1> oneD_Type

Definition at line 110 of file RegionMesh.hpp.

◆ twoD_Type

typedef GeoDim<2> twoD_Type

Definition at line 111 of file RegionMesh.hpp.

◆ threeD_Type

typedef GeoDim<3> threeD_Type

Definition at line 112 of file RegionMesh.hpp.

◆ geoDim_Type

typedef GeoDim<S_geoDimensions> geoDim_Type

Definition at line 113 of file RegionMesh.hpp.

◆ pointMarker_Type

typedef markerCommon_Type::pointMarker_Type pointMarker_Type

Point Marker.

Definition at line 124 of file RegionMesh.hpp.

◆ edgeMarker_Type

typedef markerCommon_Type::edgeMarker_Type edgeMarker_Type

Edge Marker.

Definition at line 126 of file RegionMesh.hpp.

◆ faceMarker_Type

typedef markerCommon_Type::faceMarker_Type faceMarker_Type

Face Marker.

Definition at line 128 of file RegionMesh.hpp.

◆ volumeMarker_Type

typedef markerCommon_Type::volumeMarker_Type volumeMarker_Type

Volume Marker.

Definition at line 130 of file RegionMesh.hpp.

◆ regionMarker_Type

typedef markerCommon_Type::regionMarker_Type regionMarker_Type

Region Marker.

Definition at line 132 of file RegionMesh.hpp.

◆ volume_Type

typedef MeshElementMarked<3, S_geoDimensions, geoShape_Type, markerCommon_Type> volume_Type

Definition at line 151 of file RegionMesh.hpp.

◆ face_Type

typedef MeshElementMarked<2, S_geoDimensions, geoShape_Type, markerCommon_Type> face_Type

Definition at line 152 of file RegionMesh.hpp.

◆ edge_Type

typedef MeshElementMarked<1, S_geoDimensions, geoShape_Type, markerCommon_Type> edge_Type

Definition at line 153 of file RegionMesh.hpp.

◆ point_Type

typedef MeshElementMarked<0, S_geoDimensions, geoShape_Type, markerCommon_Type> point_Type

Definition at line 154 of file RegionMesh.hpp.

◆ element_Type

typedef MeshElementMarked<S_geoDimensions, S_geoDimensions, geoShape_Type, markerCommon_Type> element_Type

Definition at line 156 of file RegionMesh.hpp.

◆ facet_Type

typedef MeshElementMarked< S_facetDimension, S_geoDimensions, geoShape_Type, markerCommon_Type > facet_Type

Definition at line 157 of file RegionMesh.hpp.

◆ ridge_Type

typedef MeshElementMarked< S_ridgeDimension, S_geoDimensions, geoShape_Type, markerCommon_Type > ridge_Type

Definition at line 158 of file RegionMesh.hpp.

◆ peak_Type

typedef MeshElementMarked< S_peakDimension, S_geoDimensions, geoShape_Type, markerCommon_Type > peak_Type

Definition at line 159 of file RegionMesh.hpp.

◆ volumeShape_Type

typedef volume_Type::geoShape_Type volumeShape_Type

Element Shape.

Definition at line 171 of file RegionMesh.hpp.

◆ faceShape_Type

typedef face_Type::geoShape_Type faceShape_Type

Definition at line 172 of file RegionMesh.hpp.

◆ edgeShape_Type

typedef edge_Type::geoShape_Type edgeShape_Type

Definition at line 173 of file RegionMesh.hpp.

◆ elementShape_Type

typedef geoShape_Type elementShape_Type

Definition at line 175 of file RegionMesh.hpp.

◆ facetShape_Type

typedef geoShape_Type::GeoBShape facetShape_Type

Definition at line 176 of file RegionMesh.hpp.

◆ ridgeShape_Type

typedef facetShape_Type::GeoBShape ridgeShape_Type

Definition at line 177 of file RegionMesh.hpp.

◆ volumes_Type

typedef MeshEntityContainer<volume_Type > volumes_Type

Definition at line 185 of file RegionMesh.hpp.

◆ faces_Type

typedef MeshEntityContainer<face_Type> faces_Type

Definition at line 186 of file RegionMesh.hpp.

◆ edges_Type

typedef MeshEntityContainer<edge_Type> edges_Type

Definition at line 187 of file RegionMesh.hpp.

◆ points_Type

typedef MeshEntityContainer<point_Type> points_Type

Definition at line 188 of file RegionMesh.hpp.

◆ elements_Type

typedef MeshEntityContainer<element_Type> elements_Type

Definition at line 190 of file RegionMesh.hpp.

◆ facets_Type

typedef MeshEntityContainer<facet_Type> facets_Type

Definition at line 191 of file RegionMesh.hpp.

◆ ridges_Type

typedef MeshEntityContainer<ridge_Type> ridges_Type

Definition at line 192 of file RegionMesh.hpp.

◆ peaks_Type

typedef MeshEntityContainer<peak_Type> peaks_Type

Definition at line 193 of file RegionMesh.hpp.

◆ commPtr_Type

typedef std::shared_ptr<Epetra_Comm> commPtr_Type

Definition at line 197 of file RegionMesh.hpp.

Constructor & Destructor Documentation

◆ RegionMesh() [1/3]

RegionMesh ( )

inline

Default constructor.

Definition at line 2822 of file RegionMesh.hpp.

◆ RegionMesh() [2/3]

RegionMesh ( commPtr_Type const & comm )

inlineexplicit

Constructor.

Parameters

comm	communicator to manage output

Definition at line 2842 of file RegionMesh.hpp.

◆ RegionMesh() [3/3]

RegionMesh	(	UInt	id,
		commPtr_Type const &	comm
	)

inline

Constructor.

Parameters

comm	communicator to manage output
id	markerId of the RegionMesh

Definition at line 2864 of file RegionMesh.hpp.

◆ ~RegionMesh()

~RegionMesh ( )

inlinevirtual

Destructor.

Definition at line 2885 of file RegionMesh.hpp.

Member Function Documentation

◆ showMe()

std::ostream & showMe	(	bool	verbose = `false`,
		std::ostream &	out = `std::cout`
	)		const

inline

Display general information about the content of the class.

Pretty output of information about the mesh.

Parameters

verbose	If true output is verbose, false otherwise (default);
out	Output stream (std::cout default);

Returns: Output stream (for concatenation).

Definition at line 3485 of file RegionMesh.hpp.

◆ check()

Int check	(	Int	level = `0`,
		bool const	fix = `false`,
		bool	verbose = `true`,
		std::ostream &	out = `std::cerr`
	)

inline

Basic tests for mesh consistency.

Check consistency of the mesh and fix errors.

Parameters

level	Indicates level. 0 => minimal level, just sets the switches to the appropriate value 1 => launch an external function from mesh_util.h which performs a series of sophisticated tests.
fix	If true and level=1 it fixes the mesh.
verbose	If true output is verbose, false otherwise (default);
out	Output stream (std::cerr default);

Returns: Severity level. If different from 0 the mesh has problem. If positive the problems are such that the mesh may not work in any case. If less than zero it may work in some cases.

Definition at line 3571 of file RegionMesh.hpp.

◆ printLtGMap()

void printLtGMap ( std::ostream & os )

Display local to global mapping.

Parameters

os	Output stream.

◆ meshTransformer()

MeshUtility::MeshTransformer< RegionMesh< GeoShapeType, MCType >, MCType > & meshTransformer ( )

inline

Return the handle to perform transormations on the mesh.

Definition at line 4409 of file RegionMesh.hpp.

◆ comm()

RegionMesh< GeoShapeType, MCType >::commPtr_Type comm ( ) const

inline

Return the communicator.

Definition at line 4416 of file RegionMesh.hpp.

◆ setComm()

void setComm ( commPtr_Type const & comm )

inline

Setter for the communicator.

Definition at line 4422 of file RegionMesh.hpp.

◆ numSwitches()

const UInt& numSwitches ( ) const

inline

Get the number of switch which have been set.

Returns: The number of switches which have been set.

Definition at line 303 of file RegionMesh.hpp.

◆ getLinkSwitch()

bool getLinkSwitch ( std::string const & _s ) const

inline

Interrogate Switch.

Parameters

_s	Name of the switch.

Returns: true if the name is in the switch, false otherwise.

Definition at line 3827 of file RegionMesh.hpp.

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◆ setLinkSwitch()

void setLinkSwitch ( std::string const & _s )

inline

Set a switch using a given name.

Parameters

_s	Name of the switch.

Definition at line 3807 of file RegionMesh.hpp.

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◆ unsetLinkSwitch()

void unsetLinkSwitch ( std::string const & _s )

inline

Unset a switch.

Parameters

_s	Name of the switch.

Definition at line 3817 of file RegionMesh.hpp.

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◆ showLinkSwitch()

std::ostream& showLinkSwitch	(	bool	verbose = `false`,
		std::ostream &	out = `std::cout`
	)

inline

Output switches contents.

Parameters

verbose	Verbosity of the output.
out	Output stream.

Returns: Output stream for concatenation.

Definition at line 332 of file RegionMesh.hpp.

◆ markerClass()

markerCommon_Type::regionMarker_Type& markerClass ( ) const

inline

get mesh marker.

Returns: regionmesh marker.

Definition at line 354 of file RegionMesh.hpp.

◆ markerID()

markerID_Type markerID ( ) const

inline

get only mesh marker id.

Returns: regionmesh marker id.

Definition at line 363 of file RegionMesh.hpp.

◆ isPartitioned()

bool isPartitioned ( ) const

inline

get M_isPartitioned bool

isPartitioned

Returns: M_isPartitioned member

Definition at line 373 of file RegionMesh.hpp.

◆ numVolumes()

UInt numVolumes ( ) const

inline

Returns Number of Volumes.

Returns number of Volume elements in the mesh as given by the internal counter.

Returns: Number of Volumes.

Definition at line 410 of file RegionMesh.hpp.

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◆ numGlobalVolumes()

UInt numGlobalVolumes ( ) const

inline

Returns Global Number of Volumes.

Returns number of Global Volume elements in the mesh as given by the internal counter.

Returns: Number of Global Volumes.

Definition at line 420 of file RegionMesh.hpp.

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◆ storedVolumes()

UInt storedVolumes ( ) const

inline

Volumes actually stored in list.

Returns: Number of stored Volumes.

Definition at line 429 of file RegionMesh.hpp.

◆ maxNumVolumes()

UInt maxNumVolumes ( ) const

inline

Current capacity of Volumes Container.

Returns: how many volumes may be stored.

Definition at line 438 of file RegionMesh.hpp.

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◆ setMarkerClass()

void setMarkerClass ( typename MCType::regionMarker_Type const & marker )

inline

set mesh marker.

Parameters

marker to be set.

Definition at line 448 of file RegionMesh.hpp.

◆ setMarkerID()

void setMarkerID ( markerID_Type const & markerId )

inline

set only the mesh marker id.

Parameters

marker id to be set.

Definition at line 458 of file RegionMesh.hpp.

◆ setIsPartitioned()

void setIsPartitioned ( bool const isPartitioned )

inline

Definition at line 463 of file RegionMesh.hpp.

◆ setMaxNumVolumes()

void setMaxNumVolumes	(	UInt const	n,
		bool const	setcounter = `false`
	)

inline

Changes Current capacity of Volumes.

Changes Current capacity of Volumes (Optionally sets internal counter).

Parameters

n	Maximum number of volumes.
setcounter	true to set the counter, false otherwise (default).

Definition at line 2921 of file RegionMesh.hpp.

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◆ setMaxNumGlobalVolumes()

void setMaxNumGlobalVolumes ( UInt const n )

inline

Set the number of global volumes.

Parameters

n	maximum number of global volumes.

Definition at line 483 of file RegionMesh.hpp.

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◆ setNumVolumes()

void setNumVolumes ( UInt const n )

inline

Set number of volumes.

Set number of volumes in the mesh by changing internal counter.

Parameters

n	number of volumes.

Definition at line 493 of file RegionMesh.hpp.

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◆ addVolume() [1/2]

RegionMesh< GeoShapeType, MCType >::element_Type & addVolume ( )

Adds volume.

Adds volume. Local and global ID computed automatically.

Returns: Reference to added volume.

Definition at line 2932 of file RegionMesh.hpp.

◆ addVolume() [2/2]

RegionMesh< GeoShapeType, MCType >::element_Type & addVolume ( element_Type const & vol )

inline

Adds volume.

Adds volume. Local ID computed automatically. Global ID is left unchanged

Parameters

v	Volume to be added.

Returns: Reference to the newly added volume.

Definition at line 2941 of file RegionMesh.hpp.

◆ setVolume()

RegionMesh< GeoShapeType, MCType >::element_Type & setVolume	(	element_Type const &	v,
		UInt const	pos
	)

inline

Adds volume in a certain position.

Adds volume to a specified position.

Parameters

v	Volume to be added.
pos	Position of the volume.

Returns: Reference to the newly added volume.

Definition at line 2953 of file RegionMesh.hpp.

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◆ setVolumeCounter()

void setVolumeCounter ( )

inline

set numVolumes counter.

Definition at line 524 of file RegionMesh.hpp.

◆ lastVolume()

element_Type& lastVolume ( )

inline

Reference to last volume stored in list.

Reference to last volume stored in list. Useful for mesh readers.

Returns: reference of the last volume in the list.

Definition at line 535 of file RegionMesh.hpp.

◆ volume() [1/2]

RegionMesh< GeoShapeType, MCType >::element_Type const & volume ( UInt const i ) const

inline

i-th mesh 3D Element.

Parameters

i	index of the mesh 3D Element.

Returns: the i-th volume.

Definition at line 2965 of file RegionMesh.hpp.

◆ volume() [2/2]

RegionMesh< GeoShapeType, MCType >::element_Type & volume ( UInt const i )

inline

i-th mesh 3D Element.

Parameters

i	index of the mesh volume.

Returns: reference to the ith mesh volume.

Definition at line 2974 of file RegionMesh.hpp.

◆ hasLocalFacets()

bool hasLocalFacets ( ) const

inline

Is the array for local facets set up?

It does not use switches, but interrogates the container directly

Returns: true if the array for local facets in not empty.

Definition at line 582 of file RegionMesh.hpp.

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◆ hasLocalFaces() [1/3]

bool hasLocalFaces ( ) const

inline

Is the array for local faces set up?

It does not use switches, but interrogates the container directly

Returns: true if array for local faces in not empty.

Definition at line 593 of file RegionMesh.hpp.

◆ updateElementFacets()

void updateElementFacets	(	bool	createFaces = `false`,
		bool	verbose = `false`,
		UInt	estimateFacetNumber = `0`
	)

Build localFacetId table and optionally fills the list of Facets.

Parameters

createFacets	is set true if we want also to create the actual list of internal facets. There is another utility (in mesh_util.hpp), which might be used for the same purpose if we want just to create the faces and not also the LocaFaceID table.
verbose	if true, output is verbose.
estimateFacetNumber	is a guess provided by the user of the total number of faces. It is relevant only when createFaces=true. Setting it to a proper value helps in reducing time and memory.

Note: Facets are renumbered so that boundary facets are stored first

Precondition: The routine assumes that the boundary facets are properly set, if not use the methods in #include MeshChecks.hpp

Definition at line 4156 of file RegionMesh.hpp.

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◆ updateElementFaces()

void updateElementFaces	(	bool	createFaces = `false`,
		const bool	verbose = `false`,
		UInt	estimateFaceNumber = `0`
	)

Build localFaceId table and optionally fills the list of Faces.

Parameters

createFacet	is set true if we want also to create the actual list of internal faces. There is another utility (in mesh_util.hpp), which might be used for the same purpose if we want just to create the faces and not also the LocaFaceID table.
verbose	if true, output is verbose.
estimateFaceNumber	is a guess provided by the user of the total number of faces. It is relevant only when createFaces=true. Setting it to a proper value helps in reducing time and memory.

Precondition: The routine assumes that the boundary facets are properly set, if not use the methods in #include MeshChecks.hpp

Definition at line 4359 of file RegionMesh.hpp.

◆ cleanElementFacets()

void cleanElementFacets ( )

Destroys element-to-facet container. Useful to save memory!

Definition at line 4367 of file RegionMesh.hpp.

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◆ cleanElementFaces()

void cleanElementFaces ( )

Destroys element-to-face container. Useful to save memory!

Definition at line 4376 of file RegionMesh.hpp.

◆ localFacetId()

UInt localFacetId	(	UInt const	elemId,
		UInt const	locF
	)		const

inline

Local Facet Id.

Parameters

elemId	Id of element.
locF	local facet number 0 < LocF < numLocalFacets().

Returns: ID of the facet.

Definition at line 3907 of file RegionMesh.hpp.

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◆ localFaceId() [1/2]

UInt localFaceId	(	UInt const	volId,
		UInt const	locF
	)		const

inline

Local Face Id.

Parameters

volId	Id of volume.
locF	local face number 0 < LocF < numLocalFaces().

Returns: ID of the face.

Definition at line 3918 of file RegionMesh.hpp.

◆ localFaceId() [2/2]

UInt localFaceId	(	const volume_Type &	vol,
		UInt const	locF
	)		const

inline

Local Face Id.

Parameters

ivol	Reference to a volume.
locF	local face number 0 < LocF < numLocalFaces().

Returns: ID of the face.

Definition at line 660 of file RegionMesh.hpp.

◆ hasLocalRidges()

bool hasLocalRidges ( ) const

inline

Is the array for ridges set up?

It does not use switches, but interrogates the container directly.

Returns: true if ridges information are available, false otherwise.

Definition at line 671 of file RegionMesh.hpp.

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◆ hasLocalEdges() [1/3]

bool hasLocalEdges ( ) const

inline

Is the array for local Edges set up?

It does not use switches, but interrogates the container directly.

Returns: true if edges information are available, false otherwise.

Definition at line 682 of file RegionMesh.hpp.

◆ updateElementRidges() [1/4]

void updateElementRidges	(	bool	createRidges = `false`,
		const bool	verbose = `false`,
		UInt	estimateRidgeNumber = `0`,
		bool	renumber = `true`
	)

inline

Build localRidgeId table and optionally fills the list of Ridges.

Parameters

createRdges	is set true if we want also to create the actual list of edges. There is another utility (MeshChecks.hpp), which might be used for the same purpose if we want just to create the faces and not also the LocalRidgeID table.
verbose	If true, output is verbose.
estimateRidgeNumber	is a guess provided by the user of the total number of ridges. It is relevant only when createFacets=true. Setting it to a proper value helps in reducing time and memory.
renumber	Relevant only if createFacets=true.It makes sure that boundary edges are first if set to false possibly existing edges are never moved

Note: This method does not assume that boundary edges are stores, since this condition is NOT a a paradigm for a RegionMesh.

Definition at line 704 of file RegionMesh.hpp.

◆ updateElementEdges() [1/3]

void updateElementEdges	(	bool	createEdges = `false`,
		const bool	verbose = `false`,
		UInt	estimateEdgeNumber = `0`,
		bool	renumber = `true`
	)

inline

Builds localEdgeId table and optionally fills the list of Edges.

Parameters

createEdges	is set true if we want also to create the actual edges. There is another utility (MeshChecks.hpp), might be used for the same purpose if we want just to create the edges and not also the LocalEdgeID table.
verbose	If true, output is verbose.
estimateEdgeNumber	is a guess provided by the user of the total number of edges. It is relevant only when createEdges=true. Setting it to a proper value helps in reducing time and memory.
renumber	Relevant only if createFaces=true.It makes sure that boundary edges are first if set to false possibly existing edges are never moved

Note: This method does not assume that boundary edges are already stored, since this condition is NOT an invariant of a RegionMesh3D.

Definition at line 727 of file RegionMesh.hpp.

◆ cleanElementRidges()

void cleanElementRidges ( )

Destroys Ridge-To-Facet lookup table.

Definition at line 4384 of file RegionMesh.hpp.

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◆ cleanElementEdges() [1/3]

void cleanElementEdges ( )

inline

Destroys edge To facet lookup table.

Definition at line 737 of file RegionMesh.hpp.

◆ localRidgeId() [1/5]

ID localRidgeId	(	UInt const	elemId,
		UInt const	locR
	)		const

inline

Local Ridge ID of a ridge in an element stored in the mesh.

Parameters

elemId	local ID of the element
locR	local ridge number (elemental) 0 <= locR < numLocalRidges().

Returns: local ID of the ridge.

Definition at line 747 of file RegionMesh.hpp.

◆ localRidgeId() [2/5]

ID localRidgeId	(	const element_Type &	elem,
		UInt const	locR
	)		const

inline

Local Ridge.

Parameters

elem	Reference of the element.
locR	local ridge number.

Returns: local ID of the ridge.

Definition at line 758 of file RegionMesh.hpp.

◆ localEdgeId() [1/6]

ID localEdgeId	(	UInt const	elemId,
		UInt const	locE
	)		const

inline

Local Edge.

Parameters

elemId	Id of element.
locE	local edge number 0 <= LocE < numLocalEdges().

Returns: local ID of the edge.

Definition at line 769 of file RegionMesh.hpp.

◆ localEdgeId() [2/6]

ID localEdgeId	(	const volume_Type &	elem,
		UInt const	locE
	)		const

inline

Local Edge (specialization for 3D geometries).

Parameters

elem	Reference of the element.
locE	local edge number 0 <= LocE < numLocalEdges().

Returns: local ID of the edge.

Definition at line 779 of file RegionMesh.hpp.

◆ localEdgeId() [3/6]

ID localEdgeId	(	const face_Type &	elem,
		UInt const	locE
	)		const

inline

Local Edge (specialization for 2D geometries).

Parameters

elem	Reference of the element.
locE	local edge number 0 <= LocE < numLocalEdges().

Returns: local ID of the edge.

Definition at line 790 of file RegionMesh.hpp.

◆ numFaces()

UInt numFaces ( ) const

inline

Returns Number of Faces.

Returns number of Face elements in the mesh as given by the internal counter.

Returns: Number of Faces.

Definition at line 2983 of file RegionMesh.hpp.

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◆ numFacets() [1/4]

UInt numFacets ( ) const

inline

Returns Number of Facets.

Returns number of Facets in the mesh as given by the internal counter.

Returns: Number of Facets.

Definition at line 844 of file RegionMesh.hpp.

◆ numGlobalFaces()

UInt numGlobalFaces ( ) const

inline

Returns Global Number of Faces.

Returns global number of Face elements in the mesh as given by the internal counter.

Returns: Global Number of Faces.

Definition at line 2990 of file RegionMesh.hpp.

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◆ storedFaces()

UInt storedFaces ( ) const

inline

Number of Faces actually stored.

Faces actually stored in list

Returns: Number of faces actually stored in list.

Definition at line 2997 of file RegionMesh.hpp.

◆ maxNumFaces()

UInt maxNumFaces ( ) const

inline

Current capacity of Faces Container.

How many elements may be stored.

Returns: Number of maximum element that can be stored.

Definition at line 3004 of file RegionMesh.hpp.

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◆ setMaxNumFaces()

void setMaxNumFaces	(	UInt const	n,
		bool const	setcounter = `false`
	)

inline

Changes Current capacity of Faces.

Changes Current capacity of Faces (Optionally sets internal counter).

Parameters

n	Maximum number of faces.
setcounter	true to set the counter, false otherwise.

Definition at line 3011 of file RegionMesh.hpp.

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◆ setMaxNumGlobalFaces()

void setMaxNumGlobalFaces ( UInt const n )

inline

Changes Current capacity of Global Faces.

Changes Current capacity of Global Faces (Optionally sets internal counter).

Parameters

n	maximum number of global faces.

Definition at line 3022 of file RegionMesh.hpp.

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◆ setMaxNumGlobalFacets() [1/4]

void setMaxNumGlobalFacets ( UInt const n )

inline

Changes Current capacity of Global Facets.

Changes Current capacity of Global Facets (Optionally sets internal counter).

Parameters

n	maximum number of global facets.

Definition at line 896 of file RegionMesh.hpp.

◆ addFace() [1/3]

face_Type& addFace ( )

inline

Adds a face.

Adds a face. Id computed automatically.

Returns: Reference to added face.

Definition at line 906 of file RegionMesh.hpp.

◆ addFace() [2/3]

RegionMesh< GeoShapeType, MCType >::face_Type & addFace ( bool const boundary )

inline

Adds a face.

Adds a face (optionally a boundary face). Local and global ID are computed automatically.

Parameters

boundary true if it's a boundary face.

Returns: Reference to added face.

Definition at line 3030 of file RegionMesh.hpp.

◆ addFace() [3/3]

RegionMesh< GeoShapeType, MCType >::face_Type & addFace ( face_Type const & f )

inline

Adds a face.

Adds a face (optionally a boundary face). Local ID computed automatically. It assumes that all attributes of face f have been properly set

Parameters

f	Face to be added.

Returns: Reference to the newly added face.

Definition at line 3041 of file RegionMesh.hpp.

◆ setFace()

RegionMesh< GeoShapeType, MCType >::face_Type & setFace	(	face_Type const &	f,
		UInt	pos
	)

inline

Adds a face in a certain position.

Add face to a specified position (optionally a boundary face). It assumes that all attributes of face f have been properly set a part the id which is set to pos

Parameters

f	Face to add.
pos	Position of the face.

Returns: Reference to the newly added face.

Note: If you add a face on the boundary you may need to reorder the list of faces

Definition at line 3053 of file RegionMesh.hpp.

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◆ lastFace()

RegionMesh< GeoShapeType, MCType >::face_Type & lastFace ( )

inline

Reference to last face stored in list.

Reference to last face stored in list. Useful for mesh readers.

Returns: reference of the last face in the list.

Definition at line 3065 of file RegionMesh.hpp.

◆ face() [1/2]

RegionMesh< GeoShapeType, MCType >::face_Type const & face ( UInt const i ) const

inline

i-th mesh Face.

Parameters

i	index of the mesh face.

Returns: the i-th face.

Definition at line 3074 of file RegionMesh.hpp.

◆ face() [2/2]

RegionMesh< GeoShapeType, MCType >::face_Type & face ( UInt const i )

inline

i-th mesh face.

Parameters

i	index of the mesh face.

Returns: reference to the ith mesh face.

Definition at line 3083 of file RegionMesh.hpp.

◆ boundaryFace() [1/2]

RegionMesh< GeoShapeType, MCType >::face_Type const & boundaryFace ( UInt const i ) const

inline

i-th mesh boundary face.

Parameters

i	index of the mesh boundary face.

Returns: the i-th face.

Definition at line 3093 of file RegionMesh.hpp.

◆ boundaryFace() [2/2]

RegionMesh< GeoShapeType, MCType >::face_Type & boundaryFace ( UInt const i )

inline

i-th mesh boundary face.

Parameters

i	index of the mesh boundary face.

Returns: the i-th face.

Definition at line 3104 of file RegionMesh.hpp.

◆ setNumFaces()

void setNumFaces ( UInt const n )

inline

Set counter of faces.

Parameters

n	Number of faces.

Definition at line 3121 of file RegionMesh.hpp.

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◆ setNumBFaces()

void setNumBFaces ( UInt const n )

inline

Set counter of boundary faces.

Parameters

n	Number of boundary faces.

Definition at line 3128 of file RegionMesh.hpp.

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◆ hasFaces()

bool hasFaces ( ) const

inline

Do I store mesh faces?

Definition at line 3859 of file RegionMesh.hpp.

◆ hasInternalFaces()

bool hasInternalFaces ( ) const

inline

Do I store also internal faces?

Definition at line 3835 of file RegionMesh.hpp.

◆ numBFaces()

UInt numBFaces ( ) const

inline

Number of Boundary Faces.

Returns: Number of boundary faces.

Definition at line 3114 of file RegionMesh.hpp.

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◆ isBoundaryFace()

bool isBoundaryFace ( UInt const & id ) const

inline

Is face whose id is given on boundary?

Parameters

id Face Id.

Returns: true if f in on boundary.

Definition at line 3900 of file RegionMesh.hpp.

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◆ numLocalFaces()

UInt numLocalFaces ( ) const

inline

Number of local faces for each 3Delement.

Returns: Number of local faces.

Definition at line 2898 of file RegionMesh.hpp.

◆ isFullFace()

bool isFullFace ( UInt const & id ) const

Does this id corresponds to a full face?

A FULL FACE is a 2DElement that is actually stored in the Face container.

Parameters

id Face id.

Returns: false if id does not corresponfd to a boundary face and internal faces are not stored.

Definition at line 3946 of file RegionMesh.hpp.

◆ faceElement() [1/2]

UInt faceElement	(	UInt const	faceId,
		UInt const	Pos
	)		const

inline

Id of the Volume Element adjacent to a Face.

The first element is the one ORIENTED coherently with the face (AS STORED in Faces). It means that the face orientation is OUTWARD with respect to the element. The second element is either null (boundary face) or indicates that the normal of the face appears INWARD with respect to that element.

Parameters

faceId	Id of the face.
Pos	is equal to 0 or 1 and indicates first or second element.

Returns: Id of adjacent volume element or NotAnId if none.

Definition at line 3772 of file RegionMesh.hpp.

◆ faceElement() [2/2]

UInt faceElement	(	facet_Type const &	f,
		UInt const	Pos
	)		const

inline

3DElement adjacent to a FACE. Face reference given.

Parameters

f	Face reference.
Pos	is equal to 0 or 1 and indicates first or second element.

Returns: Id of adjacent volume element or 0 if none.

Definition at line 3789 of file RegionMesh.hpp.

◆ numEdges()

UInt numEdges ( ) const

inline

Number of Edges.

Returns number of Edge elements in the mesh as given by the internal counter.

Returns: Number of Edges.

Definition at line 3137 of file RegionMesh.hpp.

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◆ numGlobalEdges()

UInt numGlobalEdges ( ) const

inline

Global number of Edges.

Returns global number of Edge elements in the mesh as given by the internal counter.

Returns: Global number of Edges.

Definition at line 3144 of file RegionMesh.hpp.

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◆ numLocalEdges()

UInt numLocalEdges ( ) const

inline

Number of local edges for each (3D) element.

Returns: Number of local edges for each (3D) element

Definition at line 2905 of file RegionMesh.hpp.

◆ storedEdges()

UInt storedEdges ( ) const

inline

Number of stored Edges.

Edges actually stored in list.

Returns: number of edges actually stored in list.

Definition at line 3151 of file RegionMesh.hpp.

◆ maxNumEdges()

UInt maxNumEdges ( ) const

inline

Capacity of Edge Container.

Current capacity of Edges Container, i.e. how many elements may be stored.

Returns: Edges Container Capacity.

Definition at line 3158 of file RegionMesh.hpp.

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◆ setMaxNumEdges()

void setMaxNumEdges	(	UInt const	n,
		bool const	setcounter = `false`
	)

inline

Changes Current capacity of Edges.

Optionally sets internal counter.

Parameters

n	Maximum number of edges.
setcounter	true to set the counter, false otherwise.

Definition at line 3165 of file RegionMesh.hpp.

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◆ setMaxNumGlobalEdges()

void setMaxNumGlobalEdges ( UInt const n )

inline

Changes Current capacity of Global Edges.

Optionally sets internal counter.

Parameters

n	Maximum number of global edges.

Definition at line 3176 of file RegionMesh.hpp.

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◆ addEdge() [1/2]

RegionMesh< GeoShapeType, MCType >::edge_Type & addEdge ( bool const boundary )

inline

Adds an Edge.

Adds an edge. Id computed automatically.

Parameters

boundary true if is on boundary.

Returns: Reference to added edge.

Definition at line 3190 of file RegionMesh.hpp.

◆ addEdge() [2/2]

RegionMesh< GeoShapeType, MCType >::edge_Type & addEdge ( edge_Type const & r )

inline

Adds an Edge.

Adds an edge to the end of the list and adjourn its Id. The edge attributes (a part the id) should be correctly set.

Parameters

f	Edge to add.

Returns: Reference to added edge.

Definition at line 3199 of file RegionMesh.hpp.

◆ setEdge()

RegionMesh< GeoShapeType, MCType >::edge_Type & setEdge	(	edge_Type const &	e,
		UInt	position
	)

inline

Add an Edge to specified position.

Adds an edge and sets its Id to position.

Parameters

e	Edge to add.
position	Position of the edge.

Returns: Reference to added edge.

Definition at line 3211 of file RegionMesh.hpp.

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◆ lastEdge()

RegionMesh< GeoShapeType, MCType >::edge_Type & lastEdge ( )

inline

Reference to last edge stored in list.

Useful for mesh readers

Returns: reference of the last edge in the list.

Definition at line 3225 of file RegionMesh.hpp.

◆ edge() [1/2]

RegionMesh< GeoShapeType, MCType >::edge_Type const & edge ( UInt const i ) const

inline

i-th mesh edge.

Returns the i-th edge.

Parameters

i	Index of the mesh edge.

Returns: The i-th edge.

Definition at line 3235 of file RegionMesh.hpp.

◆ edge() [2/2]

RegionMesh< GeoShapeType, MCType >::edge_Type & edge ( UInt const i )

inline

i-th mesh edge reference.

Returns a reference to the i-th mesh Edge.

Parameters

i	Index of the mesh 1D Edge.

Returns: Reference to the i-th Edge.

Definition at line 3244 of file RegionMesh.hpp.

◆ boundaryEdge() [1/2]

RegionMesh< GeoShapeType, MCType >::edge_Type const & boundaryEdge ( UInt const i ) const

inline

i-th mesh 1D Boundary Edge.

Returns the i-th mesh Boundary Edge.

Parameters

i	Index of the mesh 1D Boundary Edge.

Returns: i-th Boundary Edge.

Definition at line 3254 of file RegionMesh.hpp.

◆ boundaryEdge() [2/2]

RegionMesh< GeoShapeType, MCType >::edge_Type & boundaryEdge ( UInt const i )

inline

i-th mesh 1D Boundary Edge Reference.

Returns a reference to the i-th mesh Boundary Edge.

Parameters

i	Index of the mesh 1D Boundary Edge.

Returns: Reference to the i-th Boundary edge.

Definition at line 3264 of file RegionMesh.hpp.

◆ setNumBEdges()

void setNumBEdges ( UInt const n )

inline

Set boundary Edge counter.

Set the Boundary Edges counter to a given number.

Parameters

n	Count of Boundary Edge.

Definition at line 3280 of file RegionMesh.hpp.

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◆ hasEdges()

bool hasEdges ( ) const

inline

Do I store mesh edges?

Returns true if edges are stored.

Returns: true if edge are stored, false otherwise.

Definition at line 3851 of file RegionMesh.hpp.

◆ isBoundaryEdge() [1/2]

bool isBoundaryEdge ( ridge_Type const & e ) const

inline

Edge on boundary check.

Is this edge on boundary?

Parameters

e The Edge.

Returns: true if the edge is on the boundary, false otherwise.

Definition at line 1227 of file RegionMesh.hpp.

◆ isBoundaryEdge() [2/2]

bool isBoundaryEdge ( UInt const & id ) const

inline

Edge on boundary check by id.

Is this edge, of given id, on boundary?

Parameters

id	Id of the edge.

Returns: true if the edge is on the boundary, false otherwise.

Definition at line 1239 of file RegionMesh.hpp.

◆ isFullEdge()

bool isFullEdge ( UInt const & id ) const

inline

Full Edge check by id.

Does this ID corresponds to a full edge?

A FULL EDGE is a 1D Element that is actually stored in the Edge container.

Parameters

id	Id of the edge.

Returns: true if the edge is actually stored, false otherwise.

Definition at line 3939 of file RegionMesh.hpp.

◆ numBEdges()

UInt numBEdges ( ) const

inline

Number of Boundary Edges.

Returns number of boundary edge elements in the mesh as given by the internal counter.

Returns: Number of Boundary Edges.

Definition at line 3273 of file RegionMesh.hpp.

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◆ setNumEdges()

void setNumEdges ( UInt const n )

inline

Set internal counter of number of Edges.

Parameters

n	Number of Edges.

Definition at line 3183 of file RegionMesh.hpp.

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◆ hasInternalEdges()

bool hasInternalEdges ( ) const

inline

Do I store internal Edges?

Returns: true if internal edges are stored.

Definition at line 3843 of file RegionMesh.hpp.

◆ numLocalEdgesOfFace()

UInt numLocalEdgesOfFace ( ) const

inline

Number of edges on each face.

Returns: Number of edges for each face.

Definition at line 2912 of file RegionMesh.hpp.

◆ numPoints() [1/2]

UInt numPoints ( ) const

inline

Returns number of points in the mesh.

Interrogation to the counter of points in the mesh.

Returns: Number of points in the mesh.

Definition at line 3289 of file RegionMesh.hpp.

◆ numPoints() [2/2]

UInt & numPoints ( )

inline

Returns a reference to number of points in the mesh.

Returns a reference to the internal counter of the number of points in the mesh.

Returns: Reference to the internal counter of number of points in the mesh.

Definition at line 3296 of file RegionMesh.hpp.

◆ storedPoints()

UInt storedPoints ( ) const

inline

Returns number of points in the mesh actually stored.

Returns number of points in the mesh actually stored interrogating the internal counter.

Returns: Number of stored points in the mesh.

Definition at line 3303 of file RegionMesh.hpp.

◆ storedBPoints()

UInt storedBPoints ( ) const

inline

Returns number of boundary points in the mesh actually stored.

Returns number of boundary points in the mesh actually stored interrogating the internal counter.

Returns: Number of stored boundary points in the mesh.

Definition at line 3310 of file RegionMesh.hpp.

◆ maxNumPoints()

UInt maxNumPoints ( ) const

inline

Returns the number of storable points in the mesh.

Returns the number of storable points in the mesh interrogating the internal counter.

Returns: The number of storable points.

Definition at line 3317 of file RegionMesh.hpp.

◆ setMaxNumPoints()

void setMaxNumPoints	(	UInt const	n,
		bool const	setcounter = `false`
	)

inline

Set the number of storable points in the mesh.

Set the internal counter of storable points in the mesh.

Parameters

n	Maximum number of storable points in the mesh.
setcounter	If true, it sets the internal counter, otherwise not (default).

Definition at line 3324 of file RegionMesh.hpp.

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◆ setMaxNumGlobalPoints()

void setMaxNumGlobalPoints ( UInt const n )

inline

Set the number of storable global points in the mesh.

Set the internal counter of storable global points in the mesh.

Parameters

n	Maximum number of storable global points in the mesh.

Definition at line 3356 of file RegionMesh.hpp.

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◆ addPoint() [1/2]

RegionMesh< GeoShapeType, MCType >::point_Type & addPoint	(	bool const	boundary,
		bool const	vertices
	)

inline

Adds a Point in the mesh.

Adds a Point inside the mesh, eventually specifing if it's a boundary point or a vertex.

Parameters

boundary	If true, it's a boundary point, otherwise not (default).
vertices	If true, it's a vertex, otherwise not (default).

Returns: Reference to the newly added Point.

Definition at line 3364 of file RegionMesh.hpp.

◆ addPoint() [2/2]

RegionMesh< GeoShapeType, MCType >::point_Type & addPoint ( point_Type const & p )

inline

Adds a Point in the mesh.

Adds a Point inside the mesh. Point will be add at the end of the list and the Id is computed automatically

Parameters

p	Point to be added.

Returns: Reference to the newly added Point.

Definition at line 3378 of file RegionMesh.hpp.

◆ firstPoint()

point_Type const& firstPoint ( ) const

inline

Returns the first mesh Point.

Returns the first Point in the mesh.

Returns: const reference to the first mesh Point.

Definition at line 1393 of file RegionMesh.hpp.

◆ lastPoint()

point_Type const& lastPoint ( ) const

inline

Returns the last mesh Point.

Returns the last Point in the mesh.

Returns: const reference to the last mesh Point.

Definition at line 1404 of file RegionMesh.hpp.

◆ point() [1/2]

RegionMesh< GeoShapeType, MCType >::point_Type const & point ( UInt const i ) const

inline

Returns the i-th mesh Point.

Returns the i-th Point in the mesh.

Parameters

i	Id of the Point.

Returns: i-th mesh Point.

Definition at line 3400 of file RegionMesh.hpp.

◆ point() [2/2]

RegionMesh< GeoShapeType, MCType >::point_Type & point ( UInt const i )

inline

Returns a reference to the i-th mesh point.

Returns the i-th point in the mesh. UInt const i

Parameters

i	Id of the point.

Returns: Reference i-th mesh point.

Definition at line 3410 of file RegionMesh.hpp.

◆ boundaryPoint() [1/2]

RegionMesh< GeoShapeType, MCType >::point_Type const & boundaryPoint ( UInt const i ) const

inline

Returns a reference to the i-th mesh Boundary Point.

Returns the i-th Boundary Point in the mesh.

Parameters

i	Id of the Boundary Point.

Returns: Reference i-th mesh Boundary Point.

Definition at line 3420 of file RegionMesh.hpp.

◆ boundaryPoint() [2/2]

RegionMesh< GeoShapeType, MCType >::point_Type & boundaryPoint ( UInt const i )

inline

Returns a reference to the i-th mesh Boundary Point.

Returns the i-th Boundary Point in the mesh.

Parameters

i	Id of the Boundary Point.

Returns: Reference i-th mesh Boundary Point.

Definition at line 3430 of file RegionMesh.hpp.

◆ numBPoints()

UInt numBPoints ( ) const

inline

Returns the number of Boundary Points.

Returns the counter of the number of Boundary Points.

Returns: Number Boundary Points.

Definition at line 3439 of file RegionMesh.hpp.

◆ setNumBPoints()

void setNumBPoints ( UInt const n )

inline

Sets the number of Boundary Points.

Sets the counter of the number of Boundary Points.

Parameters

n	Number Boundary Points.

Definition at line 3446 of file RegionMesh.hpp.

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◆ isBoundaryPoint() [1/2]

bool isBoundaryPoint ( point_Type const & p ) const

inline

Is this point on boundary?

Parameters

p	The Point.

Returns: true if the point is on the boundary, false otherwise.

Definition at line 3892 of file RegionMesh.hpp.

◆ isBoundaryPoint() [2/2]

bool isBoundaryPoint ( UInt const & id ) const

inline

Is this point on boundary?

Is this point, of given id, on boundary?

Parameters

id	Id of the point.

Returns: true if the point is on the boundary, false otherwise.

Definition at line 3884 of file RegionMesh.hpp.

◆ getListOfPoints()

void getListOfPoints	(	bool(*)(Real, Real, Real)	fct,
		std::vector< UInt > &	list_pts
	)

inline

List of points.

Parameters

fct	Function of three Real arguments.
list_pts	List of Points.

Todo:: Move away, this can be done using the utility of the list of pts

Definition at line 4394 of file RegionMesh.hpp.

◆ numVertices()

UInt numVertices ( ) const

inline

Number of Vertices in Region.

Returns the number of Vertices in Region.

Returns: Number of Vertices in Region.

Definition at line 3454 of file RegionMesh.hpp.

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◆ numBVertices() [1/2]

UInt numBVertices ( ) const

inline

Number of Boundary Vertices in Region.

Returns the number of Boundary Vertices in Region.

Returns: Number of Vertices in Region.

Definition at line 3469 of file RegionMesh.hpp.

◆ numBVertices() [2/2]

UInt & numBVertices ( )

inline

Reference to the number of Boundary Vertices in Region.

Returns a reference to the number of Boundary Vertices in Region.

Returns: Reference to the number of Vertices in Region.

Definition at line 3476 of file RegionMesh.hpp.

◆ numLocalVertices()

UInt numLocalVertices ( ) const

inline

Number of local vertices for each (3D) element.

Returns: Number of local vertices for each (3D) element.

Definition at line 2891 of file RegionMesh.hpp.

◆ numGlobalVertices()

UInt numGlobalVertices ( ) const

inline

Returns the global number of vertices in the mesh.

Interrogation to the counter of vertices in the mesh.

Returns: Number of vertices in the mesh.

Definition at line 3461 of file RegionMesh.hpp.

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◆ numGlobalPoints()

UInt numGlobalPoints ( ) const

inline

Returns the global number of points in the mesh.

Interrogation to the counter of points in the mesh.

Returns: Number of points in the mesh.

Definition at line 1541 of file RegionMesh.hpp.

◆ isVertex() [1/2]

bool isVertex ( UInt const & id ) const

inline

Vertex check.

Is this Point a Vertex?

Parameters

id	Point's id.

Returns: true if the Point is a Vertex, false otherwise.

Definition at line 3875 of file RegionMesh.hpp.

◆ isVertex() [2/2]

bool isVertex ( point_Type const & p ) const

inline

Vertex check.

Is this Point a Vertex?

Parameters

p A Point.

Returns: true if the Point is a Vertex, false otherwise.

Definition at line 3867 of file RegionMesh.hpp.

◆ setNumVertices()

void setNumVertices ( UInt const n )

inline

Changes number of Vertices.

Allows to change number of vertices in Region.

Parameters

n	Number of vertices in the mesh.

Definition at line 3335 of file RegionMesh.hpp.

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◆ setNumGlobalVertices()

void setNumGlobalVertices ( UInt const n )

inline

Set the number of vertices in the mesh.

Set the internal counter of vertices points in the mesh.

Parameters

n	Number of vertices in the mesh.

Definition at line 3342 of file RegionMesh.hpp.

◆ setNumBVertices()

void setNumBVertices ( UInt const n )

inline

Changes number of Boundary Vertices.

Allows to change number of boundary vertices in Region.

Parameters

n	Number of boundary vertices in the mesh.

Definition at line 3349 of file RegionMesh.hpp.

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◆ numElements() [1/4]

UInt numElements ( ) const

inline

Number of elements in mesh.

Returns: Number of elements in mesh.

See also: numFaces

Note: Alias to numFaces()

Definition at line 1609 of file RegionMesh.hpp.

◆ numBoundaryFacets() [1/4]

UInt numBoundaryFacets ( ) const

inline

Number of Boundary facets.

Returns: Number of Boundary facets.

Definition at line 1618 of file RegionMesh.hpp.

◆ element() [1/8]

element_Type& element ( const UInt & i )

inline

Get element at the i-th index.

Parameters

i	Index of the element

Returns: Element at index i

Definition at line 1628 of file RegionMesh.hpp.

◆ element() [2/8]

const element_Type& element ( const UInt & i ) const

inline

Get element at the i-th index.

Parameters

i	Index of the element

Returns: Element at index i

Definition at line 1638 of file RegionMesh.hpp.

◆ boundaryFacet() [1/8]

facet_Type& boundaryFacet ( const UInt & i )

inline

Get boundary facet at the i-th index.

Parameters

i	Index of the element

Returns: Boundary facet at index i

Definition at line 1648 of file RegionMesh.hpp.

◆ boundaryFacet() [2/8]

const facet_Type& boundaryFacet ( const UInt & i ) const

inline

Get boundary facet at the i-th index.

Parameters

i	Index of the element

Returns: Boundary facet at index i

Definition at line 1658 of file RegionMesh.hpp.

◆ numGlobalElements() [1/4]

UInt numGlobalElements ( ) const

inline

Number of global elements.

Returns: Number of global Elements (Volumes).

Definition at line 1667 of file RegionMesh.hpp.

◆ maxNumElements() [1/4]

UInt maxNumElements ( ) const

inline

Current capacity of the container of Elements.

Returns: how many elements may be stored.

Definition at line 1676 of file RegionMesh.hpp.

◆ setNumElements() [1/4]

void setNumElements ( UInt const n )

inline

Set counter of elements.

Parameters

n	Number of elements.

Definition at line 1685 of file RegionMesh.hpp.

◆ setMaxNumElements() [1/4]

void setMaxNumElements	(	UInt const	n,
		bool const	setcounter = `false`
	)

inline

Changes Current capacity of the container of elements.

Changes Current capacity of the container of elements (Optionally sets internal counter).

Parameters

n	Maximum number of elements.
setcounter	true to set the counter, false otherwise (default).

Definition at line 1698 of file RegionMesh.hpp.

◆ setMaxNumGlobalElements() [1/4]

void setMaxNumGlobalElements ( UInt const n )

inline

Set the number of global elements.

Parameters

n	maximum number of global elements.

Definition at line 1709 of file RegionMesh.hpp.

◆ addElement() [1/4]

element_Type& addElement ( )

inline

Adds element.

Adds element. Id computed automatically.

Returns: Reference to added element.

Definition at line 1719 of file RegionMesh.hpp.

◆ setElement() [1/3]

element_Type& setElement	(	volume_Type const &	elem,
		UInt const	pos
	)

inline

Adds element in a certain position (specialization for 3D geometry).

Adds element to a specified position.

Parameters

element	element to be added.
pos	Position of the element.

Returns: Reference to the newly added element.

Definition at line 1731 of file RegionMesh.hpp.

◆ setElement() [2/3]

element_Type& setElement	(	face_Type const &	elem,
		UInt const	pos
	)

inline

Adds element in a certain position (specialization for 2D geometry).

Adds element to a specified position.

Parameters

element	element to be added.
pos	Position of the element.

Returns: Reference to the newly added element.

Definition at line 1743 of file RegionMesh.hpp.

◆ setElement() [3/3]

element_Type& setElement	(	edge_Type const &	elem,
		UInt const	pos
	)

inline

Adds element in a certain position (specialization for 1D geometry).

Adds element to a specified position.

Parameters

element	element to be added.
pos	Position of the element.

Returns: Reference to the newly added element.

Definition at line 1755 of file RegionMesh.hpp.

◆ numGlobalFacets() [1/4]

UInt numGlobalFacets ( ) const

inline

Returns Global Number of Facets.

Returns global number of Facets in the mesh as given by the internal counter.

Returns: Global Number of Facets.

Definition at line 1767 of file RegionMesh.hpp.

◆ setMaxNumFacets() [1/4]

void setMaxNumFacets	(	UInt const	n,
		bool const	setcounter = `false`
	)

inline

Changes Current capacity of Facets.

Changes Current capacity of Facets (Optionally sets internal counter).

Parameters

n	Maximum number of facets.
setcounter	true to set the counter, false otherwise.

Definition at line 1779 of file RegionMesh.hpp.

◆ addFacet() [1/7]

facet_Type& addFacet ( bool const boundary )

inline

Adds a facet.

Adds a facet (optionally a boundary facet). Id computed automatically.

Parameters

boundary true if it's a boundary facet.

Returns: Reference to added facet.

Definition at line 1790 of file RegionMesh.hpp.

◆ addFacet() [2/7]

facet_Type& addFacet ( face_Type const & facet )

inline

Adds a facet. 3D specialization.

Adds a facet (optionally a boundary face). Id computed automatically. It assumes that all attributes of facet f have been properly set

Parameters

f	Facet to be added.

Returns: Reference to the newly added facet.

Definition at line 1803 of file RegionMesh.hpp.

◆ addFacet() [3/7]

facet_Type& addFacet ( edge_Type const & facet )

inline

Adds a facet. 2D specialization.

Adds a facet (optionally a boundary face). Id computed automatically. It assumes that all attributes of facet f have been properly set

Parameters

f	Facet to be added.

Returns: Reference to the newly added facet.

Definition at line 1815 of file RegionMesh.hpp.

◆ addFacet() [4/7]

facet_Type& addFacet ( point_Type const & facet )

inline

Adds a facet. 1D specialization.

Adds a facet (optionally a boundary face). Id computed automatically. It assumes that all attributes of facet f have been properly set

Parameters

f	Facet to be added.

Returns: Reference to the newly added facet.

Definition at line 1827 of file RegionMesh.hpp.

◆ facet() [1/8]

facet_Type const& facet ( UInt const i ) const

inline

i-th mesh Facet.

Parameters

i	index of the mesh facet.

Returns: the i-th facet.

Definition at line 1837 of file RegionMesh.hpp.

◆ facet() [2/8]

facet_Type& facet ( UInt const i )

inline

i-th mesh facet.

Parameters

i	index of the mesh facet.

Returns: reference to the ith mesh facet.

Definition at line 1848 of file RegionMesh.hpp.

◆ setNumFacets() [1/4]

void setNumFacets ( UInt const n )

inline

Set counter of facets.

Parameters

n	Number of facets.

Definition at line 1857 of file RegionMesh.hpp.

◆ setNumBoundaryFacets() [1/4]

void setNumBoundaryFacets ( UInt const n )

inline

Set counter of boundary facets.

Parameters

n	Number of boundary facets.

Definition at line 1866 of file RegionMesh.hpp.

◆ isBoundaryFacet() [1/4]

bool isBoundaryFacet ( UInt const & id ) const

inline

Is facet whose id is given on boundary?

Parameters

id Facet Id.

Returns: true if f in on boundary.

Definition at line 1876 of file RegionMesh.hpp.

◆ numRidges() [1/4]

UInt numRidges ( ) const

inline

Number of Ridges.

Returns number of Ridges in the mesh as given by the internal counter.

Returns: Number of Ridges.

Definition at line 1888 of file RegionMesh.hpp.

◆ numGlobalRidges() [1/4]

UInt numGlobalRidges ( ) const

inline

Global number of Ridges.

Returns global number of Ridges in the mesh as given by the internal counter.

Returns: Global number of Ridges.

Definition at line 1900 of file RegionMesh.hpp.

◆ setMaxNumRidges() [1/4]

void setMaxNumRidges	(	UInt const	n,
		bool const	setcounter = `false`
	)

inline

Changes Current capacity of Ridges.

Optionally sets internal counter.

Parameters

n	Maximum number of ridges.
setcounter	true to set the counter, false otherwise.

Definition at line 1912 of file RegionMesh.hpp.

◆ setMaxNumGlobalRidges() [1/4]

void setMaxNumGlobalRidges ( UInt const n )

inline

Changes Current capacity of Global Ridges.

Optionally sets internal counter.

Parameters

n	Maximum number of global ridges.

Definition at line 1923 of file RegionMesh.hpp.

◆ setNumRidges() [1/2]

void setNumRidges ( UInt const n )

inline

Set counter of facets.

Parameters

n	Number of facets.

Definition at line 1932 of file RegionMesh.hpp.

◆ addRidge() [1/6]

ridge_Type& addRidge ( bool const boundary )

inline

Adds a Ridge.

Adds a ridge. Id computed automatically.

Parameters

boundary true if is on boundary.

Returns: Reference to added ridge.

Definition at line 1944 of file RegionMesh.hpp.

◆ addRidge() [2/6]

ridge_Type& addRidge ( edge_Type const & r )

inline

Adds a Ridge. Specialization for 3D geometries.

Adds a ridge to the end of the list and adjourn its Id. The ridge attributes (a part the id) should be correctly set.

Parameters

e	ridge to add.

Returns: Reference to added ridge.

Definition at line 1958 of file RegionMesh.hpp.

◆ addRidge() [3/6]

ridge_Type& addRidge ( point_Type const & r )

inline

Adds a Ridge. Specialization for 2D geometries.

Adds a ridge to the end of the list and adjourn its Id. The ridge attributes (a part the id) should be correctly set.

Parameters

e	ridge to add.

Returns: Reference to added ridge.

Definition at line 1972 of file RegionMesh.hpp.

◆ ridge() [1/8]

ridge_Type const& ridge ( UInt const i ) const

inline

i-th mesh ridge.

Returns the i-th ridge.

Parameters

i	Index of the mesh ridge.

Returns: The i-th ridge.

Definition at line 1984 of file RegionMesh.hpp.

◆ ridge() [2/8]

ridge_Type& ridge ( UInt const i )

inline

i-th mesh ridge reference.

Returns a reference to the i-th mesh ridge.

Parameters

i	Index of the mesh ridge.

Returns: Reference to the i-th ridge.

Definition at line 1996 of file RegionMesh.hpp.

◆ setNumBoundaryRidges() [1/4]

void setNumBoundaryRidges ( UInt const n )

inline

Set boundary ridge counter.

Set the Boundary ridges counter to a given number.

Parameters

n	Count of Boundary Ridge.

Definition at line 2007 of file RegionMesh.hpp.

◆ isBoundaryRidge() [1/6]

bool isBoundaryRidge ( edge_Type const & r ) const

inline

Ridge on boundary check. Specialization for 3D geometries.

Is this ridge on boundary?

Parameters

e	The ridge.

Returns: true if thee ridge is on the boundary, false otherwise.

Definition at line 2019 of file RegionMesh.hpp.

◆ isBoundaryRidge() [2/6]

bool isBoundaryRidge ( point_Type const & r ) const

inline

Ridge on boundary check. Specialization for 2D geometries.

Is this ridge on boundary?

Parameters

e	The ridge.

Returns: true if thee ridge is on the boundary, false otherwise.

Definition at line 2031 of file RegionMesh.hpp.

◆ isBoundaryRidge() [3/6]

bool isBoundaryRidge ( UInt const & id ) const

inline

Ridge on boundary check by id.

Is this ridge, of given id, on boundary?

Parameters

id	Id of the ridge.

Returns: true if the ridge is on the boundary, false otherwise.

Definition at line 2043 of file RegionMesh.hpp.

◆ peak() [1/7]

peak_Type const& peak ( UInt const i ) const

inline

Returns the i-th mesh Peak.

Returns the i-th peak in the mesh.

Parameters

i	Id of the peak.

Returns: i-th mesh peak.

Definition at line 2055 of file RegionMesh.hpp.

◆ numGlobalPeaks() [1/4]

UInt numGlobalPeaks ( ) const

inline

Returns a reference to the i-th mesh peak.

Returns the i-th peak in the mesh. UInt const i

Parameters

i	Id of the peak.

Returns: Reference i-th mesh peak.Returns the global number of peaks in the mesh. Interrogation to the counter of peaks in the mesh.; Number of peaks in the mesh.

Definition at line 2075 of file RegionMesh.hpp.

◆ elementList() [1/4]

elements_Type& elementList ( )

inline

returns a reference to the elements' container

Definition at line 2116 of file RegionMesh.hpp.

◆ facetList() [1/4]

facets_Type& facetList ( )

inline

returns a reference to the facets' container

Definition at line 2122 of file RegionMesh.hpp.

◆ ridgeList() [1/4]

ridges_Type& ridgeList ( )

inline

returns a reference to the ridges' container

Definition at line 2128 of file RegionMesh.hpp.

◆ hasLocalEdges() [2/3]

bool hasLocalEdges ( ridge_Type ) const

inline

Is the array for local Edges set up? Specialization for 3D geometries.

Definition at line 2148 of file RegionMesh.hpp.

◆ hasLocalEdges() [3/3]

bool hasLocalEdges ( facet_Type ) const

inline

Is the array for local Edges set up? Specialization for 2D geometries.

Definition at line 2154 of file RegionMesh.hpp.

◆ numElements() [2/4]

UInt numElements ( threeD_Type ) const

inlineprivate

Definition at line 2204 of file RegionMesh.hpp.

◆ numElements() [3/4]

UInt numElements ( twoD_Type ) const

inlineprivate

Definition at line 2208 of file RegionMesh.hpp.

◆ numElements() [4/4]

UInt numElements ( oneD_Type ) const

inlineprivate

Definition at line 2212 of file RegionMesh.hpp.

◆ numBoundaryFacets() [2/4]

UInt numBoundaryFacets ( threeD_Type ) const

inlineprivate

Number of Boundary facets.

Definition at line 2218 of file RegionMesh.hpp.

◆ numBoundaryFacets() [3/4]

UInt numBoundaryFacets ( twoD_Type ) const

inlineprivate

Definition at line 2222 of file RegionMesh.hpp.

◆ numBoundaryFacets() [4/4]

UInt numBoundaryFacets ( oneD_Type ) const

inlineprivate

Definition at line 2226 of file RegionMesh.hpp.

◆ element() [3/8]

element_Type& element	(	threeD_Type	,
		const UInt &	i
	)

inlineprivate

Get element at the i-th index.

Definition at line 2232 of file RegionMesh.hpp.

◆ element() [4/8]

element_Type& element	(	twoD_Type	,
		const UInt &	i
	)

inlineprivate

Definition at line 2236 of file RegionMesh.hpp.

◆ element() [5/8]

element_Type& element	(	oneD_Type	,
		const UInt &	i
	)

inlineprivate

Definition at line 2240 of file RegionMesh.hpp.

◆ element() [6/8]

const element_Type& element	(	threeD_Type	,
		const UInt &	i
	)		const

inlineprivate

Get element at the i-th index.

Definition at line 2246 of file RegionMesh.hpp.

◆ element() [7/8]

const element_Type& element	(	twoD_Type	,
		const UInt &	i
	)		const

inlineprivate

Definition at line 2250 of file RegionMesh.hpp.

◆ element() [8/8]

const element_Type& element	(	oneD_Type	,
		const UInt &	i
	)		const

inlineprivate

Definition at line 2254 of file RegionMesh.hpp.

◆ boundaryFacet() [3/8]

facet_Type& boundaryFacet	(	threeD_Type	,
		const UInt &	i
	)

inlineprivate

Get boundary facet at the i-th index.

Definition at line 2260 of file RegionMesh.hpp.

◆ boundaryFacet() [4/8]

facet_Type& boundaryFacet	(	twoD_Type	,
		const UInt &	i
	)

inlineprivate

Definition at line 2264 of file RegionMesh.hpp.

◆ boundaryFacet() [5/8]

RegionMesh< GeoShapeType, MCType >::facet_Type & boundaryFacet	(	oneD_Type	,
		const UInt &	i
	)

inlineprivate

Definition at line 3953 of file RegionMesh.hpp.

◆ boundaryFacet() [6/8]

const facet_Type& boundaryFacet	(	threeD_Type	,
		const UInt &	i
	)		const

inlineprivate

Get boundary facet at the i-th index.

Definition at line 2271 of file RegionMesh.hpp.

◆ boundaryFacet() [7/8]

const facet_Type& boundaryFacet	(	twoD_Type	,
		const UInt &	i
	)		const

inlineprivate

Definition at line 2275 of file RegionMesh.hpp.

◆ boundaryFacet() [8/8]

const facet_Type& boundaryFacet	(	oneD_Type	,
		const UInt &	i
	)		const

inlineprivate

Definition at line 2279 of file RegionMesh.hpp.

◆ numGlobalElements() [2/4]

UInt numGlobalElements ( threeD_Type ) const

inlineprivate

Number of global elements.

Definition at line 2285 of file RegionMesh.hpp.

◆ numGlobalElements() [3/4]

UInt numGlobalElements ( twoD_Type ) const

inlineprivate

Definition at line 2289 of file RegionMesh.hpp.

◆ numGlobalElements() [4/4]

UInt numGlobalElements ( oneD_Type ) const

inlineprivate

Definition at line 2293 of file RegionMesh.hpp.

◆ maxNumElements() [2/4]

UInt maxNumElements ( threeD_Type ) const

inlineprivate

Current capacity of the container of Elements.

Definition at line 2299 of file RegionMesh.hpp.

◆ maxNumElements() [3/4]

UInt maxNumElements ( twoD_Type ) const

inlineprivate

Definition at line 2303 of file RegionMesh.hpp.

◆ maxNumElements() [4/4]

UInt maxNumElements ( oneD_Type ) const

inlineprivate

Definition at line 2307 of file RegionMesh.hpp.

◆ setNumElements() [2/4]

void setNumElements	(	threeD_Type	,
		UInt const	n
	)

inlineprivate

Set counter of elements.

Definition at line 2313 of file RegionMesh.hpp.

◆ setNumElements() [3/4]

void setNumElements	(	twoD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2317 of file RegionMesh.hpp.

◆ setNumElements() [4/4]

void setNumElements	(	oneD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2321 of file RegionMesh.hpp.

◆ setMaxNumElements() [2/4]

void setMaxNumElements	(	threeD_Type	,
		UInt const	n,
		bool const	setcounter = `false`
	)

inlineprivate

Changes Current capacity of the container of elements.

Definition at line 2327 of file RegionMesh.hpp.

◆ setMaxNumElements() [3/4]

void setMaxNumElements	(	twoD_Type	,
		UInt const	n,
		bool const	setcounter = `false`
	)

inlineprivate

Definition at line 2331 of file RegionMesh.hpp.

◆ setMaxNumElements() [4/4]

void setMaxNumElements	(	oneD_Type	,
		UInt const	n,
		bool const	setcounter = `false`
	)

inlineprivate

Definition at line 2335 of file RegionMesh.hpp.

◆ setMaxNumGlobalElements() [2/4]

void setMaxNumGlobalElements	(	threeD_Type	,
		UInt const	n
	)

inlineprivate

Set the number of global elements.

Definition at line 2341 of file RegionMesh.hpp.

◆ setMaxNumGlobalElements() [3/4]

void setMaxNumGlobalElements	(	twoD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2345 of file RegionMesh.hpp.

◆ setMaxNumGlobalElements() [4/4]

void setMaxNumGlobalElements	(	oneD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2349 of file RegionMesh.hpp.

◆ addElement() [2/4]

element_Type& addElement ( volume_Type const & elem )

inlineprivate

Adds element.

Definition at line 2355 of file RegionMesh.hpp.

◆ addElement() [3/4]

element_Type& addElement ( face_Type const & elem )

inlineprivate

Definition at line 2359 of file RegionMesh.hpp.

◆ addElement() [4/4]

element_Type& addElement ( edge_Type const & elem )

inlineprivate

Definition at line 2363 of file RegionMesh.hpp.

◆ hasLocalFaces() [2/3]

bool hasLocalFaces ( facet_Type ) const

inlineprivate

Is the array for local faces set up?

Definition at line 2369 of file RegionMesh.hpp.

◆ hasLocalFaces() [3/3]

bool hasLocalFaces ( ridge_Type ) const

inlineprivate

Definition at line 2373 of file RegionMesh.hpp.

◆ updateElementEdges() [2/3]

void updateElementEdges	(	ridge_Type	,
		bool	createEdges = `false`,
		const bool	verbose = `false`,
		UInt	estimateEdgeNumber = `0`,
		bool	renumber = `true`
	)

inlineprivate

Build localEdgeId table and optionally fills the list of Edges.

Definition at line 2379 of file RegionMesh.hpp.

◆ updateElementEdges() [3/3]

void updateElementEdges	(	facet_Type	,
		bool	createEdges = `false`,
		const bool	verbose = `false`,
		UInt	estimateEdgeNumber = `0`,
		bool	= `true`
	)

inlineprivate

Build localEdgeId table and optionally fills the list of Edges.

Definition at line 2386 of file RegionMesh.hpp.

◆ updateElementRidges() [2/4]

void updateElementRidges	(	threeD_Type	,
		bool	createRidges = `false`,
		const bool	verbose = `false`,
		UInt	estimateRidgeNumber = `0`,
		bool	renumber = `true`
	)

private

Build localRidgeId table and optionally fills the list of Ridges.

Definition at line 3966 of file RegionMesh.hpp.

◆ updateElementRidges() [3/4]

void updateElementRidges	(	twoD_Type	,
		bool	,
		const bool	,
		UInt	,
		bool
	)

inlineprivate

Definition at line 2395 of file RegionMesh.hpp.

◆ updateElementRidges() [4/4]

void updateElementRidges	(	oneD_Type	,
		bool	,
		const bool	,
		UInt	,
		bool
	)

inlineprivate

Definition at line 2399 of file RegionMesh.hpp.

◆ cleanElementEdges() [2/3]

void cleanElementEdges ( ridge_Type )

inlineprivate

specializations for cleanElementEdges

Definition at line 2405 of file RegionMesh.hpp.

◆ cleanElementEdges() [3/3]

void cleanElementEdges ( facet_Type )

inlineprivate

Definition at line 2409 of file RegionMesh.hpp.

◆ localRidgeId() [3/5]

UInt localRidgeId	(	threeD_Type	,
		UInt const	elemId,
		UInt const	locR
	)		const

inlineprivate

Local Ridge.

Definition at line 3927 of file RegionMesh.hpp.

◆ localRidgeId() [4/5]

ID localRidgeId	(	twoD_Type	,
		UInt const	elemId,
		UInt const	locR
	)		const

inlineprivate

Definition at line 2416 of file RegionMesh.hpp.

◆ localRidgeId() [5/5]

ID localRidgeId	(	oneD_Type	,
		UInt	const,
		UInt	const
	)		const

inlineprivate

Definition at line 2420 of file RegionMesh.hpp.

◆ localEdgeId() [4/6]

ID localEdgeId	(	const threeD_Type	,
		UInt const	elemId,
		UInt const	locE
	)		const

inlineprivate

Local Edge (specialization for 3D geometries).

Definition at line 2427 of file RegionMesh.hpp.

◆ localEdgeId() [5/6]

ID localEdgeId	(	const twoD_Type	,
		UInt const	elemId,
		UInt const	locE
	)		const

inlineprivate

Local Edge (specialization for 2D geometries).

Definition at line 2433 of file RegionMesh.hpp.

◆ localEdgeId() [6/6]

ID localEdgeId	(	const oneD_Type	,
		UInt	const,
		UInt	const
	)		const

inlineprivate

Local Edge (specialization for 1D geometries). It calls an error.

Definition at line 2439 of file RegionMesh.hpp.

◆ numFacets() [2/4]

UInt numFacets ( threeD_Type ) const

inlineprivate

specializations for numFacets

Definition at line 2446 of file RegionMesh.hpp.

◆ numFacets() [3/4]

UInt numFacets ( twoD_Type ) const

inlineprivate

Definition at line 2450 of file RegionMesh.hpp.

◆ numFacets() [4/4]

UInt numFacets ( oneD_Type ) const

inlineprivate

Definition at line 2454 of file RegionMesh.hpp.

◆ numGlobalFacets() [2/4]

UInt numGlobalFacets ( threeD_Type ) const

inlineprivate

specializations numGlobalFacets

Definition at line 2460 of file RegionMesh.hpp.

◆ numGlobalFacets() [3/4]

UInt numGlobalFacets ( twoD_Type ) const

inlineprivate

Definition at line 2464 of file RegionMesh.hpp.

◆ numGlobalFacets() [4/4]

UInt numGlobalFacets ( oneD_Type ) const

inlineprivate

Definition at line 2468 of file RegionMesh.hpp.

◆ setMaxNumFacets() [2/4]

void setMaxNumFacets	(	threeD_Type	,
		UInt const	n,
		bool const	setcounter = `false`
	)

inlineprivate

Changes Current capacity of Facets.

Definition at line 2474 of file RegionMesh.hpp.

◆ setMaxNumFacets() [3/4]

void setMaxNumFacets	(	twoD_Type	,
		UInt const	n,
		bool const	setcounter = `false`
	)

inlineprivate

Definition at line 2478 of file RegionMesh.hpp.

◆ setMaxNumFacets() [4/4]

void setMaxNumFacets	(	oneD_Type	,
		UInt const	n,
		bool const	setcounter = `false`
	)

inlineprivate

Definition at line 2482 of file RegionMesh.hpp.

◆ setMaxNumGlobalFacets() [2/4]

void setMaxNumGlobalFacets	(	threeD_Type	,
		UInt const	n
	)

inlineprivate

Changes Current capacity of Global Facets.

Definition at line 2488 of file RegionMesh.hpp.

◆ setMaxNumGlobalFacets() [3/4]

void setMaxNumGlobalFacets	(	twoD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2492 of file RegionMesh.hpp.

◆ setMaxNumGlobalFacets() [4/4]

void setMaxNumGlobalFacets	(	oneD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2496 of file RegionMesh.hpp.

◆ addFacet() [5/7]

facet_Type& addFacet	(	threeD_Type	,
		bool const	boundary
	)

inlineprivate

Adds a facet.

Definition at line 2502 of file RegionMesh.hpp.

◆ addFacet() [6/7]

facet_Type& addFacet	(	twoD_Type	,
		bool const	boundary
	)

inlineprivate

Definition at line 2506 of file RegionMesh.hpp.

◆ addFacet() [7/7]

facet_Type& addFacet	(	oneD_Type	,
		bool const	boundary
	)

inlineprivate

Definition at line 2510 of file RegionMesh.hpp.

◆ facet() [3/8]

facet_Type const& facet	(	threeD_Type	,
		UInt const	i
	)		const

inlineprivate

i-th mesh Facet.

Definition at line 2516 of file RegionMesh.hpp.

◆ facet() [4/8]

facet_Type const& facet	(	twoD_Type	,
		UInt const	i
	)		const

inlineprivate

Definition at line 2520 of file RegionMesh.hpp.

◆ facet() [5/8]

facet_Type const& facet	(	oneD_Type	,
		UInt const	i
	)		const

inlineprivate

Definition at line 2524 of file RegionMesh.hpp.

◆ facet() [6/8]

facet_Type& facet	(	threeD_Type	,
		UInt const	i
	)

inlineprivate

i-th mesh facet.

Definition at line 2530 of file RegionMesh.hpp.

◆ facet() [7/8]

facet_Type& facet	(	twoD_Type	,
		UInt const	i
	)

inlineprivate

Definition at line 2534 of file RegionMesh.hpp.

◆ facet() [8/8]

facet_Type& facet	(	oneD_Type	,
		UInt const	i
	)

inlineprivate

Definition at line 2538 of file RegionMesh.hpp.

◆ setNumFacets() [2/4]

void setNumFacets	(	threeD_Type	,
		UInt const	n
	)

inlineprivate

Set counter of facets.

Definition at line 2544 of file RegionMesh.hpp.

◆ setNumFacets() [3/4]

void setNumFacets	(	twoD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2548 of file RegionMesh.hpp.

◆ setNumFacets() [4/4]

void setNumFacets	(	oneD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2552 of file RegionMesh.hpp.

◆ setNumBoundaryFacets() [2/4]

void setNumBoundaryFacets	(	threeD_Type	,
		UInt const	n
	)

inlineprivate

Set counter of boundary facets.

Definition at line 2558 of file RegionMesh.hpp.

◆ setNumBoundaryFacets() [3/4]

void setNumBoundaryFacets	(	twoD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2562 of file RegionMesh.hpp.

◆ setNumBoundaryFacets() [4/4]

void setNumBoundaryFacets	(	oneD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2566 of file RegionMesh.hpp.

◆ isBoundaryFacet() [2/4]

bool isBoundaryFacet	(	threeD_Type	,
		UInt const &	id
	)		const

inlineprivate

Is facet whose id is given on boundary?

Definition at line 2572 of file RegionMesh.hpp.

◆ isBoundaryFacet() [3/4]

bool isBoundaryFacet	(	twoD_Type	,
		UInt const &	id
	)		const

inlineprivate

Definition at line 2576 of file RegionMesh.hpp.

◆ isBoundaryFacet() [4/4]

bool isBoundaryFacet	(	oneD_Type	,
		UInt const &	id
	)		const

inlineprivate

Definition at line 2580 of file RegionMesh.hpp.

◆ numRidges() [2/4]

UInt numRidges ( threeD_Type ) const

inlineprivate

Number of Ridges.

Definition at line 2586 of file RegionMesh.hpp.

◆ numRidges() [3/4]

UInt numRidges ( twoD_Type ) const

inlineprivate

Definition at line 2590 of file RegionMesh.hpp.

◆ numRidges() [4/4]

UInt numRidges ( oneD_Type ) const

inlineprivate

Definition at line 2594 of file RegionMesh.hpp.

◆ numGlobalRidges() [2/4]

UInt numGlobalRidges ( threeD_Type ) const

inlineprivate

Global number of Ridges.

Definition at line 2600 of file RegionMesh.hpp.

◆ numGlobalRidges() [3/4]

UInt numGlobalRidges ( twoD_Type ) const

inlineprivate

Definition at line 2604 of file RegionMesh.hpp.

◆ numGlobalRidges() [4/4]

UInt numGlobalRidges ( oneD_Type ) const

inlineprivate

Definition at line 2608 of file RegionMesh.hpp.

◆ setMaxNumRidges() [2/4]

void setMaxNumRidges	(	threeD_Type	,
		UInt const	n,
		bool const	setcounter
	)

inlineprivate

Changes Current capacity of Ridges.

Definition at line 2614 of file RegionMesh.hpp.

◆ setMaxNumRidges() [3/4]

void setMaxNumRidges	(	twoD_Type	,
		UInt const	n,
		bool const	setcounter
	)

inlineprivate

Definition at line 2618 of file RegionMesh.hpp.

◆ setMaxNumRidges() [4/4]

void setMaxNumRidges	(	oneD_Type	,
		UInt	const,
		bool	const
	)

inlineprivate

Definition at line 2622 of file RegionMesh.hpp.

◆ setMaxNumGlobalRidges() [2/4]

void setMaxNumGlobalRidges	(	threeD_Type	,
		UInt const	n
	)

inlineprivate

Changes Current capacity of Global Ridges.

Definition at line 2628 of file RegionMesh.hpp.

◆ setMaxNumGlobalRidges() [3/4]

void setMaxNumGlobalRidges	(	twoD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2632 of file RegionMesh.hpp.

◆ setMaxNumGlobalRidges() [4/4]

void setMaxNumGlobalRidges	(	oneD_Type	,
		UInt	const
	)

inlineprivate

Definition at line 2636 of file RegionMesh.hpp.

◆ addRidge() [4/6]

ridge_Type& addRidge	(	threeD_Type	,
		bool const	boundary
	)

inlineprivate

Adds a Ridge.

Definition at line 2642 of file RegionMesh.hpp.

◆ addRidge() [5/6]

ridge_Type& addRidge	(	twoD_Type	,
		bool const	boundary
	)

inlineprivate

Definition at line 2646 of file RegionMesh.hpp.

◆ addRidge() [6/6]

ridge_Type& addRidge	(	oneD_Type	,
		bool	const
	)

inlineprivate

Definition at line 2650 of file RegionMesh.hpp.

◆ ridge() [3/8]

ridge_Type const& ridge	(	threeD_Type	,
		UInt const	i
	)		const

inlineprivate

i-th mesh ridge.

Definition at line 2657 of file RegionMesh.hpp.

◆ ridge() [4/8]

ridge_Type const& ridge	(	twoD_Type	,
		UInt const	i
	)		const

inlineprivate

Definition at line 2661 of file RegionMesh.hpp.

◆ ridge() [5/8]

ridge_Type const& ridge	(	oneD_Type	,
		UInt	const
	)		const

inlineprivate

Definition at line 2665 of file RegionMesh.hpp.

◆ ridge() [6/8]

ridge_Type& ridge	(	threeD_Type	,
		UInt const	i
	)

inlineprivate

i-th mesh ridge reference.

Definition at line 2672 of file RegionMesh.hpp.

◆ ridge() [7/8]

ridge_Type& ridge	(	twoD_Type	,
		UInt const	i
	)

inlineprivate

Definition at line 2676 of file RegionMesh.hpp.

◆ ridge() [8/8]

ridge_Type& ridge	(	oneD_Type	,
		UInt	const
	)

inlineprivate

Definition at line 2680 of file RegionMesh.hpp.

◆ setNumRidges() [2/2]

void setNumRidges	(	threeD_Type	,
		UInt const	n
	)

inlineprivate

Set counter of ridges.

Definition at line 2687 of file RegionMesh.hpp.

◆ setNumBoundaryRidges() [2/4]

void setNumBoundaryRidges	(	threeD_Type	,
		UInt const	n
	)

inlineprivate

Set boundary ridge counter.

Definition at line 2693 of file RegionMesh.hpp.

◆ setNumBoundaryRidges() [3/4]

void setNumBoundaryRidges	(	twoD_Type	,
		UInt const	n
	)

inlineprivate

Definition at line 2697 of file RegionMesh.hpp.

◆ setNumBoundaryRidges() [4/4]

void setNumBoundaryRidges	(	oneD_Type	,
		UInt	const
	)

inlineprivate

Definition at line 2701 of file RegionMesh.hpp.

◆ isBoundaryRidge() [4/6]

bool isBoundaryRidge	(	threeD_Type	,
		UInt const &	id
	)		const

inlineprivate

Ridge on boundary check by id.

Definition at line 2707 of file RegionMesh.hpp.

◆ isBoundaryRidge() [5/6]

bool isBoundaryRidge	(	twoD_Type	,
		UInt const &	id
	)		const

inlineprivate

Definition at line 2711 of file RegionMesh.hpp.

◆ isBoundaryRidge() [6/6]

bool isBoundaryRidge	(	oneD_Type	,
		UInt const &
	)		const

inlineprivate

Definition at line 2715 of file RegionMesh.hpp.

◆ peak() [2/7]

peak_Type const& peak	(	threeD_Type	,
		UInt const	i
	)		const

inlineprivate

Returns the i-th mesh Peak.

Definition at line 2722 of file RegionMesh.hpp.

◆ peak() [3/7]

peak_Type const& peak	(	twoD_Type	,
		UInt	const
	)		const

inlineprivate

Definition at line 2726 of file RegionMesh.hpp.

◆ peak() [4/7]

peak_Type const& peak	(	oneD_Type	,
		UInt	const
	)		const

inlineprivate

Definition at line 2731 of file RegionMesh.hpp.

◆ peak() [5/7]

peak_Type& peak	(	threeD_Type	,
		UInt const	i
	)

inlineprivate

Returns a reference to the i-th mesh peak.

Definition at line 2738 of file RegionMesh.hpp.

◆ peak() [6/7]

peak_Type& peak	(	twoD_Type	,
		UInt	const
	)

inlineprivate

Definition at line 2742 of file RegionMesh.hpp.

◆ peak() [7/7]

peak_Type& peak	(	oneD_Type	,
		UInt	const
	)

inlineprivate

Definition at line 2747 of file RegionMesh.hpp.

◆ numGlobalPeaks() [2/4]

UInt numGlobalPeaks ( threeD_Type ) const

inlineprivate

Returns the global number of peaks in the mesh.

Definition at line 2754 of file RegionMesh.hpp.

◆ numGlobalPeaks() [3/4]

UInt numGlobalPeaks ( twoD_Type ) const

inlineprivate

Definition at line 2758 of file RegionMesh.hpp.

◆ numGlobalPeaks() [4/4]

UInt numGlobalPeaks ( oneD_Type ) const

inlineprivate

Definition at line 2762 of file RegionMesh.hpp.

◆ elementList() [2/4]

elements_Type& elementList ( threeD_Type )

inlineprivate

returns a reference to the elements' container

Definition at line 2768 of file RegionMesh.hpp.

◆ elementList() [3/4]

elements_Type& elementList ( twoD_Type )

inlineprivate

Definition at line 2772 of file RegionMesh.hpp.

◆ elementList() [4/4]

elements_Type& elementList ( oneD_Type )

inlineprivate

Definition at line 2776 of file RegionMesh.hpp.

◆ facetList() [2/4]

facets_Type& facetList ( threeD_Type )

inlineprivate

returns a reference to the facets' container

Definition at line 2782 of file RegionMesh.hpp.

◆ facetList() [3/4]

facets_Type& facetList ( twoD_Type )

inlineprivate

Definition at line 2786 of file RegionMesh.hpp.

◆ facetList() [4/4]

facets_Type& facetList ( oneD_Type )

inlineprivate

Definition at line 2790 of file RegionMesh.hpp.

◆ ridgeList() [2/4]

ridges_Type& ridgeList ( threeD_Type )

inlineprivate

returns a reference to the ridges' container

Definition at line 2796 of file RegionMesh.hpp.

◆ ridgeList() [3/4]

ridges_Type& ridgeList ( twoD_Type )

inlineprivate

Definition at line 2800 of file RegionMesh.hpp.

◆ ridgeList() [4/4]

ridges_Type& ridgeList ( oneD_Type )

inlineprivate

Definition at line 2804 of file RegionMesh.hpp.

Field Documentation

◆ S_geoDimensions

const UInt S_geoDimensions = geoShape_Type::S_nDimensions

static

static const S_geoDimensions: the dimensions (1,2,3) of the geometry

Definition at line 99 of file RegionMesh.hpp.

◆ S_facetDimension

const Int S_facetDimension = static_cast<const Int>(S_geoDimensions)-1

static

Definition at line 100 of file RegionMesh.hpp.

◆ S_ridgeDimension

const Int S_ridgeDimension = static_cast<const Int>(S_geoDimensions)-2

static

Definition at line 101 of file RegionMesh.hpp.

◆ S_peakDimension

const Int S_peakDimension = static_cast<const Int>(S_geoDimensions)-3

static

Definition at line 102 of file RegionMesh.hpp.

◆ pointList

points_Type pointList

Container of mesh Points/Vertices.

Definition at line 2097 of file RegionMesh.hpp.

◆ faceList

faces_Type faceList

Container of mesh Faces.

Definition at line 2099 of file RegionMesh.hpp.

◆ edgeList

edges_Type edgeList

Container of mesh Edges.

Definition at line 2102 of file RegionMesh.hpp.

◆ volumeList

volumes_Type volumeList

Container of mesh 3D Elements.

Definition at line 2104 of file RegionMesh.hpp.

◆ _bPoints

std::vector<point_Type* > _bPoints

Boundary points list.

Definition at line 2106 of file RegionMesh.hpp.

◆ switches

Switch switches

Switches.

Definition at line 2143 of file RegionMesh.hpp.

◆ M_ElemToFacet

ArraySimple<UInt> M_ElemToFacet

private

Arrays containing the ids of Edges and Faces of each element I use a Define to use localto global array or directly the bareedges

Definition at line 2165 of file RegionMesh.hpp.

◆ M_ElemToRidge

ArraySimple<UInt> M_ElemToRidge

private

Definition at line 2166 of file RegionMesh.hpp.

◆ M_numVolumes

UInt M_numVolumes

private

Definition at line 2168 of file RegionMesh.hpp.

◆ M_numVertices

UInt M_numVertices

private

Definition at line 2170 of file RegionMesh.hpp.

◆ M_numBVertices

UInt M_numBVertices

private

Definition at line 2171 of file RegionMesh.hpp.

◆ M_numPoints

UInt M_numPoints

private

Definition at line 2173 of file RegionMesh.hpp.

◆ M_numBPoints

UInt M_numBPoints

private

Definition at line 2174 of file RegionMesh.hpp.

◆ M_numFaces

UInt M_numFaces

private

Definition at line 2176 of file RegionMesh.hpp.

◆ M_numBFaces

UInt M_numBFaces

private

Definition at line 2177 of file RegionMesh.hpp.

◆ M_numEdges

UInt M_numEdges

private

Definition at line 2179 of file RegionMesh.hpp.

◆ M_numBEdges

UInt M_numBEdges

private

Definition at line 2180 of file RegionMesh.hpp.

◆ M_numGlobalPoints

UInt M_numGlobalPoints

private

Definition at line 2182 of file RegionMesh.hpp.

◆ M_numGlobalVertices

UInt M_numGlobalVertices

private

Definition at line 2183 of file RegionMesh.hpp.

◆ M_numGlobalEdges

UInt M_numGlobalEdges

private

Definition at line 2184 of file RegionMesh.hpp.

◆ M_numGlobalFaces

UInt M_numGlobalFaces

private

Definition at line 2185 of file RegionMesh.hpp.

◆ M_numGlobalVolumes

UInt M_numGlobalVolumes

private

Definition at line 2186 of file RegionMesh.hpp.

◆ M_isPartitioned

bool M_isPartitioned

private

Definition at line 2188 of file RegionMesh.hpp.

◆ M_marker

markerCommon_Type::regionMarker_Type M_marker

private

Definition at line 2189 of file RegionMesh.hpp.

◆ M_meshTransformer

MeshUtility::MeshTransformer<RegionMesh<geoShape_Type, markerCommon_Type>, markerCommon_Type > M_meshTransformer

private

Definition at line 2190 of file RegionMesh.hpp.

◆ M_comm

commPtr_Type M_comm

private

Definition at line 2193 of file RegionMesh.hpp.

◆ M_geoDim

geoDim_Type M_geoDim

private

Definition at line 2196 of file RegionMesh.hpp.

◆ M_aRidge

ridge_Type M_aRidge

private

Definition at line 2199 of file RegionMesh.hpp.

◆ M_aPeak

peak_Type M_aPeak

private

Definition at line 2202 of file RegionMesh.hpp.

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

RegionMesh.hpp

Public Types

Public Member Functions

Static Public Attributes

Private Member Functions

Private Attributes

GeoDim Types

Marker Types

Geometric Element Types

Basic Element Shape Types

Geometric Element Container Types

Constructors & Destructor

Utilities

Switches Methods

Generic Methods

Volume Methods

Element Adjacency Methods

Faces Methods

Edge Methods

Points Methods

Vertices Methods

Polytope Methods

Region Containers

Container Polytope Getters

Switches

Detailed Description

template<typename GeoShapeType, typename MCType = defaultMarkerCommon_Type> class LifeV::RegionMesh< GeoShapeType, MCType >

Member Typedef Documentation

◆ geoShape_Type

◆ markerCommon_Type

◆ oneD_Type

◆ twoD_Type

◆ threeD_Type

◆ geoDim_Type

◆ pointMarker_Type

◆ edgeMarker_Type

◆ faceMarker_Type

◆ volumeMarker_Type

◆ regionMarker_Type

◆ volume_Type

◆ face_Type

◆ edge_Type

◆ point_Type

◆ element_Type

◆ facet_Type

◆ ridge_Type

◆ peak_Type

◆ volumeShape_Type

◆ faceShape_Type

◆ edgeShape_Type

◆ elementShape_Type

◆ facetShape_Type

◆ ridgeShape_Type

◆ volumes_Type

◆ faces_Type

◆ edges_Type

◆ points_Type

◆ elements_Type

◆ facets_Type

◆ ridges_Type

◆ peaks_Type

◆ commPtr_Type

Constructor & Destructor Documentation

◆ RegionMesh() [1/3]

◆ RegionMesh() [2/3]

◆ RegionMesh() [3/3]

◆ ~RegionMesh()

Member Function Documentation

◆ showMe()

◆ check()

◆ printLtGMap()

◆ meshTransformer()

◆ comm()

◆ setComm()

◆ numSwitches()

◆ getLinkSwitch()

◆ setLinkSwitch()

◆ unsetLinkSwitch()

◆ showLinkSwitch()

◆ markerClass()

◆ markerID()

template<typename GeoShapeType, typename MCType = defaultMarkerCommon_Type>
class LifeV::RegionMesh< GeoShapeType, MCType >