HyperbolicMapping Class Reference

#include <HyperbolicMapping.h>

Inheritance diagram for HyperbolicMapping:

Collaboration diagram for HyperbolicMapping:

Public Types
enum	HyperbolicParameter {   numberOfRegionsInTheNormalDirection =0, stretchingInTheNormalDirection, linesInTheNormalDirection, dissipation,   distanceToMarch, spacing, volumeParameters, barthImplicitness,   axisParameters, growInTheReverseDirection, growInBothDirections, projectGhostBoundaries,   THEboundaryConditions, THEtargetGridSpacing, THEinitialGridSpacing, THEspacingType,   THEspacingOption, THEgeometricFactor, THEghostBoundaryConditions, THEapplyBoundaryConditionsToStartCurve }
enum	Direction { bothDirections =0, forwardDirection, reverseDirection }
enum	SpacingType {   constantSpacing, geometricSpacing, inverseHyperbolicSpacing, oneDimensionalMappingSpacing,   userDefinedSpacing }
enum	BoundaryCondition {   freeFloating =1, outwardSplay, fixXfloatYZ, fixYfloatXZ,   fixZfloatXY, floatXfixYZ, floatYfixXZ, floatZfixXY,   floatCollapsed, periodic, xSymmetryPlane, ySymmetryPlane,   zSymmetryPlane, singularAxis, matchToMapping, matchToPlane,   trailingEdge, matchToABoundaryCurve, numberOfBoundaryConditions }
enum	GhostBoundaryCondition {   defaultGhostBoundaryCondition, orthogonalBlendGhostBoundaryCondition, normalGhostBoundaryCondition, evenSymmetryGhostBoundaryCondition,   numberOfGhostBoundaryConditions }
enum	InitialCurveEnum {   initialCurveFromEdges, initialCurveFromCoordinateLine0, initialCurveFromCoordinateLine1, initialCurveFromCurveOnSurface,   initialCurveFromBoundaryCurves }
enum	PickingOptionEnum {   pickToChooseInitialCurve, pickToChooseBoundaryConditionMapping, pickToEditAMapping, pickToCreateBoundaryCurve,   pickToDeleteBoundaryCurve, pickToHideSubSurface, pickToChooseInteriorMatchingCurve, pickToQueryAPoint,   pickOff }
enum	BCoptionEnum { leftForward =0, leftBackward, rightForward, rightBackward }
enum	PlotOptionEnum { setPlotBoundsFromGlobalBounds }
enum	SpacingOptionEnum { spacingFromDistanceAndLines, distanceFromLinesAndSpacing, linesFromDistanceAndSpacing }
Public Types inherited from Mapping
enum	mappingSpace { parameterSpace, cartesianSpace }
enum	coordinateSystem {   cartesian, spherical, cylindrical, polar,   toroidal, numberOfCoordinateSystems }
enum	coordinateSingularity { noCoordinateSingularity, polarSingularity }
enum	mappingCoordinateSystem { rectangular, conformal, orthogonal, general }
enum	periodicType { notPeriodic, derivativePeriodic, functionPeriodic }
enum	topologyEnum { topologyIsNotPeriodic =0, topologyIsPeriodic, topologyIsPartiallyPeriodic }
enum	mappingItemName {   mappingName, domainName, rangeName, domainAxis1Name,   domainAxis2Name, domainAxis3Name, rangeAxis1Name, rangeAxis2Name,   rangeAxis3Name, numberOfMappingItemNames }
enum	basicInverseOptions { canDoNothing, canDetermineOutside, canInvert, canInvertWithGoodGuess }
typedef ArraySimpleFixed< int, 2, 3, 1, 1 >	IndexRangeType

Public Member Functions
	HyperbolicMapping ()
	HyperbolicMapping (const HyperbolicMapping &, const CopyType copyType=DEEP)
	HyperbolicMapping (Mapping &surface_)
	Constructor.
	HyperbolicMapping (Mapping &surface_, Mapping &startingCurve)
	~HyperbolicMapping ()
HyperbolicMapping &	operator= (const HyperbolicMapping &X0)
bool	isDefined () const
virtual void	display (const aString &label=blankString) const
void	estimateMarchingParameters (real &estimatedDistanceToMarch, int &estimatedLinesToMarch, int directionToMarch, GenericGraphicsInterface &gi)
int	getBoundaryCurves (int &numberOfBoundaryCurves_, Mapping **&boundaryCurves_)
int	setBoundaryCurves (const int &numberOfBoundaryCurves_, Mapping **boundaryCurves_)
int	addBoundaryCurves (const int &numberOfExtraBoundaryCurves, Mapping **extraBoundaryCurves)
int	deleteBoundaryCurves ()
int	deleteBoundaryCurves (IntegerArray &curvesToDelete)
int	setBoundaryConditionMapping (const int &side, const int &axis, Mapping &map, const int &mapSide=-1, const int &mapAxis=-1)
	Supply a mapping to match a boundary condition to.
int	setSurface (Mapping &surface, bool isSurfaceGrid=true, bool init=true)
void	setIsSurfaceGrid (bool trueOrFalse)
int	setStartingCurve (Mapping &startingCurve, bool init=true)
int	setParameters (const HyperbolicParameter &par, real value, const Direction &direction=bothDirections)
int	setParameters (const HyperbolicParameter &par, int value, const Direction &direction=bothDirections)
int	setParameters (const HyperbolicParameter &par, const IntegerArray &ipar=Overture::nullIntArray(), const RealArray &rpar=Overture::nullRealArray(), const Direction &direction=bothDirections)
int	saveReferenceSurfaceWhenPut (bool trueOrFalse=TRUE)
int	setPlotOption (PlotOptionEnum option, int value)
int	generateOld ()
int	generate (const int &numberOfAdditionalSteps=0)
int	generateNew (const int &numberOfAdditionalSteps=0)
virtual void	useRobustInverse (const bool trueOrFalse=TRUE)
virtual void	map (const realArray &r, realArray &x, realArray &xr=Overture::nullRealDistributedArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual void	basicInverse (const realArray &x, realArray &r, realArray &rx=Overture::nullRealDistributedArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual void	mapS (const RealArray &r, RealArray &x, RealArray &xr=Overture::nullRealArray(), MappingParameters &params=Overture::nullMappingParameters())
	Here is the map function defined for serial arrays.
virtual void	basicInverseS (const RealArray &x, RealArray &r, RealArray &rx=Overture::nullRealArray(), MappingParameters &params=Overture::nullMappingParameters())
	Here is the inverse mapping function defined for serial ararys.
virtual int	get (const GenericDataBase &dir, const aString &name)
virtual int	put (GenericDataBase &dir, const aString &name) const
Mapping *	make (const aString &mappingClassName)
aString	getClassName () const
int	update (MappingInformation &mapInfo)
int	update (MappingInformation &mapInfo, const aString &command, DialogData *interface=NULL)
const Mapping *	getSurface () const
const DataPointMapping *	getDataPointMapping () const
Public Member Functions inherited from Mapping
	Mapping (int domainDimension=3, int rangeDimension=3, mappingSpace domainSpace=parameterSpace, mappingSpace rangeSpace=cartesianSpace, coordinateSystem domainCoordinateSystem=cartesian, coordinateSystem rangeCoordinateSystem=cartesian)
	Mapping (const Mapping &, const CopyType copyType=DEEP)
Mapping &	operator= (const Mapping &X)
virtual	~Mapping ()
void	reference (const Mapping &map)
void	breakReference ()
virtual void	inverseMap (const realArray &x, realArray &r, realArray &rx=Overture::nullRealDistributedArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual void	mapC (const realArray &r, const realArray &x, const realArray &xr=Overture::nullRealDistributedArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual void	inverseMapC (const realArray &x, const realArray &r, const realArray &rx=Overture::nullRealDistributedArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual void	mapGrid (const realArray &r, realArray &x, realArray &xr=Overture::nullRealDistributedArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual int	intersects (Mapping &map2, const int &side1=-1, const int &axis1=-1, const int &side2=-1, const int &axis2=-1, const real &tol=0.) const
virtual void	inverseMapGrid (const realArray &x, realArray &r, realArray &rx=Overture::nullRealDistributedArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual void	inverseMapS (const RealArray &x, RealArray &r, RealArray &rx=Overture::nullRealArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual void	mapCS (const RealArray &r, const RealArray &x, const RealArray &xr=Overture::nullRealArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual void	inverseMapCS (const RealArray &x, const RealArray &r, const RealArray &rx=Overture::nullRealArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual void	mapGridS (const RealArray &r, RealArray &x, RealArray &xr=Overture::nullRealArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual void	inverseMapGridS (const RealArray &x, RealArray &r, RealArray &rx=Overture::nullRealArray(), MappingParameters &params=Overture::nullMappingParameters())
virtual int	projectS (RealArray &x, MappingProjectionParameters &mpParams)
virtual real	sizeOf (FILE *file=NULL) const
virtual bool	updateWithCommand (MappingInformation &mapInfo, const aString &command)
virtual int	interactiveUpdate (GenericGraphicsInterface &gi)
int	checkMapping ()
void	reinitialize ()
int	determineResolution (int numberOfGridPoints[], bool collapsedEdge[2][3], real averageArclength[], real elementDensityTolerance=.05)
void	secondOrderDerivative (const Index &I, const realArray &r, realArray &xrr, const int axis, const int &rAxis)
int	findNearestGridPoint (RealArray &x, RealArray &r, RealArray &dista, RealArray &xa)
	Find the nearest grid point to each of a given set of points x(i,.)
real	getArcLength ()
basicInverseOptions	getBasicInverseOption () const
int	getBoundaryCondition (const int side, const int axis) const
virtual RealArray	getBoundingBox (const int &side=-1, const int &axis=-1) const
virtual int	getBoundingBox (const IntegerArray &indexRange, const IntegerArray &gridIndexRange, RealArray &xBounds, bool local=false) const
virtual int	getBoundingBox (const RealArray &rBounds, RealArray &xBounds) const
const BoundingBox &	getBoundingBoxTree (const int &side, const int &axis) const
int	getCoordinateEvaluationType (const coordinateSystem type) const
Bound	getDomainBound (const int side, const int axis) const
int	getDomainDimension () const
coordinateSystem	getDomainCoordinateSystem () const
Bound	getDomainCoordinateSystemBound (const int side, const int axis) const
mappingSpace	getDomainSpace () const
int	getGridDimensions (const int axis) const
virtual const realArray &	getGrid (MappingParameters &params=Overture::nullMappingParameters(), bool includeGhost=false)
virtual const RealArray &	getGridSerial (MappingParameters &params=Overture::nullMappingParameters(), bool includeGhost=false)
int	getID () const
int	getInvertible () const
periodicType	getIsPeriodic (const int axis) const
mappingCoordinateSystem	getMappingCoordinateSystem () const
aString	getName (const mappingItemName item) const
int	getGridIndexRange (int side, int axis)
int	getNumberOfGhostPoints (int side, int axis)
real	getParameter (const MappingParameters::realParameter &param) const
int	getParameter (const MappingParameters::intParameter &param) const
real	getPeriodVector (const int axis, const int direction) const
Bound	getRangeBound (const int side, const int axis) const
coordinateSystem	getRangeCoordinateSystem () const
Bound	getRangeCoordinateSystemBound (const int side, const int axis) const
int	getRangeDimension () const
mappingSpace	getRangeSpace () const
int	getShare (const int side, const int axis) const
real	getSignForJacobian () const
topologyEnum	getTopology (const int side, const int axis) const
coordinateSingularity	getTypeOfCoordinateSingularity (const int side, const int axis) const
bool	gridIsValid () const
int	hasACoordinateSingularity () const
intArray &	topologyMask ()
void	setArcLength (real length)
virtual void	setBasicInverseOption (const basicInverseOptions option)
virtual void	setBoundaryCondition (const int side, const int axis, const int bc)
virtual void	setCoordinateEvaluationType (const coordinateSystem type, const int trueOrFalse)
virtual void	setDomainBound (const int side, const int axis, const Bound domainBound)
virtual void	setDomainCoordinateSystem (const coordinateSystem domainCoordinateSystem)
virtual void	setDomainCoordinateSystemBound (const int side, const int axis, const Bound domainCoordinateSystemBound)
virtual void	setDomainDimension (const int domainDimension)
virtual void	setDomainSpace (const mappingSpace domainSpace)
virtual void	setGrid (realArray &grid, IntegerArray &gridIndexRange)
virtual void	setGridDimensions (const int axis, const int dim)
virtual void	setInvertible (const int invertible)
void	setID ()
virtual void	setIsPeriodic (const int axis, const periodicType isPeriodic)
virtual void	setMappingCoordinateSystem (const mappingCoordinateSystem mappingCoordinateSystem0)
virtual void	setName (const mappingItemName item, const aString &name)
void	setGridIndexRange (int side, int axis, int num)
void	setNumberOfGhostPoints (int side, int axis, int numGhost)
virtual void	setParameter (const MappingParameters::realParameter &param, const real &value)
virtual void	setParameter (const MappingParameters::intParameter &param, const int &value)
void	setPartition (Partitioning_Type &partition)
virtual void	setPeriodVector (const int axis, const int direction, const real periodVectorComponent)
virtual void	setRangeBound (const int side, const int axis, const Bound rangeBound)
virtual void	setRangeCoordinateSystem (const coordinateSystem rangeCoordinateSystem)
virtual void	setRangeCoordinateSystemBound (const int side, const int axis, const Bound rangeCoordinateSystemBound)
virtual void	setRangeDimension (const int rangeDimension)
virtual void	setRangeSpace (const mappingSpace rangeSpace)
virtual void	setShare (const int side, const int axis, const int share)
void	setSignForJacobian (const real signForJac)
virtual void	setTopology (const int side, const int axis, const topologyEnum topo)
virtual void	setTypeOfCoordinateSingularity (const int side, const int axis, const coordinateSingularity)
bool	usesDistributedInverse () const
bool	usesDistributedMap () const
bool	usingRobustInverse () const
	Return true if the robust inverse is used.
virtual int	outside (const realArray &x)
virtual int	setNumberOfGhostLines (IndexRangeType &numberOfGhostLinesNew)
void	setNumberOfDistributedGhostLines (int numGhost)
void	periodicShift (realArray &r, const Index &I)
Index	getIndex (const realArray &r, realArray &x, const realArray &xr, int &base, int &bound, int &computeMap, int &computeMapDerivative)
Public Member Functions inherited from ReferenceCounting
	ReferenceCounting ()
	ReferenceCounting (const ReferenceCounting &x, const CopyType ct=DEEP)
virtual	~ReferenceCounting ()
Integer	incrementReferenceCount ()
Integer	decrementReferenceCount ()
Integer	getReferenceCount () const
Logical	uncountedReferencesMayExist ()
Integer	getGlobalID () const
void	setGlobalID (int id)
virtual void	consistencyCheck () const

Public Attributes
enum HyperbolicMapping::PickingOptionEnum	pickingOption
enum HyperbolicMapping::BCoptionEnum	bcOption
enum HyperbolicMapping::SpacingOptionEnum	spacingOption
Public Attributes inherited from Mapping
int	computeMap
int	computeMapDerivative
int	base
int	bound
real	signForJacobian
ApproximateGlobalInverse *	approximateGlobalInverse
ExactLocalInverse *	exactLocalInverse
DistributedInverse *	distributedInverse

Static Public Attributes
static aString	boundaryConditionName [numberOfBoundaryConditions]
static aString	ghostBoundaryConditionName [numberOfGhostBoundaryConditions]
Static Public Attributes inherited from Mapping
static int	useInitialGuessForInverse =TRUE
static int	debug =0
static FILE *	debugFile =NULL
static FILE *	pDebugFile =NULL
static const real	bogus =10.

Protected Types
enum	GhostLineOptions { extrapolateAnExtraGhostLine, useLastLineAsGhostLine }
enum	TimingsEnum {   totalTime =0, timeForProject, timeForSetupRHS, timeForImplicitSolve,   timeForTridiagonalSolve, timeForFormBlockTridiagonalSystem, timeForFormCMatrix, timeForNormalAndSurfaceArea,   timeForSmoothing, timeForUpdate, timeForBoundaryConditions, numberOfTimings }

Protected Member Functions
int	buildMarchingParametersDialog (DialogData &marchingParametersDialog, aString bcChoices[])
int	assignMarchingParametersDialog (DialogData &marchingParametersDialog, aString bcChoices[])
bool	updateMarchingParameters (aString &answer, DialogData &marchingParametersDialog, aString bcChoices[], MappingInformation &mapInfo)
int	buildPlotOptionsDialog (DialogData &plotOptionsDialog, GraphicsParameters &parameters)
bool	updatePlotOptions (aString &answer, DialogData &plotOptionsDialog, MappingInformation &mapInfo, GraphicsParameters &parameters, GraphicsParameters &referenceSurfaceParameters)
int	buildSurfaceGridParametersDialog (DialogData &plotOptionsDialog)
bool	updateSurfaceGridParameters (aString &answer, DialogData &surfaceGridParametersDialog, MappingInformation &mapInfo, GraphicsParameters &referenceSurfaceParameters)
int	buildBoundaryConditionMappingDialog (DialogData &dialog)
int	updateBoundaryConditionMappingDialog (DialogData &dialog)
bool	updateBoundaryConditionMappings (aString &answer, DialogData &dialog, bool checkSelection, SelectionInfo &select, MappingInformation &mapInfo)
int	buildMarchingSpacingDialog (DialogData &marchingSpacingDialog)
bool	updateMarchingSpacingOptions (aString &answer, DialogData &dialog, MappingInformation &mapInfo)
int	buildStartCurveSpacingDialog (DialogData &stretchDialog)
bool	updateStartCurveSpacingOptions (aString &answer, DialogData &dialog, MappingInformation &mapInfo)
bool	updateOld (aString &answer, MappingInformation &mapInfo, GraphicsParameters &referenceSurfaceParameters)
int	initialize ()
int	setup ()
int	updateForInitialCurve (bool updateNumberOfGridLines=true)
int	setBoundaryConditionAndOffset (int side, int axis, int bc, int offset=-1)
	Set the boundary condition and offset.
int	initializeHyperbolicGridParameters ()
int	hypgen (GenericGraphicsInterface &gi, GraphicsParameters &parameters)
int	smooth (GenericGraphicsInterface &gi, GraphicsParameters &parameters)
int	evaluateStartCurve (realArray &xStart)
int	initializeMarchingParameters (int numberOfAdditionalSteps, int &i3Start)
int	initializeMarchingArrays (int i3Start, int numberOfAdditionalSteps, realArray &x, realArray &xt, realArray &xr, realArray &normal, realArray &xrr, realArray &s, realArray &ss, realArray &xrrDotN, realArray &kappa)
int	initializeSurfaceGrid (int direction, int numberOfAdditionalSteps, int i3Start, int i3Begin, realArray &x, realArray &xt, realArray &xr, realArray &normal, realArray &ds, realArray &s, realArray &ss, realArray &xrr, realArray &normXr, realArray &normXs, realArray &xrSave)
int	removeNormalComponentOfSmoothing (int axis, const Index &I1, const Index &I2, const Index &I3, realArray &xrr, realArray &xrrDotN, realArray &normal, realArray &xte)
int	getNormalAndSurfaceArea (const realArray &x, const int &i3, realArray &normal, realArray &s, realArray &xr, realArray &xrr, const real &dSign, realArray &normXr, realArray &normXs, realArray &ss, const int &marchingDirection, int stepNumber=0)
int	getCurvatureDependentSpeed (realArray &ds, realArray &kappa, const realArray &xrr, const realArray &normal, const realArray &normXr, const realArray &normXs)
int	getDistanceToStep (const int &i3Delta, realArray &ds, const int &growthDirection)
int	adjustDistanceToMarch (const int &numberOfAdditionalSteps, const int &growthDirection)
int	applyBoundaryConditions (const realArray &x, const realArray &x0, const int &marchingDirection, realArray &normal, realArray &xr, bool initialStep=false, int stepNumber=0)
int	applyBoundaryConditionMatchToMapping (const realArray &x, const int &marchingDirection, realArray &normal, realArray &xr, bool initialStep=false, int option=0)
int	matchToCurve (bool projectBoundary, Index &I1, Index &I2, Mapping &matchingMapping, MappingProjectionParameters &mpParams, int i1Shift, int i2Shift, const realArray &x, const int &marchingDirection, realArray &normal, realArray &xr, const int sideBlend, const int axisBlend, bool initialStep=false, int option=0)
	Project points onto a boundary curve (or boundary surface for a 3d volume grid) or interior matching curve and adjust normals.
int	projectNormalsToMatchCurve (Mapping &matchingMapping, MappingProjectionParameters &mpParams, Index &I1, Index &I2, realArray &normal, realArray &nDot)
int	blendNormals (realArray &normal, realArray &xr, int numberOfLinesToBlend, Index Iv[3], int axis, int side)
	Blend normals.
int	jacobiSmooth (realArray &ss, const int &numberOfSmooths)
int	formCMatrix (realArray &xr, realArray &xt, const int &i3Mod2, realArray &normal, realArray &normXr, const int &direction)
int	computeNonlinearDiffussionCoefficient (const realArray &normXr, const realArray &normXs, const realArray &normXt, const int &direction, int stepNumber)
int	formBlockTridiagonalSystem (const int &direction, realArray &xTri)
int	implicitSolve (realArray &xTri, const int &i3Mod2, realArray &xr, realArray &xt, realArray &normal, realArray &normXr, realArray &normXs, realArray &normXt, TridiagonalSolver &tri, int stepNumber)
int	createCurveOnSurface (GenericGraphicsInterface &gi, SelectionInfo &select, Mapping *&curve, Mapping *mapPointer=NULL, real *xCoord=NULL, real *rCoord=NULL, int *boundaryCurveChosen=NULL, bool resetBoundaryConditions=true)
int	buildCurve (GenericGraphicsInterface &gi, GraphicsParameters &parameters, DialogData &dialog, aString &answer, SelectionInfo &select, Mapping *&newCurve, const aString &buildCurveColour, bool resetBoundaryConditions=true)
int	computeCellVolumes (const realArray &xt, const int &i3Mod2, real &minCellVolume, real &maxCellVolume, const real &dSign)
int	equidistributeAndStretch (const int &i3, const realArray &x, const real &weight, const int marchingDirection=1, bool stretchGrid=true)
realArray	normalize (const realArray &u)
int	project (const realArray &x, const int &marchingDirection, realArray &xr, const bool &setBoundaryConditions=TRUE, bool initialStep=false, int stepNumber=0)
virtual int	project (realArray &x, MappingProjectionParameters &mpParams)
int	correctProjectionOfInitialCurve (realArray &x, realArray &xr, CompositeSurface &cs, const int &marchingDirection, MappingProjectionParameters &mpParams)
void	plotDirectionArrows (GenericGraphicsInterface &gi, GraphicsParameters &params)
int	plotCellQuality (GenericGraphicsInterface &gi, GraphicsParameters &parameters)
int	printStatistics (FILE *file=stdout)
int	findMatchingBoundaryCurve (int side, int axis, int directionToMarch, GenericGraphicsInterface &gi, bool promptForChanges=false)
int	findNormalsToStartCurve (realArray &r, realArray &normal, int directionToMarch)
int	drawReferenceSurface (GenericGraphicsInterface &gi, GraphicsParameters &referenceSurfaceParameters, const real &surfaceOffset, const aString &referenceSurfaceColour, const aString &edgeCurveColour)
int	drawReferenceSurfaceEdges (GenericGraphicsInterface &gi, GraphicsParameters &parameters, const aString *boundaryColour)
int	drawHyperbolicGrid (GenericGraphicsInterface &gi, GraphicsParameters &parameters, bool plotNonPhysicalBoundaries, const real &initialOffset, const aString &hyperbolicMappingColour)
int	drawBoundariesAndCurves (GenericGraphicsInterface &gi, GraphicsParameters &parameters, GraphicsParameters &referenceSurfaceParameters, const real &surfaceOffset, const real &initialOffset, const aString &boundaryConditionMappingColour, const aString &referenceSurfaceColour, const aString &edgeCurveColour, const aString &buildCurveColour, const aString *boundaryColour)
real	getDissipationCoefficient (int stepNumber)
	return the uniform dissipation coefficient as a function of the step number
void	setLinesAndDistanceLabels (DialogData &dialog)
void	updateLinesAndDistanceToMarch ()
Protected Member Functions inherited from Mapping
int	buildMappingParametersDialog (DialogData &dialog)
int	getMappingParametersOption (const aString &answer, DialogData &dialog, GenericGraphicsInterface &gi)
	: Look for a change to one of the mapping parameters.
int	updateMappingParametersDialog (DialogData &dialog)
void	initializePartition ()
int	mappingHasChanged ()
void	setGridIsValid ()
void	setDefaultMappingBounds (const mappingSpace ms, Bound mappingBound[3][2])
void	setDefaultCoordinateSystemBounds (const coordinateSystem cs, Bound csBound[3][2])
int	validSide (const int side) const
int	validAxis (const int axis) const
void	mappingError (const aString &subName, const int side, const int axis) const

Protected Attributes
bool	evaluateTheSurface
realArray	xSurface
int	growthOption
real	distance [2]
int	linesToMarch [2]
real	upwindDissipationCoefficient
real	uniformDissipationCoefficient
real	boundaryUniformDissipationCoefficient
int	dissipationTransition
int	numberOfVolumeSmoothingIterations
real	curvatureSpeedCoefficient
real	implicitCoefficient
bool	removeNormalSmoothing
real	equidistributionWeight
real	targetGridSpacing
int	numberOfSmoothingIterations
IntegerArray	boundaryCondition
IntegerArray	projectGhostPoints
IntegerArray	indexRange
IntegerArray	gridIndexRange
IntegerArray	dimension
IntegerArray	ghostBoundaryCondition
Mapping *	boundaryConditionMapping [2][2]
bool	boundaryConditionMappingWasNewed [2][2]
MappingProjectionParameters	boundaryConditionMappingProjectionParameters [2][2]
MappingProjectionParameters	surfaceMappingProjectionParameters [3]
vector< MatchingCurve >	matchingCurves
int	numberOfLinesForNormalBlend [2][2]
real	splayFactor [2][2]
int	boundaryOffset [2][3]
bool	boundaryOffsetWasApplied
enum HyperbolicMapping::GhostLineOptions	ghostLineOption
realArray	gridDensityWeight
realArray	xHyper
realArray	xtHyper
realArray	normalCC
realArray	at
realArray	bt
realArray	ct
realArray	c
realArray	lambda
SpacingType	spacingType
real	geometricFactor
real	geometricNormalization [2]
real	initialSpacing
int	numberOfLinesWithConstantSpacing
real	minimumGridSpacing
real	arcLengthWeight
real	curvatureWeight
real	normalCurvatureWeight
real	matchToMappingOrthogonalFactor
Mapping *	normalDistribution
bool	applyBoundaryConditionsToStartCurve
bool	surfaceGrid
Mapping *	startCurve
int	numberOfPointsOnStartCurve
real	startCurveStart
real	startCurveEnd
bool	useStartCurveStretchingWhileMarching
RealArray *	pStartCurveStretchParams
Mapping *	startCurveStretchMapping
bool	projectInitialCurve
bool	projectNormalsOnMatchingBoundaries
bool	correctProjectionOfInitialCurves
bool	useTriangulation
bool	projectOntoReferenceSurface
bool	stopOnNegativeCells
int	saveReferenceSurface
bool	plotBoundaryConditionMappings
bool	plotHyperbolicSurface
bool	plotObject
bool	plotDirectionArrowsOnInitialCurve
bool	plotReferenceSurface
bool	plotGhostPoints
bool	plotTriangulation
bool	plotNegativeCells
bool	plotBoundaryCurves
bool	plotGridPointsOnStartCurve
int	numberOfGhostLinesToPlot
bool	referenceSurfaceHasChanged
bool	choosePlotBoundsFromReferenceSurface
bool	choosePlotBoundsFromGlobalBounds
InitialCurveEnum	initialCurveOption
real	edgeCurveMatchingTolerance
real	distanceToBoundaryCurveTolerance
realArray	trailingEdgeDirection
bool	smoothAndProject
int	numberOfBoundaryCurves
Mapping **	boundaryCurves
bool	initialCurveIsABoundaryCurve
int	totalNumberOfSteps
real	timing [numberOfTimings]
int	info
Protected Attributes inherited from Mapping
int	dataBaseID
aString	className
int	domainDimension
int	rangeDimension
int	bc [2][3]
int	share [2][3]
periodicType	isPeriodic [3]
real	periodVector [3][3]
int	invertible
basicInverseOptions	basicInverseOption
int	periodicityOfSpace
coordinateSingularity	typeOfCoordinateSingularity [2][3]
int	coordinateEvaluationType [numberOfCoordinateSystems]
IndexRangeType	gridIndexRange
IndexRangeType	numberOfGhostPoints
realArray	grid
bool	inverseIsDistributed
bool	mapIsDistributed
int	numberOfDistributedGhostLines
bool	partitionInitialized
Partitioning_Type	partition
mappingSpace	domainSpace
mappingSpace	rangeSpace
coordinateSystem	domainCoordinateSystem
coordinateSystem	rangeCoordinateSystem
mappingCoordinateSystem	mappingCoordinateSystem0
Bound	domainBound [3][2]
Bound	rangeBound [3][2]
Bound	domainCoordinateSystemBound [3][2]
Bound	rangeCoordinateSystemBound [3][2]
topologyEnum	topology [3][2]
intArray *	topologyMaskPointer
real	arcLength
bool	remakeGrid
bool	remakeGridSerial

Additional Inherited Members
Static Public Member Functions inherited from Mapping
static void	openDebugFiles ()
static void	closeDebugFiles ()
static real	epsilon ()
static void	setMinimumNumberOfDistributedGhostLines (int numGhost)
static int	getGridMinAndMax (const realArray &u, const Range &R1, const Range &R2, const Range &R3, real uMin[3], real uMax[3], bool local=false)
static Mapping *	makeMapping (const aString &mappingClassName)
static MappingLinkedList &	staticMapList ()
Static Protected Attributes inherited from Mapping
static int	defaultNumberOfGhostPoints =0
static int	minimumNumberOfDistributedGhostLines =1

Member Enumeration Documentation

enum HyperbolicMapping::BCoptionEnum

Enumerator
leftForward
leftBackward
rightForward
rightBackward

enum HyperbolicMapping::BoundaryCondition

Enumerator
freeFloating
outwardSplay
fixXfloatYZ
fixYfloatXZ
fixZfloatXY
floatXfixYZ
floatYfixXZ
floatZfixXY
floatCollapsed
periodic
xSymmetryPlane
ySymmetryPlane
zSymmetryPlane
singularAxis
matchToMapping
matchToPlane
trailingEdge
matchToABoundaryCurve
numberOfBoundaryConditions

enum HyperbolicMapping::Direction

Enumerator
bothDirections
forwardDirection
reverseDirection

enum HyperbolicMapping::GhostBoundaryCondition

Enumerator
defaultGhostBoundaryCondition
orthogonalBlendGhostBoundaryCondition
normalGhostBoundaryCondition
evenSymmetryGhostBoundaryCondition
numberOfGhostBoundaryConditions

enum HyperbolicMapping::GhostLineOptions

protected

Enumerator
extrapolateAnExtraGhostLine
useLastLineAsGhostLine

enum HyperbolicMapping::HyperbolicParameter

Enumerator
numberOfRegionsInTheNormalDirection
stretchingInTheNormalDirection
linesInTheNormalDirection
dissipation
distanceToMarch
spacing
volumeParameters
barthImplicitness
axisParameters
growInTheReverseDirection
growInBothDirections
projectGhostBoundaries
THEboundaryConditions
THEtargetGridSpacing
THEinitialGridSpacing
THEspacingType
THEspacingOption
THEgeometricFactor
THEghostBoundaryConditions
THEapplyBoundaryConditionsToStartCurve

enum HyperbolicMapping::InitialCurveEnum

Enumerator
initialCurveFromEdges
initialCurveFromCoordinateLine0
initialCurveFromCoordinateLine1
initialCurveFromCurveOnSurface
initialCurveFromBoundaryCurves

enum HyperbolicMapping::PickingOptionEnum

Enumerator
pickToChooseInitialCurve
pickToChooseBoundaryConditionMapping
pickToEditAMapping
pickToCreateBoundaryCurve
pickToDeleteBoundaryCurve
pickToHideSubSurface
pickToChooseInteriorMatchingCurve
pickToQueryAPoint
pickOff

enum HyperbolicMapping::PlotOptionEnum

Enumerator
setPlotBoundsFromGlobalBounds

enum HyperbolicMapping::SpacingOptionEnum

Enumerator
spacingFromDistanceAndLines
distanceFromLinesAndSpacing
linesFromDistanceAndSpacing

enum HyperbolicMapping::SpacingType

Enumerator
constantSpacing
geometricSpacing
inverseHyperbolicSpacing
oneDimensionalMappingSpacing
userDefinedSpacing

enum HyperbolicMapping::TimingsEnum

protected

Enumerator
totalTime
timeForProject
timeForSetupRHS
timeForImplicitSolve
timeForTridiagonalSolve
timeForFormBlockTridiagonalSystem
timeForFormCMatrix
timeForNormalAndSurfaceArea
timeForSmoothing
timeForUpdate
timeForBoundaryConditions
numberOfTimings

Constructor & Destructor Documentation

HyperbolicMapping::HyperbolicMapping

(

)

References Mapping::debug, initialize(), initializeHyperbolicGridParameters(), Mapping::mappingHasChanged(), and NULL.

Referenced by make().

HyperbolicMapping::HyperbolicMapping	(	const HyperbolicMapping &	map,
		const CopyType	copyType = DEEP
	)

References DEEP, initialize(), and map().

HyperbolicMapping::HyperbolicMapping

(

Mapping &

surface_

)

Constructor.

Parameters

{surface_	(input)} Generate the grid starting from this curve (2D) or surface (3D)
surface_	(input) Generate the grid starting from this curve (2D) or surface (3D)

References ReferenceCounting::incrementReferenceCount(), initialize(), initializeHyperbolicGridParameters(), Mapping::mappingHasChanged(), setup(), and ReferenceCounting::uncountedReferencesMayExist().

HyperbolicMapping::HyperbolicMapping	(	Mapping &	surface_,
		Mapping &	startingCurve
	)

References ReferenceCounting::incrementReferenceCount(), initialize(), initializeHyperbolicGridParameters(), Mapping::mappingHasChanged(), setup(), startCurve, surfaceGrid, and ReferenceCounting::uncountedReferencesMayExist().

HyperbolicMapping::~HyperbolicMapping

(

)

References boundaryConditionMapping, boundaryConditionMappingWasNewed, Mapping::debug, ReferenceCounting::decrementReferenceCount(), normalDistribution, NULL, pStartCurveStretchParams, startCurve, and startCurveStretchMapping.

Member Function Documentation

int HyperbolicMapping::addBoundaryCurves	(	const int &	numberOfExtraBoundaryCurves,
		Mapping **	extraBoundaryCurves
	)

References bb, boundaryCurves, getBoundaryCurves(), ReferenceCounting::incrementReferenceCount(), and numberOfBoundaryCurves.

Referenced by MappingBuilder::build(), and update().

int HyperbolicMapping::adjustDistanceToMarch ( const int &  numberOfAdditionalSteps, const int &  growthDirection  )

protected

References Overture::abort(), constantSpacing, distance, geometricFactor, geometricNormalization, geometricSpacing, initialSpacing, linesToMarch, max(), oneDimensionalMappingSpacing, pow(), and spacingType.

Referenced by initializeMarchingParameters().

int HyperbolicMapping::applyBoundaryConditionMatchToMapping ( const realArray &  x, const int &  marchingDirection, realArray &  normal, realArray &  xr, bool  initialStep = false, int  option = 0  )

protected

References assert, boundaryCondition, boundaryConditionMapping, boundaryConditionMappingProjectionParameters, boundaryOffset, MatchingCurve::curve, MatchingCurve::curveDirection, Mapping::debug, direction(), Mapping::domainDimension, End, getBoundaryIndex(), Mapping::getIsPeriodic(), MatchingCurve::gridLine, i2, indexRange, matchingCurves, matchToABoundaryCurve, matchToCurve(), matchToMapping, NULL, printF(), Mapping::project(), MatchingCurve::projectionParameters, Mapping::rangeDimension, Start, and surfaceGrid.

Referenced by applyBoundaryConditions(), and generate().

int HyperbolicMapping::applyBoundaryConditions ( const realArray &  x, const realArray &  x0, const int &  marchingDirection, realArray &  normal, realArray &  xr, bool  initialStep = false, int  stepNumber = 0  )

protected

References Overture::abort(), applyBoundaryConditionMatchToMapping(), assert, axis1, axis2, axis3, boundaryCondition, Mapping::debug, direction(), display(), Mapping::domainDimension, dx, End, equidistributeAndStretch(), equidistributionWeight, evaluate(), fixXfloatYZ, fixYfloatXZ, fixZfloatXY, floatXfixYZ, floatYfixXZ, floatZfixXY, freeFloating, Mapping::functionPeriodic, getBoundaryIndex(), getCPU(), getGhostIndex(), Mapping::getIndex(), Mapping::getIsPeriodic(), gridIndexRange, indexRange, matchToABoundaryCurve, matchToMapping, matchToMappingOrthogonalFactor, max(), min(), nullRange, numberOfLinesForNormalBlend, outwardSplay, periodic, project(), projectGhostPoints, Mapping::rangeDimension, singularAxis, splayFactor, sPrintF(), SQR, SQRT, Start, surfaceGrid, timeForBoundaryConditions, timing, trailingEdge, useStartCurveStretchingWhileMarching, xSymmetryPlane, ySymmetryPlane, and zSymmetryPlane.

Referenced by generate(), and initializeSurfaceGrid().

int HyperbolicMapping::assignMarchingParametersDialog ( DialogData &  marchingParametersDialog, aString  bcChoices[]  )

protected

References arcLengthWeight, aString, boundaryCondition, boundaryOffset, boundaryUniformDissipationCoefficient, constantSpacing, curvatureWeight, dissipationTransition, Mapping::domainDimension, equidistributionWeight, freeFloating, geometricSpacing, DialogData::getOptionMenu(), numberOfLinesForNormalBlend, numberOfVolumeSmoothingIterations, outwardSplay, plotBoundaryConditionMappings, projectGhostPoints, OptionMenu::setCurrentChoice(), DialogData::setTextLabel(), DialogData::setToggleState(), spacingType, splayFactor, sPrintF(), and uniformDissipationCoefficient.

Referenced by update().

void HyperbolicMapping::basicInverse ( const realArray &  x, realArray &  r, realArray &  rx = Overture::nullRealDistributedArray(), MappingParameters &  params = Overture::nullMappingParameters()  )

virtual

Reimplemented from Mapping.

References DataPointMapping::basicInverse(), and NULL.

void HyperbolicMapping::basicInverseS ( const RealArray &  x, RealArray &  r, RealArray &  rx = Overture::nullRealArray(), MappingParameters &  params = Overture::nullMappingParameters()  )

virtual

Here is the inverse mapping function defined for serial ararys.

Reimplemented from Mapping.

References DataPointMapping::basicInverseS(), NULL, OV_ABORT, and printF().

int HyperbolicMapping::blendNormals ( realArray &  normal, realArray &  xr, int  numberToBlend, Index  Iv[3], int  axis, int  side  )

protected

Blend normals.

/param I1,I2,I3 : blend normals next to these points. /axis : blend lines along this axis. /side : 0,1 – blend the boundary (left or right), -1 – blend an interior line

References abs(), Mapping::debug, Mapping::domainDimension, getGhostIndex(), Mapping::getIsPeriodic(), gridIndexRange, i2, ig, max(), numberOfLinesForNormalBlend, Mapping::rangeDimension, REAL_MIN, SQR, and SQRT.

Referenced by getNormalAndSurfaceArea().

int HyperbolicMapping::buildBoundaryConditionMappingDialog ( DialogData &  dialog )

protected

References DialogData::addOptionMenu(), aString, bcOption, growthOption, and leftBackward.

Referenced by update().

int HyperbolicMapping::buildCurve ( GenericGraphicsInterface &  gi, GraphicsParameters &  parameters, DialogData &  dialog, aString &  answer, SelectionInfo &  select, Mapping *&  newCurve, const aString &  buildCurveColour, bool  resetBoundaryConditions = true  )

protected

References DialogData::addInfoLabel(), assert, aString, axis2, GenericGraphicsInterface::beginRecordDisplayLists(), Mapping::bogus, boundaryCurves, GUIState::buildPopup(), createCurveOnSurface(), GraphicsParameters::curveLineWidth, deleteBoundaryCurves(), Mapping::domainDimension, GenericGraphicsInterface::endRecordDisplayLists(), GenericGraphicsInterface::erase(), freeFloating, GraphicsParameters::get(), GenericGraphicsInterface::getAnswer(), Mapping::getClassName(), CompositeSurface::getCompositeTopology(), CompositeTopology::getEdgeCurve(), Mapping::getGrid(), Mapping::getGridDimensions(), CompositeTopology::getNearestEdge(), CompositeTopology::getNumberOfEdgeCurves(), GenericGraphicsInterface::getSaveCommandFile(), GI_MAPPING_COLOUR, initialCurveFromCurveOnSurface, initialCurveIsABoundaryCurve, initialCurveOption, max(), SelectionInfo::nSelect, NULL, numberOfBoundaryCurves, numberOfPointsOnStartCurve, CompositeSurface::numberOfSubSurfaces(), GenericGraphicsInterface::outputToCommandFile(), outwardSplay, pickingOption, pickToChooseInitialCurve, pickToCreateBoundaryCurve, PlotIt::plot(), GenericGraphicsInterface::popGUI(), GenericGraphicsInterface::pushGUI(), REAL_MAX, GenericGraphicsInterface::savePickCommands(), GraphicsParameters::set(), setBoundaryConditionAndOffset(), DialogData::setExitCommand(), DialogData::setTextLabel(), DialogData::setWindowTitle(), sPrintF(), sScanF(), Start, GenericGraphicsInterface::stopReadingCommandFile(), and surfaceGrid.

Referenced by update().

int HyperbolicMapping::buildMarchingParametersDialog ( DialogData &  marchingParametersDialog, aString  bcChoices[]  )

protected

References DialogData::addOptionMenu(), GUIState::addPrefix(), applyBoundaryConditionsToStartCurve, arcLengthWeight, assert, aString, boundaryCondition, boundaryOffset, boundaryUniformDissipationCoefficient, correctProjectionOfInitialCurves, curvatureWeight, dissipationTransition, Mapping::domainDimension, equidistributionWeight, freeFloating, numberOfBoundaryConditions, numberOfLinesForNormalBlend, numberOfVolumeSmoothingIterations, outwardSplay, projectGhostPoints, projectNormalsOnMatchingBoundaries, projectOntoReferenceSurface, DialogData::setOptionMenuColumns(), DialogData::setTextBoxes(), DialogData::setToggleButtons(), splayFactor, sPrintF(), stopOnNegativeCells, surfaceGrid, and uniformDissipationCoefficient.

Referenced by update().

int HyperbolicMapping::buildMarchingSpacingDialog ( DialogData &  marchingSpacingDialog )

protected

References DialogData::addOptionMenu(), assert, aString, geometricFactor, numberOfLinesWithConstantSpacing, DialogData::setOptionMenuColumns(), DialogData::setPushButtons(), DialogData::setTextBoxes(), spacingOption, spacingType, and sPrintF().

Referenced by update().

int HyperbolicMapping::buildPlotOptionsDialog ( DialogData &  plotOptionsDialog, GraphicsParameters &  parameters  )

protected

References assert, aString, choosePlotBoundsFromReferenceSurface, numberOfGhostLinesToPlot, plotBoundaryCurves, plotGhostPoints, plotGridPointsOnStartCurve, plotReferenceSurface, plotTriangulation, DialogData::setTextBoxes(), DialogData::setToggleButtons(), and sPrintF().

Referenced by update().

int HyperbolicMapping::buildStartCurveSpacingDialog ( DialogData &  stretchDialog )

protected

References assert, aString, Mapping::domainDimension, NULL, pStartCurveStretchParams, DialogData::setPushButtons(), DialogData::setTextBoxes(), DialogData::setToggleButtons(), sPrintF(), and useStartCurveStretchingWhileMarching.

Referenced by update().

int HyperbolicMapping::buildSurfaceGridParametersDialog ( DialogData &  plotOptionsDialog )

protected

References DialogData::addOptionMenu(), GUIState::addPrefix(), MappingProjectionParameters::adjustForCornersWhenMarching(), assert, aString, distanceToBoundaryCurveTolerance, edgeCurveMatchingTolerance, Mapping::getClassName(), initialCurveFromBoundaryCurves, initialCurveOption, NULL, projectInitialCurve, projectOntoReferenceSurface, DialogData::setPushButtons(), DialogData::setTextBoxes(), DialogData::setToggleButtons(), sPrintF(), startCurveEnd, startCurveStart, surfaceGrid, surfaceMappingProjectionParameters, and useTriangulation.

Referenced by update().

int HyperbolicMapping::computeCellVolumes ( const realArray &  xt, const int &  i3Mod2, real &  minCellVolume, real &  maxCellVolume, const real &  dSign  )

protected

References Mapping::domainDimension, Mapping::getIndex(), indexRange, max(), min(), normalCC, and Mapping::rangeDimension.

Referenced by generate().

int HyperbolicMapping::computeNonlinearDiffussionCoefficient ( const realArray &  normXr, const realArray &  normXs, const realArray &  normXt, const int &  direction, int  stepNumber  )

protected

References arcLengthWeight, curvatureWeight, direction(), Mapping::domainDimension, End, FALSE, getBoundaryIndex(), getDissipationCoefficient(), Mapping::getIndex(), Mapping::getIsPeriodic(), gridDensityWeight, indexRange, lambda, normalCurvatureWeight, Mapping::rangeDimension, Start, and upwindDissipationCoefficient.

Referenced by implicitSolve().

int HyperbolicMapping::correctProjectionOfInitialCurve ( realArray &  x, realArray &  xr, CompositeSurface &  cs, const int &  marchingDirection, MappingProjectionParameters &  mpParams  )

protected

References assert, Mapping::debug, fabs(), CompositeSurface::getCompositeTopology(), UnstructuredMapping::getElementFaces(), UnstructuredMapping::getElements(), UnstructuredMapping::getFaceElements(), UnstructuredMapping::getFaces(), MappingProjectionParameters::getIntArray(), UnstructuredMapping::getNodes(), UnstructuredMapping::getNumberOfElements(), MappingProjectionParameters::getRealArray(), UnstructuredMapping::getTags(), CompositeTopology::getTriangulation(), max(), min(), NULL, CompositeSurface::numberOfSubSurfaces(), printF(), UnstructuredMapping::projectOnTriangle(), REAL_MIN, s, and SQR.

Referenced by matchToCurve(), and project().

int HyperbolicMapping::createCurveOnSurface ( GenericGraphicsInterface &  gi, SelectionInfo &  select, Mapping *&  curve, Mapping *  mapPointer = NULL, real *  xCoord = NULL, real *  rCoord = NULL, int *  boundaryCurveChosen = NULL, bool  resetBoundaryConditions = true  )

protected

References SelectionInfo::active, assert, aString, axis1, boundaryCondition, boundaryCurves, Mapping::debug, display(), dr, CompositeTopology::edgeCurveIsRemoved, edgeCurveMatchingTolerance, End, fabs(), Mapping::functionPeriodic, TrimmedMapping::getClassName(), Mapping::getClassName(), CompositeSurface::getCompositeTopology(), CompositeTopology::getEdgeCurve(), CompositeTopology::getEdgeCurveStatus(), ReferenceCounting::getGlobalID(), Mapping::getGrid(), Mapping::getGridDimensions(), MappingProjectionParameters::getIntArray(), Mapping::getIsPeriodic(), SplineMapping::getKnots(), CompositeTopology::getNumberOfEdgeCurves(), Mapping::getRangeBound(), Mapping::getRangeDimension(), MappingProjectionParameters::getRealArray(), growthOption, ReferenceCounting::incrementReferenceCount(), initialCurveFromBoundaryCurves, initialCurveFromCoordinateLine0, initialCurveFromCoordinateLine1, initialCurveFromCurveOnSurface, initialCurveFromEdges, initialCurveIsABoundaryCurve, initialCurveOption, Mapping::inverseMapC(), TrimmedMapping::map(), Mapping::map(), NurbsMapping::map(), matchToABoundaryCurve, max(), min(), SelectionInfo::nSelect, NULL, numberOfBoundaryCurves, numberOfPointsOnStartCurve, NurbsMapping::numberOfSubCurves(), CompositeSurface::numberOfSubSurfaces(), GenericGraphicsInterface::outputToCommandFile(), periodic, pickingOption, pickToChooseInitialCurve, pickToCreateBoundaryCurve, projectGhostPoints, r, MappingProjectionParameters::r, R0, Mapping::rangeDimension, REAL_MAX, SelectionInfo::selection, Mapping::setGridDimensions(), SplineMapping::setIsPeriodic(), SplineMapping::setPoints(), SplineMapping::setShapePreserving(), sPrintF(), SQR, SQRT, Start, NurbsMapping::subCurve(), MappingProjectionParameters::subSurfaceIndex, SelectionInfo::x, and x.

Referenced by buildCurve().

int HyperbolicMapping::deleteBoundaryCurves

(

)

References boundaryCurves, ReferenceCounting::decrementReferenceCount(), NULL, and numberOfBoundaryCurves.

Referenced by buildCurve(), setBoundaryCurves(), and update().

int HyperbolicMapping::deleteBoundaryCurves

(

IntegerArray &

curvesToDelete

)

References boundaryCurves, ReferenceCounting::decrementReferenceCount(), NULL, and numberOfBoundaryCurves.

void HyperbolicMapping::display ( const aString &  label = blankString ) const

virtual

Reimplemented from Mapping.

References boundaryCondition, boundaryConditionName, curvatureSpeedCoefficient, Mapping::display(), distance, Mapping::domainDimension, End, DataPointMapping::getOrderOfInterpolation(), ghostBoundaryCondition, ghostBoundaryConditionName, growthOption, implicitCoefficient, linesToMarch, max(), min(), NULL, numberOfBoundaryConditions, numberOfGhostBoundaryConditions, numberOfLinesForNormalBlend, numberOfVolumeSmoothingIterations, printF(), projectGhostPoints, spacingOption, spacingType, Start, surfaceGrid, upwindDissipationCoefficient, and Mapping::usingRobustInverse().

Referenced by applyBoundaryConditions(), createCurveOnSurface(), evaluateStartCurve(), formBlockTridiagonalSystem(), formCMatrix(), generate(), getDistanceToStep(), getNormalAndSurfaceArea(), initializeSurfaceGrid(), project(), update(), and updateOld().

int HyperbolicMapping::drawBoundariesAndCurves ( GenericGraphicsInterface &  gi, GraphicsParameters &  parameters, GraphicsParameters &  referenceSurfaceParameters, const real &  surfaceOffset, const real &  initialOffset, const aString &  boundaryConditionMappingColour, const aString &  referenceSurfaceColour, const aString &  edgeCurveColour, const aString &  buildCurveColour, const aString *  boundaryColour  )

protected

References aString, boundaryCondition, boundaryConditionMapping, boundaryCurves, MatchingCurve::curve, GraphicsParameters::curveLineWidth, Mapping::domainDimension, End, FALSE, GraphicsParameters::get(), Mapping::getClassName(), CompositeSurface::getCompositeTopology(), CompositeTopology::getEdgeCurve(), Mapping::getGridDimensions(), CompositeTopology::getNumberOfEdgeCurves(), GI_MAPPING_COLOUR, GI_PLOT_GRID_POINTS_ON_CURVES, GI_PLOT_LINES_ON_MAPPING_BOUNDARIES, GI_PLOT_THE_OBJECT_AND_EXIT, GI_SURFACE_OFFSET, growthOption, matchingCurves, matchToABoundaryCurve, matchToMapping, NULL, numberOfBoundaryCurves, GenericGraphicsInterface::numberOfColourNames, PlotIt::plot(), plotBoundaryConditionMappings, plotBoundaryCurves, plotDirectionArrows(), plotDirectionArrowsOnInitialCurve, plotHyperbolicSurface, Mapping::rangeDimension, GraphicsParameters::set(), Start, startCurve, surfaceGrid, and TRUE.

Referenced by update().

int HyperbolicMapping::drawHyperbolicGrid ( GenericGraphicsInterface &  gi, GraphicsParameters &  parameters, bool  plotNonPhysicalBoundaries, const real &  initialOffset, const aString &  hyperbolicMappingColour  )

protected

References aString, axis3, cc, curvatureSpeedCoefficient, GraphicsParameters::curveLineWidth, Mapping::domainDimension, equidistributionWeight, fabs(), FALSE, FOR_3D, GraphicsParameters::get(), Mapping::getIndex(), Mapping::getName(), GI_LINE_COLOUR, GI_MAPPING_COLOUR, GI_NUMBER_OF_GHOST_LINES_TO_PLOT, GI_PLOT_BLOCK_BOUNDARIES, GI_PLOT_MAPPING_EDGES, GI_PLOT_NON_PHYSICAL_BOUNDARIES, GI_PLOT_SHADED_MAPPING_BOUNDARIES, GI_SURFACE_OFFSET, GI_TOP_LABEL, GI_TOP_LABEL_SUB_1, growthOption, hexIsBad(), i2, implicitCoefficient, indexRange, Mapping::mappingName, NULL, numberOfGhostLinesToPlot, numberOfVolumeSmoothingIterations, PlotIt::plot(), plotGhostPoints, plotHyperbolicSurface, GenericGraphicsInterface::plotLines(), plotNegativeCells, R, Mapping::rangeDimension, GraphicsParameters::set(), sPrintF(), TRUE, uniformDissipationCoefficient, upwindDissipationCoefficient, x, and xHyper.

Referenced by update().

int HyperbolicMapping::drawReferenceSurface ( GenericGraphicsInterface &  gi, GraphicsParameters &  referenceSurfaceParameters, const real &  surfaceOffset, const aString &  referenceSurfaceColour, const aString &  edgeCurveColour  )

protected

References assert, GraphicsParameters::curveLineWidth, CompositeTopology::edgeCurveIsMerged, GraphicsParameters::get(), Mapping::getClassName(), CompositeSurface::getCompositeTopology(), CompositeTopology::getEdgeCurve(), CompositeTopology::getEdgeCurveStatus(), Mapping::getName(), CompositeTopology::getNumberOfEdgeCurves(), CompositeTopology::getTriangulation(), GI_MAPPING_COLOUR, GI_PLOT_END_POINTS_ON_CURVES, GI_PLOT_GRID_POINTS_ON_CURVES, GI_PLOT_MAPPING_EDGES, GI_PLOT_THE_OBJECT_AND_EXIT, GI_PLOT_UNS_EDGES, GI_PLOT_UNS_FACES, GI_POINT_SIZE, GI_SURFACE_OFFSET, GI_TOP_LABEL, Mapping::mappingName, NULL, PlotIt::plot(), plotHyperbolicSurface, plotTriangulation, referenceSurfaceHasChanged, and GraphicsParameters::set().

Referenced by update().

int HyperbolicMapping::drawReferenceSurfaceEdges ( GenericGraphicsInterface &  gi, GraphicsParameters &  parameters, const aString *  boundaryColour  )

protected

References GraphicsParameters::curveLineWidth, Mapping::domainDimension, GraphicsParameters::get(), GI_MAPPING_COLOUR, NULL, PlotIt::plot(), GraphicsParameters::set(), and surfaceGrid.

Referenced by update().

int HyperbolicMapping::equidistributeAndStretch ( const int &  i3, const realArray &  x, const real &  weight, const int  marchingDirection = 1, bool  stretchGrid = true  )

protected

References arcLengthWeight, assert, axis1, boundaryOffset, curvatureWeight, MatchingCurve::curveDirection, Mapping::domainDimension, dr, ReparameterizationTransform::equidistribution, Mapping::getIndex(), Mapping::getIsPeriodic(), gridIndexRange, MatchingCurve::gridLine, ReparameterizationTransform::map(), Mapping::map(), Mapping::mapC(), matchingCurves, max(), NULL, r, ra, Mapping::rangeDimension, REAL_MIN, DataPointMapping::setDataPoints(), ReparameterizationTransform::setEquidistributionParameters(), Mapping::setIsPeriodic(), and startCurveStretchMapping.

Referenced by applyBoundaryConditions(), and evaluateStartCurve().

void HyperbolicMapping::estimateMarchingParameters	(	real &	estimatedDistanceToMarch,
		int &	estimatedLinesToMarch,
		int	directionToMarch,
		GenericGraphicsInterface &	gi
	)

References Overture::abort(), assert, axis1, boundaryCondition, boundaryConditionMapping, constantSpacing, direction(), distanceFromLinesAndSpacing, Mapping::domainDimension, End, findMatchingBoundaryCurve(), freeFloating, geometricFactor, geometricSpacing, Mapping::getArcLength(), Mapping::getGridDimensions(), initialSpacing, linesFromDistanceAndSpacing, matchToABoundaryCurve, max(), min(), NULL, outwardSplay, pow(), setBoundaryConditionAndOffset(), spacingFromDistanceAndLines, spacingOption, Start, startCurve, surfaceGrid, and targetGridSpacing.

Referenced by MappingBuilder::build(), and update().

int HyperbolicMapping::evaluateStartCurve ( realArray &  xStart )

protected

References axis1, axis2, boundaryOffset, MatchingCurve::curvePosition, Mapping::debug, dimension, display(), DIST, Mapping::domainDimension, End, equidistributeAndStretch(), equidistributionWeight, Mapping::getIndex(), gridIndexRange, MatchingCurve::gridLine, i2, Mapping::mapGrid(), matchingCurves, max(), NULL, numberOfPointsOnStartCurve, r, Mapping::rangeDimension, Start, startCurve, startCurveStretchMapping, surfaceGrid, MatchingCurve::x, and xSurface.

Referenced by initializeMarchingArrays(), and plotDirectionArrows().

int HyperbolicMapping::findMatchingBoundaryCurve ( int  side, int  axis, int  directionToMarch, GenericGraphicsInterface &  gi, bool  promptForChanges = false  )

protected

References abs(), assert, aString, boundaryCondition, boundaryConditionMapping, boundaryConditionMappingWasNewed, boundaryCurves, Mapping::debug, ReferenceCounting::decrementReferenceCount(), direction(), distanceToBoundaryCurveTolerance, dr, End, fabs(), findNormalsToStartCurve(), Mapping::getGrid(), Mapping::getRangeBound(), ReferenceCounting::incrementReferenceCount(), GenericGraphicsInterface::inputString(), Mapping::inverseMap(), Mapping::map(), map(), max(), min(), normal, NULL, numberOfBoundaryCurves, numberOfLinesForNormalBlend, GenericGraphicsInterface::outputString(), Pi, printF(), r, Mapping::rangeDimension, REAL_MAX, sPrintF(), SQR, SQRT, sScanF(), Start, startCurve, GenericGraphicsInterface::stopReadingCommandFile(), and x.

Referenced by estimateMarchingParameters(), and updateMarchingParameters().

int HyperbolicMapping::findNormalsToStartCurve ( realArray &  r, realArray &  normal, int  directionToMarch  )

protected

References assert, indexRange, Mapping::map(), max(), NULL, project(), Mapping::rangeDimension, REAL_MIN, SQR, SQRT, startCurve, x, and xr.

Referenced by findMatchingBoundaryCurve().

int HyperbolicMapping::formBlockTridiagonalSystem ( const int &  direction, realArray &  xTri  )

protected

References at, boundaryCondition, bt, c, ct, Mapping::debug, direction(), display(), End, freeFloating, getBoundaryIndex(), getCPU(), Mapping::getIndex(), Mapping::getIsPeriodic(), indexRange, lambda, R, Mapping::rangeDimension, sPrintF(), Start, timeForFormBlockTridiagonalSystem, and timing.

Referenced by implicitSolve().

int HyperbolicMapping::formCMatrix ( realArray &  xr, realArray &  xt, const int &  i3Mod2, realArray &  normal, realArray &  normXr, const int &  direction  )

protected

References c, Mapping::debug, display(), getCPU(), Mapping::getIndex(), implicitCoefficient, indexRange, Mapping::rangeDimension, timeForFormCMatrix, and timing.

Referenced by implicitSolve().

int HyperbolicMapping::generate

(

const int &

numberOfAdditionalSteps = 0

)

References abs(), applyBoundaryConditionMatchToMapping(), applyBoundaryConditions(), applyBoundaryConditionsToStartCurve, assert, at, axis2, axis3, boundaryCondition, boundaryOffset, boundaryOffsetWasApplied, bt, computeCellVolumes(), ct, Mapping::debug, dimension, direction(), display(), Mapping::domainDimension, End, fabs(), Mapping::getBasicInverseOption(), Mapping::getBoundaryCondition(), getCPU(), getCurvatureDependentSpeed(), getDissipationCoefficient(), getDistanceToStep(), Mapping::getGridDimensions(), Mapping::getIndex(), Mapping::getIsPeriodic(), getNormalAndSurfaceArea(), Mapping::getSignForJacobian(), gid, gridIndexRange, growthOption, implicitSolve(), indexRange, info, initialize(), initializeMarchingArrays(), initializeMarchingParameters(), initializeSurfaceGrid(), linesToMarch, Mapping::mappingHasChanged(), max(), min(), normal, NULL, numberOfPossibleMultigridLevels(), plotNegativeCells, printF(), project(), Mapping::rangeDimension, Mapping::reinitialize(), removeNormalComponentOfSmoothing(), removeNormalSmoothing, s, Mapping::setBasicInverseOption(), DataPointMapping::setDataPoints(), Mapping::setGridDimensions(), sPrintF(), SQR, SQRT, Start, stopOnNegativeCells, surfaceGrid, timeForSetupRHS, timeForUpdate, timing, totalNumberOfSteps, totalTime, VOLUME, x, xHyper, xr, and xtHyper.

Referenced by generateNew(), hypgen(), FilletMapping::initialize(), main(), and update().

int HyperbolicMapping::generateNew

(

const int &

numberOfAdditionalSteps = 0

)

References generate().

Referenced by MappingBuilder::build(), buildVolumeGrid(), hypgen(), and FilamentMapping::regenerateBodyFittedMapping().

int HyperbolicMapping::generateOld

(

)

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

virtual

Reimplemented from Mapping.

References applyBoundaryConditionsToStartCurve, arcLengthWeight, assert, aString, boundaryCondition, boundaryConditionMapping, boundaryConditionMappingWasNewed, boundaryOffset, boundaryOffsetWasApplied, boundaryUniformDissipationCoefficient, curvatureSpeedCoefficient, curvatureWeight, Mapping::debug, dimension, dissipationTransition, distance, equidistributionWeight, GenericDataBase::find(), geometricFactor, geometricNormalization, DataPointMapping::get(), GenericDataBase::get(), Mapping::get(), GenericDataBase::getDistributed(), Mapping::getName(), ghostBoundaryCondition, gridIndexRange, growthOption, implicitCoefficient, ReferenceCounting::incrementReferenceCount(), indexRange, initialSpacing, Mapping::inverseIsDistributed, linesToMarch, Mapping::makeMapping(), Mapping::mapIsDistributed, mappingClassName, Mapping::mappingHasChanged(), Mapping::mappingName, matchToMappingOrthogonalFactor, minimumGridSpacing, normalCurvatureWeight, normalDistribution, NULL, numberOfLinesForNormalBlend, numberOfVolumeSmoothingIterations, OV_ABORT, Mapping::partition, printF(), projectGhostPoints, projectInitialCurve, removeNormalSmoothing, saveReferenceSurface, Mapping::setPartition(), smoothAndProject, spacingOption, spacingType, splayFactor, sPrintF(), startCurve, startCurveEnd, startCurveStart, stopOnNegativeCells, surfaceGrid, targetGridSpacing, trailingEdgeDirection, uniformDissipationCoefficient, upwindDissipationCoefficient, Mapping::usesDistributedInverse(), Mapping::usesDistributedMap(), and GenericDataBase::virtualConstructor().

int HyperbolicMapping::getBoundaryCurves	(	int &	numberOfBoundaryCurves_,
		Mapping **&	boundaryCurves_
	)

References boundaryCurves, Mapping::getClassName(), NULL, and numberOfBoundaryCurves.

Referenced by addBoundaryCurves(), and update().

aString HyperbolicMapping::getClassName ( void  ) const

inlinevirtual

Reimplemented from Mapping.

Referenced by operator=(), project(), and put().

int HyperbolicMapping::getCurvatureDependentSpeed ( realArray &  ds, realArray &  kappa, const realArray &  xrr, const realArray &  normal, const realArray &  normXr, const realArray &  normXs  )

protected

References axis1, axis2, curvatureSpeedCoefficient, Mapping::domainDimension, End, Mapping::getIndex(), gridIndexRange, indexRange, jacobiSmooth(), max(), Mapping::rangeDimension, and Start.

Referenced by generate().

const DataPointMapping* HyperbolicMapping::getDataPointMapping ( ) const

inline

real HyperbolicMapping::getDissipationCoefficient ( int  stepNumber )

protected

return the uniform dissipation coefficient as a function of the step number

The uniform dissipation coefficient can be ramped from a small value near the boundary to a larger value away from the boundary. This allows the grid to be more orthogonal to the boundary and also allows the grid lines to march out from a sharp convex corner in a nicer fashion.

References boundaryUniformDissipationCoefficient, dissipationTransition, surfaceGrid, and uniformDissipationCoefficient.

Referenced by computeNonlinearDiffussionCoefficient(), and generate().

int HyperbolicMapping::getDistanceToStep ( const int &  i3Delta, realArray &  ds, const int &  growthDirection  )

protected

References assert, constantSpacing, Mapping::debug, debugFile, display(), distance, fabs(), geometricFactor, geometricNormalization, geometricSpacing, growthOption, initialSpacing, linesToMarch, Mapping::map(), max(), normalDistribution, oneDimensionalMappingSpacing, pow(), printF(), r, spacingFromDistanceAndLines, spacingOption, and spacingType.

Referenced by generate(), and initializeSurfaceGrid().

int HyperbolicMapping::getNormalAndSurfaceArea ( const realArray &  x, const int &  i3, realArray &  normal, realArray &  s, realArray &  xr, realArray &  xrr, const real &  dSign, realArray &  normXr, realArray &  normXs, realArray &  ss, const int &  marchingDirection, int  stepNumber = 0  )

protected

References assert, blendNormals(), boundaryCondition, boundaryConditionMapping, boundaryConditionMappingProjectionParameters, boundaryOffset, MatchingCurve::curve, MatchingCurve::curveDirection, Mapping::debug, direction(), display(), display(), Mapping::domainDimension, End, fixXfloatYZ, fixYfloatXZ, fixZfloatXY, floatCollapsed, floatXfixYZ, floatYfixXZ, floatZfixXY, freeFloating, getBoundaryIndex(), getCPU(), getGhostIndex(), Mapping::getIndex(), Mapping::getIsPeriodic(), MappingProjectionParameters::getRealArray(), gridIndexRange, MatchingCurve::gridLine, i2, jacobiSmooth(), matchingCurves, matchToABoundaryCurve, matchToMapping, max(), min(), minimumGridSpacing, MappingProjectionParameters::normal, normalCC, normalize(), NULL, MatchingCurve::numberOfLinesForNormalBlend, numberOfLinesForNormalBlend, numberOfVolumeSmoothingIterations, MatchingCurve::projectionParameters, projectNormalsToMatchCurve(), Mapping::rangeDimension, REAL_MIN, s, singularAxis, sPrintF(), SQR, SQRT, Start, surfaceGrid, timeForNormalAndSurfaceArea, timing, trailingEdge, and trailingEdgeDirection.

Referenced by generate(), and initializeSurfaceGrid().

const Mapping* HyperbolicMapping::getSurface ( ) const

inline

int HyperbolicMapping::hypgen ( GenericGraphicsInterface &  gi, GraphicsParameters &  parameters  )

protected

References abs(), aString, GenericGraphicsInterface::erase(), generate(), generateNew(), GenericGraphicsInterface::getMenuItem(), Mapping::getName(), GI_TOP_LABEL, growthOption, GenericGraphicsInterface::inputString(), Mapping::mappingName, GenericGraphicsInterface::outputString(), PlotIt::plot(), GraphicsParameters::set(), sPrintF(), sScanF(), and upwindDissipationCoefficient.

Referenced by update().

int HyperbolicMapping::implicitSolve ( realArray &  xTri, const int &  i3Mod2, realArray &  xr, realArray &  xt, realArray &  normal, realArray &  normXr, realArray &  normXs, realArray &  normXt, TridiagonalSolver &  tri, int  stepNumber  )

protected

References Overture::abort(), at, axis1, axis2, bt, computeNonlinearDiffussionCoefficient(), ct, Mapping::domainDimension, TridiagonalSolver::factor(), formBlockTridiagonalSystem(), formCMatrix(), getCPU(), Mapping::getIsPeriodic(), TridiagonalSolver::normal, TridiagonalSolver::periodic, Mapping::rangeDimension, TridiagonalSolver::solve(), timeForImplicitSolve, timeForTridiagonalSolve, and timing.

Referenced by generate().

int HyperbolicMapping::initialize ( )

protected

References applyBoundaryConditionsToStartCurve, axis1, axis2, boundaryConditionMapping, boundaryConditionMappingWasNewed, boundaryCurves, boundaryOffsetWasApplied, choosePlotBoundsFromGlobalBounds, correctProjectionOfInitialCurves, defaultGhostBoundaryCondition, distanceToBoundaryCurveTolerance, edgeCurveMatchingTolerance, geometricFactor, ghostBoundaryCondition, info, initialCurveIsABoundaryCurve, initialSpacing, Mapping::inverseIsDistributed, Mapping::mapIsDistributed, Mapping::mappingName, normalDistribution, NULL, numberOfBoundaryCurves, numberOfGhostLinesToPlot, numberOfLinesWithConstantSpacing, numberOfTimings, plotGhostPoints, projectInitialCurve, projectNormalsOnMatchingBoundaries, projectOntoReferenceSurface, pStartCurveStretchParams, saveReferenceSurface, Mapping::setGridDimensions(), Mapping::setName(), smoothAndProject, spacingFromDistanceAndLines, spacingOption, startCurve, startCurveStretchMapping, stopOnNegativeCells, surfaceGrid, targetGridSpacing, timing, totalNumberOfSteps, useStartCurveStretchingWhileMarching, and useTriangulation.

Referenced by generate(), and HyperbolicMapping().

int HyperbolicMapping::initializeHyperbolicGridParameters ( )

protected

References arcLengthWeight, boundaryUniformDissipationCoefficient, constantSpacing, curvatureSpeedCoefficient, curvatureWeight, dissipationTransition, distance, Mapping::domainDimension, End, equidistributionWeight, growthOption, implicitCoefficient, linesToMarch, matchToMappingOrthogonalFactor, minimumGridSpacing, normalCurvatureWeight, numberOfLinesForNormalBlend, numberOfSmoothingIterations, numberOfVolumeSmoothingIterations, Mapping::rangeDimension, removeNormalSmoothing, spacingType, splayFactor, Start, startCurveEnd, startCurveStart, uniformDissipationCoefficient, and upwindDissipationCoefficient.

Referenced by HyperbolicMapping(), setStartingCurve(), setSurface(), and update().

int HyperbolicMapping::initializeMarchingArrays ( int  i3Start, int  numberOfAdditionalSteps, realArray &  x, realArray &  xt, realArray &  xr, realArray &  normal, realArray &  xrr, realArray &  s, realArray &  ss, realArray &  xrrDotN, realArray &  kappa  )

protected

References abs(), c, curvatureSpeedCoefficient, Mapping::debug, dimension, Mapping::domainDimension, evaluateStartCurve(), evaluateTheSurface, FALSE, Mapping::getIndex(), growthOption, lambda, normalCC, Mapping::rangeDimension, removeNormalSmoothing, surfaceGrid, and xSurface.

Referenced by generate().

int HyperbolicMapping::initializeMarchingParameters ( int  numberOfAdditionalSteps, int &  i3Start  )

protected

References adjustDistanceToMarch(), assert, aString, axis3, boundaryOffset, boundaryOffsetWasApplied, Mapping::debug, dimension, distance, Mapping::domainDimension, End, fabs(), geometricFactor, geometricNormalization, Mapping::getBoundaryCondition(), Mapping::getGridDimensions(), Mapping::getIsPeriodic(), Mapping::getName(), Mapping::getShare(), gridIndexRange, growthOption, ReferenceCounting::incrementReferenceCount(), indexRange, initialSpacing, linesToMarch, Mapping::mappingName, NULL, Mapping::numberOfGhostPoints, pow(), Mapping::rangeDimension, Mapping::setBoundaryCondition(), Mapping::setDomainDimension(), Mapping::setGridDimensions(), Mapping::setIsPeriodic(), Mapping::setName(), Mapping::setRangeDimension(), Mapping::setShare(), and Start.

Referenced by generate().

int HyperbolicMapping::initializeSurfaceGrid ( int  direction, int  numberOfAdditionalSteps, int  i3Start, int  i3Begin, realArray &  x, realArray &  xt, realArray &  xr, realArray &  normal, realArray &  ds, realArray &  s, realArray &  ss, realArray &  xrr, realArray &  normXr, realArray &  normXs, realArray &  xrSave  )

protected

References abs(), applyBoundaryConditions(), boundaryCondition, Mapping::debug, delta, dimension, direction(), display(), Mapping::domainDimension, End, fabs(), getDistanceToStep(), getGhostIndex(), Mapping::getIndex(), Mapping::getIsPeriodic(), getNormalAndSurfaceArea(), gridIndexRange, growthOption, indexRange, Mapping::notPeriodic, project(), projectOntoReferenceSurface, Mapping::rangeDimension, sPrintF(), Start, surfaceGrid, trailingEdge, and VOLUME.

Referenced by generate().

bool HyperbolicMapping::isDefined

(

)

const

References NULL.

int HyperbolicMapping::jacobiSmooth ( realArray &  ss, const int &  numberOfSmooths  )

protected

References Mapping::domainDimension, End, getBoundaryIndex(), getCPU(), getGhostIndex(), Mapping::getIndex(), Mapping::getIsPeriodic(), gridIndexRange, indexRange, smooth(), Start, timeForSmoothing, and timing.

Referenced by getCurvatureDependentSpeed(), and getNormalAndSurfaceArea().

Mapping * HyperbolicMapping::make ( const aString &  mappingClassName )

virtual

Reimplemented from Mapping.

References HyperbolicMapping().

void HyperbolicMapping::map ( const realArray &  r, realArray &  x, realArray &  xr = Overture::nullRealDistributedArray(), MappingParameters &  params = Overture::nullMappingParameters()  )

virtual

Reimplemented from Mapping.

References assert, axis3, Mapping::base, Mapping::bound, Mapping::computeMap, Mapping::computeMapDerivative, D, Mapping::domainDimension, Mapping::getIndex(), DataPointMapping::map(), NULL, r, R, and Mapping::rangeDimension.

Referenced by findMatchingBoundaryCurve(), HyperbolicMapping(), FilamentMapping::map(), setBoundaryConditionMapping(), setup(), update(), updateForInitialCurve(), and updateMarchingParameters().

void HyperbolicMapping::mapS ( const RealArray &  r, RealArray &  x, RealArray &  xr = Overture::nullRealArray(), MappingParameters &  params = Overture::nullMappingParameters()  )

virtual

Here is the map function defined for serial arrays.

Reimplemented from Mapping.

References assert, axis3, Mapping::base, Mapping::bound, Mapping::computeMap, Mapping::computeMapDerivative, D, Mapping::domainDimension, Mapping::getIndex(), DataPointMapping::mapS(), NULL, r, R, and Mapping::rangeDimension.

int HyperbolicMapping::matchToCurve ( bool  projectBoundary, Index &  I1, Index &  I2, Mapping &  matchingMapping, MappingProjectionParameters &  mpParams, int  i1Shift, int  i2Shift, const realArray &  x, const int &  marchingDirection, realArray &  normal, realArray &  xr, const int  sideBlend, const int  axisBlend, bool  initialStep = false, int  option = 0  )

protected

Project points onto a boundary curve (or boundary surface for a 3d volume grid) or interior matching curve and adjust normals.

/param projectBoundary: if true we are projecting onto a boundary (as opposed to an interior line) /param i1Shift: one of 1,0,-1. 1=left boundary (start), 0=interior curve, 1=right boundary

References assert, axis1, axis2, axis3, correctProjectionOfInitialCurve(), Mapping::debug, display(), Mapping::domainDimension, MappingProjectionParameters::elementIndex, Mapping::getClassName(), MappingProjectionParameters::getIntArray(), MappingProjectionParameters::getRealArray(), UnstructuredMapping::getTags(), CompositeTopology::getTriangulation(), i2, matchToMappingOrthogonalFactor, max(), MappingProjectionParameters::normal, NULL, numberOfLinesForNormalBlend, Mapping::project(), projectNormalsToMatchCurve(), projectOntoReferenceSurface, r, MappingProjectionParameters::r, Mapping::rangeDimension, REAL_EPSILON, REAL_MIN, MappingProjectionParameters::reset(), s, MappingProjectionParameters::setAdjustForCornersWhenMarching(), MappingProjectionParameters::setProjectOntoReferenceSurface(), SQR, SQRT, MappingProjectionParameters::subSurfaceIndex, and surfaceGrid.

Referenced by applyBoundaryConditionMatchToMapping().

realArray HyperbolicMapping::normalize ( const realArray &  u )

protected

References assert, dim, max(), REAL_MIN, SQR, and SQRT.

Referenced by getNormalAndSurfaceArea().

HyperbolicMapping & HyperbolicMapping::operator=

(

const HyperbolicMapping &

X0

)

References applyBoundaryConditionsToStartCurve, arcLengthWeight, boundaryCondition, boundaryConditionMapping, boundaryConditionMappingWasNewed, boundaryOffset, boundaryOffsetWasApplied, boundaryUniformDissipationCoefficient, curvatureSpeedCoefficient, curvatureWeight, ReferenceCounting::decrementReferenceCount(), dimension, dissipationTransition, distance, equidistributionWeight, geometricFactor, geometricNormalization, getClassName(), ghostBoundaryCondition, gridIndexRange, growthOption, implicitCoefficient, ReferenceCounting::incrementReferenceCount(), indexRange, initialSpacing, linesToMarch, Mapping::mappingHasChanged(), matchingCurves, matchToMappingOrthogonalFactor, minimumGridSpacing, normalCurvatureWeight, normalDistribution, NULL, numberOfLinesForNormalBlend, numberOfVolumeSmoothingIterations, Mapping::operator=(), plotGhostPoints, printF(), projectGhostPoints, projectInitialCurve, removeNormalSmoothing, saveReferenceSurface, smoothAndProject, spacingOption, spacingType, splayFactor, startCurve, startCurveEnd, startCurveStart, stopOnNegativeCells, surfaceGrid, targetGridSpacing, trailingEdgeDirection, uniformDissipationCoefficient, and upwindDissipationCoefficient.

int HyperbolicMapping::plotCellQuality ( GenericGraphicsInterface &  gi, GraphicsParameters &  parameters  )

protected

References cc, Mapping::domainDimension, Mapping::getIndex(), GI_POINT_COLOUR, GI_POINT_SIZE, growthOption, i2, indexRange, max(), min(), GenericGraphicsInterface::plotPoints(), Mapping::rangeDimension, GraphicsParameters::set(), x, and xHyper.

Referenced by update().

void HyperbolicMapping::plotDirectionArrows ( GenericGraphicsInterface &  gi, GraphicsParameters &  params  )

protected

References abs(), aString, C, GraphicsParameters::curveLineWidth, dimension, End, evaluateStartCurve(), FALSE, GraphicsParameters::get(), Mapping::getArcLength(), GenericGraphicsInterface::getColour(), GenericGraphicsInterface::getCurrentWindow(), GenericGraphicsInterface::getGlobalBound(), Mapping::getIndex(), GI_PLOT_THE_OBJECT_AND_EXIT, GI_POINT_COLOUR, GI_POINT_SIZE, gridIndexRange, growthOption, indexRange, GenericGraphicsInterface::isGraphicsWindowOpen(), GraphicsParameters::lineWidth, max(), min(), normal, NULL, numberOfPointsOnStartCurve, GenericGraphicsInterface::plotLines(), GenericGraphicsInterface::plotPoints(), project(), Mapping::rangeDimension, REAL_MIN, GenericGraphicsInterface::redraw(), GraphicsParameters::set(), Mapping::setArcLength(), sign(), SQR, SQRT, Start, startCurve, GenericGraphicsInterface::textColour, TRUE, x, and xr.

Referenced by drawBoundariesAndCurves().

int HyperbolicMapping::printStatistics ( FILE *  file = stdout )

protected

References aString, Mapping::domainDimension, Mapping::getClassName(), Mapping::getGridDimensions(), max(), NULL, numberOfTimings, REAL_MIN, surfaceGrid, timing, totalNumberOfSteps, and totalTime.

Referenced by update().

int HyperbolicMapping::project ( const realArray &  x, const int &  marchingDirection, realArray &  xr, const bool &  setBoundaryConditions = TRUE, bool  initialStep = false, int  stepNumber = 0  )

protected

References assert, axis1, axis2, axis3, boundaryCondition, correctProjectionOfInitialCurve(), correctProjectionOfInitialCurves, Mapping::debug, debugFile, display(), Mapping::domainDimension, End, fabs(), getClassName(), Mapping::getClassName(), getCPU(), Mapping::getIndex(), MappingProjectionParameters::getIntArray(), Mapping::getIsPeriodic(), UnstructuredMapping::getNumberOfElements(), MappingProjectionParameters::getRealArray(), CompositeSurface::getSignForNormal(), UnstructuredMapping::getTags(), CompositeTopology::getTriangulation(), gridIndexRange, indexRange, initialCurveFromCurveOnSurface, initialCurveOption, Mapping::inverseMap(), Mapping::map(), max(), min(), NULL, CompositeSurface::numberOfSubSurfaces(), UnstructuredMapping::project(), Mapping::project(), projectGhostPoints, projectOntoReferenceSurface, R, Mapping::rangeDimension, REAL_MIN, MappingProjectionParameters::reset(), s, MappingProjectionParameters::setOnlyChangePointsAdjustedForCornersWhenMarching(), sPrintF(), SQR, SQRT, Start, surfaceMappingProjectionParameters, timeForProject, timing, and useTriangulation.

Referenced by applyBoundaryConditions(), findNormalsToStartCurve(), generate(), initializeSurfaceGrid(), and plotDirectionArrows().

virtual int HyperbolicMapping::project ( realArray &  x, MappingProjectionParameters &  mpParams  )

inlineprotectedvirtual

Reimplemented from Mapping.

References Mapping::project().

int HyperbolicMapping::projectNormalsToMatchCurve ( Mapping &  matchingMapping, MappingProjectionParameters &  mpParams, Index &  I1, Index &  I2, realArray &  normal, realArray &  nDot  )

protected

Project the marching-normal to be parallel to the boundary Given n = normal to the boundary condition mapping (or tangent to BC curve), subtract off the component of `normal' in the direction of n finally renormalize /param mpParams.n (input) : matching surface normal or matching curve tangent. /param normal (output): the new un-normalized marching direction.

References axis1, axis2, axis3, Mapping::debug, fabs(), Mapping::getDomainDimension(), MappingProjectionParameters::getRealArray(), i2, MappingProjectionParameters::normal, NULL, projectNormalsOnMatchingBoundaries, and Mapping::rangeDimension.

Referenced by getNormalAndSurfaceArea(), and matchToCurve().

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

virtual

Reimplemented from Mapping.

References applyBoundaryConditionsToStartCurve, arcLengthWeight, boundaryCondition, boundaryConditionMapping, boundaryOffset, boundaryOffsetWasApplied, boundaryUniformDissipationCoefficient, GenericDataBase::create(), curvatureSpeedCoefficient, curvatureWeight, Mapping::debug, dimension, dissipationTransition, distance, equidistributionWeight, geometricFactor, geometricNormalization, DataPointMapping::getClassName(), getClassName(), Mapping::getClassName(), Mapping::getName(), ghostBoundaryCondition, gridIndexRange, growthOption, implicitCoefficient, indexRange, initialSpacing, linesToMarch, Mapping::mappingName, matchToMappingOrthogonalFactor, minimumGridSpacing, normalCurvatureWeight, normalDistribution, NULL, numberOfLinesForNormalBlend, numberOfVolumeSmoothingIterations, printF(), projectGhostPoints, projectInitialCurve, DataPointMapping::put(), GenericDataBase::put(), Mapping::put(), GenericDataBase::putDistributed(), Mapping::rangeDimension, removeNormalSmoothing, saveReferenceSurface, smoothAndProject, spacingOption, spacingType, splayFactor, sPrintF(), startCurve, startCurveEnd, startCurveStart, stopOnNegativeCells, surfaceGrid, targetGridSpacing, trailingEdgeDirection, uniformDissipationCoefficient, upwindDissipationCoefficient, Mapping::usesDistributedInverse(), Mapping::usesDistributedMap(), and GenericDataBase::virtualConstructor().

int HyperbolicMapping::removeNormalComponentOfSmoothing ( int  axis, const Index &  I1, const Index &  I2, const Index &  I3, realArray &  xrr, realArray &  xrrDotN, realArray &  normal, realArray &  xte  )

protected

References axis1, axis2, axis3, Mapping::domainDimension, implicitCoefficient, min(), Mapping::rangeDimension, and uniformDissipationCoefficient.

Referenced by generate().

int HyperbolicMapping::saveReferenceSurfaceWhenPut

(

bool

trueOrFalse = TRUE

)

References saveReferenceSurface.

int HyperbolicMapping::setBoundaryConditionAndOffset ( int  side, int  axis, int  bcValue, int  offset = -1  )

protected

Set the boundary condition and offset.

Parameters

offset

(input) : if offset==-1 (default) then set the default offset for the given value of bc.

References boundaryOffset, Mapping::domainDimension, Mapping::rangeDimension, and Mapping::setBoundaryCondition().

Referenced by buildCurve(), estimateMarchingParameters(), setup(), update(), updateForInitialCurve(), updateMarchingParameters(), and updateSurfaceGridParameters().

int HyperbolicMapping::setBoundaryConditionMapping	(	const int &	side,
		const int &	axis,
		Mapping &	map,
		const int &	mapSide = -1,
		const int &	mapAxis = -1
	)

Supply a mapping to match a boundary condition to.

Parameters

side,axis	(input) : match to this boundary of the hyperbolic grid.
map	(input): Match the boundary values of the grid to lie on this surface or match the boundary values to lie on the face of this Mapping defined by (mapSide,mapAxis).
mapSide,mapAxis	(input) : use this face of the Mapping `map'. Supply these values if the hyperbolic grid is to be matched to a face of 'map', rather than map itself.

References assert, boundaryConditionMapping, boundaryConditionMappingWasNewed, Mapping::getDomainDimension(), Mapping::getRangeDimension(), map(), and Mapping::mappingHasChanged().

int HyperbolicMapping::setBoundaryCurves	(	const int &	numberOfBoundaryCurves_,
		Mapping **	boundaryCurves_
	)

References boundaryCurves, deleteBoundaryCurves(), ReferenceCounting::incrementReferenceCount(), and numberOfBoundaryCurves.

Referenced by MappingBuilder::build().

void HyperbolicMapping::setIsSurfaceGrid

(

bool

trueOrFalse

)

References surfaceGrid.

void HyperbolicMapping::setLinesAndDistanceLabels ( DialogData &  dialog )

protected

References abs(), aString, distance, distanceFromLinesAndSpacing, DialogData::getOptionMenu(), growthOption, linesFromDistanceAndSpacing, linesToMarch, OptionMenu::setCurrentChoice(), DialogData::setSensitive(), DialogData::setTextLabel(), spacingOption, sPrintF(), and DialogData::textBoxWidget.

Referenced by update().

int HyperbolicMapping::setParameters	(	const HyperbolicParameter &	par,
		real	value,
		const Direction &	direction = bothDirections
	)

Referenced by MappingBuilder::build(), buildVolumeGrid(), FilletMapping::initialize(), main(), and setParameters().

int HyperbolicMapping::setParameters	(	const HyperbolicParameter &	par,
		int	value,
		const Direction &	direction = bothDirections
	)

References setParameters().

int HyperbolicMapping::setParameters	(	const HyperbolicParameter &	par,
		const IntegerArray &	ipar = Overture::nullIntArray(),
		const RealArray &	rpar = Overture::nullRealArray(),
		const Direction &	direction = bothDirections
	)

References applyBoundaryConditionsToStartCurve, axisParameters, barthImplicitness, bothDirections, boundaryCondition, D, dissipation, distance, distanceToMarch, forwardDirection, geometricFactor, ghostBoundaryCondition, growInBothDirections, growInTheReverseDirection, growthOption, initialSpacing, linesInTheNormalDirection, linesToMarch, min(), numberOfRegionsInTheNormalDirection, numberOfVolumeSmoothingIterations, projectGhostBoundaries, projectGhostPoints, reverseDirection, spacing, spacingOption, spacingType, stretchingInTheNormalDirection, targetGridSpacing, THEapplyBoundaryConditionsToStartCurve, THEboundaryConditions, THEgeometricFactor, THEghostBoundaryConditions, THEinitialGridSpacing, THEspacingOption, THEspacingType, THEtargetGridSpacing, and volumeParameters.

int HyperbolicMapping::setPlotOption	(	PlotOptionEnum	option,
		int	value
	)

References choosePlotBoundsFromGlobalBounds, and setPlotBoundsFromGlobalBounds.

Referenced by MappingBuilder::build().

int HyperbolicMapping::setStartingCurve	(	Mapping &	startingCurve,
		bool	init = true
	)

References ReferenceCounting::decrementReferenceCount(), evaluateTheSurface, ReferenceCounting::incrementReferenceCount(), initializeHyperbolicGridParameters(), Mapping::mappingHasChanged(), NULL, setup(), startCurve, and ReferenceCounting::uncountedReferencesMayExist().

Referenced by MappingBuilder::build().

int HyperbolicMapping::setSurface	(	Mapping &	surface,
		bool	isSurfaceGrid = true,
		bool	init = true
	)

References ReferenceCounting::decrementReferenceCount(), evaluateTheSurface, Mapping::getDomainDimension(), Mapping::getRangeDimension(), ReferenceCounting::incrementReferenceCount(), initializeHyperbolicGridParameters(), Mapping::mappingHasChanged(), setup(), surfaceGrid, and ReferenceCounting::uncountedReferencesMayExist().

Referenced by MappingBuilder::build(), buildVolumeGrid(), main(), and FilamentMapping::regenerateBodyFittedMapping().

int HyperbolicMapping::setup ( )

protected

References assert, aString, boundaryCondition, boundaryOffset, boundaryOffsetWasApplied, Mapping::domainDimension, End, evaluateTheSurface, freeFloating, Mapping::getDomainDimension(), Mapping::getGridDimensions(), Mapping::getIsPeriodic(), Mapping::getName(), Mapping::getRangeDimension(), Mapping::getTypeOfCoordinateSingularity(), map(), Mapping::mappingHasChanged(), Mapping::mappingName, Mapping::noCoordinateSingularity, Mapping::notPeriodic, NULL, numberOfVolumeSmoothingIterations, outwardSplay, periodic, Mapping::polarSingularity, projectGhostPoints, Mapping::setBoundaryCondition(), setBoundaryConditionAndOffset(), Mapping::setDomainDimension(), Mapping::setGridDimensions(), Mapping::setIsPeriodic(), Mapping::setName(), Mapping::setRangeDimension(), Mapping::setTypeOfCoordinateSingularity(), singularAxis, Start, startCurve, and surfaceGrid.

Referenced by HyperbolicMapping(), setStartingCurve(), setSurface(), update(), and updateSurfaceGridParameters().

int HyperbolicMapping::smooth ( GenericGraphicsInterface &  gi, GraphicsParameters &  parameters  )

protected

References Mapping::domainDimension, equiGridSmoother(), DataPointMapping::getGrid(), Mapping::getIndex(), gridIndexRange, Mapping::mappingHasChanged(), NULL, GenericGraphicsInterface::outputString(), Mapping::rangeDimension, DataPointMapping::setDataPoints(), EllipticGridGenerator::setup(), smoothAndProject, EllipticGridGenerator::startingGrid(), EllipticGridGenerator::update(), x, and xHyper.

Referenced by jacobiSmooth(), and update().

int HyperbolicMapping::update ( MappingInformation &  mapInfo )

virtual

Reimplemented from Mapping.

References nullString.

Referenced by OffsetShell::generateVolumeGrids(), and FilamentMapping::update().

int HyperbolicMapping::update	(	MappingInformation &	mapInfo,
		const aString &	command,
		DialogData *	interface = NULL
	)

References abs(), SelectionInfo::active, addBoundaryCurves(), DialogData::addOptionMenu(), GUIState::addPrefix(), GenericGraphicsInterface::appendToTheDefaultPrompt(), assert, assignMarchingParametersDialog(), aString, axis1, axis2, axis3, Mapping::bc, bcOption, GenericGraphicsInterface::beginRecordDisplayLists(), boundaryCondition, boundaryConditionMapping, boundaryCurves, boundaryOffset, buildBoundaryConditionMappingDialog(), buildCurve(), GridStretcher::buildDialog(), GridSmoother::buildDialog(), buildMarchingParametersDialog(), buildMarchingSpacingDialog(), buildPlotOptionsDialog(), GUIState::buildPopup(), buildStartCurveSpacingDialog(), buildSurfaceGridParametersDialog(), CompositeTopology::buildTriangulationForVisibleSurfaces(), choosePlotBoundsFromGlobalBounds, choosePlotBoundsFromReferenceSurface, MatchingCurve::curveDirection, MatchingCurve::curvePosition, Mapping::debug, ReferenceCounting::decrementReferenceCount(), deleteBoundaryCurves(), direction(), display(), distance, distanceFromLinesAndSpacing, Mapping::domainDimension, drawBoundariesAndCurves(), drawHyperbolicGrid(), drawReferenceSurface(), drawReferenceSurfaceEdges(), CompositeTopology::edgeCurveIsRemoved, End, GenericGraphicsInterface::endRecordDisplayLists(), equidistributionWeight, GenericGraphicsInterface::erase(), estimateMarchingParameters(), fabs(), freeFloating, generate(), GraphicsParameters::get(), GenericGraphicsInterface::getAnswer(), Mapping::getBasicInverseOption(), Mapping::getBoundaryCondition(), getBoundaryCurves(), Mapping::getClassName(), CompositeSurface::getCompositeTopology(), GenericGraphicsInterface::getCurrentWindow(), DataPointMapping::getDataPoints(), GUIState::getDialogSibling(), MappingRC::getDomainDimension(), Mapping::getDomainDimension(), CompositeTopology::getEdgeCurve(), CompositeTopology::getEdgeCurveStatus(), GenericGraphicsInterface::getGlobalBound(), ReferenceCounting::getGlobalID(), Mapping::getGrid(), Mapping::getGridDimensions(), MappingProjectionParameters::getIntArray(), Mapping::getIsPeriodic(), ListOfMappingRC::getLength(), MappingRC::getMapping(), GenericGraphicsInterface::getMenuItem(), MappingRC::getName(), Mapping::getName(), CompositeTopology::getNumberOfEdgeCurves(), GraphicsParameters::getNumberOfGhostLinesToPlot(), SplineMapping::getNumberOfKnots(), DialogData::getOptionMenu(), DataPointMapping::getOrderOfInterpolation(), MappingRC::getRangeDimension(), Mapping::getRangeDimension(), MappingProjectionParameters::getRealArray(), GenericGraphicsInterface::getSaveCommandFile(), CompositeTopology::getTriangulation(), GI_MAPPING_COLOUR, GI_PLOT_LINES_ON_MAPPING_BOUNDARIES, GI_PLOT_NON_PHYSICAL_BOUNDARIES, GI_PLOT_SHADED_MAPPING_BOUNDARIES, GI_PLOT_THE_OBJECT_AND_EXIT, GI_PLOT_UNS_EDGES, GI_PLOT_UNS_FACES, GI_POINT_SIZE, GI_SURFACE_OFFSET, GI_TOP_LABEL, GI_USE_PLOT_BOUNDS, gid, SelectionInfo::globalID, MappingInformation::graphXInterface, gridIndexRange, GridStretcher::gridWasChanged, growthOption, DialogData::hideSibling(), hypgen(), if(), implicitCoefficient, ReferenceCounting::incrementReferenceCount(), info, initialCurveFromEdges, initialCurveOption, initializeHyperbolicGridParameters(), initialSpacing, GenericGraphicsInterface::inputString(), Mapping::interactiveUpdate(), Mapping::inverseMap(), leftForward, linesToMarch, DataPointMapping::map(), Mapping::map(), map(), Mapping::mappingHasChanged(), MappingInformation::mappingList, Mapping::mappingName, MappingRC::mapPointer, matchingCurves, max(), measureQuality(), min(), MappingProjectionParameters::normal, SelectionInfo::nSelect, NULL, nullString, numberOfBoundaryCurves, numberOfGhostLinesToPlot, MatchingCurve::numberOfLinesForNormalBlend, numberOfPointsOnStartCurve, numberOfPossibleMultigridLevels(), CompositeSurface::numberOfSubSurfaces(), numberOfVolumeSmoothingIterations, GenericGraphicsInterface::outputString(), GenericGraphicsInterface::outputToCommandFile(), outwardSplay, pickingOption, pickOff, pickToChooseBoundaryConditionMapping, pickToChooseInitialCurve, pickToChooseInteriorMatchingCurve, pickToCreateBoundaryCurve, pickToDeleteBoundaryCurve, pickToEditAMapping, pickToHideSubSurface, pickToQueryAPoint, PlotIt::plot(), plotBoundaryConditionMappings, plotBoundaryCurves, plotCellQuality(), plotDirectionArrowsOnInitialCurve, plotGridPointsOnStartCurve, plotHyperbolicSurface, PlotIt::plotMappingQuality(), plotNegativeCells, plotObject, GenericGraphicsInterface::plotPoints(), plotReferenceSurface, plotTriangulation, GridSmoother::pointsFixed, GenericGraphicsInterface::popGUI(), printF(), printGridStatistics(), printStatistics(), Mapping::project(), projectGhostPoints, DialogData::pushButtonWidget, GenericGraphicsInterface::pushGUI(), r, Mapping::rangeDimension, REAL_MAX, referenceSurfaceHasChanged, Mapping::reinitialize(), GridSmoother::reset(), GenericGraphicsInterface::resetGlobalBound(), s, GenericGraphicsInterface::savePickCommands(), saveReferenceSurface, SelectionInfo::selection, GraphicsParameters::set(), GenericGraphicsInterface::setAxesDimension(), Mapping::setBasicInverseOption(), Mapping::setBoundaryCondition(), setBoundaryConditionAndOffset(), GridSmoother::setBoundaryConditions(), GridSmoother::setBoundaryMappings(), OptionMenu::setCurrentChoice(), MatchingCurve::setCurve(), DialogData::setExitCommand(), GenericGraphicsInterface::setGlobalBound(), Mapping::setGridDimensions(), CompositeSurface::setIsVisible(), setLinesAndDistanceLabels(), GridSmoother::setMatchingCurves(), Mapping::setName(), DialogData::setOptionMenuColumns(), DataPointMapping::setOrderOfInterpolation(), DialogData::setPushButtons(), OptionMenu::setSensitive(), DialogData::setSensitive(), DialogData::setTextBoxes(), DialogData::setTextLabel(), DialogData::setToggleState(), setup(), DialogData::setWindowTitle(), DialogData::showSibling(), GridSmoother::smooth(), smooth(), smoothAndProject, spacingFromDistanceAndLines, spacingOption, DataPointMapping::specifyTopology(), sPrintF(), SQR, sScanF(), Start, startCurve, startCurveEnd, startCurveStart, stopOnNegativeCells, GenericGraphicsInterface::stopReadingCommandFile(), MappingProjectionParameters::subSurfaceIndex, surfaceGrid, targetGridSpacing, GenericGraphicsInterface::unAppendTheDefaultPrompt(), ReferenceCounting::uncountedReferencesMayExist(), GridStretcher::update(), DataPointMapping::update(), UnstructuredMapping::update(), updateBoundaryConditionMappingDialog(), updateBoundaryConditionMappings(), updateForInitialCurve(), updateLinesAndDistanceToMarch(), updateMarchingParameters(), updateMarchingSpacingOptions(), updateOld(), GridSmoother::updateOptions(), updatePlotOptions(), updateStartCurveSpacingOptions(), updateSurfaceGridParameters(), Mapping::updateWithCommand(), useRobustInverse(), Mapping::usingRobustInverse(), MatchingCurve::x, SelectionInfo::x, x, xHyper, and xr.

int HyperbolicMapping::updateBoundaryConditionMappingDialog ( DialogData &  dialog )

protected

References aString, bcOption, DialogData::changeOptionMenu(), growthOption, leftBackward, and leftForward.

Referenced by update().

bool HyperbolicMapping::updateBoundaryConditionMappings ( aString &  answer, DialogData &  dialog, bool  checkSelection, SelectionInfo &  select, MappingInformation &  mapInfo  )

protected

References bcOption, boundaryCondition, boundaryConditionMapping, boundaryConditionMappingWasNewed, boundaryCurves, direction(), Mapping::getClassName(), CompositeSurface::getCompositeTopology(), CompositeTopology::getEdgeCurve(), ReferenceCounting::getGlobalID(), CompositeTopology::getNumberOfEdgeCurves(), MappingInformation::graphXInterface, ReferenceCounting::incrementReferenceCount(), leftBackward, leftForward, matchToABoundaryCurve, SelectionInfo::nSelect, NULL, numberOfBoundaryCurves, GenericGraphicsInterface::outputString(), GenericGraphicsInterface::outputToCommandFile(), plotObject, rightBackward, rightForward, SelectionInfo::selection, sPrintF(), sScanF(), and GenericGraphicsInterface::stopReadingCommandFile().

Referenced by update().

int HyperbolicMapping::updateForInitialCurve ( bool  updateNumberOfGridLines = true )

protected

References assert, axis2, boundaryCondition, Mapping::domainDimension, End, evaluateTheSurface, freeFloating, Mapping::getArcLength(), Mapping::getGridDimensions(), Mapping::getIsPeriodic(), Mapping::getTypeOfCoordinateSingularity(), map(), Mapping::mappingHasChanged(), NULL, numberOfPointsOnStartCurve, outwardSplay, periodic, printF(), referenceSurfaceHasChanged, setBoundaryConditionAndOffset(), Mapping::setGridDimensions(), Mapping::setIsPeriodic(), Mapping::setTypeOfCoordinateSingularity(), Start, startCurve, surfaceGrid, and targetGridSpacing.

Referenced by update(), updateStartCurveSpacingOptions(), and updateSurfaceGridParameters().

void HyperbolicMapping::updateLinesAndDistanceToMarch ( )

protected

References Overture::abort(), constantSpacing, distance, distanceFromLinesAndSpacing, geometricFactor, geometricSpacing, initialSpacing, linesFromDistanceAndSpacing, linesToMarch, log(), pow(), spacingOption, spacingType, and targetGridSpacing.

Referenced by update().

bool HyperbolicMapping::updateMarchingParameters ( aString &  answer, DialogData &  marchingParametersDialog, aString  bcChoices[], MappingInformation &  mapInfo  )

protected

References Overture::abort(), applyBoundaryConditionsToStartCurve, arcLengthWeight, assert, aString, axis1, axis3, boundaryCondition, boundaryConditionMapping, boundaryConditionMappingWasNewed, boundaryOffset, boundaryUniformDissipationCoefficient, GenericGraphicsInterface::buildCascadingMenu(), correctProjectionOfInitialCurves, curvatureSpeedCoefficient, curvatureWeight, direction(), dissipationTransition, Mapping::domainDimension, End, equidistributionWeight, findMatchingBoundaryCurve(), freeFloating, Mapping::functionPeriodic, MappingRC::getBoundaryCondition(), Mapping::getClassName(), MappingRC::getDomainDimension(), Mapping::getDomainDimension(), ListOfMappingRC::getLength(), GenericGraphicsInterface::getMenuItem(), MappingRC::getName(), DialogData::getOptionMenu(), MappingRC::getRangeDimension(), Mapping::getRangeDimension(), DialogData::getToggleValue(), gid, MappingInformation::graphXInterface, gridIndexRange, implicitCoefficient, ReferenceCounting::incrementReferenceCount(), GenericGraphicsInterface::indexInCascadingMenu(), GenericGraphicsInterface::inputString(), map(), Mapping::mappingHasChanged(), MappingInformation::mappingList, Mapping::mappingName, MappingRC::mapPointer, matchToMapping, max(), min(), NULL, numberOfLinesForNormalBlend, numberOfVolumeSmoothingIterations, GenericGraphicsInterface::outputString(), outwardSplay, plotBoundaryConditionMappings, plotObject, printF(), projectGhostPoints, projectNormalsOnMatchingBoundaries, projectOntoReferenceSurface, Mapping::rangeDimension, Mapping::setBoundaryCondition(), setBoundaryConditionAndOffset(), OptionMenu::setCurrentChoice(), DataPointMapping::setDataPoints(), Mapping::setGridDimensions(), Mapping::setIsPeriodic(), DialogData::setTextLabel(), DialogData::setToggleState(), splayFactor, sPrintF(), sScanF(), Start, stopOnNegativeCells, surfaceGrid, uniformDissipationCoefficient, x, and xHyper.

Referenced by update().

bool HyperbolicMapping::updateMarchingSpacingOptions ( aString &  answer, DialogData &  dialog, MappingInformation &  mapInfo  )

protected

References aString, constantSpacing, ReferenceCounting::decrementReferenceCount(), distanceFromLinesAndSpacing, geometricFactor, geometricSpacing, DialogData::getOptionMenu(), MappingInformation::graphXInterface, ReferenceCounting::incrementReferenceCount(), initialSpacing, inverseHyperbolicSpacing, StretchMapping::inverseHyperbolicTangent, linesFromDistanceAndSpacing, normalDistribution, NULL, oneDimensionalMappingSpacing, GenericGraphicsInterface::outputString(), OptionMenu::setCurrentChoice(), StretchMapping::setLayerParameters(), StretchMapping::setNumberOfLayers(), StretchMapping::setStretchingType(), DialogData::setTextLabel(), spacingFromDistanceAndLines, spacingOption, spacingType, sPrintF(), sScanF(), StretchMapping::update(), and userDefinedSpacing.

Referenced by update().

bool HyperbolicMapping::updateOld ( aString &  answer, MappingInformation &  mapInfo, GraphicsParameters &  referenceSurfaceParameters  )

protected

References A, abs(), GenericGraphicsInterface::appendToTheDefaultPrompt(), arcLengthWeight, assert, aString, axis2, axis3, choosePlotBoundsFromReferenceSurface, constantSpacing, curvatureSpeedCoefficient, curvatureWeight, ReferenceCounting::decrementReferenceCount(), display(), distance, Mapping::domainDimension, End, equidistributionWeight, GenericGraphicsInterface::erase(), geometricFactor, geometricSpacing, GraphicsParameters::get(), Mapping::getIndex(), GenericGraphicsInterface::getMenuItem(), GI_PLOT_LINES_ON_MAPPING_BOUNDARIES, GI_PLOT_SHADED_MAPPING_BOUNDARIES, GI_PLOT_THE_OBJECT_AND_EXIT, gid, MappingInformation::graphXInterface, gridIndexRange, growthOption, implicitCoefficient, ReferenceCounting::incrementReferenceCount(), initialSpacing, GenericGraphicsInterface::inputString(), StretchMapping::inverseHyperbolicTangent, linesToMarch, Mapping::mappingHasChanged(), matchToMappingOrthogonalFactor, max(), minimumGridSpacing, normalCurvatureWeight, normalDistribution, NULL, numberOfLinesForNormalBlend, numberOfVolumeSmoothingIterations, oneDimensionalMappingSpacing, PlotIt::plot(), plotBoundaryConditionMappings, plotDirectionArrowsOnInitialCurve, plotObject, plotReferenceSurface, projectGhostPoints, projectInitialCurve, Mapping::rangeDimension, removeNormalSmoothing, S, GraphicsParameters::set(), DataPointMapping::setDataPoints(), StretchMapping::setLayerParameters(), StretchMapping::setNumberOfLayers(), StretchMapping::setStretchingType(), spacingType, sPrintF(), sScanF(), Start, surfaceGrid, GenericGraphicsInterface::unAppendTheDefaultPrompt(), uniformDissipationCoefficient, StretchMapping::update(), upwindDissipationCoefficient, x, and xHyper.

Referenced by update().

bool HyperbolicMapping::updatePlotOptions ( aString &  answer, DialogData &  plotOptionsDialog, MappingInformation &  mapInfo, GraphicsParameters &  parameters, GraphicsParameters &  referenceSurfaceParameters  )

protected

References aString, choosePlotBoundsFromGlobalBounds, choosePlotBoundsFromReferenceSurface, DialogData::getTextValue(), GI_PLOT_LINES_ON_MAPPING_BOUNDARIES, GI_PLOT_SHADED_MAPPING_BOUNDARIES, GI_PLOT_UNS_EDGES, GI_PLOT_UNS_FACES, MappingInformation::graphXInterface, numberOfGhostLinesToPlot, plotBoundaryCurves, plotGhostPoints, plotGridPointsOnStartCurve, plotObject, plotReferenceSurface, plotTriangulation, printF(), referenceSurfaceHasChanged, GraphicsParameters::set(), DialogData::setToggleState(), and sScanF().

Referenced by update().

bool HyperbolicMapping::updateStartCurveSpacingOptions ( aString &  answer, DialogData &  dialog, MappingInformation &  mapInfo  )

protected

References assert, aString, axis1, ReferenceCounting::decrementReferenceCount(), Mapping::domainDimension, equidistributionWeight, Mapping::getIsPeriodic(), MappingInformation::graphXInterface, ReferenceCounting::incrementReferenceCount(), StretchMapping::inverseHyperbolicTangent, NULL, numberOfVolumeSmoothingIterations, GenericGraphicsInterface::outputString(), plotDirectionArrowsOnInitialCurve, plotHyperbolicSurface, plotObject, pStartCurveStretchParams, referenceSurfaceHasChanged, Mapping::setIsPeriodic(), StretchMapping::setLayerParameters(), StretchMapping::setNumberOfLayers(), StretchMapping::setStretchingType(), DialogData::setTextLabel(), DialogData::setToggleState(), sPrintF(), sScanF(), startCurve, startCurveStretchMapping, StretchedSquare::stretchFunction(), surfaceGrid, updateForInitialCurve(), and useStartCurveStretchingWhileMarching.

Referenced by update().

bool HyperbolicMapping::updateSurfaceGridParameters ( aString &  answer, DialogData &  surfaceGridParametersDialog, MappingInformation &  mapInfo, GraphicsParameters &  referenceSurfaceParameters  )

protected

References aString, axis1, boundaryCondition, ReferenceCounting::decrementReferenceCount(), distanceToBoundaryCurveTolerance, Mapping::domainDimension, edgeCurveMatchingTolerance, fabs(), freeFloating, Mapping::getClassName(), SplineMapping::getDomainInterval(), MappingRC::getGridDimensions(), Mapping::getGridDimensions(), MappingRC::getIsPeriodic(), Mapping::getIsPeriodic(), DialogData::getOptionMenu(), MappingInformation::graphXInterface, initialCurveFromBoundaryCurves, initialCurveFromCoordinateLine0, initialCurveFromCoordinateLine1, initialCurveFromCurveOnSurface, initialCurveFromEdges, initialCurveOption, GenericGraphicsInterface::inputString(), ComposeMapping::map1, matchingCurves, matchToABoundaryCurve, matchToMapping, NULL, numberOfPointsOnStartCurve, GenericGraphicsInterface::outputString(), outwardSplay, periodic, plotDirectionArrowsOnInitialCurve, plotHyperbolicSurface, plotObject, printF(), projectInitialCurve, projectOntoReferenceSurface, REAL_EPSILON, referenceSurfaceHasChanged, setBoundaryConditionAndOffset(), OptionMenu::setCurrentChoice(), SplineMapping::setDomainInterval(), Mapping::setGridDimensions(), Mapping::setIsPeriodic(), DialogData::setTextLabel(), DialogData::setToggleState(), setup(), sPrintF(), sScanF(), startCurve, startCurveEnd, startCurveStart, GenericGraphicsInterface::stopReadingCommandFile(), surfaceMappingProjectionParameters, MappingRC::update(), Mapping::update(), updateForInitialCurve(), and useTriangulation.

Referenced by update().

void HyperbolicMapping::useRobustInverse ( const bool  trueOrFalse = TRUE )

virtual

Reimplemented from Mapping.

References NULL, and Mapping::useRobustInverse().

Referenced by update().

Member Data Documentation

bool HyperbolicMapping::applyBoundaryConditionsToStartCurve

protected

Referenced by buildMarchingParametersDialog(), generate(), get(), initialize(), operator=(), put(), setParameters(), and updateMarchingParameters().

real HyperbolicMapping::arcLengthWeight

protected

Referenced by assignMarchingParametersDialog(), buildMarchingParametersDialog(), computeNonlinearDiffussionCoefficient(), equidistributeAndStretch(), get(), initializeHyperbolicGridParameters(), operator=(), put(), updateMarchingParameters(), and updateOld().

realArray HyperbolicMapping::at

protected

Referenced by formBlockTridiagonalSystem(), generate(), and implicitSolve().

enum HyperbolicMapping::BCoptionEnum HyperbolicMapping::bcOption

Referenced by buildBoundaryConditionMappingDialog(), update(), updateBoundaryConditionMappingDialog(), and updateBoundaryConditionMappings().

IntegerArray HyperbolicMapping::boundaryCondition

protected

Referenced by applyBoundaryConditionMatchToMapping(), applyBoundaryConditions(), assignMarchingParametersDialog(), buildMarchingParametersDialog(), createCurveOnSurface(), display(), drawBoundariesAndCurves(), estimateMarchingParameters(), findMatchingBoundaryCurve(), formBlockTridiagonalSystem(), generate(), get(), getNormalAndSurfaceArea(), initializeSurfaceGrid(), operator=(), project(), put(), setParameters(), setup(), update(), updateBoundaryConditionMappings(), updateForInitialCurve(), updateMarchingParameters(), and updateSurfaceGridParameters().

Mapping* HyperbolicMapping::boundaryConditionMapping[2][2]

protected

Referenced by applyBoundaryConditionMatchToMapping(), drawBoundariesAndCurves(), estimateMarchingParameters(), findMatchingBoundaryCurve(), get(), getNormalAndSurfaceArea(), initialize(), operator=(), put(), setBoundaryConditionMapping(), update(), updateBoundaryConditionMappings(), updateMarchingParameters(), and ~HyperbolicMapping().

MappingProjectionParameters HyperbolicMapping::boundaryConditionMappingProjectionParameters[2][2]

protected

Referenced by applyBoundaryConditionMatchToMapping(), and getNormalAndSurfaceArea().

bool HyperbolicMapping::boundaryConditionMappingWasNewed[2][2]

protected

Referenced by findMatchingBoundaryCurve(), get(), initialize(), operator=(), setBoundaryConditionMapping(), updateBoundaryConditionMappings(), updateMarchingParameters(), and ~HyperbolicMapping().

aString HyperbolicMapping::boundaryConditionName

static

Initial value:

=
{
  "unknown",
  "freeFloating", 
  "outwardSplay",   
  "fixXfloatYZ",
  "fixYfloatXZ",
  "fixZfloatXY",
  "floatXfixYZ",
  "floatYfixXZ",
  "floatZfixXY",
  "floatCollapsed",
  "periodic",
  "xSymmetryPlane",
  "ySymmetryPlane",
  "zSymmetryPlane",
  "singularAxis",
  "matchToMapping",
  "matchToPlane",
  "trailingEdge",
  "matchToABoundaryCurve"
}

Referenced by display().

Mapping** HyperbolicMapping::boundaryCurves

protected

Referenced by addBoundaryCurves(), buildCurve(), createCurveOnSurface(), deleteBoundaryCurves(), drawBoundariesAndCurves(), findMatchingBoundaryCurve(), getBoundaryCurves(), initialize(), setBoundaryCurves(), update(), and updateBoundaryConditionMappings().

int HyperbolicMapping::boundaryOffset[2][3]

protected

Referenced by applyBoundaryConditionMatchToMapping(), assignMarchingParametersDialog(), buildMarchingParametersDialog(), equidistributeAndStretch(), evaluateStartCurve(), generate(), get(), getNormalAndSurfaceArea(), initializeMarchingParameters(), operator=(), put(), setBoundaryConditionAndOffset(), setup(), update(), and updateMarchingParameters().

bool HyperbolicMapping::boundaryOffsetWasApplied

protected

Referenced by generate(), get(), initialize(), initializeMarchingParameters(), operator=(), put(), and setup().

real HyperbolicMapping::boundaryUniformDissipationCoefficient

protected

Referenced by assignMarchingParametersDialog(), buildMarchingParametersDialog(), get(), getDissipationCoefficient(), initializeHyperbolicGridParameters(), operator=(), put(), and updateMarchingParameters().

realArray HyperbolicMapping::bt

protected

Referenced by formBlockTridiagonalSystem(), generate(), and implicitSolve().

realArray HyperbolicMapping::c

protected

Referenced by formBlockTridiagonalSystem(), formCMatrix(), and initializeMarchingArrays().

bool HyperbolicMapping::choosePlotBoundsFromGlobalBounds

protected

Referenced by initialize(), setPlotOption(), update(), and updatePlotOptions().

bool HyperbolicMapping::choosePlotBoundsFromReferenceSurface

protected

Referenced by buildPlotOptionsDialog(), update(), updateOld(), and updatePlotOptions().

bool HyperbolicMapping::correctProjectionOfInitialCurves

protected

Referenced by buildMarchingParametersDialog(), initialize(), project(), and updateMarchingParameters().

realArray HyperbolicMapping::ct

protected

Referenced by formBlockTridiagonalSystem(), generate(), and implicitSolve().

real HyperbolicMapping::curvatureSpeedCoefficient

protected

Referenced by display(), drawHyperbolicGrid(), get(), getCurvatureDependentSpeed(), initializeHyperbolicGridParameters(), initializeMarchingArrays(), operator=(), put(), updateMarchingParameters(), and updateOld().

real HyperbolicMapping::curvatureWeight

protected

Referenced by assignMarchingParametersDialog(), buildMarchingParametersDialog(), computeNonlinearDiffussionCoefficient(), equidistributeAndStretch(), get(), initializeHyperbolicGridParameters(), operator=(), put(), updateMarchingParameters(), and updateOld().

IntegerArray HyperbolicMapping::dimension

protected

Referenced by evaluateStartCurve(), generate(), get(), initializeMarchingArrays(), initializeMarchingParameters(), initializeSurfaceGrid(), operator=(), plotDirectionArrows(), and put().

int HyperbolicMapping::dissipationTransition

protected

Referenced by assignMarchingParametersDialog(), buildMarchingParametersDialog(), get(), getDissipationCoefficient(), initializeHyperbolicGridParameters(), operator=(), put(), and updateMarchingParameters().

real HyperbolicMapping::distance[2]

protected

Referenced by adjustDistanceToMarch(), display(), get(), getDistanceToStep(), initializeHyperbolicGridParameters(), initializeMarchingParameters(), operator=(), put(), setLinesAndDistanceLabels(), setParameters(), update(), updateLinesAndDistanceToMarch(), and updateOld().

real HyperbolicMapping::distanceToBoundaryCurveTolerance

protected

Referenced by buildSurfaceGridParametersDialog(), findMatchingBoundaryCurve(), initialize(), and updateSurfaceGridParameters().

real HyperbolicMapping::edgeCurveMatchingTolerance

protected

Referenced by buildSurfaceGridParametersDialog(), createCurveOnSurface(), initialize(), and updateSurfaceGridParameters().

real HyperbolicMapping::equidistributionWeight

protected

Referenced by applyBoundaryConditions(), assignMarchingParametersDialog(), buildMarchingParametersDialog(), drawHyperbolicGrid(), evaluateStartCurve(), get(), initializeHyperbolicGridParameters(), operator=(), put(), update(), updateMarchingParameters(), updateOld(), and updateStartCurveSpacingOptions().

bool HyperbolicMapping::evaluateTheSurface

protected

Referenced by initializeMarchingArrays(), setStartingCurve(), setSurface(), setup(), and updateForInitialCurve().

real HyperbolicMapping::geometricFactor

protected

Referenced by adjustDistanceToMarch(), buildMarchingSpacingDialog(), estimateMarchingParameters(), get(), getDistanceToStep(), initialize(), initializeMarchingParameters(), operator=(), put(), setParameters(), updateLinesAndDistanceToMarch(), updateMarchingSpacingOptions(), and updateOld().

real HyperbolicMapping::geometricNormalization[2]

protected

Referenced by adjustDistanceToMarch(), get(), getDistanceToStep(), initializeMarchingParameters(), operator=(), and put().

IntegerArray HyperbolicMapping::ghostBoundaryCondition

protected

Referenced by display(), get(), initialize(), operator=(), put(), and setParameters().

aString HyperbolicMapping::ghostBoundaryConditionName

static

Initial value:

=
{
  "defaultGhostBoundaryCondition",
  "orthogonalBlendGhostBoundaryCondition",
  "normalGhostBoundaryCondition",
  "evenSymmetryGhostBoundaryCondition"
}

Referenced by display().

enum HyperbolicMapping::GhostLineOptions HyperbolicMapping::ghostLineOption

protected

realArray HyperbolicMapping::gridDensityWeight

protected

Referenced by computeNonlinearDiffussionCoefficient().

IntegerArray HyperbolicMapping::gridIndexRange

protected

Referenced by applyBoundaryConditions(), blendNormals(), equidistributeAndStretch(), evaluateStartCurve(), generate(), get(), getCurvatureDependentSpeed(), getNormalAndSurfaceArea(), initializeMarchingParameters(), initializeSurfaceGrid(), jacobiSmooth(), operator=(), plotDirectionArrows(), project(), put(), smooth(), update(), updateMarchingParameters(), and updateOld().

int HyperbolicMapping::growthOption

protected

Referenced by buildBoundaryConditionMappingDialog(), createCurveOnSurface(), display(), drawBoundariesAndCurves(), drawHyperbolicGrid(), generate(), get(), getDistanceToStep(), hypgen(), initializeHyperbolicGridParameters(), initializeMarchingArrays(), initializeMarchingParameters(), initializeSurfaceGrid(), operator=(), plotCellQuality(), plotDirectionArrows(), put(), setLinesAndDistanceLabels(), setParameters(), update(), updateBoundaryConditionMappingDialog(), and updateOld().

real HyperbolicMapping::implicitCoefficient

protected

Referenced by display(), drawHyperbolicGrid(), formCMatrix(), get(), initializeHyperbolicGridParameters(), operator=(), put(), removeNormalComponentOfSmoothing(), update(), updateMarchingParameters(), and updateOld().

IntegerArray HyperbolicMapping::indexRange

protected

Referenced by applyBoundaryConditionMatchToMapping(), applyBoundaryConditions(), computeCellVolumes(), computeNonlinearDiffussionCoefficient(), drawHyperbolicGrid(), findNormalsToStartCurve(), formBlockTridiagonalSystem(), formCMatrix(), generate(), get(), getCurvatureDependentSpeed(), initializeMarchingParameters(), initializeSurfaceGrid(), jacobiSmooth(), operator=(), plotCellQuality(), plotDirectionArrows(), project(), and put().

int HyperbolicMapping::info

protected

Referenced by generate(), initialize(), and update().

bool HyperbolicMapping::initialCurveIsABoundaryCurve

protected

Referenced by buildCurve(), createCurveOnSurface(), and initialize().

InitialCurveEnum HyperbolicMapping::initialCurveOption

protected

Referenced by buildCurve(), buildSurfaceGridParametersDialog(), createCurveOnSurface(), project(), update(), and updateSurfaceGridParameters().

real HyperbolicMapping::initialSpacing

protected

Referenced by adjustDistanceToMarch(), estimateMarchingParameters(), get(), getDistanceToStep(), initialize(), initializeMarchingParameters(), operator=(), put(), setParameters(), update(), updateLinesAndDistanceToMarch(), updateMarchingSpacingOptions(), and updateOld().

realArray HyperbolicMapping::lambda

protected

Referenced by computeNonlinearDiffussionCoefficient(), formBlockTridiagonalSystem(), and initializeMarchingArrays().

int HyperbolicMapping::linesToMarch[2]

protected

Referenced by adjustDistanceToMarch(), display(), generate(), get(), getDistanceToStep(), initializeHyperbolicGridParameters(), initializeMarchingParameters(), operator=(), put(), setLinesAndDistanceLabels(), setParameters(), update(), updateLinesAndDistanceToMarch(), and updateOld().

vector<MatchingCurve> HyperbolicMapping::matchingCurves

protected

Referenced by applyBoundaryConditionMatchToMapping(), drawBoundariesAndCurves(), equidistributeAndStretch(), evaluateStartCurve(), getNormalAndSurfaceArea(), operator=(), update(), and updateSurfaceGridParameters().

real HyperbolicMapping::matchToMappingOrthogonalFactor

protected

Referenced by applyBoundaryConditions(), get(), initializeHyperbolicGridParameters(), matchToCurve(), operator=(), put(), and updateOld().

real HyperbolicMapping::minimumGridSpacing

protected

Referenced by get(), getNormalAndSurfaceArea(), initializeHyperbolicGridParameters(), operator=(), put(), and updateOld().

realArray HyperbolicMapping::normalCC

protected

Referenced by computeCellVolumes(), getNormalAndSurfaceArea(), and initializeMarchingArrays().

real HyperbolicMapping::normalCurvatureWeight

protected

Referenced by computeNonlinearDiffussionCoefficient(), get(), initializeHyperbolicGridParameters(), operator=(), put(), and updateOld().

Mapping* HyperbolicMapping::normalDistribution

protected

Referenced by get(), getDistanceToStep(), initialize(), operator=(), put(), updateMarchingSpacingOptions(), updateOld(), and ~HyperbolicMapping().

int HyperbolicMapping::numberOfBoundaryCurves

protected

Referenced by addBoundaryCurves(), buildCurve(), createCurveOnSurface(), deleteBoundaryCurves(), drawBoundariesAndCurves(), findMatchingBoundaryCurve(), getBoundaryCurves(), initialize(), setBoundaryCurves(), update(), and updateBoundaryConditionMappings().

int HyperbolicMapping::numberOfGhostLinesToPlot

protected

Referenced by buildPlotOptionsDialog(), drawHyperbolicGrid(), initialize(), update(), and updatePlotOptions().

int HyperbolicMapping::numberOfLinesForNormalBlend[2][2]

protected

Referenced by applyBoundaryConditions(), assignMarchingParametersDialog(), blendNormals(), buildMarchingParametersDialog(), display(), findMatchingBoundaryCurve(), get(), getNormalAndSurfaceArea(), initializeHyperbolicGridParameters(), matchToCurve(), operator=(), put(), updateMarchingParameters(), and updateOld().

int HyperbolicMapping::numberOfLinesWithConstantSpacing

protected

Referenced by buildMarchingSpacingDialog(), and initialize().

int HyperbolicMapping::numberOfPointsOnStartCurve

protected

Referenced by buildCurve(), createCurveOnSurface(), evaluateStartCurve(), plotDirectionArrows(), update(), updateForInitialCurve(), and updateSurfaceGridParameters().

int HyperbolicMapping::numberOfSmoothingIterations

protected

Referenced by initializeHyperbolicGridParameters().

int HyperbolicMapping::numberOfVolumeSmoothingIterations

protected

Referenced by assignMarchingParametersDialog(), buildMarchingParametersDialog(), display(), drawHyperbolicGrid(), get(), getNormalAndSurfaceArea(), initializeHyperbolicGridParameters(), operator=(), put(), setParameters(), setup(), update(), updateMarchingParameters(), updateOld(), and updateStartCurveSpacingOptions().

enum HyperbolicMapping::PickingOptionEnum HyperbolicMapping::pickingOption

Referenced by buildCurve(), createCurveOnSurface(), and update().

bool HyperbolicMapping::plotBoundaryConditionMappings

protected

Referenced by assignMarchingParametersDialog(), drawBoundariesAndCurves(), update(), updateMarchingParameters(), and updateOld().

bool HyperbolicMapping::plotBoundaryCurves

protected

Referenced by buildPlotOptionsDialog(), drawBoundariesAndCurves(), update(), and updatePlotOptions().

bool HyperbolicMapping::plotDirectionArrowsOnInitialCurve

protected

Referenced by drawBoundariesAndCurves(), update(), updateOld(), updateStartCurveSpacingOptions(), and updateSurfaceGridParameters().

bool HyperbolicMapping::plotGhostPoints

protected

Referenced by buildPlotOptionsDialog(), drawHyperbolicGrid(), initialize(), operator=(), and updatePlotOptions().

bool HyperbolicMapping::plotGridPointsOnStartCurve

protected

Referenced by buildPlotOptionsDialog(), update(), and updatePlotOptions().

bool HyperbolicMapping::plotHyperbolicSurface

protected

Referenced by drawBoundariesAndCurves(), drawHyperbolicGrid(), drawReferenceSurface(), update(), updateStartCurveSpacingOptions(), and updateSurfaceGridParameters().

bool HyperbolicMapping::plotNegativeCells

protected

Referenced by drawHyperbolicGrid(), generate(), and update().

bool HyperbolicMapping::plotObject

protected

Referenced by update(), updateBoundaryConditionMappings(), updateMarchingParameters(), updateOld(), updatePlotOptions(), updateStartCurveSpacingOptions(), and updateSurfaceGridParameters().

bool HyperbolicMapping::plotReferenceSurface

protected

Referenced by buildPlotOptionsDialog(), update(), updateOld(), and updatePlotOptions().

bool HyperbolicMapping::plotTriangulation

protected

Referenced by buildPlotOptionsDialog(), drawReferenceSurface(), update(), and updatePlotOptions().

IntegerArray HyperbolicMapping::projectGhostPoints

protected

Referenced by applyBoundaryConditions(), assignMarchingParametersDialog(), buildMarchingParametersDialog(), createCurveOnSurface(), display(), get(), operator=(), project(), put(), setParameters(), setup(), update(), updateMarchingParameters(), and updateOld().

bool HyperbolicMapping::projectInitialCurve

protected

Referenced by buildSurfaceGridParametersDialog(), get(), initialize(), operator=(), put(), updateOld(), and updateSurfaceGridParameters().

bool HyperbolicMapping::projectNormalsOnMatchingBoundaries

protected

Referenced by buildMarchingParametersDialog(), initialize(), projectNormalsToMatchCurve(), and updateMarchingParameters().

bool HyperbolicMapping::projectOntoReferenceSurface

protected

Referenced by buildMarchingParametersDialog(), buildSurfaceGridParametersDialog(), initialize(), initializeSurfaceGrid(), matchToCurve(), project(), updateMarchingParameters(), and updateSurfaceGridParameters().

RealArray* HyperbolicMapping::pStartCurveStretchParams

protected

Referenced by buildStartCurveSpacingDialog(), initialize(), updateStartCurveSpacingOptions(), and ~HyperbolicMapping().

bool HyperbolicMapping::referenceSurfaceHasChanged

protected

Referenced by drawReferenceSurface(), update(), updateForInitialCurve(), updatePlotOptions(), updateStartCurveSpacingOptions(), and updateSurfaceGridParameters().

bool HyperbolicMapping::removeNormalSmoothing

protected

Referenced by generate(), get(), initializeHyperbolicGridParameters(), initializeMarchingArrays(), operator=(), put(), and updateOld().

int HyperbolicMapping::saveReferenceSurface

protected

Referenced by get(), initialize(), operator=(), put(), saveReferenceSurfaceWhenPut(), and update().

bool HyperbolicMapping::smoothAndProject

protected

Referenced by get(), initialize(), operator=(), put(), smooth(), and update().

enum HyperbolicMapping::SpacingOptionEnum HyperbolicMapping::spacingOption

Referenced by buildMarchingSpacingDialog(), display(), estimateMarchingParameters(), get(), getDistanceToStep(), initialize(), operator=(), put(), setLinesAndDistanceLabels(), setParameters(), update(), updateLinesAndDistanceToMarch(), and updateMarchingSpacingOptions().

SpacingType HyperbolicMapping::spacingType

protected

Referenced by adjustDistanceToMarch(), assignMarchingParametersDialog(), buildMarchingSpacingDialog(), display(), get(), getDistanceToStep(), initializeHyperbolicGridParameters(), operator=(), put(), setParameters(), updateLinesAndDistanceToMarch(), updateMarchingSpacingOptions(), and updateOld().

real HyperbolicMapping::splayFactor[2][2]

protected

Referenced by applyBoundaryConditions(), assignMarchingParametersDialog(), buildMarchingParametersDialog(), get(), initializeHyperbolicGridParameters(), operator=(), put(), and updateMarchingParameters().

Mapping* HyperbolicMapping::startCurve

protected

Referenced by drawBoundariesAndCurves(), estimateMarchingParameters(), evaluateStartCurve(), findMatchingBoundaryCurve(), findNormalsToStartCurve(), get(), HyperbolicMapping(), initialize(), operator=(), plotDirectionArrows(), put(), setStartingCurve(), setup(), update(), updateForInitialCurve(), updateStartCurveSpacingOptions(), updateSurfaceGridParameters(), and ~HyperbolicMapping().

real HyperbolicMapping::startCurveEnd

protected

Referenced by buildSurfaceGridParametersDialog(), get(), initializeHyperbolicGridParameters(), operator=(), put(), update(), and updateSurfaceGridParameters().

real HyperbolicMapping::startCurveStart

protected

Referenced by buildSurfaceGridParametersDialog(), get(), initializeHyperbolicGridParameters(), operator=(), put(), update(), and updateSurfaceGridParameters().

Mapping* HyperbolicMapping::startCurveStretchMapping

protected

Referenced by equidistributeAndStretch(), evaluateStartCurve(), initialize(), updateStartCurveSpacingOptions(), and ~HyperbolicMapping().

bool HyperbolicMapping::stopOnNegativeCells

protected

Referenced by buildMarchingParametersDialog(), generate(), get(), initialize(), operator=(), put(), update(), and updateMarchingParameters().

bool HyperbolicMapping::surfaceGrid

protected

Referenced by applyBoundaryConditionMatchToMapping(), applyBoundaryConditions(), buildCurve(), buildMarchingParametersDialog(), buildSurfaceGridParametersDialog(), display(), drawBoundariesAndCurves(), drawReferenceSurfaceEdges(), estimateMarchingParameters(), evaluateStartCurve(), generate(), get(), getDissipationCoefficient(), getNormalAndSurfaceArea(), HyperbolicMapping(), initialize(), initializeMarchingArrays(), initializeSurfaceGrid(), matchToCurve(), operator=(), printStatistics(), put(), setIsSurfaceGrid(), setSurface(), setup(), update(), updateForInitialCurve(), updateMarchingParameters(), updateOld(), and updateStartCurveSpacingOptions().

MappingProjectionParameters HyperbolicMapping::surfaceMappingProjectionParameters[3]

protected

Referenced by buildSurfaceGridParametersDialog(), project(), and updateSurfaceGridParameters().

real HyperbolicMapping::targetGridSpacing

protected

Referenced by estimateMarchingParameters(), get(), initialize(), operator=(), put(), setParameters(), update(), updateForInitialCurve(), and updateLinesAndDistanceToMarch().

real HyperbolicMapping::timing[numberOfTimings]

protected

Referenced by applyBoundaryConditions(), formBlockTridiagonalSystem(), formCMatrix(), generate(), getNormalAndSurfaceArea(), implicitSolve(), initialize(), jacobiSmooth(), printStatistics(), and project().

int HyperbolicMapping::totalNumberOfSteps

protected

Referenced by generate(), initialize(), and printStatistics().

realArray HyperbolicMapping::trailingEdgeDirection

protected

Referenced by get(), getNormalAndSurfaceArea(), operator=(), and put().

real HyperbolicMapping::uniformDissipationCoefficient

protected

Referenced by assignMarchingParametersDialog(), buildMarchingParametersDialog(), drawHyperbolicGrid(), get(), getDissipationCoefficient(), initializeHyperbolicGridParameters(), operator=(), put(), removeNormalComponentOfSmoothing(), updateMarchingParameters(), and updateOld().

real HyperbolicMapping::upwindDissipationCoefficient

protected

Referenced by computeNonlinearDiffussionCoefficient(), display(), drawHyperbolicGrid(), get(), hypgen(), initializeHyperbolicGridParameters(), operator=(), put(), and updateOld().

bool HyperbolicMapping::useStartCurveStretchingWhileMarching

protected

Referenced by applyBoundaryConditions(), buildStartCurveSpacingDialog(), initialize(), and updateStartCurveSpacingOptions().

bool HyperbolicMapping::useTriangulation

protected

Referenced by buildSurfaceGridParametersDialog(), initialize(), project(), and updateSurfaceGridParameters().

realArray HyperbolicMapping::xHyper

protected

Referenced by drawHyperbolicGrid(), generate(), plotCellQuality(), smooth(), update(), updateMarchingParameters(), and updateOld().

realArray HyperbolicMapping::xSurface

protected

Referenced by evaluateStartCurve(), and initializeMarchingArrays().

realArray HyperbolicMapping::xtHyper

protected

Referenced by generate().

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

• HyperbolicMapping.h
• applyBoundaryConditions.C
• generate.C
• HyperbolicMapping.C
• plot.C
• project.C
• startCurve.C
• stretch.C
• update.C
• Mapping/hype/util.C
• initStaticMappingVariables.C