interpRefinements.C File Reference

#include "GenericCompositeGridOperators.h"
#include "SparseRep.h"
#include "display.h"
#include <float.h>

Include dependency graph for interpRefinements.C:

Macros
#define	Q11(x)   (1.-(x))
#define	Q21(x)   (x)
#define	Q12(x)   .5*((x)-1.)*((x)-2.)
#define	Q22(x)   (x)*(2.-(x))
#define	Q32(x)   .5*(x)*((x)-1.)
#define	CE(c, e)   (stencilSize*((c)+numberOfComponentsForCoefficients*(e)))
#define	M123(m1, m2, m3)   (m1)+width[axis1]*(m2+width[axis2]*(m3))
#define	M123CE(m1, m2, m3, c, e)   (M123(m1,m2,m3)+CE(c,e))

Functions
int	interpolateRefinements (realGridCollectionFunction &u, const Range *C, const BoundaryConditionParameters &bcParams)

Variables
const int	isHiddenByRefinement = CompositeGrid::THEinverseMap

Macro Definition Documentation

#define CE	(		c,
			e
	)		(stencilSize*((c)+numberOfComponentsForCoefficients*(e)))

#define M123	(		m1,
			m2,
			m3
	)		(m1)+width[axis1]*(m2+width[axis2]*(m3))

#define M123CE	(		m1,
			m2,
			m3,
			c,
			e
	)		(M123(m1,m2,m3)+CE(c,e))

Referenced by interpolateRefinements().

#define Q11

(

x

)

(1.-(x))

#define Q12

(

x

)

.5*((x)-1.)*((x)-2.)

#define Q21

(

x

)

(x)

#define Q22

(

x

)

(x)*(2.-(x))

#define Q32

(

x

)

.5*(x)*((x)-1.)

Function Documentation

int interpolateRefinements	(	realGridCollectionFunction &	u,
		const Range *	C,
		const BoundaryConditionParameters &	bcParams
	)

References Overture::abort(), abs(), assert, axis1, axis2, axis3, GenericGridCollection::baseGridNumber, MappedGrid::boundaryCondition(), CanInterpolate::canInterpolate(), debug, dimension, displayMask(), End, extendedGridIndexRange(), MappedGrid::extendedIndexRange(), FALSE, floorDiv(), Mapping::functionPeriodic, getBoundaryIndex(), doubleGridCollectionFunction::getGridCollection(), doubleGridCollectionFunction::getIsACoefficientMatrix(), BoundaryConditionParameters::getRefinementLevelToSolveFor(), MappedGrid::gridIndexRange(), GenericGridCollection::gridNumber, MappedGrid::gridSpacing(), i2, indexRange, MappedGrid::indexRange(), SparseRepForMGF::indexToEquation(), BoundaryConditionParameters::interpolateHidden, BoundaryConditionParameters::interpolateRefinementBoundaries, SparseRepForMGF::interpolation, MappedGrid::ISdiscretizationPoint, isHiddenByRefinement, isPeriodic, MappedGrid::isPeriodic(), M123CE, M2, M3, MappedGrid::mask(), mask2, max(), min(), NULL, nullRange, GenericGridCollection::numberOfComponentGrids(), SparseRepForMGF::numberOfComponents, GridCollection::numberOfDimensions(), GenericGridCollection::numberOfRefinementLevels(), q, GridCollection::refinementFactor, GridCollection::refinementLevel, SparseRepForMGF::setClassify(), SparseRepForMGF::setCoefficientIndex(), doubleMappedGridFunction::sparse, Start, SparseRepForMGF::stencilSize, and TRUE.

Referenced by GenericGridCollectionOperators::finishBoundaryConditions(), GenericCompositeGridOperators::finishBoundaryConditions(), and Interpolant::testInterpolation().

Variable Documentation

const int isHiddenByRefinement = CompositeGrid::THEinverseMap

Referenced by PlotIt::contour1d(), PlotIt::contour2d(), PlotIt::contourOpt2d(), PlotIt::getBounds(), PlotIt::grid3d(), interpolateRefinements(), PlotIt::plot3dContours(), PlotIt::plotGrid2d(), PlotIt::plotShadedFace(), and PlotIt::surfaceGrid3d().