ECOGEN 4.0
Evolutive, Compressible, Open, Genuine, Easy, N-phase
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Public Member Functions | Protected Attributes | List of all members
BoundCondWall Class Reference

#include <BoundCondWall.h>

Inherits BoundCond.

Inherited by BoundCondSymmetry, BoundCondWallO2Cartesian, and BoundCondWallO2NS.

Public Member Functions

 BoundCondWall (const BoundCondWall &Source, const int &lvl=0)
 
 BoundCondWall (int numPhysique, tinyxml2::XMLElement *element, std::string fileName)
 
 BoundCondWall (int numPhysique)
 
virtual ~BoundCondWall ()
 
virtual void createBoundary (TypeMeshContainer< CellInterface * > &cellInterfaces)
 
virtual void solveRiemannBoundary (Cell &cellLeft, const double &dxLeft, double &dtMax)
 
virtual void solveRiemannTransportBoundary (Cell &) const
 
virtual int whoAmI () const
 
virtual int whoAmIHeat () const
 
virtual bool isMRFWall () const
 Returns heat boundary type for wall (see BoundCondWall.h)
 
virtual double getBoundaryHeatQuantity () const
 
virtual Coord & getWallRotationalVelocityMRF ()
 Returns imposed heat quantity on the wall, could be temperature or flux density (see BounCondWall.h)
 
virtual void creerCellInterfaceChild ()
 
- Public Member Functions inherited from BoundCond
 BoundCond ()
 
 BoundCond (int numPhysique)
 
 BoundCond (const BoundCond &Source, const int &lvl=0)
 
virtual ~BoundCond ()
 
virtual void createBoundary (TypeMeshContainer< CellInterface * > &, std::string)
 
virtual void initialize (Cell *cellLeft, Cell *)
 
virtual void computeFlux (double &dtMax, Limiter &globalLimiter, Limiter &interfaceLimiter, Limiter &globalVolumeFractionLimiter, Limiter &interfaceVolumeFractionLimiter, Prim type=vecPhases)
 
virtual void computeFluxAddPhys (AddPhys &addPhys)
 
virtual void solveRiemann (double &dtMax, Limiter &, Limiter &, Limiter &, Limiter &, Prim type=vecPhases)
 
virtual void addFlux (const double &)
 
virtual void printInfo ()
 
virtual const int & getNumPhys () const
 
virtual double getBoundData (VarBoundary var) const
 
virtual void checkMrfInterface (Source *)
 
virtual void computeXi (const double &, const bool &, const bool &, const bool &, const bool &)
 
virtual void computeFluxXi ()
 
virtual void raffineCellInterfaceExterne (const int &nbCellsY, const int &nbCellsZ, const double &dXParent, const double &dYParent, const double &dZParent, Cell *cellRef, const int &dim)
 
virtual void deraffineCellInterfaceExterne (Cell *cellRef)
 
- Public Member Functions inherited from CellInterface
 CellInterface ()
 
 CellInterface (const int &lvl)
 
virtual ~CellInterface ()
 
void setFace (Face *face)
 
void initializeGauche (Cell *cellLeft)
 
virtual void initializeDroite (Cell *cellRight)
 
void subtractFlux (const double &coefAMR)
 
void addFluxRotatingRegion ()
 
void substractFluxRotatingRegion ()
 
double distance (Cell *c)
 
void solveRiemannMRF (double &dtMax)
 
virtual void allocateSlopes (int &)
 
virtual void computeSlopes (Prim=vecPhases)
 
virtual Phase * getSlopesPhase (const int &) const
 
virtual Mixture * getSlopesMixture () const
 
virtual Transport * getSlopesTransport (const int &) const
 
Face * getFace ()
 
Model * getMod () const
 
Cell * getCellLeft () const
 
Cell * getCellRight () const
 
void computeCritereAMR (const double &criteriaVar, Variable nameVariable, int num=0)
 
virtual void creerCellInterfaceChildInterne (const int &lvl, std::vector< CellInterface * > *childrenInternalCellInterfaces)
 
void creerFaceChild (CellInterface *cellInterfaceParent)
 
void deraffineCellInterfacesChildren ()
 
void constructionArrayExternalCellInterfacesLvl (std::vector< CellInterface * > *cellInterfacesLvl)
 
bool getSplit () const
 
const int & getLvl () const
 
int getNumberCellInterfacesChildren () const
 
CellInterface * getCellInterfaceChild (const int &numChild)
 
CellInterface * getCellInterfaceChildBack ()
 
void updatePointersInternalCellInterfaces ()
 

Protected Attributes

TypeBCHeat m_heatCondition
 Specific heat boundary condition, could be imposed temperature or flux density (default is adiabatic)
 
double m_imposedHeatQuantity
 Imposed heat quantity on the wall. Depending on input (m_heatCondition) could be imposed temperature or flux density. This option requires conductivity additionnal physics to work.
 
bool m_isMRFWall
 Flag to check if a special boundary treatment is required with MRF.
 
Coord m_omegaWall
 Rotational wall velocity for MRF computation with viscous additionnal physic.
 
- Protected Attributes inherited from BoundCond
int m_numPhysique
 
std::vector< double > m_boundData
 Boundary dataset for boundary output.
 
- Protected Attributes inherited from CellInterface
Cell * m_cellLeft
 
Cell * m_cellRight
 
Face * m_face
 
int m_lvl
 
std::vector< CellInterface * > m_cellInterfacesChildren
 
bool m_mrfInterface
 
bool m_mrfStaticRegionIsLeft
 
Coord m_omega
 

Constructor & Destructor Documentation

◆ BoundCondWall() [1/3]

BoundCondWall::BoundCondWall ( const BoundCondWall &  Source,
const int &  lvl = 0 
)

◆ BoundCondWall() [2/3]

BoundCondWall::BoundCondWall ( int  numPhysique,
tinyxml2::XMLElement *  element,
std::string  fileName 
)

◆ BoundCondWall() [3/3]

BoundCondWall::BoundCondWall ( int  numPhysique)

◆ ~BoundCondWall()

BoundCondWall::~BoundCondWall ( )
virtual

Member Function Documentation

◆ createBoundary()

void BoundCondWall::createBoundary ( TypeMeshContainer< CellInterface * > &  cellInterfaces)
virtual

Reimplemented from BoundCond.

Reimplemented in BoundCondSymmetry, BoundCondSymmetryO2Cartesian, BoundCondSymmetryO2NS, BoundCondWallO2Cartesian, and BoundCondWallO2NS.

◆ creerCellInterfaceChild()

void BoundCondWall::creerCellInterfaceChild ( )
virtual

Create a child cell interface (not initialized)

Reimplemented from CellInterface.

Reimplemented in BoundCondSymmetry, BoundCondSymmetryO2Cartesian, and BoundCondWallO2Cartesian.

◆ getBoundaryHeatQuantity()

virtual double BoundCondWall::getBoundaryHeatQuantity ( ) const
inlinevirtual

Reimplemented from BoundCond.

◆ getWallRotationalVelocityMRF()

virtual Coord & BoundCondWall::getWallRotationalVelocityMRF ( )
inlinevirtual

Returns imposed heat quantity on the wall, could be temperature or flux density (see BounCondWall.h)

Reimplemented from CellInterface.

◆ isMRFWall()

virtual bool BoundCondWall::isMRFWall ( ) const
inlinevirtual

Returns heat boundary type for wall (see BoundCondWall.h)

Reimplemented from CellInterface.

◆ solveRiemannBoundary()

void BoundCondWall::solveRiemannBoundary ( Cell &  cellLeft,
const double &  dxLeft,
double &  dtMax 
)
virtual

Reimplemented from BoundCond.

◆ solveRiemannTransportBoundary()

void BoundCondWall::solveRiemannTransportBoundary ( Cell &  ) const
virtual

Reimplemented from BoundCond.

◆ whoAmI()

virtual int BoundCondWall::whoAmI ( ) const
inlinevirtual

Reimplemented from BoundCond.

Reimplemented in BoundCondSymmetry, BoundCondSymmetryO2Cartesian, BoundCondSymmetryO2NS, BoundCondWallO2Cartesian, and BoundCondWallO2NS.

◆ whoAmIHeat()

virtual int BoundCondWall::whoAmIHeat ( ) const
inlinevirtual

Reimplemented from BoundCond.

Member Data Documentation

◆ m_heatCondition

TypeBCHeat BoundCondWall::m_heatCondition
protected

Specific heat boundary condition, could be imposed temperature or flux density (default is adiabatic)

◆ m_imposedHeatQuantity

double BoundCondWall::m_imposedHeatQuantity
protected

Imposed heat quantity on the wall. Depending on input (m_heatCondition) could be imposed temperature or flux density. This option requires conductivity additionnal physics to work.

◆ m_isMRFWall

bool BoundCondWall::m_isMRFWall
protected

Flag to check if a special boundary treatment is required with MRF.

◆ m_omegaWall

Coord BoundCondWall::m_omegaWall
protected

Rotational wall velocity for MRF computation with viscous additionnal physic.

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