Geophysical Inversion and Modeling Library  v1.0.10-11-g5965775b
GIMLI::Cell Class Reference

A abstract cell. More...

Inherits GIMLI::MeshEntity.

Inherited by GIMLI::EdgeCell, GIMLI::Hexahedron, GIMLI::Pyramid, GIMLI::Quadrangle, GIMLI::Tetrahedron, GIMLI::Triangle, and GIMLI::TriPrism.

+ Collaboration diagram for GIMLI::Cell:

Public Member Functions

 Cell ()
 
 Cell (const std::vector< Node * > &nodes)
 
 ~Cell ()
 
bool operator== (const Cell &cell)
 
virtual uint rtti () const
 
virtual uint parentType () const
 
virtual uint neighbourCellCount () const
 
uint boundaryCount () const
 
void cleanNeighbourInfos ()
 
CellneighbourCell (const RVector &sf)
 
CellneighbourCell (uint i)
 
virtual void findNeighbourCell (uint i)
 
double attribute () const
 
void setAttribute (double attr)
 
NodeoppositeTo (const Boundary &bound)
 
BoundaryboundaryTo (const RVector &sf)
 
Boundaryboundary (Index i)
 
virtual std::vector< Node *> boundaryNodes (Index i) const
 
- Public Member Functions inherited from GIMLI::MeshEntity
 MeshEntity ()
 
 MeshEntity (const std::vector< Node * > &nodes)
 
virtual ~MeshEntity ()
 
virtual uint dim () const
 
Nodenode (uint i)
 
Nodenode (uint i) const
 
uint nodeCount () const
 
Shapeshape ()
 
Shapeshape () const
 
ShapepShape ()
 
RVector3 rst (uint i) const
 
RVector3 center () const
 
double size () const
 
IndexArray ids () const
 
virtual std::vector< PolynomialFunction< double > > createShapeFunctions () const
 
virtual RVector N (const RVector3 &rst) const
 
virtual void N (const RVector3 &rst, RVector &n) const
 
virtual RVector dNdL (const RVector3 &rst, uint i) const
 
virtual RMatrix dNdL (const RVector3 &rst) const
 
double pot (const RVector3 &p, const RVector &u) const
 
RVector3 vec (const RVector3 &p, const std::vector< RVector3 > &v) const
 
RVector3 grad (const RVector3 &p, const RVector &u) const
 
const std::vector< Node *> & nodes () const
 
void setUxCache (const RMatrix &mat) const
 
const RMatrixuxCache () const
 
void addSecondaryNode (Node *n)
 
const std::vector< Node *> & secondaryNodes () const
 
const std::vector< Node *> allNodes () const
 
Index allNodeCount () const
 
- Public Member Functions inherited from GIMLI::BaseEntity
 BaseEntity (const BaseEntity &ent)
 
BaseEntityoperator= (const BaseEntity &ent)
 
virtual bool valid () const
 
virtual void setValid (bool valid)
 
int id () const
 
void setId (int id)
 
void setMarker (int marker)
 
int marker () const
 
void setTagged (bool tagged)
 
void untag ()
 
void tag ()
 
bool tagged () const
 

Protected Member Functions

void registerNodes_ ()
 
void deRegisterNodes_ ()
 
 Cell (const Cell &cell)
 
Celloperator= (const Cell &cell)
 
- Protected Member Functions inherited from GIMLI::MeshEntity
void fillShape_ ()
 
void setNodes_ (const std::vector< Node * > &nodes)
 
void deRegisterNodes_ ()
 
 MeshEntity (const MeshEntity &ent)
 
MeshEntityoperator= (const MeshEntity &ent)
 

Protected Attributes

std::vector< Cell *> neighbourCells_
 
double attribute_
 
- Protected Attributes inherited from GIMLI::MeshEntity
Shapeshape_
 
std::vector< Node *> nodeVector_
 
std::vector< Node *> secondaryNodes_
 
RMatrix uxCache_
 
- Protected Attributes inherited from GIMLI::BaseEntity
int id_
 
bool valid_
 
int marker_
 
bool tagged_
 

Friends

DLLEXPORT friend std::ostream & operator<< (std::ostream &str, const Cell &c)
 

Detailed Description

A abstract cell.

Interface class for all cells.

Constructor & Destructor Documentation

◆ Cell() [1/3]

◆ Cell() [2/3]

GIMLI::Cell::Cell ( const std::vector< Node * > &  nodes)

Construct cell from vector of nodes.

◆ ~Cell()

GIMLI::Cell::~Cell ( )

Default destructor.

◆ Cell() [3/3]

GIMLI::Cell::Cell ( const Cell cell)
inlineprotected

Don't call this class directly

Member Function Documentation

◆ boundary()

Boundary * GIMLI::Cell::boundary ( Index  i)

◆ boundaryNodes()

virtual std::vector< Node * > GIMLI::Cell::boundaryNodes ( Index  i) const
inlinevirtual

◆ boundaryTo()

Boundary * GIMLI::Cell::boundaryTo ( const RVector sf)

Find the nearest boundary to be crossed in direction to the point responsible for the shape function.

References GIMLI::find(), and rtti().

Referenced by boundary().

◆ findNeighbourCell()

void GIMLI::Cell::findNeighbourCell ( uint  i)
virtual

Find neighbor cell regarding to the i-th Boundary and store them in neighbourCells_.

References boundaryNodes().

Referenced by GIMLI::Mesh::createNeighbourInfosCell_().

◆ neighbourCell()

Cell* GIMLI::Cell::neighbourCell ( uint  i)
inline

Return the direct neighbor cell corresponding to local node i. The cell will be searched and stored by the virtual method findNeighbourCell. All neighboring relationships have to be initialized ones by calling Mesh::createNeighborInfos(). If no cell can be found NULL is returned.

◆ operator=()

Cell& GIMLI::Cell::operator= ( const Cell cell)
inlineprotected

Don't call this class directly

◆ operator==()

bool GIMLI::Cell::operator== ( const Cell cell)
inline

For pygimli bindings to allow simple check

◆ oppositeTo()

Node * GIMLI::Cell::oppositeTo ( const Boundary bound)

DEPRECATED???? Find the node of this cell which is in opposite position to the given boundary. Returns a pointer to the node. The boundary must be part of the cell otherwise, a NULL pointer returns. Works for triangle/edge and tetrahedron/triangleFace

Referenced by GIMLI::Edge::swap().

◆ parentType()

virtual uint GIMLI::Cell::parentType ( ) const
inlinevirtual

To separate between major MeshEntity families e.g. Cell and Boundary.

Reimplemented from GIMLI::MeshEntity.

◆ rtti()