#include "GL_GraphicsInterface.h"
#include "GridCollection.h"
#include "PlotIt.h"
#include "xColours.h"
#include "ContourSurface.h"
#include "UnstructuredMapping.h"
#include "ParallelUtility.h"

Include dependency graph for contour3dOpt.C:

Macros
#define	ISOSURF EXTERN_C_NAME(isosurf)

#define	FOR_3(i1, i2, i3, I1, I2, I3)

#define	ForBoundary(side, axis)

#define	MASK(i0, i1, i2) maskp[i0+maskDim0(i1+maskDim1(i2))]

#define	U(i0, i1, i2, c) up[(i0)d0+(i1)d1+(i2)d2+(c)dc]

#define	numberOfVerticesPerSurface(i0, i1) numberOfVerticesPerSurfacep[i0+numberOfVerticesPerSurfaceDim0*(i1)]

#define	numberOfPolygonsPerSurface(i0) numberOfPolygonsPerSurfacep[i0]

#define	contourLevel(i0) contourLevelp[i0]

#define	isoSurfaceValue(i0, i1) isoSurfaceValuep[i0+isoSurfaceValueDim0*(i1)]

#define	normal(i0, i1) normalp[i0+normalDim0*(i1)]

#define	COORD(i0, i1, i2, i3) coordp[i0+coordDim0(i1+coordDim1(i2+coordDim2*(i3)))]

#define	CENTER0(i0, i1, i2) (xa+dx0*(i0-ii0a))

#define	CENTER1(i0, i1, i2) (ya+dy0*(i1-ii1a))

#define	CENTER2(i0, i1, i2) (za+dz0*(i2-ii2a))

#define	numberOfVertices(i0, i1) numberOfVerticesp[i0+numberOfVerticesDim0*(i1)]

#define	px(i0, i1, i2, i3) pxp[i0+pxDim0(i1+pxDim1(i2+pxDim2*(i3)))]

#define	CD(i0, i1, i2) pcd[i0+cdDim0(i1+cdDim1(i2))]

#define	D(i0, i1, i2, i3) dp[i0+dDim0(i1+dDim1(i2+dDim2*(i3)))]

#define	S(i0, i1, i2, i3) sp[i0+sDim0(i1+sDim1(i2+sDim2*(i3)))]

#define	SISO(i0, i1, i2, i3) sIsop[i0+sIsoDim0(i1+sIsoDim1(i2+sIsoDim2*(i3)))]

#define	numberOfPolygonsPerSurface(i0) numberOfPolygonsPerSurfacep[i0]

#define	numberOfVerticesPerSurface(i0, i1) numberOfVerticesPerSurfacep[i0+numberOfVerticesPerSurfaceDim0*(i1)]

#define	XSCALE(x) (psp.xScaleFactor*(x))

#define	YSCALE(y) (psp.yScaleFactor*(y))

#define	ZSCALE(z) (psp.zScaleFactor*(z))

Functions
void	ISOSURF (const int &nTet, real &scalarFieldAtVertices, const int &leadingDimensionOfDAndPx, const int &numberOfDataComponents, real &dataAtVertices, const int &cornerIndex1, const int &cornerIndex2, const int &cornerIndex3, const int &numberOfContourLevels, real &contourLevels, const int &numberOfVertices, real &vertexList, int &ierr)

void	getNormal (const realArray &x, const int iv[3], const int axis, real normal[3], const int &recursion=TRUE)

Macro Definition Documentation

#define CD	(	i0,
		i1,
		i2
	)	pcd[i0+cdDim0(i1+cdDim1(i2))]

Referenced by PlotIt::plot3dContours().

#define CENTER0	(	i0,
		i1,
		i2
	)	(xa+dx0*(i0-ii0a))

#define CENTER1	(	i0,
		i1,
		i2
	)	(ya+dy0*(i1-ii1a))

Referenced by PlotIt::grid3d(), and PlotIt::plotGrid2d().

#define CENTER2	(	i0,
		i1,
		i2
	)	(za+dz0*(i2-ii2a))

Referenced by PlotIt::grid3d().

#define contourLevel ( i0 ) contourLevelp[i0]

Referenced by PlotIt::plot3dContours().

#define COORD	(	i0,
		i1,
		i2,
		i3
	)	coordp[i0+coordDim0(i1+coordDim1(i2+coordDim2*(i3)))]

Referenced by computeMaximumSpeed().

#define D	(	i0,
		i1,
		i2,
		i3
	)	dp[i0+dDim0(i1+dDim1(i2+dDim2*(i3)))]

Referenced by RevolutionMapping::basicInverse(), RevolutionMapping::basicInverseS(), DataPointMapping::basicInverseS(), InterpolatePointsOnAGrid::buildInterpolationInfo(), CopyArray::copyArray(), MappingsFromCAD::createSurface(), display(), displayCoeff(), Interpolate::interpolateCoarseToFine(), SmoothedPolygon::map(), NormalMapping::map(), RevolutionMapping::map(), QuadraticMapping::map(), HyperbolicMapping::map(), SmoothedPolygon::mapS(), NormalMapping::mapS(), RevolutionMapping::mapS(), HyperbolicMapping::mapS(), and HyperbolicMapping::setParameters().

#define FOR_3	(	i1,
		i2,
		i3,
		I1,
		I2,
		I3
	)

Value:

for( i3=I3.getBase(); i3<=I3.getBound(); i3++ )  \
  for( i2=I2.getBase(); i2<=I2.getBound(); i2++ )  \
  for( i1=I1.getBase(); i1<=I1.getBound(); i1++ )  \

#define ForBoundary	(	side,
		axis
	)

Value:

for( axis=0; axis<gc.numberOfDimensions(); axis++ ) \

for( side=0; side<=1; side++ )

#define ISOSURF EXTERN_C_NAME(isosurf)

#define isoSurfaceValue	(	i0,
		i1
	)	isoSurfaceValuep[i0+isoSurfaceValueDim0*(i1)]

Referenced by PlotIt::contour3d(), GraphicsParameters::get(), and PlotIt::plot3dContours().

#define MASK	(	i0,
		i1,
		i2
	)	maskp[i0+maskDim0(i1+maskDim1(i2))]

#define normal	(	i0,
		i1
	)	normalp[i0+normalDim0*(i1)]

Referenced by AdvancingFront::addFaceToFront(), annotateDialog(), MappedGridOperators::applyBCextrapolate(), MappedGridOperators::applyBCnormalComponent(), MappedGridOperators::applyBCnormalDerivative(), MappedGridOperators::applyBCnormalDotScalarGrad(), MappedGridOperators::applyBCsymmetry(), MappedGridOperators::applyBCtangentialComponent(), MappedGridOperators::applyBoundaryConditionCoefficients(), OffsetShell::buildOffsetMappings(), checkGrid(), Ogen::checkInterpolationOnBoundaries(), clippingPlanesDialog(), Ogmg::coarseGridSolverTest(), createSurfaceForAFace(), Ogen::cutHoles(), Ogen::cutHolesNew(), Ogen::cutHolesNewer(), EllipticGridGenerator::defineBoundaryControlFunction(), EllipticGridGenerator::defineSurfaceControlFunction(), Triangle::display(), UnstructuredMapping::expandGhostBoundary(), HyperbolicMapping::findMatchingBoundaryCurve(), CompositeSurface::findNearbySurfaces(), HyperbolicMapping::generate(), CompositeSurface::getNormals(), EllipticGridGenerator::getResidual(), DerivedFunctions::getUserDefinedDerivedFunction(), PlotIt::grid3d(), insertFace(), Ogen::interpolateAPoint(), Triangle::intersects(), main(), NormalMapping::map(), FilletMapping::map(), NormalMapping::mapS(), MeshQualityMetrics::plot(), PlotIt::plot3dContours(), PlotIt::plotAdvancingFront(), HyperbolicMapping::plotDirectionArrows(), PlotIt::plotShadedFace(), PlotIt::plotSubSurfaceNormals(), PlotIt::plotUnstructured(), IntersectionMapping::project(), CompositeSurface::project(), UnstructuredMapping::project(), Mapping::project(), GridSmoother::smooth(), and PlotIt::surfaceGrid3d().

#define numberOfPolygonsPerSurface ( i0 ) numberOfPolygonsPerSurfacep[i0]

Referenced by PlotIt::contour3d(), and PlotIt::plot3dContours().

#define numberOfPolygonsPerSurface ( i0 ) numberOfPolygonsPerSurfacep[i0]

#define numberOfVertices	(	i0,
		i1
	)	numberOfVerticesp[i0+numberOfVerticesDim0*(i1)]

Referenced by Ugen::updateHybrid().

#define numberOfVerticesPerSurface	(	i0,
		i1
	)	numberOfVerticesPerSurfacep[i0+numberOfVerticesPerSurfaceDim0*(i1)]

Referenced by PlotIt::contour3d(), and PlotIt::plot3dContours().

#define numberOfVerticesPerSurface	(	i0,
		i1
	)	numberOfVerticesPerSurfacep[i0+numberOfVerticesPerSurfaceDim0*(i1)]

#define px	(	i0,
		i1,
		i2,
		i3
	)	pxp[i0+pxDim0(i1+pxDim1(i2+pxDim2*(i3)))]

Referenced by CompositeGrid::changeInterpolationWidth(), checkOverlappingGrid(), InterpolatePointsOnAGrid::findNearestValidGridPoint(), findNearestValidGridPoint(), GenericCompositeGridOperators::getInterpolationCoefficients(), ParallelOverlappingGridInterpolator::initializeExplicitInterpolation(), and InterpolatePointsOnAGrid::initializeExplicitInterpolation().

#define S	(	i0,
		i1,
		i2,
		i3
	)	sp[i0+sDim0(i1+sDim1(i2+sDim2*(i3)))]

#define SISO	(	i0,
		i1,
		i2,
		i3
	)	sIsop[i0+sIsoDim0(i1+sIsoDim1(i2+sIsoDim2*(i3)))]

#define U	(	i0,
		i1,
		i2,
		c
	)	up[(i0)d0+(i1)d1+(i2)d2+(c)dc]

#define XSCALE ( x ) (psp.xScaleFactor*(x))

Referenced by PlotIt::plot3dContours(), and PlotIt::plotGridBoundaries().

#define YSCALE ( y ) (psp.yScaleFactor*(y))

Referenced by PlotIt::plot3dContours(), and PlotIt::plotGridBoundaries().

#define ZSCALE ( z ) (psp.zScaleFactor*(z))

Referenced by PlotIt::plot3dContours().

Function Documentation

void getNormal	(	const realArray &	x,
		const int	iv[3],
		const int	axis,
		real	normal[3],
		const int &	recursion = `TRUE`
	)

void ISOSURF	(	const int &	nTet,
		real &	scalarFieldAtVertices,
		const int &	leadingDimensionOfDAndPx,
		const int &	numberOfDataComponents,
		real &	dataAtVertices,
		const int &	cornerIndex1,
		const int &	cornerIndex2,
		const int &	cornerIndex3,
		const int &	numberOfContourLevels,
		real &	contourLevels,
		const int &	numberOfVertices,
		real &	vertexList,
		int &	ierr
	)

Macros

Functions

Macro Definition Documentation

Function Documentation