GenericMappedGridOperators Class Reference

#include <GenericMappedGridOperators.h>

Inheritance diagram for GenericMappedGridOperators:

Collaboration diagram for GenericMappedGridOperators:

Public Types
enum	AveragingType { arithmeticAverage, harmonicAverage }
enum	{ forAll =realMappedGridFunction::forAll, undefinedValue =realMappedGridFunction::undefinedValue, allBoundaries =BCTypes::allBoundaries, spectral =-999 }
enum	boundaryConditionTypes {   dirichlet =BCTypes::dirichlet, neumann =BCTypes::neumann, extrapolate =BCTypes::extrapolate, normalComponent =BCTypes::normalComponent,   mixed =BCTypes::mixed, generalMixedDerivative =BCTypes::generalMixedDerivative, normalDerivativeOfNormalComponent =BCTypes::normalDerivativeOfNormalComponent, normalDerivativeOfADotU =BCTypes::normalDerivativeOfADotU,   aDotU =BCTypes::aDotU, aDotGradU =BCTypes::aDotGradU, normalDotScalarGrad =BCTypes::normalDotScalarGrad, evenSymmetry =BCTypes::evenSymmetry,   oddSymmetry =BCTypes::oddSymmetry, generalizedDivergence =BCTypes::generalizedDivergence, vectorSymmetry =BCTypes::vectorSymmetry, tangentialComponent0 =BCTypes::tangentialComponent0,   tangentialComponent1 =BCTypes::tangentialComponent1, normalDerivativeOfTangentialComponent0 =BCTypes::normalDerivativeOfTangentialComponent0, normalDerivativeOfTangentialComponent1 =BCTypes::normalDerivativeOfTangentialComponent1, extrapolateInterpolationNeighbours =BCTypes::extrapolateInterpolationNeighbours,   tangentialComponent =BCTypes::tangentialComponent, extrapolateNormalComponent =BCTypes::extrapolateNormalComponent, extrapolateTangentialComponent0 =BCTypes::extrapolateTangentialComponent0, extrapolateTangentialComponent1 =BCTypes::extrapolateTangentialComponent1,   userDefinedBoundaryCondition0 =BCTypes::userDefinedBoundaryCondition0, userDefinedBoundaryCondition1 =BCTypes::userDefinedBoundaryCondition1, userDefinedBoundaryCondition2 =BCTypes::userDefinedBoundaryCondition2, userDefinedBoundaryCondition3 =BCTypes::userDefinedBoundaryCondition3,   userDefinedBoundaryCondition4 =BCTypes::userDefinedBoundaryCondition4, userDefinedBoundaryCondition5 =BCTypes::userDefinedBoundaryCondition5, userDefinedBoundaryCondition6 =BCTypes::userDefinedBoundaryCondition6, userDefinedBoundaryCondition7 =BCTypes::userDefinedBoundaryCondition7,   userDefinedBoundaryCondition8 =BCTypes::userDefinedBoundaryCondition8, userDefinedBoundaryCondition9 =BCTypes::userDefinedBoundaryCondition9, numberOfDifferentBoundaryConditionTypes }
enum	ErrorStatusEnum { noErrors =0, errorInFindInterpolationNeighbours }

Public Member Functions
	GenericMappedGridOperators ()
	GenericMappedGridOperators (MappedGrid &mg)
	GenericMappedGridOperators (const GenericMappedGridOperators &mgo)
virtual GenericMappedGridOperators *	virtualConstructor () const
virtual	~GenericMappedGridOperators ()
virtual GenericMappedGridOperators &	operator= (const GenericMappedGridOperators &mgo)
virtual real	sizeOf (FILE *file=NULL) const
virtual void	updateToMatchGrid (MappedGrid &mg)
virtual int	get (const GenericDataBase &dir, const aString &name)
virtual int	put (GenericDataBase &dir, const aString &name) const
virtual void	setOrderOfAccuracy (const int &orderOfAccuracy)
int	getOrderOfAccuracy () const
int	setMaximumWidthForExtrapolateInterpolationNeighbours (const int width=4)
int	getMaximumWidthForExtrapolateInterpolationNeighbours () const
virtual bool	isRectangular ()
virtual void	getDerivatives (const realMappedGridFunction &u, const Index &I1=nullIndex, const Index &I2=nullIndex, const Index &I3=nullIndex, const Index &I4=nullIndex, const Index &Evalute=nullIndex)
virtual void	setStencilSize (const int stencilSize)
virtual void	setNumberOfComponentsForCoefficients (const int number)
virtual void	setTwilightZoneFlow (const int &twilightZoneFlow)
virtual void	setTwilightZoneFlowFunction (OGFunction &twilightZoneFlowFunction)
virtual realMappedGridFunction	convectiveDerivative (const realMappedGridFunction &u, const realMappedGridFunction &w, const Index &I1=nullIndex, const Index &I2=nullIndex, const Index &I3=nullIndex)
virtual realMappedGridFunction	convectiveDerivative (const realMappedGridFunction &u, const GridFunctionParameters &gfType, const realMappedGridFunction &w, const Index &I1=nullIndex, const Index &I2=nullIndex, const Index &I3=nullIndex)
virtual realMappedGridFunction	derivativeScalarDerivative (const realMappedGridFunction &u, const realMappedGridFunction &s, const int &direction1, const int &direction2, const Index &I1=nullIndex, const Index &I2=nullIndex, const Index &I3=nullIndex, const Index &I4=nullIndex, const Index &I5=nullIndex, const Index &I6=nullIndex, const Index &I7=nullIndex, const Index &I8=nullIndex)
virtual realMappedGridFunction	derivativeScalarDerivative (const realMappedGridFunction &u, const GridFunctionParameters &gfType, const realMappedGridFunction &s, const int &direction1, const int &direction2, const Index &I1=nullIndex, const Index &I2=nullIndex, const Index &I3=nullIndex, const Index &I4=nullIndex, const Index &I5=nullIndex, const Index &I6=nullIndex, const Index &I7=nullIndex, const Index &I8=nullIndex)
virtual realMappedGridFunction	derivativeScalarDerivativeCoefficients (const realMappedGridFunction &s, const int &direction1, const int &direction2, const Index &I1=nullIndex, const Index &I2=nullIndex, const Index &I3=nullIndex, const Index &I4=nullIndex, const Index &I5=nullIndex, const Index &I6=nullIndex, const Index &I7=nullIndex, const Index &I8=nullIndex)
virtual realMappedGridFunction	derivativeScalarDerivativeCoefficients (const GridFunctionParameters &gfType, const realMappedGridFunction &s, const int &direction1, const int &direction2, const Index &I1=nullIndex, const Index &I2=nullIndex, const Index &I3=nullIndex, const Index &I4=nullIndex, const Index &I5=nullIndex, const Index &I6=nullIndex, const Index &I7=nullIndex, const Index &I8=nullIndex)
virtual realMappedGridFunction	FCgrad (const realMappedGridFunction &phi, const int c0=0, const int c1=0, const int c2=0, const int c3=0, const int c4=0, const Index &I1=nullIndex, const Index &I2=nullIndex, const Index &I3=nullIndex, const Index &I4=nullIndex, const Index &I5=nullIndex, const Index &I6=nullIndex, const Index &I7=nullIndex, const Index &I8=nullIndex)
virtual realMappedGridFunction	FCgrad (const realMappedGridFunction &phi, const GridFunctionParameters &gfType, const int c0=0, const int c1=0, const int c2=0, const int c3=0, const int c4=0, const Index &I1=nullIndex, const Index &I2=nullIndex, const Index &I3=nullIndex, const Index &I4=nullIndex, const Index &I5=nullIndex, const Index &I6=nullIndex, const Index &I7=nullIndex, const Index &I8=nullIndex)
virtual realMappedGridFunction	scalarCoefficients (const realMappedGridFunction &s, const Index &I1=nullIndex, const Index &I2=nullIndex, const Index &I3=nullIndex, const Index &I4=nullIndex, const Index &I5=nullIndex, const Index &I6=nullIndex, const Index &I7=nullIndex, const Index &I8=nullIndex)
void	setInterpolationPoint (intArray &interpolationPoint)
virtual void	applyBoundaryConditions (realMappedGridFunction &u, const real &time=0.)
virtual void	assignBoundaryConditionCoefficients (realMappedGridFunction &coeff, const real &time=0.)
virtual void	applyBoundaryCondition (realMappedGridFunction &u, const Index &Components, const BCTypes::BCNames &boundaryConditionType=BCTypes::dirichlet, const int &boundaryCondition=allBoundaries, const real &forcing=0., const real &time=0., const BoundaryConditionParameters &bcParameters=Overture::defaultBoundaryConditionParameters(), const int &grid=0)
virtual void	applyBoundaryCondition (realMappedGridFunction &u, const Index &Components, const BCTypes::BCNames &boundaryConditionType, const int &boundaryCondition, const RealArray &forcing, const real &time=0., const BoundaryConditionParameters &bcParameters=Overture::defaultBoundaryConditionParameters(), const int &grid=0)
virtual void	applyBoundaryCondition (realMappedGridFunction &u, const Index &Components, const BCTypes::BCNames &boundaryConditionType, const int &boundaryCondition, const RealArray &forcing, RealArray *forcinga[2][3], const real &time=0., const BoundaryConditionParameters &bcParameters=Overture::defaultBoundaryConditionParameters(), const int &grid=0)
virtual void	applyBoundaryCondition (realMappedGridFunction &u, const Index &Components, const BCTypes::BCNames &boundaryConditionType, const int &boundaryCondition, const realMappedGridFunction &forcing, const real &time=0., const BoundaryConditionParameters &bcParameters=Overture::defaultBoundaryConditionParameters(), const int &grid=0)
virtual void	finishBoundaryConditions (realMappedGridFunction &u, const BoundaryConditionParameters &bcParameters=Overture::defaultBoundaryConditionParameters(), const Range &C0=nullRange)
virtual void	finishBoundaryConditionsOld (realMappedGridFunction &u, const BoundaryConditionParameters &bcParameters=Overture::defaultBoundaryConditionParameters(), const Range &C0=nullRange)
virtual void	fixBoundaryCorners (realMappedGridFunction &u, const BoundaryConditionParameters &bcParameters=Overture::defaultBoundaryConditionParameters(), const Range &C0=nullRange)
virtual void	applyBoundaryConditionCoefficients (realMappedGridFunction &coeff, const Index &Equations, const Index &Components, const BCTypes::BCNames &boundaryConditionType=BCTypes::dirichlet, const int &boundaryCondition=allBoundaries, const BoundaryConditionParameters &bcParameters=Overture::defaultBoundaryConditionParameters(), const int &grid=0)
virtual void	useConservativeApproximations (bool trueOrFalse=TRUE)
bool	usingConservativeApproximations () const
void	setAveragingType (const AveragingType &type)
AveragingType	getAveragingType () const
realArray	harmonic (const realArray &a, const realArray &b)
virtual void	setCornerCoefficients (realMappedGridFunction &coeff, const int n, const Index &I1, const Index &I2, const Index &I3, int side1, int side2, int side3, const BoundaryConditionParameters &bcParameters)
virtual void	setExtrapolationCoefficients (realMappedGridFunction &coeff, const int n, const Index &I1, const Index &I2, const Index &I3, const int order)
virtual void	setSymmetryCoefficients (realMappedGridFunction &coeff, const int n, const Index &I1, const Index &I2, const Index &I3, const int option=0)
virtual void	setPeriodicCoefficients (realMappedGridFunction &coeff)

Static Public Member Functions
static int	setDefaultMaximumWidthForExtrapolateInterpolationNeighbours (const int width=4)
static void	printBoundaryConditionStatistics (FILE *file=stdout)

Public Attributes
MappedGrid	mappedGrid
int	orderOfAccuracy
int	stencilSize
int	numberOfComponentsForCoefficients
int	twilightZoneFlow
OGFunction *	twilightZoneFlowFunction
enum GenericMappedGridOperators::ErrorStatusEnum	errorStatus

Static Public Attributes
static int	defaultMaximumWidthToExtrapolationInterpolationNeighbours =4
static real	timeForDirichlet =0.
static real	timeForNeumann =0.
static real	timeForExtrapolate =0.
static real	timeForNormalComponent =0.
static real	timeForGeneralMixedDerivative =0.
static real	timeForNormalDerivative =0.
static real	timeForNormalDerivativeOfADotU =0.
static real	timeForADotU =0.
static real	timeForADotGradU =0.
static real	timeForNormalDotScalarGrad =0.
static real	timeForSymmetry =0.
static real	timeForGeneralizedDivergence =0.
static real	timeForExtrapolateInterpolationNeighbours =0.
static real	timeForExtrapolateNormalComponent =0.
static real	timeForExtrapolateRefinementBoundaries =0.
static real	timeForPeriodicUpdate =0.
static real	timeForFixBoundaryCorners =0.
static real	timeToSetupBoundaryConditions =0.
static real	timeForAllBoundaryConditions =0.

Protected Member Functions
virtual void	findInterpolationNeighbours ()

Protected Attributes
int	extrapolateInterpolationNeighboursIsInitialized
int	numberOfInterpolationNeighboursNew
int	maximumWidthToExtrapolationInterpolationNeighbours
IntegerArray *	extrapolateInterpolationNeighbourPoints
IntegerArray *	extrapolateInterpolationNeighboursDirection
IntegerArray *	extrapolateInterpolationNeighboursVariableWidth
AssignInterpNeighbours *	assignInterpNeighbours
intArray *	interpolationPoint
bool	conservative
AveragingType	averagingType

Member Enumeration Documentation

anonymous enum

Enumerator
forAll
undefinedValue
allBoundaries
spectral

enum GenericMappedGridOperators::AveragingType

Enumerator
arithmeticAverage
harmonicAverage

enum GenericMappedGridOperators::boundaryConditionTypes

Enumerator
dirichlet
neumann
extrapolate
normalComponent
mixed
generalMixedDerivative
normalDerivativeOfNormalComponent
normalDerivativeOfADotU
aDotU
aDotGradU
normalDotScalarGrad
evenSymmetry
oddSymmetry
generalizedDivergence
vectorSymmetry
tangentialComponent0
tangentialComponent1
normalDerivativeOfTangentialComponent0
normalDerivativeOfTangentialComponent1
extrapolateInterpolationNeighbours
tangentialComponent
extrapolateNormalComponent
extrapolateTangentialComponent0
extrapolateTangentialComponent1
userDefinedBoundaryCondition0
userDefinedBoundaryCondition1
userDefinedBoundaryCondition2
userDefinedBoundaryCondition3
userDefinedBoundaryCondition4
userDefinedBoundaryCondition5
userDefinedBoundaryCondition6
userDefinedBoundaryCondition7
userDefinedBoundaryCondition8
userDefinedBoundaryCondition9
numberOfDifferentBoundaryConditionTypes

enum GenericMappedGridOperators::ErrorStatusEnum

Enumerator
noErrors
errorInFindInterpolationNeighbours

Constructor & Destructor Documentation

GenericMappedGridOperators::GenericMappedGridOperators

(

)

References arithmeticAverage, assignInterpNeighbours, averagingType, conservative, defaultMaximumWidthToExtrapolationInterpolationNeighbours, errorStatus, extrapolateInterpolationNeighbourPoints, extrapolateInterpolationNeighboursDirection, extrapolateInterpolationNeighboursVariableWidth, FALSE, interpolationPoint, maximumWidthToExtrapolationInterpolationNeighbours, noErrors, NULL, numberOfComponentsForCoefficients, orderOfAccuracy, stencilSize, twilightZoneFlow, and twilightZoneFlowFunction.

Referenced by virtualConstructor().

GenericMappedGridOperators::GenericMappedGridOperators

(

MappedGrid &

mg

)

References arithmeticAverage, assignInterpNeighbours, averagingType, conservative, extrapolateInterpolationNeighbourPoints, extrapolateInterpolationNeighboursDirection, extrapolateInterpolationNeighboursVariableWidth, FALSE, interpolationPoint, mappedGrid, maximumWidthToExtrapolationInterpolationNeighbours, NULL, numberOfComponentsForCoefficients, orderOfAccuracy, MappedGrid::reference(), stencilSize, twilightZoneFlow, and twilightZoneFlowFunction.

GenericMappedGridOperators::GenericMappedGridOperators

(

const GenericMappedGridOperators &

mgo

)

GenericMappedGridOperators::~GenericMappedGridOperators ( )

virtual

References assignInterpNeighbours, extrapolateInterpolationNeighbourPoints, extrapolateInterpolationNeighboursDirection, and extrapolateInterpolationNeighboursVariableWidth.

Member Function Documentation

void GenericMappedGridOperators::applyBoundaryCondition ( realMappedGridFunction &  u, const Index &  Components, const BCTypes::BCNames &  boundaryConditionType = BCTypes::dirichlet, const int &  boundaryCondition = allBoundaries, const real &  forcing = 0., const real &  time = 0., const BoundaryConditionParameters &  bcParameters = Overture::defaultBoundaryConditionParameters(), const int &  grid = 0  )

virtual

Reimplemented in MappedGridOperators.

Referenced by doubleMappedGridFunction::applyBoundaryCondition(), and floatMappedGridFunction::applyBoundaryCondition().

void GenericMappedGridOperators::applyBoundaryCondition ( realMappedGridFunction &  u, const Index &  Components, const BCTypes::BCNames &  boundaryConditionType, const int &  boundaryCondition, const RealArray &  forcing, const real &  time = 0., const BoundaryConditionParameters &  bcParameters = Overture::defaultBoundaryConditionParameters(), const int &  grid = 0  )

virtual

Reimplemented in MappedGridOperators.

void GenericMappedGridOperators::applyBoundaryCondition ( realMappedGridFunction &  u, const Index &  Components, const BCTypes::BCNames &  boundaryConditionType, const int &  boundaryCondition, const RealArray &  forcing, RealArray *  forcinga[2][3], const real &  time = 0., const BoundaryConditionParameters &  bcParameters = Overture::defaultBoundaryConditionParameters(), const int &  grid = 0  )

virtual

Reimplemented in MappedGridOperators.

void GenericMappedGridOperators::applyBoundaryCondition ( realMappedGridFunction &  u, const Index &  Components, const BCTypes::BCNames &  boundaryConditionType, const int &  boundaryCondition, const realMappedGridFunction &  forcing, const real &  time = 0., const BoundaryConditionParameters &  bcParameters = Overture::defaultBoundaryConditionParameters(), const int &  grid = 0  )

virtual

Reimplemented in MappedGridOperators.

void GenericMappedGridOperators::applyBoundaryConditionCoefficients ( realMappedGridFunction &  coeff, const Index &  Equations, const Index &  Components, const BCTypes::BCNames &  boundaryConditionType = BCTypes::dirichlet, const int &  boundaryCondition = allBoundaries, const BoundaryConditionParameters &  bcParameters = Overture::defaultBoundaryConditionParameters(), const int &  grid = 0  )

virtual

Reimplemented in MappedGridOperators.

Referenced by doubleMappedGridFunction::applyBoundaryConditionCoefficients(), and floatMappedGridFunction::applyBoundaryConditionCoefficients().

void GenericMappedGridOperators::applyBoundaryConditions ( realMappedGridFunction &  u, const real &  time = 0.  )

virtual

Referenced by doubleMappedGridFunction::applyBoundaryConditions(), and floatMappedGridFunction::applyBoundaryConditions().

void GenericMappedGridOperators::assignBoundaryConditionCoefficients ( realMappedGridFunction &  coeff, const real &  time = 0.  )

virtual

Referenced by doubleMappedGridFunction::assignBoundaryConditionCoefficients(), and floatMappedGridFunction::assignBoundaryConditionCoefficients().

realMappedGridFunction GenericMappedGridOperators::convectiveDerivative ( const realMappedGridFunction &  u, const realMappedGridFunction &  w, const Index &  I1 = nullIndex, const Index &  I2 = nullIndex, const Index &  I3 = nullIndex  )

virtual

References Overture::nullRealMappedGridFunction().

realMappedGridFunction GenericMappedGridOperators::convectiveDerivative ( const realMappedGridFunction &  u, const GridFunctionParameters &  gfType, const realMappedGridFunction &  w, const Index &  I1 = nullIndex, const Index &  I2 = nullIndex, const Index &  I3 = nullIndex  )

virtual

References Overture::nullRealMappedGridFunction().

realMappedGridFunction GenericMappedGridOperators::derivativeScalarDerivative ( const realMappedGridFunction &  u, const realMappedGridFunction &  s, const int &  direction1, const int &  direction2, const Index &  I1 = nullIndex, const Index &  I2 = nullIndex, const Index &  I3 = nullIndex, const Index &  I4 = nullIndex, const Index &  I5 = nullIndex, const Index &  I6 = nullIndex, const Index &  I7 = nullIndex, const Index &  I8 = nullIndex  )

virtual

Reimplemented in MappedGridOperators.

References Overture::nullRealMappedGridFunction().

realMappedGridFunction GenericMappedGridOperators::derivativeScalarDerivative ( const realMappedGridFunction &  u, const GridFunctionParameters &  gfType, const realMappedGridFunction &  s, const int &  direction1, const int &  direction2, const Index &  I1 = nullIndex, const Index &  I2 = nullIndex, const Index &  I3 = nullIndex, const Index &  I4 = nullIndex, const Index &  I5 = nullIndex, const Index &  I6 = nullIndex, const Index &  I7 = nullIndex, const Index &  I8 = nullIndex  )

virtual

Reimplemented in MappedGridOperators.

References Overture::nullRealMappedGridFunction().

realMappedGridFunction GenericMappedGridOperators::derivativeScalarDerivativeCoefficients ( const realMappedGridFunction &  s, const int &  direction1, const int &  direction2, const Index &  I1 = nullIndex, const Index &  I2 = nullIndex, const Index &  I3 = nullIndex, const Index &  I4 = nullIndex, const Index &  I5 = nullIndex, const Index &  I6 = nullIndex, const Index &  I7 = nullIndex, const Index &  I8 = nullIndex  )

virtual

Reimplemented in MappedGridOperators.

References Overture::nullRealMappedGridFunction().

realMappedGridFunction GenericMappedGridOperators::derivativeScalarDerivativeCoefficients ( const GridFunctionParameters &  gfType, const realMappedGridFunction &  s, const int &  direction1, const int &  direction2, const Index &  I1 = nullIndex, const Index &  I2 = nullIndex, const Index &  I3 = nullIndex, const Index &  I4 = nullIndex, const Index &  I5 = nullIndex, const Index &  I6 = nullIndex, const Index &  I7 = nullIndex, const Index &  I8 = nullIndex  )

virtual

Reimplemented in MappedGridOperators.

References Overture::nullRealMappedGridFunction().

realMappedGridFunction GenericMappedGridOperators::FCgrad ( const realMappedGridFunction &  phi, const int  c0 = 0, const int  c1 = 0, const int  c2 = 0, const int  c3 = 0, const int  c4 = 0, const Index &  I1 = nullIndex, const Index &  I2 = nullIndex, const Index &  I3 = nullIndex, const Index &  I4 = nullIndex, const Index &  I5 = nullIndex, const Index &  I6 = nullIndex, const Index &  I7 = nullIndex, const Index &  I8 = nullIndex  )

virtual

References Overture::nullRealMappedGridFunction().

realMappedGridFunction GenericMappedGridOperators::FCgrad ( const realMappedGridFunction &  phi, const GridFunctionParameters &  gfType, const int  c0 = 0, const int  c1 = 0, const int  c2 = 0, const int  c3 = 0, const int  c4 = 0, const Index &  I1 = nullIndex, const Index &  I2 = nullIndex, const Index &  I3 = nullIndex, const Index &  I4 = nullIndex, const Index &  I5 = nullIndex, const Index &  I6 = nullIndex, const Index &  I7 = nullIndex, const Index &  I8 = nullIndex  )

virtual

References Overture::nullRealMappedGridFunction().

void GenericMappedGridOperators::findInterpolationNeighbours ( )

protectedvirtual

References assert, axis2, axis3, dimension, MappedGrid::dimension(), display(), displayMask(), errorInFindInterpolationNeighbours, errorStatus, extendedIndexRange, MappedGrid::extendedIndexRange(), extrapolateInterpolationNeighbourPoints, extrapolateInterpolationNeighboursDirection, extrapolateInterpolationNeighboursIsInitialized, extrapolateInterpolationNeighboursVariableWidth, findInterNeighboursOpt, getIndex(), getLocalArrayWithGhostBoundaries(), MappedGrid::getName(), MappedGrid::gridIndexRange(), i2, ia, indexRange, interpolationPoint, ip, mappedGrid, mask, MappedGrid::mask(), max(), maximumWidthToExtrapolationInterpolationNeighbours, min(), NULL, MappedGrid::numberOfDimensions(), MappedGrid::numberOfGhostPoints(), numberOfInterpolationNeighboursNew, printF(), R, Start, and TRUE.

Referenced by MappedGridOperators::applyBoundaryCondition().

void GenericMappedGridOperators::finishBoundaryConditions ( realMappedGridFunction &  u, const BoundaryConditionParameters &  bcParameters = Overture::defaultBoundaryConditionParameters(), const Range &  C0 = nullRange  )

virtual

References Overture::abort(), abs(), assert, axis1, axis2, axis3, MappedGrid::boundaryCondition(), cc, CE, ce, SparseRepForMGF::classify, dimension, MappedGrid::dimension(), End, BoundaryConditionParameters::evenSymmetryCorner, BoundaryConditionParameters::extrapolateCorner, SparseRepForMGF::extrapolation, finishBoundaryConditionsOld(), fixBoundaryCorners(), SparseRepForMGF::fixUpClassify(), getBoundaryIndex(), BoundaryConditionParameters::getCornerBoundaryCondition(), ParallelUtility::getLocalArrayBounds(), getLocalArrayWithGhostBoundaries(), doubleMappedGridFunction::getMappedGrid(), MappedGrid::gridIndexRange(), i2, indexRange, MappedGrid::indexRange(), GridCollection::ISinterpolationPoint, MappedGrid::isPeriodic(), mask, MappedGrid::mask(), max(), NULL, numberOfComponentsForCoefficients, MappedGrid::numberOfDimensions(), SparseRepForMGF::numberOfGhostLines, BoundaryConditionParameters::oddSymmetryCorner, orderOfAccuracy, BoundaryConditionParameters::orderOfExtrapolation, OV_ABORT, printF(), SparseRepForMGF::setCoefficientIndex(), setExtrapolationCoefficients(), setPeriodicCoefficients(), doubleMappedGridFunction::sparse, Start, stencilSize, BoundaryConditionParameters::symmetryCorner, BoundaryConditionParameters::taylor2ndOrder, BoundaryConditionParameters::taylor2ndOrderEvenCorner, and BoundaryConditionParameters::taylor4thOrderEvenCorner.

Referenced by Ogmg::applyBoundaryConditions(), floatMappedGridFunction::finishBoundaryConditions(), and doubleMappedGridFunction::finishBoundaryConditions().

void GenericMappedGridOperators::finishBoundaryConditionsOld ( realMappedGridFunction &  u, const BoundaryConditionParameters &  bcParameters = Overture::defaultBoundaryConditionParameters(), const Range &  C0 = nullRange  )

virtual

References axis1, axis2, axis3, MappedGrid::boundaryCondition(), SparseRepForMGF::classify, MappedGrid::dimension(), End, SparseRepForMGF::extrapolation, fixBoundaryCorners(), SparseRepForMGF::fixUpClassify(), getBoundaryIndex(), getIndex(), doubleMappedGridFunction::getMappedGrid(), MappedGrid::gridIndexRange(), i2, MappedGrid::indexRange(), GridCollection::ISinterpolationPoint, MappedGrid::isPeriodic(), mask, MappedGrid::mask(), NULL, numberOfComponentsForCoefficients, MappedGrid::numberOfDimensions(), SparseRepForMGF::numberOfGhostLines, orderOfAccuracy, BoundaryConditionParameters::orderOfExtrapolation, setCornerCoefficients(), setExtrapolationCoefficients(), setPeriodicCoefficients(), doubleMappedGridFunction::sparse, and Start.

Referenced by finishBoundaryConditions().

void GenericMappedGridOperators::fixBoundaryCorners ( realMappedGridFunction &  u, const BoundaryConditionParameters &  bcParameters = Overture::defaultBoundaryConditionParameters(), const Range &  C0 = nullRange  )

virtual

References axis1, axis2, axis3, boundaryCondition, MappedGrid::boundaryCondition(), c, BoundaryConditionParameters::cornerExtrapolationOption, dim, dimension, MappedGrid::dimension(), BoundaryConditionParameters::doNothingCorner, End, fixBoundaryCornersOpt, doubleMappedGridFunction::getComponentBase(), doubleMappedGridFunction::getComponentBound(), BoundaryConditionParameters::getCornerBC(), getCPUOpt, MappedGrid::getGridType(), doubleMappedGridFunction::getMappedGrid(), BoundaryConditionParameters::getVectorSymmetryCornerComponent(), indexRange, MappedGrid::indexRange(), indexRange0, MappedGrid::inverseVertexDerivative(), MappedGrid::isPeriodic(), isRectangular(), BoundaryConditionParameters::lineToAssign, mask, MappedGrid::mask(), max(), min(), NULL, nullRange, BoundaryConditionParameters::numberOfCornerGhostLinesToAssign, MappedGrid::numberOfDimensions(), orderOfAccuracy, BoundaryConditionParameters::orderOfExtrapolation, doubleMappedGridFunction::periodicUpdate(), REAL_MIN, Start, timeForFixBoundaryCorners, GenericGrid::unstructuredGrid, BoundaryConditionParameters::vectorSymmetryAxis1Corner, and BoundaryConditionParameters::vectorSymmetryAxis3Corner.

Referenced by MappedGridOperators::applyBoundaryCondition(), finishBoundaryConditions(), and finishBoundaryConditionsOld().

int GenericMappedGridOperators::get ( const GenericDataBase &  dir, const aString &  name  )

virtual

Reimplemented in MappedGridOperators.

References conservative, GenericDataBase::find(), GenericDataBase::get(), numberOfComponentsForCoefficients, orderOfAccuracy, stencilSize, and GenericDataBase::virtualConstructor().

GenericMappedGridOperators::AveragingType GenericMappedGridOperators::getAveragingType

(

)

const

References averagingType.

Referenced by MappedGridOperators::applyBCnormalDotScalarGrad(), MappedGridOperators::assignCoefficientsInternal(), MappedGridOperators::derivativeInternal(), derivativeScalarDerivativeFDerivative21(), derivativeScalarDerivativeFDerivative21R(), derivativeScalarDerivativeFDerivative22(), derivativeScalarDerivativeFDerivative22R(), derivativeScalarDerivativeFDerivative23(), derivativeScalarDerivativeFDerivative23R(), derivativeScalarDerivativeFDerivCoefficients2(), divScalarGradFDerivative21(), divScalarGradFDerivative21R(), divScalarGradFDerivative22(), divScalarGradFDerivative22R(), divScalarGradFDerivative23(), divScalarGradFDerivative23R(), divScalarGradFDerivCoefficients2(), divScalarGradFDerivCoefficients2R(), divVectorScalarFDerivative21(), divVectorScalarFDerivative21R(), divVectorScalarFDerivative22(), divVectorScalarFDerivative22R(), divVectorScalarFDerivative23(), divVectorScalarFDerivative23R(), divVectorScalarFDerivCoefficients2(), scalarGradFDerivative21(), scalarGradFDerivative21R(), scalarGradFDerivative22(), scalarGradFDerivative22R(), scalarGradFDerivative23(), scalarGradFDerivative23R(), and scalarGradFDerivCoefficients2().

void GenericMappedGridOperators::getDerivatives ( const realMappedGridFunction &  u, const Index &  I1 = nullIndex, const Index &  I2 = nullIndex, const Index &  I3 = nullIndex, const Index &  I4 = nullIndex, const Index &  Evalute = nullIndex  )

virtual

Reimplemented in MappedGridOperators.

int GenericMappedGridOperators::getMaximumWidthForExtrapolateInterpolationNeighbours

(

)

const

References maximumWidthToExtrapolationInterpolationNeighbours.

int GenericMappedGridOperators::getOrderOfAccuracy ( ) const

inline

References orderOfAccuracy.

realArray GenericMappedGridOperators::harmonic	(	const realArray &	a,
		const realArray &	b
	)

Referenced by derivativeScalarDerivativeFDerivative21(), derivativeScalarDerivativeFDerivative21R(), derivativeScalarDerivativeFDerivative22(), derivativeScalarDerivativeFDerivative22R(), derivativeScalarDerivativeFDerivative23(), derivativeScalarDerivativeFDerivative23R(), derivativeScalarDerivativeFDerivCoefficients2(), divScalarGradFDerivative21(), divScalarGradFDerivative21R(), divScalarGradFDerivative22(), divScalarGradFDerivative22R(), divScalarGradFDerivative23(), divScalarGradFDerivative23R(), divScalarGradFDerivCoefficients2(), divScalarGradFDerivCoefficients2R(), divVectorScalarFDerivative21(), divVectorScalarFDerivative21R(), divVectorScalarFDerivative22(), divVectorScalarFDerivative22R(), divVectorScalarFDerivative23(), divVectorScalarFDerivative23R(), divVectorScalarFDerivCoefficients2(), scalarGradFDerivative21(), scalarGradFDerivative21R(), scalarGradFDerivative22(), scalarGradFDerivative22R(), scalarGradFDerivative23(), scalarGradFDerivative23R(), and scalarGradFDerivCoefficients2().

bool GenericMappedGridOperators::isRectangular ( )

virtual

Reimplemented in MappedGridOperators.

References FALSE.

Referenced by fixBoundaryCorners().

GenericMappedGridOperators & GenericMappedGridOperators::operator= ( const GenericMappedGridOperators &  mgo )

virtual

Reimplemented in MappedGridOperators.

References assignInterpNeighbours, averagingType, conservative, extrapolateInterpolationNeighbourPoints, extrapolateInterpolationNeighboursDirection, extrapolateInterpolationNeighboursIsInitialized, extrapolateInterpolationNeighboursVariableWidth, interpolationPoint, mappedGrid, NULL, numberOfComponentsForCoefficients, orderOfAccuracy, stencilSize, twilightZoneFlow, and twilightZoneFlowFunction.

Referenced by MappedGridOperators::operator=().

void GenericMappedGridOperators::printBoundaryConditionStatistics ( FILE *  file = stdout )

static

References fPrintF(), timeForADotGradU, timeForADotU, timeForAllBoundaryConditions, timeForDirichlet, timeForExtrapolate, timeForExtrapolateInterpolationNeighbours, timeForExtrapolateNormalComponent, timeForExtrapolateRefinementBoundaries, timeForFixBoundaryCorners, timeForGeneralizedDivergence, timeForGeneralMixedDerivative, timeForNeumann, timeForNormalComponent, timeForNormalDerivative, timeForNormalDerivativeOfADotU, timeForNormalDotScalarGrad, timeForPeriodicUpdate, timeForSymmetry, and timeToSetupBoundaryConditions.

int GenericMappedGridOperators::put ( GenericDataBase &  dir, const aString &  name  ) const

virtual

Reimplemented in MappedGridOperators.

References GenericDataBase::create(), GenericDataBase::put(), and GenericDataBase::virtualConstructor().

realMappedGridFunction GenericMappedGridOperators::scalarCoefficients ( const realMappedGridFunction &  s, const Index &  I1 = nullIndex, const Index &  I2 = nullIndex, const Index &  I3 = nullIndex, const Index &  I4 = nullIndex, const Index &  I5 = nullIndex, const Index &  I6 = nullIndex, const Index &  I7 = nullIndex, const Index &  I8 = nullIndex  )

virtual

Reimplemented in MappedGridOperators.

References Overture::nullRealMappedGridFunction().

void GenericMappedGridOperators::setAveragingType

(

const AveragingType &

type

)

References averagingType.

void GenericMappedGridOperators::setCornerCoefficients ( realMappedGridFunction &  coeff, const int  n, const Index &  I1, const Index &  I2, const Index &  I3, int  side1, int  side2, int  side3, const BoundaryConditionParameters &  bcParameters  )

virtual

References Overture::abort(), BoundaryConditionParameters::extrapolateCorner, BoundaryConditionParameters::getCornerBoundaryCondition(), orderOfAccuracy, BoundaryConditionParameters::orderOfExtrapolation, setExtrapolationCoefficients(), setSymmetryCoefficients(), BoundaryConditionParameters::symmetryCorner, and BoundaryConditionParameters::taylor2ndOrder.

Referenced by finishBoundaryConditionsOld().

int GenericMappedGridOperators::setDefaultMaximumWidthForExtrapolateInterpolationNeighbours ( const int  width = 4 )

static

References defaultMaximumWidthToExtrapolationInterpolationNeighbours.

void GenericMappedGridOperators::setExtrapolationCoefficients ( realMappedGridFunction &  coeff, const int  n, const Index &  I1, const Index &  I2, const Index &  I3, const int  order  )

virtual

References Overture::abort(), axis1, axis2, axis3, CE, End, SparseRepForMGF::extrapolation, ParallelUtility::getLocalArrayBounds(), i2, MappedGrid::indexRange(), doubleMappedGridFunction::mappedGrid, mask, MappedGrid::mask(), numberOfComponentsForCoefficients, SparseRepForMGF::setClassify(), SparseRepForMGF::setCoefficientIndex(), doubleMappedGridFunction::sparse, Start, stencilSize, and Z.

Referenced by MappedGridOperators::applyBoundaryConditionCoefficients(), Ogmg::assignBoundaryConditionCoefficients(), finishBoundaryConditions(), finishBoundaryConditionsOld(), Ogmg::operatorAveraging(), and setCornerCoefficients().

void GenericMappedGridOperators::setInterpolationPoint

(

intArray &

interpolationPoint

)

References interpolationPoint.

int GenericMappedGridOperators::setMaximumWidthForExtrapolateInterpolationNeighbours

(

const int

width = 4

)

References maximumWidthToExtrapolationInterpolationNeighbours.

void GenericMappedGridOperators::setNumberOfComponentsForCoefficients ( const int  number )

virtual

References numberOfComponentsForCoefficients.

Referenced by main().

void GenericMappedGridOperators::setOrderOfAccuracy ( const int &  orderOfAccuracy )

virtual

Reimplemented in MappedGridOperators.

References orderOfAccuracy.

void GenericMappedGridOperators::setPeriodicCoefficients ( realMappedGridFunction &  coeff )

virtual

References Overture::abort(), assert, axis1, MappedGrid::boundaryCondition(), CE, SparseRepForMGF::classify, End, getIndex(), ParallelUtility::getLocalArrayBounds(), MappedGrid::gridIndexRange(), i2, MappedGrid::isPeriodic(), doubleMappedGridFunction::mappedGrid, mask, MappedGrid::mask(), NULL, SparseRepForMGF::numberOfComponents, numberOfComponentsForCoefficients, MappedGrid::numberOfDimensions(), SparseRepForMGF::numberOfGhostLines, SparseRepForMGF::periodic, SparseRepForMGF::setCoefficientIndex(), doubleMappedGridFunction::sparse, Start, SparseRepForMGF::stencilSize, stencilSize, and Z.

Referenced by finishBoundaryConditions(), and finishBoundaryConditionsOld().

void GenericMappedGridOperators::setStencilSize ( const int  stencilSize )

virtual

Reimplemented in MappedGridOperators.

References stencilSize.

void GenericMappedGridOperators::setSymmetryCoefficients ( realMappedGridFunction &  coeff, const int  n, const Index &  I1, const Index &  I2, const Index &  I3, const int  option = 0  )

virtual

References axis1, axis2, axis3, CE, End, SparseRepForMGF::extrapolation, ParallelUtility::getLocalArrayBounds(), i2, MappedGrid::indexRange(), doubleMappedGridFunction::mappedGrid, mask, MappedGrid::mask(), SparseRepForMGF::setClassify(), SparseRepForMGF::setCoefficientIndex(), doubleMappedGridFunction::sparse, Start, and Z.

Referenced by setCornerCoefficients().

void GenericMappedGridOperators::setTwilightZoneFlow ( const int &  twilightZoneFlow )

virtual

Reimplemented in MappedGridOperators.

References twilightZoneFlow.

void GenericMappedGridOperators::setTwilightZoneFlowFunction ( OGFunction &  twilightZoneFlowFunction )

virtual

References twilightZoneFlowFunction.

Referenced by main().

real GenericMappedGridOperators::sizeOf ( FILE *  file = NULL ) const

virtual

Reimplemented in MappedGridOperators.

References NULL.

Referenced by MappedGridOperators::sizeOf().

void GenericMappedGridOperators::updateToMatchGrid ( MappedGrid &  mg )

virtual

Reimplemented in MappedGridOperators.

References mappedGrid, and MappedGrid::reference().

void GenericMappedGridOperators::useConservativeApproximations ( bool  trueOrFalse = TRUE )

virtual

Reimplemented in MappedGridOperators.

References conservative.

Referenced by MappedGridOperators::useConservativeApproximations().

bool GenericMappedGridOperators::usingConservativeApproximations

(

)

const

References conservative.

Referenced by MappedGridOperators::applyBCnormalDotScalarGrad(), MappedGridOperators::assignCoefficientsInternal(), MappedGridOperators::derivativeInternal(), MappedGridOperators::derivativeScalarDerivative(), divFDerivative(), laplaceFDerivative(), laplaceFDerivCoefficients(), MappedGridOperators::updateToMatchGrid(), and MappedGridOperators::useConservativeApproximations().

GenericMappedGridOperators * GenericMappedGridOperators::virtualConstructor ( ) const

virtual

Reimplemented in MappedGridOperators.

References GenericMappedGridOperators().

Referenced by GenericGridCollectionOperators::updateToMatchGrid(), and GenericCompositeGridOperators::updateToMatchGrid().

Member Data Documentation

AssignInterpNeighbours* GenericMappedGridOperators::assignInterpNeighbours

protected

Referenced by MappedGridOperators::applyBoundaryCondition(), GenericMappedGridOperators(), operator=(), MappedGridOperators::updateToMatchGrid(), and ~GenericMappedGridOperators().

AveragingType GenericMappedGridOperators::averagingType

protected

Referenced by MappedGridOperators::assignCoefficientsInternal(), GenericMappedGridOperators(), getAveragingType(), operator=(), and setAveragingType().

bool GenericMappedGridOperators::conservative

protected

Referenced by MappedGridOperators::derivativeScalarDerivativeCoefficients(), GenericMappedGridOperators(), get(), operator=(), useConservativeApproximations(), and usingConservativeApproximations().

int GenericMappedGridOperators::defaultMaximumWidthToExtrapolationInterpolationNeighbours =4

static

Referenced by GenericMappedGridOperators(), setDefaultMaximumWidthForExtrapolateInterpolationNeighbours(), and AssignInterpNeighbours::setup().

enum GenericMappedGridOperators::ErrorStatusEnum GenericMappedGridOperators::errorStatus

Referenced by MappedGridOperators::applyBoundaryCondition(), findInterpolationNeighbours(), and GenericMappedGridOperators().

IntegerArray* GenericMappedGridOperators::extrapolateInterpolationNeighbourPoints

protected

Referenced by MappedGridOperators::applyBoundaryCondition(), findInterpolationNeighbours(), GenericMappedGridOperators(), operator=(), and ~GenericMappedGridOperators().

IntegerArray* GenericMappedGridOperators::extrapolateInterpolationNeighboursDirection

protected

Referenced by MappedGridOperators::applyBoundaryCondition(), findInterpolationNeighbours(), GenericMappedGridOperators(), operator=(), and ~GenericMappedGridOperators().

int GenericMappedGridOperators::extrapolateInterpolationNeighboursIsInitialized

protected

Referenced by MappedGridOperators::applyBoundaryCondition(), findInterpolationNeighbours(), operator=(), MappedGridOperators::setup(), and MappedGridOperators::updateToMatchGrid().

IntegerArray* GenericMappedGridOperators::extrapolateInterpolationNeighboursVariableWidth

protected

Referenced by MappedGridOperators::applyBoundaryCondition(), findInterpolationNeighbours(), GenericMappedGridOperators(), operator=(), and ~GenericMappedGridOperators().

intArray* GenericMappedGridOperators::interpolationPoint

protected

Referenced by MappedGridOperators::applyBoundaryCondition(), findInterpolationNeighbours(), GenericMappedGridOperators(), operator=(), and setInterpolationPoint().

MappedGrid GenericMappedGridOperators::mappedGrid

Referenced by MappedGridOperators::applyBCaDotGradU(), MappedGridOperators::applyBCaDotU(), MappedGridOperators::applyBCdirichlet(), MappedGridOperators::applyBCextrapolate(), MappedGridOperators::applyBCGenDiv(), MappedGridOperators::applyBCgeneralMixedDerivative(), MappedGridOperators::applyBCneumann(), MappedGridOperators::applyBCnormalComponent(), MappedGridOperators::applyBCnormalDerivative(), MappedGridOperators::applyBCnormalDotScalarGrad(), MappedGridOperators::applyBCsymmetry(), MappedGridOperators::applyBCtangentialComponent(), MappedGridOperators::applyBoundaryCondition(), MappedGridOperators::applyBoundaryConditionCoefficients(), MappedGridOperators::assignCoefficientsInternal(), MappedGridOperators::buildNeumannCoefficientMatrix(), MappedGridOperators::computeDerivatives(), MappedGridOperators::derivativeInternal(), MappedGridOperators::derivativeScalarDerivativeCoefficients(), derivativeScalarDerivativeFDerivative(), derivativeScalarDerivativeFDerivative21(), derivativeScalarDerivativeFDerivative22(), derivativeScalarDerivativeFDerivative23(), derivativeScalarDerivativeFDerivCoefficients2(), divFDerivative(), divScalarGradFDerivative(), divScalarGradFDerivative21(), divScalarGradFDerivative22(), divScalarGradFDerivative23(), divScalarGradFDerivCoefficients2(), divScalarGradFDerivCoefficients2R(), divVectorScalarFDerivative(), divVectorScalarFDerivative21(), divVectorScalarFDerivative21R(), divVectorScalarFDerivative22(), divVectorScalarFDerivative22R(), divVectorScalarFDerivative23(), divVectorScalarFDerivative23R(), divVectorScalarFDerivCoefficients2(), findInterpolationNeighbours(), GenericMappedGridOperators(), MappedGridOperators::getVelocityComponents(), gradFDerivative(), identityFDerivCoefficients(), laplaceFDerivative(), laplaceFDerivative22(), laplaceFDerivative23(), laplaceFDerivative42(), laplaceFDerivative43(), laplaceFDerivCoefficients(), laplaceFDerivCoefficients2(), laplaceFDerivCoefficients42(), laplaceFDerivCoefficients43(), operator=(), rDerivative(), rrDerivative(), rsDerivative(), rtDerivative(), scalarGradFDerivative(), scalarGradFDerivative21(), scalarGradFDerivative22(), scalarGradFDerivative23(), scalarGradFDerivCoefficients2(), sDerivative(), MappedGridOperators::setTwilightZoneFlow(), MappedGridOperators::spectralDerivatives(), ssDerivative(), stDerivative(), tDerivative(), ttDerivative(), updateToMatchGrid(), MappedGridOperators::updateToMatchGrid(), MappedGridOperators::updateToMatchUnstructuredGrid(), MappedGridOperators::useConservativeApproximations(), vorticityFDerivative(), xFDerivative(), xFDerivative22(), xFDerivative23(), xFDerivative42(), xFDerivative43(), xFDerivCoefficients(), MappedGridOperators::xiCoefficients(), xxFDerivative(), xxFDerivative22(), xxFDerivative23(), xxFDerivative42(), xxFDerivative43(), xxFDerivCoefficients(), xyFDerivative(), xyFDerivative22(), xyFDerivative23(), xyFDerivative42(), xyFDerivative43(), xyFDerivCoefficients(), xyFDerivCoefficients4(), xzFDerivative(), xzFDerivative22(), xzFDerivative23(), xzFDerivative42(), xzFDerivative43(), xzFDerivCoefficients(), xzFDerivCoefficients4(), yFDerivative(), yFDerivative22(), yFDerivative23(), yFDerivative42(), yFDerivative43(), yFDerivCoefficients(), yyFDerivative(), yyFDerivative22(), yyFDerivative23(), yyFDerivative42(), yyFDerivative43(), yyFDerivCoefficients(), yzFDerivative(), yzFDerivative22(), yzFDerivative23(), yzFDerivative42(), yzFDerivative43(), yzFDerivCoefficients(), yzFDerivCoefficients4(), zFDerivative(), zFDerivative22(), zFDerivative23(), zFDerivative42(), zFDerivative43(), zFDerivCoefficients(), zzFDerivative(), zzFDerivative22(), zzFDerivative23(), zzFDerivative42(), zzFDerivative43(), and zzFDerivCoefficients().

int GenericMappedGridOperators::maximumWidthToExtrapolationInterpolationNeighbours

protected

Referenced by MappedGridOperators::applyBoundaryCondition(), findInterpolationNeighbours(), GenericMappedGridOperators(), getMaximumWidthForExtrapolateInterpolationNeighbours(), and setMaximumWidthForExtrapolateInterpolationNeighbours().

int GenericMappedGridOperators::numberOfComponentsForCoefficients

Referenced by MappedGridOperators::applyBoundaryConditionCoefficients(), MappedGridOperators::assignCoefficientsInternal(), MappedGridOperators::derivativeScalarDerivativeCoefficients(), derivativeScalarDerivativeFDerivCoefficients(), derivativeScalarDerivativeFDerivCoefficients2(), divScalarGradFDerivCoefficients(), divScalarGradFDerivCoefficients2(), divScalarGradFDerivCoefficients2R(), divVectorScalarFDerivCoefficients(), divVectorScalarFDerivCoefficients2(), finishBoundaryConditions(), finishBoundaryConditionsOld(), GenericMappedGridOperators(), get(), identityFDerivCoefficients(), laplaceFDerivCoefficients(), laplaceFDerivCoefficients2(), laplaceFDerivCoefficients42(), laplaceFDerivCoefficients43(), operator=(), scalarGradFDerivCoefficients2(), setExtrapolationCoefficients(), setNumberOfComponentsForCoefficients(), setPeriodicCoefficients(), MappedGridOperators::setup(), xFDerivCoefficients(), MappedGridOperators::xiCoefficients(), xxFDerivCoefficients(), xyFDerivCoefficients(), xyFDerivCoefficients4(), xzFDerivCoefficients(), xzFDerivCoefficients4(), yFDerivCoefficients(), yyFDerivCoefficients(), yzFDerivCoefficients(), yzFDerivCoefficients4(), zFDerivCoefficients(), and zzFDerivCoefficients().

int GenericMappedGridOperators::numberOfInterpolationNeighboursNew

protected

Referenced by MappedGridOperators::applyBoundaryCondition(), and findInterpolationNeighbours().

int GenericMappedGridOperators::orderOfAccuracy

Referenced by MappedGridOperators::applyBCaDotGradU(), MappedGridOperators::applyBCextrapolate(), MappedGridOperators::applyBCGenDiv(), MappedGridOperators::applyBCgeneralMixedDerivative(), MappedGridOperators::applyBCneumann(), MappedGridOperators::applyBCnormalComponent(), MappedGridOperators::applyBCnormalDerivative(), MappedGridOperators::applyBCnormalDotScalarGrad(), MappedGridOperators::applyBCtangentialComponent(), MappedGridOperators::applyBoundaryConditionCoefficients(), MappedGridOperators::assignCoefficientsInternal(), MappedGridOperators::computeDerivatives(), MappedGridOperators::derivativeInternal(), MappedGridOperators::derivativeScalarDerivative(), MappedGridOperators::derivativeScalarDerivativeCoefficients(), derivativeScalarDerivativeFDerivative(), derivativeScalarDerivativeFDerivCoefficients(), divFDerivative(), divScalarGradFDerivative(), divScalarGradFDerivCoefficients(), divVectorScalarFDerivative(), divVectorScalarFDerivCoefficients(), finishBoundaryConditions(), finishBoundaryConditionsOld(), fixBoundaryCorners(), GenericMappedGridOperators(), get(), getOrderOfAccuracy(), gradFDerivative(), identityFDerivCoefficients(), laplaceFDerivative(), laplaceFDerivCoefficients(), MappedGridOperators::MappedGridOperators(), operator=(), MappedGridOperators::operator=(), rDerivative(), rrDerivative(), rsDerivative(), rtDerivative(), scalarGradFDerivative(), scalarGradFDerivCoefficients(), sDerivative(), setCornerCoefficients(), setOrderOfAccuracy(), MappedGridOperators::setOrderOfAccuracy(), MappedGridOperators::setup(), ssDerivative(), stDerivative(), tDerivative(), ttDerivative(), MappedGridOperators::updateToMatchGrid(), MappedGridOperators::updateToMatchUnstructuredGrid(), vorticityFDerivative(), xFDerivative(), xFDerivative22(), xFDerivative23(), xFDerivative42(), xFDerivative43(), xFDerivCoefficients(), MappedGridOperators::xiCoefficients(), xxFDerivative(), xxFDerivative22(), xxFDerivative23(), xxFDerivative42(), xxFDerivative43(), xxFDerivCoefficients(), xyFDerivative(), xyFDerivative22(), xyFDerivative23(), xyFDerivative42(), xyFDerivative43(), xyFDerivCoefficients(), xzFDerivative(), xzFDerivative22(), xzFDerivative23(), xzFDerivative42(), xzFDerivative43(), xzFDerivCoefficients(), yFDerivative(), yFDerivative22(), yFDerivative23(), yFDerivative42(), yFDerivative43(), yFDerivCoefficients(), yyFDerivative(), yyFDerivative22(), yyFDerivative23(), yyFDerivative42(), yyFDerivative43(), yyFDerivCoefficients(), yzFDerivative(), yzFDerivative22(), yzFDerivative23(), yzFDerivative42(), yzFDerivative43(), yzFDerivCoefficients(), zFDerivative(), zFDerivative22(), zFDerivative23(), zFDerivative42(), zFDerivative43(), zFDerivCoefficients(), zzFDerivative(), zzFDerivative22(), zzFDerivative23(), zzFDerivative42(), zzFDerivative43(), and zzFDerivCoefficients().

int GenericMappedGridOperators::stencilSize

Referenced by MappedGridOperators::applyBCnormalDotScalarGrad(), MappedGridOperators::applyBoundaryConditionCoefficients(), MappedGridOperators::assignCoefficientsInternal(), MappedGridOperators::derivativeScalarDerivativeCoefficients(), derivativeScalarDerivativeFDerivCoefficients(), derivativeScalarDerivativeFDerivCoefficients2(), divScalarGradFDerivCoefficients(), divScalarGradFDerivCoefficients2(), divScalarGradFDerivCoefficients2R(), divVectorScalarFDerivCoefficients(), divVectorScalarFDerivCoefficients2(), finishBoundaryConditions(), GenericMappedGridOperators(), get(), identityFDerivCoefficients(), laplaceFDerivCoefficients(), laplaceFDerivCoefficients2(), laplaceFDerivCoefficients42(), laplaceFDerivCoefficients43(), operator=(), scalarGradFDerivCoefficients2(), setExtrapolationCoefficients(), setPeriodicCoefficients(), setStencilSize(), MappedGridOperators::setStencilSize(), MappedGridOperators::setup(), MappedGridOperators::updateToMatchGrid(), xFDerivCoefficients(), MappedGridOperators::xiCoefficients(), xxFDerivCoefficients(), xyFDerivCoefficients(), xyFDerivCoefficients4(), xzFDerivCoefficients(), xzFDerivCoefficients4(), yFDerivCoefficients(), yyFDerivCoefficients(), yzFDerivCoefficients(), yzFDerivCoefficients4(), zFDerivCoefficients(), and zzFDerivCoefficients().

real GenericMappedGridOperators::timeForADotGradU =0.

static

Referenced by MappedGridOperators::applyBCaDotGradU(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForADotU =0.

static

Referenced by printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForAllBoundaryConditions =0.

static

Referenced by MappedGridOperators::applyBoundaryCondition(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForDirichlet =0.

static

Referenced by MappedGridOperators::applyBCdirichlet(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForExtrapolate =0.

static

Referenced by MappedGridOperators::applyBCextrapolate(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForExtrapolateInterpolationNeighbours =0.

static

Referenced by MappedGridOperators::applyBoundaryCondition(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForExtrapolateNormalComponent =0.

static

Referenced by MappedGridOperators::applyBCextrapolate(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForExtrapolateRefinementBoundaries =0.

static

Referenced by MappedGridOperators::applyBoundaryCondition(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForFixBoundaryCorners =0.

static

Referenced by fixBoundaryCorners(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForGeneralizedDivergence =0.

static

Referenced by MappedGridOperators::applyBCGenDiv(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForGeneralMixedDerivative =0.

static

Referenced by MappedGridOperators::applyBCgeneralMixedDerivative(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForNeumann =0.

static

Referenced by MappedGridOperators::applyBCneumann(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForNormalComponent =0.

static

Referenced by MappedGridOperators::applyBCnormalComponent(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForNormalDerivative =0.

static

Referenced by MappedGridOperators::applyBCnormalDerivative(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForNormalDerivativeOfADotU =0.

static

Referenced by printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForNormalDotScalarGrad =0.

static

Referenced by MappedGridOperators::applyBCnormalDotScalarGrad(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForPeriodicUpdate =0.

static

Referenced by doubleMappedGridFunction::periodicUpdate(), intMappedGridFunction::periodicUpdate(), floatMappedGridFunction::periodicUpdate(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeForSymmetry =0.

static

Referenced by MappedGridOperators::applyBCsymmetry(), and printBoundaryConditionStatistics().

real GenericMappedGridOperators::timeToSetupBoundaryConditions =0.

static

Referenced by MappedGridOperators::applyBoundaryCondition(), and printBoundaryConditionStatistics().

int GenericMappedGridOperators::twilightZoneFlow

Referenced by MappedGridOperators::applyBCaDotGradU(), MappedGridOperators::applyBCaDotU(), MappedGridOperators::applyBCdirichlet(), MappedGridOperators::applyBCextrapolate(), MappedGridOperators::applyBCGenDiv(), MappedGridOperators::applyBCgeneralMixedDerivative(), MappedGridOperators::applyBCneumann(), MappedGridOperators::applyBCnormalComponent(), MappedGridOperators::applyBCnormalDerivative(), MappedGridOperators::applyBCnormalDotScalarGrad(), MappedGridOperators::applyBCsymmetry(), MappedGridOperators::applyBCtangentialComponent(), MappedGridOperators::applyBoundaryCondition(), Ogmg::applyBoundaryConditions(), GenericMappedGridOperators(), operator=(), setTwilightZoneFlow(), MappedGridOperators::setTwilightZoneFlow(), MappedGridOperators::setup(), MappedGridOperators::updateToMatchGrid(), and MappedGridOperators::updateToMatchUnstructuredGrid().

OGFunction* GenericMappedGridOperators::twilightZoneFlowFunction

Referenced by MappedGridOperators::applyBCGenDiv(), MappedGridOperators::applyBoundaryCondition(), GenericMappedGridOperators(), operator=(), setTwilightZoneFlowFunction(), and MappedGridOperators::setup().

---

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

• GenericMappedGridOperators.h
• finishBoundaryConditions.C
• fixBoundaryCorners.C
• GenericMappedGridOperators.C