Integrate Class Reference

#include <Integrate.h>

Collaboration diagram for Integrate:

Public Member Functions
	Integrate ()
	Integrate (CompositeGrid &cg)
	~Integrate ()
int	computeAllWeights ()
int	defineSurface (const int &surfaceNumber, const int &numberOfFaces_, IntegerArray &boundary)
int	defineSurfacesAndComputeWeights (GenericGraphicsInterface &gi)
	Interactively define surfaces and compute weights.
int	get (const GenericDataBase &dir, const aString &name)
	Get the Integrate object from the directory "name" of the data base.
int	getFace (const int surfaceNumber, const int face, int &side, int &axis, int &grid) const
const BodyDefinition &	getBodyDefinition () const
int	numberOfFacesOnASurface (const int surfaceNumber) const
SurfaceStitcher *	getSurfaceStitcher () const
int	put (GenericDataBase &dir, const aString &name) const
	Put this Integrate object in a sub-directory called "name" of the data base.
void	setDeleteSolverAfterUse (bool trueOrFalse)
void	setInteractiveStitching (bool trueOrFalse)
void	setRadialAxis (int axis)
int	setTolerance (const real tol)
real	surfaceArea (const int &surfaceNumber=-1)
real	surfaceIntegral (const RealCompositeGridFunction &u, const int &surfaceNumber=-1)
int	surfaceIntegral (const RealCompositeGridFunction &u, const Range &C, RealArray &integral, const int &surfaceNumber=-1)
int	updateToMatchGrid (CompositeGrid &cg)
void	useAdaptiveMeshRefinementGrids (bool trueOrFalse=true)
void	useHybridGrids (bool trueOrFalse=true)
int	updateForAMR (CompositeGrid &cg)
real	volume ()
real	volumeIntegral (const RealCompositeGridFunction &u, const int component=0)
int	volumeIntegral (const RealCompositeGridFunction &u, const Range &C, RealArray &integral)
RealCompositeGridFunction &	integrationWeights ()
RealCompositeGridFunction &	leftNullVector ()

Static Public Attributes
static int	debug =0

Protected Member Functions
int	initialize ()
int	computeWeights ()
	Compute the integration weights. This is a protected routine.
int	computeSurfaceWeights (int surfaceNumber=-1)
int	computeLeftNullVector ()
int	surfaceIndex (int surfaceNumber)
int	computeStitchedSurfaceWeightsOld ()
int	computeStitchedSurfaceWeights (int surfaceNumber=-1)
int	buildAdaptiveMeshRefinementSurfaceWeights (CompositeGrid &cgu, const int &surfaceNumber=-1)
int	destroyAdaptiveMeshRefinementIntegrationArrays ()

Protected Attributes
aString	className
bool	useSurfaceStitching
bool	interactiveStitcher
SurfaceStitcher *	pSurfaceStitcher
BodyDefinition	bd
CompositeGrid	cg
int	orderOfAccuracy
IntegerArray	boundaryHasOverlap
IntegerArray	faceWeightsDefined
IntegerArray	surfaceWeightsDefined
realCompositeGridFunction	weights
realCompositeGridFunction	nullVector
Oges *	solver
real	tolerance
bool	weightsComputed
bool	leftNullVectorComputed
bool	allFaceWeightsDefined
bool	weightsUpdatedToMatchGrid
bool	deleteSolverAfterUse
bool	useAMR
int *	numberOfFacesPerSurface
int	numberOfBoundarySurfaces
int	numberOfBoundaryRefinementLevels
int *	numberOfBoundaryFaces
RealArray ***	boundaryWeights
int **	pNumberOfBoundaryGrids
int ***	pBoundaryGrid
int	radialAxis
FILE *	debugFile

Constructor & Destructor Documentation

Integrate::Integrate

(

)

References debugFile, initialize(), and NULL.

Integrate::Integrate

(

CompositeGrid &

cg

)

References debugFile, initialize(), NULL, and updateToMatchGrid().

Integrate::~Integrate

(

)

References debugFile, destroyAdaptiveMeshRefinementIntegrationArrays(), NULL, pSurfaceStitcher, and solver.

Member Function Documentation

int Integrate::buildAdaptiveMeshRefinementSurfaceWeights ( CompositeGrid &  cgu, const int &  surfaceNumber = -1  )

protected

References axis1, axis2, GenericGridCollection::baseGridNumber, bd, boundaryCondition, BodyDefinition::boundaryFaces, boundaryGrid, boundaryWeights, bWeights, MappedGrid::centerJacobian(), debugFile, destroyAdaptiveMeshRefinementIntegrationArrays(), display(), fabs(), getBoundaryIndex(), getGhostIndex(), ParallelUtility::getLocalArrayBounds(), getLocalArrayWithGhostBoundaries(), MappedGrid::gridIndexRange(), gridIndexRange, GenericGridCollection::gridNumber, gridSpacing, MappedGrid::gridSpacing(), MappedGrid::inverseVertexDerivative(), mask, MappedGrid::mask(), NULL, numberOfBoundaryFaces, numberOfBoundaryGrids, numberOfBoundaryRefinementLevels, numberOfBoundarySurfaces, GenericGridCollection::numberOfComponentGrids(), GridCollection::numberOfDimensions(), BodyDefinition::numberOfFaces, numberOfFacesPerSurface, GenericGridCollection::numberOfRefinementLevels(), BodyDefinition::numberOfSurfaces, OV_ABORT, pBoundaryGrid, pNumberOfBoundaryGrids, printF(), GridCollection::refinementLevel, rx, RXB, s, sPrintF(), SQR, SQRT, BodyDefinition::surfaceIndex(), MappedGrid::THEcenterJacobian, MappedGrid::THEinverseVertexDerivative, MappedGrid::update(), and weights.

Referenced by surfaceIntegral(), and updateForAMR().

int Integrate::computeAllWeights

(

)

References computeWeights(), printF(), and weightsComputed.

Referenced by ogen().

int Integrate::computeLeftNullVector ( )

protected

References BCTypes::allBoundaries, doubleCompositeGridFunction::applyBoundaryConditionCoefficients(), SparseRepForMGF::boundary, c, cg, MappedGrid::dimension(), discretizationWidth, doubleGridCollectionFunction::display(), Oges::equationToIndex(), Oges::extraEquationNumber, BCTypes::extrapolate, doubleCompositeGridFunction::finishBoundaryConditions(), getIndex(), SparseRepForMGF::ghost1, BoundaryConditionParameters::ghostLineToAssign, Oges::initialize(), SparseRepForMGF::interior, leftNullVectorComputed, mask, max(), min(), BCTypes::neumann, nullVector, GenericGridCollection::numberOfComponentGrids(), GridCollection::numberOfDimensions(), orderOfAccuracy, BoundaryConditionParameters::orderOfExtrapolation, pow(), Oges::set(), Oges::setCoefficientArray(), doubleCompositeGridFunction::setIsACoefficientMatrix(), doubleCompositeGridFunction::setOperators(), GenericCompositeGridOperators::setOrderOfAccuracy(), GenericCompositeGridOperators::setStencilSize(), Oges::solve(), solver, doubleGridCollectionFunction::sparse, OgesParameters::THEbestIterativeSolver, OgesParameters::THEcompatibilityConstraint, OgesParameters::THEfixupRightHandSide, OgesParameters::THEsolveForTranspose, OgesParameters::THEtolerance, tolerance, doubleCompositeGridFunction::updateToMatchGrid(), Oges::updateToMatchGrid(), and weights.

Referenced by leftNullVector().

int Integrate::computeStitchedSurfaceWeights ( int  surfaceNumber = -1 )

protected

References Overture::abort(), allFaceWeightsDefined, AREA1, AREA2, AREA3, assert, axis1, axis2, bd, MappedGrid::boundaryFlag(), InterpolatePoints::buildInterpolationInfo(), MappedGrid::centerJacobian(), cg, BodyDefinition::defineSurface(), SurfaceStitcher::defineSurfaces(), MappedGrid::discretizationWidth(), displayMask(), MappedGrid::domainDimension(), SurfaceStitcher::enlargedHoleMask, SurfaceStitcher::enlargeGap(), UnstructuredMapping::Face, faceWeightsDefined, FOR_3IJD, getBoundaryIndex(), UnstructuredMapping::getEntities(), BodyDefinition::getFace(), getGhostIndex(), getIndex(), InterpolatePoints::getInterpolationInfo(), UnstructuredMapping::getNodes(), SurfaceStitcher::getSurfaceCompositeGrid(), SurfaceStitcher::getUnstructuredGrid(), MappedGrid::gridIndexRange(), gridSpacing, MappedGrid::gridSpacing(), i2, interactiveStitcher, InterpolatePoints::interpolationCoefficients(), CompositeGrid::interpolationIsImplicit, CompositeGrid::interpolationWidth, interpoleeGrid, MappedGrid::inverseVertexDerivative(), mask, MappedGrid::mask(), max(), MappedGrid::mixedPhysicalInterpolationBoundary, NULL, GenericGridCollection::numberOfComponentGrids(), GridCollection::numberOfDimensions(), BodyDefinition::numberOfFacesOnASurface(), GenericGridCollection::numberOfGrids(), SurfaceStitcher::originalMask, MappedGrid::physicalBoundary, printF(), pSurfaceStitcher, GenericGridCollection::refinementLevelNumber, rx, SurfaceStitcher::setMask(), MappedGrid::sharedBoundaryFlag(), UnstructuredMapping::size(), sPrintF(), SurfaceStitcher::stitchSurfaceCompositeGrid(), surfaceWeightsDefined, MappedGrid::THEcenterJacobian, MappedGrid::THEinverseVertexDerivative, BodyDefinition::totalNumberOfSurfaces(), MappedGrid::update(), doubleCompositeGridFunction::updateToMatchGrid(), weights, and weightsUpdatedToMatchGrid.

Referenced by computeSurfaceWeights().

int Integrate::computeStitchedSurfaceWeightsOld ( )

protected

References Overture::abort(), allFaceWeightsDefined, axis1, axis2, axis3, MappedGrid::boundaryCondition(), InterpolatePoints::buildInterpolationInfo(), MappedGrid::centerJacobian(), cg, SurfaceStitcher::defineSurfaces(), MappedGrid::discretizationWidth(), MappedGrid::domainDimension(), dr, SurfaceStitcher::enlargeGap(), fabs(), UnstructuredMapping::Face, faceWeightsDefined, getBoundaryIndex(), UnstructuredMapping::getEntities(), getGhostIndex(), getIndex(), InterpolatePoints::getInterpolationInfo(), UnstructuredMapping::getNodes(), CompositeGrid::getSurfaceStitching(), SurfaceStitcher::getUnstructuredGrid(), gid, MappedGrid::gridIndexRange(), gridSpacing, MappedGrid::gridSpacing(), i2, interactiveStitcher, InterpolatePoints::interpolationCoefficients(), CompositeGrid::interpolationIsImplicit, CompositeGrid::interpolationWidth, interpoleeGrid, MappedGrid::inverseVertexDerivative(), KRX, mask, MappedGrid::mask(), max(), GenericGridCollection::numberOfComponentGrids(), GridCollection::numberOfDimensions(), GenericGridCollection::numberOfGrids(), GenericGridCollection::refinementLevelNumber, rx, CompositeGrid::setSurfaceStitching(), MappedGrid::sharedBoundaryFlag(), UnstructuredMapping::size(), SQR, SQRT, SurfaceStitcher::stitchSurfaceCompositeGrid(), surfaceWeightsDefined, MappedGrid::THEcenterJacobian, MappedGrid::THEinverseVertexDerivative, MappedGrid::update(), doubleCompositeGridFunction::updateToMatchGrid(), weights, and weightsUpdatedToMatchGrid.

int Integrate::computeSurfaceWeights ( int  surfaceNumber = -1 )

protected

References Overture::abort(), allFaceWeightsDefined, assert, axis1, axis2, axis3, bd, boundaryCondition, MappedGrid::boundaryCondition(), BodyDefinition::boundaryFaces, boundaryHasOverlap, c, MappedGrid::centerJacobian(), cg, computeStitchedSurfaceWeights(), debugFile, dr, End, MappedGrid::extendedIndexRange(), fabs(), faceWeightsDefined, getBoundaryIndex(), getGhostIndex(), ParallelUtility::getLocalArrayBounds(), getLocalArrayWithGhostBoundaries(), MappedGrid::getName(), ParallelUtility::getSum(), MappedGrid::gridIndexRange(), gridSpacing, MappedGrid::gridSpacing(), MappedGrid::inverseVertexDerivative(), mask, MappedGrid::mask(), NULL, GenericGridCollection::numberOfBaseGrids(), GenericGridCollection::numberOfComponentGrids(), GridCollection::numberOfDimensions(), BodyDefinition::numberOfFaces, BodyDefinition::numberOfSurfaces, printF(), rx, RXLocal, s, SQR, SQRT, Start, BodyDefinition::surfaceIndex(), surfaceWeightsDefined, MappedGrid::THEcenterJacobian, MappedGrid::THEinverseVertexDerivative, MappedGrid::THEmask, MappedGrid::update(), doubleCompositeGridFunction::updateToMatchGrid(), useSurfaceStitching, weights, and weightsUpdatedToMatchGrid.

Referenced by computeWeights(), defineSurfacesAndComputeWeights(), and surfaceIntegral().

int Integrate::computeWeights ( )

protected

Compute the integration weights. This is a protected routine.

This routine will solve for all the surface and volume weights by solving a linear system of equations.

References BCTypes::allBoundaries, allFaceWeightsDefined, doubleCompositeGridFunction::applyBoundaryConditionCoefficients(), axis1, axis2, axis3, SparseRepForMGF::boundary, MappedGrid::boundaryCondition(), boundaryHasOverlap, c, MappedGrid::center(), CENTER, center, MappedGrid::centerJacobian(), cg, CLASSIFY, COEFF, coeffg, computeSurfaceWeights(), debugFile, deleteSolverAfterUse, MappedGrid::dimension(), doubleGridCollectionFunction::display(), displayCoeff(), dr, End, MappedGrid::extendedIndexRange(), BCTypes::extrapolate, F, fabs(), faceWeightsDefined, doubleCompositeGridFunction::finishBoundaryConditions(), FOR_3D, FOR_3IJD, getBoundaryIndex(), getCPU(), getGhostIndex(), getIndex(), ParallelUtility::getLocalArrayBounds(), getLocalArrayWithGhostBoundaries(), Oges::getMaximumResidual(), MappedGrid::getName(), OgesParameters::getSolverName(), ParallelUtility::getSum(), SparseRepForMGF::ghost1, BoundaryConditionParameters::ghostLineToAssign, GID, MappedGrid::gridIndexRange(), gridIndexRange, gridSpacing, MappedGrid::gridSpacing(), i2, MappedGrid::indexRange(), SparseRepForMGF::interior, MappedGrid::inverseVertexDerivative(), JACOBIAN, MappedGridOperators::laplacianOperator, M, M2, M3, mask, MASK, MappedGrid::mask(), BCTypes::neumann, NULL, Overture::nullRealDistributedArray(), GenericGridCollection::numberOfComponentGrids(), GridCollection::numberOfDimensions(), orderOfAccuracy, BoundaryConditionParameters::orderOfExtrapolation, OV_ABORT, Oges::parameters, pow(), printF(), radialAxis, rx, RXLocal, s, Oges::set(), Oges::setCoefficientArray(), doubleCompositeGridFunction::setIsACoefficientMatrix(), doubleCompositeGridFunction::setOperators(), GenericCompositeGridOperators::setOrderOfAccuracy(), GenericCompositeGridOperators::setStencilSize(), Oges::solve(), solver, doubleGridCollectionFunction::sparse, SQR, SQRT, Start, surfaceWeightsDefined, OgesParameters::THEbestIterativeSolver, MappedGrid::THEcenter, MappedGrid::THEcenterJacobian, OgesParameters::THEfixupRightHandSide, MappedGrid::THEinverseVertexDerivative, OgesParameters::THErescaleRowNorms, OgesParameters::THEsolveForTranspose, OgesParameters::THEtolerance, MappedGrid::THEvertexBoundaryNormal, tolerance, CompositeGrid::update(), doubleCompositeGridFunction::updateToMatchGrid(), Oges::updateToMatchGrid(), weights, WEIGHTS, weightsComputed, and weightsUpdatedToMatchGrid.

Referenced by computeAllWeights(), defineSurfacesAndComputeWeights(), integrationWeights(), surfaceIntegral(), volume(), and volumeIntegral().

int Integrate::defineSurface	(	const int &	surfaceNumber,
		const int &	numberOfFaces_,
		IntegerArray &	boundary
	)

References bd, boundaryWeights, BodyDefinition::defineSurface(), destroyAdaptiveMeshRefinementIntegrationArrays(), NULL, BodyDefinition::numberOfSurfaces, and surfaceWeightsDefined.

Referenced by defineSurfacesAndComputeWeights().

int Integrate::defineSurfacesAndComputeWeights

(

GenericGraphicsInterface &

gi

)

Interactively define surfaces and compute weights.

References GenericGraphicsInterface::appendToTheDefaultPrompt(), assert, aString, bd, cg, computeSurfaceWeights(), computeWeights(), defineSurface(), GenericGraphicsInterface::erase(), GenericGraphicsInterface::getAnswer(), MappedGrid::getName(), SurfaceStitcher::getSurfaceCompositeGrid(), DialogData::getTextValue(), DialogData::getToggleValue(), GI_LABEL_GRIDS_AND_BOUNDARIES, GI_PLOT_THE_OBJECT_AND_EXIT, NULL, GenericGridCollection::numberOfComponentGrids(), GridCollection::numberOfDimensions(), GenericGraphicsInterface::outputString(), PlotIt::plot(), GenericGraphicsInterface::popGUI(), printF(), pSurfaceStitcher, GenericGraphicsInterface::pushGUI(), GraphicsParameters::set(), DialogData::setExitCommand(), DialogData::setPushButtons(), DialogData::setTextBoxes(), DialogData::setToggleButtons(), DialogData::setWindowTitle(), share, MappedGrid::sharedBoundaryFlag(), sPrintF(), GenericGraphicsInterface::stopReadingCommandFile(), surfaceArea(), surfaceIntegral(), surfaceWeightsDefined, tolerance, BodyDefinition::totalNumberOfSurfaces(), GenericGraphicsInterface::unAppendTheDefaultPrompt(), useSurfaceStitching, volume(), volumeIntegral(), and weightsComputed.

int Integrate::destroyAdaptiveMeshRefinementIntegrationArrays ( )

protected

References boundaryWeights, NULL, numberOfBoundaryFaces, numberOfBoundaryRefinementLevels, numberOfBoundarySurfaces, numberOfFacesPerSurface, pBoundaryGrid, pNumberOfBoundaryGrids, and s.

Referenced by buildAdaptiveMeshRefinementSurfaceWeights(), defineSurface(), updateForAMR(), and ~Integrate().

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

Get the Integrate object from the directory "name" of the data base.

References allFaceWeightsDefined, bd, boundaryHasOverlap, cg, className, faceWeightsDefined, GenericDataBase::find(), BodyDefinition::get(), GenericDataBase::get(), doubleGridCollectionFunction::get(), leftNullVectorComputed, orderOfAccuracy, printF(), radialAxis, surfaceWeightsDefined, doubleCompositeGridFunction::updateToMatchGrid(), useAMR, useSurfaceStitching, GenericDataBase::virtualConstructor(), weights, weightsComputed, and weightsUpdatedToMatchGrid.

const BodyDefinition & Integrate::getBodyDefinition

(

)

const

References bd.

int Integrate::getFace	(	const int	surfaceNumber,
		const int	face,
		int &	side,
		int &	axis,
		int &	grid
	)		const

References assert, boundaryGrid, NULL, and numberOfBoundaryGrids.

SurfaceStitcher * Integrate::getSurfaceStitcher

(

)

const

References pSurfaceStitcher.

int Integrate::initialize ( )

protected

References allFaceWeightsDefined, boundaryWeights, className, debug, debugFile, deleteSolverAfterUse, interactiveStitcher, leftNullVectorComputed, max(), NULL, numberOfBoundaryFaces, numberOfBoundaryRefinementLevels, numberOfBoundarySurfaces, numberOfFacesPerSurface, orderOfAccuracy, pBoundaryGrid, pNumberOfBoundaryGrids, pSurfaceStitcher, radialAxis, REAL_EPSILON, solver, sPrintF(), tolerance, useAMR, useSurfaceStitching, weightsComputed, and weightsUpdatedToMatchGrid.

Referenced by Integrate().

RealCompositeGridFunction & Integrate::integrationWeights

(

)

References computeWeights(), weights, and weightsComputed.

RealCompositeGridFunction & Integrate::leftNullVector

(

)

References computeLeftNullVector(), leftNullVectorComputed, and nullVector.

Referenced by Ogmg::computeLeftNullVector(), and main().

int Integrate::numberOfFacesOnASurface

(

const int

surfaceNumber

)

const

References assert, and NULL.

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

Put this Integrate object in a sub-directory called "name" of the data base.

References allFaceWeightsDefined, bd, boundaryHasOverlap, className, GenericDataBase::create(), faceWeightsDefined, leftNullVectorComputed, orderOfAccuracy, OV_ABORT, printF(), BodyDefinition::put(), GenericDataBase::put(), doubleGridCollectionFunction::put(), radialAxis, surfaceWeightsDefined, useAMR, useSurfaceStitching, GenericDataBase::virtualConstructor(), weights, weightsComputed, and weightsUpdatedToMatchGrid.

Referenced by ogen().

void Integrate::setDeleteSolverAfterUse

(

bool

trueOrFalse

)

References deleteSolverAfterUse.

void Integrate::setInteractiveStitching

(

bool

trueOrFalse

)

References interactiveStitcher.

void Integrate::setRadialAxis

(

int

axis

)

References radialAxis.

int Integrate::setTolerance

(

const real

tol

)

References tolerance.

real Integrate::surfaceArea

(

const int &

surfaceNumber = -1

)

References C, cg, and surfaceIntegral().

Referenced by defineSurfacesAndComputeWeights().

int Integrate::surfaceIndex ( int  surfaceNumber )

protected

References bd, and BodyDefinition::surfaceIndex().

real Integrate::surfaceIntegral	(	const RealCompositeGridFunction &	u,
		const int &	surfaceNumber = -1
	)

References C.

Referenced by defineSurfacesAndComputeWeights(), and surfaceArea().

int Integrate::surfaceIntegral	(	const RealCompositeGridFunction &	u,
		const Range &	C,
		RealArray &	integral,
		const int &	surfaceNumber = -1
	)

References allFaceWeightsDefined, bd, boundaryCondition, MappedGrid::boundaryCondition(), BodyDefinition::boundaryFaces, boundaryGrid, buildAdaptiveMeshRefinementSurfaceWeights(), bWeights, c, cg, computeSurfaceWeights(), computeWeights(), display(), End, getBoundaryIndex(), doubleCompositeGridFunction::getCompositeGrid(), getGhostIndex(), ParallelUtility::getLocalArrayBounds(), getLocalArrayWithGhostBoundaries(), ParallelUtility::getSums(), gridIndexRange, max(), GenericGridCollection::numberOfBaseGrids(), numberOfBoundaryGrids, GridCollection::numberOfDimensions(), BodyDefinition::numberOfFaces, GenericGridCollection::numberOfRefinementLevels(), BodyDefinition::numberOfSurfaces, printF(), sPrintF(), Start, BodyDefinition::surfaceIndex(), surfaceWeightsDefined, useAMR, and weights.

int Integrate::updateForAMR

(

CompositeGrid &

cg

)

References bd, buildAdaptiveMeshRefinementSurfaceWeights(), destroyAdaptiveMeshRefinementIntegrationArrays(), BodyDefinition::getSurfaceNumber(), GenericGridCollection::numberOfRefinementLevels(), s, BodyDefinition::totalNumberOfSurfaces(), and useAMR.

int Integrate::updateToMatchGrid

(

CompositeGrid &

cg

)

References allFaceWeightsDefined, boundaryHasOverlap, cg, debug, discretizationWidth, faceWeightsDefined, max(), min(), GenericGridCollection::numberOfComponentGrids(), GridCollection::numberOfDimensions(), orderOfAccuracy, printF(), CompositeGrid::reference(), surfaceWeightsDefined, weightsComputed, and weightsUpdatedToMatchGrid.

Referenced by Integrate().

void Integrate::useAdaptiveMeshRefinementGrids

(

bool

trueOrFalse = true

)

References cg, GridCollection::numberOfDimensions(), GenericGridCollection::numberOfRefinementLevels(), and useAMR.

void Integrate::useHybridGrids

(

bool

trueOrFalse = true

)

References useSurfaceStitching.

real Integrate::volume

(

)

References c, cg, computeWeights(), FOR_3D, getIndex(), ParallelUtility::getLocalArrayBounds(), getLocalArrayWithGhostBoundaries(), ParallelUtility::getSum(), MappedGrid::gridIndexRange(), i2, GenericGridCollection::numberOfBaseGrids(), volumeIntegral(), weights, WEIGHTS, and weightsComputed.

Referenced by defineSurfacesAndComputeWeights().

real Integrate::volumeIntegral	(	const RealCompositeGridFunction &	u,
		const int	component = 0
	)

References C.

Referenced by defineSurfacesAndComputeWeights(), and volume().

int Integrate::volumeIntegral	(	const RealCompositeGridFunction &	u,
		const Range &	C,
		RealArray &	integral
	)

References c, cg, computeWeights(), FOR_3D, getIndex(), ParallelUtility::getLocalArrayBounds(), getLocalArrayWithGhostBoundaries(), ParallelUtility::getSums(), MappedGrid::gridIndexRange(), i2, GenericGridCollection::numberOfBaseGrids(), U, weights, WEIGHTS, and weightsComputed.

Member Data Documentation

bool Integrate::allFaceWeightsDefined

protected

Referenced by computeStitchedSurfaceWeights(), computeStitchedSurfaceWeightsOld(), computeSurfaceWeights(), computeWeights(), get(), initialize(), put(), surfaceIntegral(), and updateToMatchGrid().

BodyDefinition Integrate::bd

protected

Referenced by buildAdaptiveMeshRefinementSurfaceWeights(), computeStitchedSurfaceWeights(), computeSurfaceWeights(), defineSurface(), defineSurfacesAndComputeWeights(), get(), getBodyDefinition(), put(), surfaceIndex(), surfaceIntegral(), and updateForAMR().

IntegerArray Integrate::boundaryHasOverlap

protected

Referenced by computeSurfaceWeights(), computeWeights(), get(), put(), and updateToMatchGrid().

RealArray*** Integrate::boundaryWeights

protected

Referenced by buildAdaptiveMeshRefinementSurfaceWeights(), defineSurface(), destroyAdaptiveMeshRefinementIntegrationArrays(), and initialize().

CompositeGrid Integrate::cg

protected

Referenced by computeLeftNullVector(), computeStitchedSurfaceWeights(), computeStitchedSurfaceWeightsOld(), computeSurfaceWeights(), computeWeights(), defineSurfacesAndComputeWeights(), get(), surfaceArea(), surfaceIntegral(), updateToMatchGrid(), useAdaptiveMeshRefinementGrids(), volume(), and volumeIntegral().

aString Integrate::className

protected

Referenced by get(), initialize(), and put().

int Integrate::debug =0

static

Referenced by initialize(), and updateToMatchGrid().

FILE* Integrate::debugFile

protected

Referenced by buildAdaptiveMeshRefinementSurfaceWeights(), computeSurfaceWeights(), computeWeights(), initialize(), Integrate(), and ~Integrate().

bool Integrate::deleteSolverAfterUse

protected

Referenced by computeWeights(), initialize(), and setDeleteSolverAfterUse().

IntegerArray Integrate::faceWeightsDefined

protected

Referenced by computeStitchedSurfaceWeights(), computeStitchedSurfaceWeightsOld(), computeSurfaceWeights(), computeWeights(), get(), put(), and updateToMatchGrid().

bool Integrate::interactiveStitcher

protected

Referenced by computeStitchedSurfaceWeights(), computeStitchedSurfaceWeightsOld(), initialize(), and setInteractiveStitching().

bool Integrate::leftNullVectorComputed

protected

Referenced by computeLeftNullVector(), get(), initialize(), leftNullVector(), and put().

realCompositeGridFunction Integrate::nullVector

protected

Referenced by computeLeftNullVector(), and leftNullVector().

int* Integrate::numberOfBoundaryFaces

protected

Referenced by buildAdaptiveMeshRefinementSurfaceWeights(), destroyAdaptiveMeshRefinementIntegrationArrays(), and initialize().

int Integrate::numberOfBoundaryRefinementLevels

protected

Referenced by buildAdaptiveMeshRefinementSurfaceWeights(), destroyAdaptiveMeshRefinementIntegrationArrays(), and initialize().

int Integrate::numberOfBoundarySurfaces

protected

Referenced by buildAdaptiveMeshRefinementSurfaceWeights(), destroyAdaptiveMeshRefinementIntegrationArrays(), and initialize().

int* Integrate::numberOfFacesPerSurface

protected

Referenced by buildAdaptiveMeshRefinementSurfaceWeights(), destroyAdaptiveMeshRefinementIntegrationArrays(), and initialize().

int Integrate::orderOfAccuracy

protected

Referenced by computeLeftNullVector(), computeWeights(), get(), initialize(), put(), and updateToMatchGrid().

int*** Integrate::pBoundaryGrid

protected

Referenced by buildAdaptiveMeshRefinementSurfaceWeights(), destroyAdaptiveMeshRefinementIntegrationArrays(), and initialize().

int** Integrate::pNumberOfBoundaryGrids

protected

Referenced by buildAdaptiveMeshRefinementSurfaceWeights(), destroyAdaptiveMeshRefinementIntegrationArrays(), and initialize().

SurfaceStitcher* Integrate::pSurfaceStitcher

protected

Referenced by computeStitchedSurfaceWeights(), defineSurfacesAndComputeWeights(), getSurfaceStitcher(), initialize(), and ~Integrate().

int Integrate::radialAxis

protected

Referenced by computeWeights(), get(), initialize(), put(), and setRadialAxis().

Oges* Integrate::solver

protected

Referenced by computeLeftNullVector(), computeWeights(), initialize(), and ~Integrate().

IntegerArray Integrate::surfaceWeightsDefined

protected

Referenced by computeStitchedSurfaceWeights(), computeStitchedSurfaceWeightsOld(), computeSurfaceWeights(), computeWeights(), defineSurface(), defineSurfacesAndComputeWeights(), get(), put(), surfaceIntegral(), and updateToMatchGrid().

real Integrate::tolerance

protected

Referenced by computeLeftNullVector(), computeWeights(), defineSurfacesAndComputeWeights(), initialize(), and setTolerance().

bool Integrate::useAMR

protected

Referenced by get(), initialize(), put(), surfaceIntegral(), updateForAMR(), and useAdaptiveMeshRefinementGrids().

bool Integrate::useSurfaceStitching

protected

Referenced by computeSurfaceWeights(), defineSurfacesAndComputeWeights(), get(), initialize(), put(), and useHybridGrids().

realCompositeGridFunction Integrate::weights

protected

Referenced by buildAdaptiveMeshRefinementSurfaceWeights(), computeLeftNullVector(), computeStitchedSurfaceWeights(), computeStitchedSurfaceWeightsOld(), computeSurfaceWeights(), computeWeights(), get(), integrationWeights(), put(), surfaceIntegral(), volume(), and volumeIntegral().

bool Integrate::weightsComputed

protected

Referenced by computeAllWeights(), computeWeights(), defineSurfacesAndComputeWeights(), get(), initialize(), integrationWeights(), put(), updateToMatchGrid(), volume(), and volumeIntegral().

bool Integrate::weightsUpdatedToMatchGrid

protected

Referenced by computeStitchedSurfaceWeights(), computeStitchedSurfaceWeightsOld(), computeSurfaceWeights(), computeWeights(), get(), initialize(), put(), and updateToMatchGrid().

---

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

• Integrate.h
• Integrate.C