BaryPatch Class Reference

#include <BaryPatch.h>

Inheritance diagram for BaryPatch:


1 PATCH ATTRIBUTES AND FUNCTIONS
This composes the essential data of the patches used in the program
bool	IsAPoint ()
bool	IsAPatch ()
Point *	GetPoint ()
BaryPatch *	GetPatch ()
	BaryPatch (int ThingName, int DimU, int DimV, int DimW, int UCnx1, int UCnx2, int VCnx1, int VCnx2, int WCnx1, int WCnx2, SSMatrix TransfoMat, int Level, int LvlZeroPointsIndices, Point LvlZeroPointsTable, BaryPatch Parent, BaryPatch Root, SubdivScheme NextSubdiv)
	BaryPatch (int ThingName, SSMatrix TransfoMat, BaryPatch *Parent)
	~BaryPatch ()
void	ClearChild (BaryPatch *Child)
void	UpdateProjectedTransfoMatrix ()
void	ApplySchemeToLevelSelected (int Level, SubdivScheme *Scheme)
void	SubDivideLevel (int Level)
void	SubDivideLevelSelected (int Level)
void	RSubDivideLevel (int Level, int &NextName, bool IfSelected)
void	SubDivide (int &NextName)
SSMatrix	BuildCumulatedMatrix ()
void	BuildPerturbations (int Level)
void	RBuildPerturbations (int Level, stack< BaryCoord * > &CreatedPoints)
void	DeletePerturbations (int Level)
Point *	FindPerturbation (int Level, int Name)
int	CountPerturbationOccurences (Point *Perturbation)
void	BuildLevelPerturbationTable (int Level, bool OnlyOnSelectedPatches, bool OnlySelectedPerturbations, int &NbPerturbFound, Point **&Table)
void	RBuildLevelPerturbationTable (int Level, bool OnlyOnSelectedPatches, bool OnlySelectedPerturbations, stack< Point * > &FoundStack)
void	BuildLevelPatchesTable (int Level, bool OnlyOnSelectedPatches, int &NbPatchesFound, BaryPatch **&Table)
void	RBuildLevelPatchesTable (int Level, bool OnlyOnSelectedPatches, stack< BaryPatch * > &FoundStack)
void	BuildLevelQuadTable (int Level, bool OnlyOnSelectedPatches, int &NbQuadsFound, Point ***&Table)
void	RBuildLevelQuadTable (int Level, bool OnlyOnSelectedPatches, stack< Point ** > &FoundStack)
bool	DeletePerturbation (Point *Perturbation, bool &AlreadyDeleted)
int	GetSubTreeDepth ()
int	GetLowestPatchName ()
int	RGetLowestPatchName (int CurrentLowest)
void	FindNeighbour (stack< BaryPatch * > &Neighbours)
void	FindNeighbourFromPoints (Point *TabPnts, int NbPnts, int Level, int Name, stack< BaryPatch > &Neighbours)
void	BuildEdges (stack< Point * > &EdgeTable)
void	BuildPerturbQuads (stack< Point ** > &QuadTable)
void	SavePoints (int Level, stack< Point * > &SaveTable)
void	SavePatches (int Level, stack< BaryPatch * > &SaveTable)
int	WritePatch (FILE *file, int NbPntsLvlZero)
int	ReadPatch (FILE *file, int NbPntsLvlZero)
BaryPatch *	FindPatch (int Level, int Name)
BaryPatch *	FindPatchFromParameter (float CoordToFind_U, float CoordToFind_V, float CoordToFind_W)
Vec *	FindElementFromParameter (int &Dim, float CoordToFind_U, float CoordToFind_V, float CoordToFind_W, float &Limit_U1, float &Limit_U2, float &Limit_V1, float &Limit_V2, float &Limit_W1, float &Limit_W2)
void	SelectAll (int Level)
void	SelectAllSelected (int Level)
void	LevelUnSelectAllPerturbations (int Level)
void	LevelSelectAllPatches (int Level)
void	LevelUnSelectAllPatches (int Level)
void	LevelDeleteSelected (int Level)
void	LevelCutSubtreeSelected (int Level)
Vec	LevelSelectedCenterOfGravity (int Level)
Vec	RLevelSelectedCenterOfGravity (int Level, Vec &CurrentCenter, int &CurrentNbPoints, stack< Point * > &AlreadyCounted)
void	ChangedPerturbationSelection (int Level, ManipulatedFrame *MF)
void	RChangedPerturbationSelection (int Level, ManipulatedFrame MF, stack< Point > &AlreadyCounted)
void	ResetPerturbations ()
void	ResetLevelPerturbations (int Level)
void	ResetSelectedPerturbations (int Level)
void	InversePatchSelection (int Level)
void	draw (int Level, ManipulatedFrame *MF)
void	draw (ManipulatedFrame *MF, bool Selectable=true)
void	draw (ManipulatedFrame *MF)
int	drawToFile (int Level, FILE *file, int counting, int TypePrint)
int	drawFacesToFile (int Level, int counting)
int	_DimU
int	_DimV
int	_DimW
int	_UCnx1
int	_UCnx2
int	_VCnx1
int	_VCnx2
int	_WCnx1
int	_WCnx2
SSMatrix	_TransfoMatrix
int *	_LvlZeroPointsIndices
Point **	_LvlZeroPointsTable
int	_Level
BaryPatch *	_Parent
BaryPatch *	_Root
int	_NbChildren
BaryPatch **	_Children
float	_CoordPatch_U1
float	_CoordPatch_U2
float	_CoordPatch_V1
float	_CoordPatch_V2
float	_CoordPatch_W1
float	_CoordPatch_W2
SSMatrix	_ProjectedTransfoMatrix
Point **	_Perturbations
SubdivScheme *	_NextSubdiv
2 PLANARITY
Attributes and functions used for planarity
double	QuadPlanarity (Vec P1, Vec P2, Vec P3, Vec P4, bool DegMode)
void	SurfacePlanarityFactor (double &Worst, double &Average, bool DegMode)
void	UpdatePlanarities (int Level, bool DegMode)
void	UpdatePlanaritiesIfContains (int Level, int PerturbName, bool DegMode)
void	LevelWorstAndAveragePlanarity (int Level, bool OnlySelectedPatches, double &worst, double &average, double averageOffset, int &NbPatches, bool DegMode)
void	RLevelWorstAndAveragePlanarity (int Level, bool OnlySelectedPatches, double &worst, double &average, double averageOffset, int &NbPatches, bool DegMode)
void	SelectPatchesWorstPlanarityAbove (float bound, int Level, bool DegMode)
float	AveragePlanarityOfPatchesContainingPerturb (int Level, int PerturbName, int &NbPatchesFound, bool DegMode)
void	RAveragePlanarityOfPatchesContainingPerturb (int Level, int PerturbName, int &NbPatchesFound, float &AveragePlanarity, bool DegMode)
void	ViewAverageOrWorstPatchPlanarity (int Level, float Min, bool Average, bool DegMode)
void	ResetColor (int Level)
double	_SavedMinPlanarity
double	_SavedAvgPlanarity
Public Member Functions
3 TOOLS
Little tools frequently used in the program
int	UUnSilentDim ()
int	VUnSilentDim ()
int	WUnSilentDim ()
int	PointIndice (int u, int v, int w)
void	UpdateNameTag ()
void	drawQuad (Vec P1, Vec P2, Vec P3, Vec P4)
void	fastDrawQuad (Vec P1, Vec P2, Vec P3, Vec P4)

Detailed Description

BaryPatch class.

Constructor & Destructor Documentation

BaryPatch::BaryPatch	(	int	ThingName,
		int	DimU,
		int	DimV,
		int	DimW,
		int	UCnx1,
		int	UCnx2,
		int	VCnx1,
		int	VCnx2,
		int	WCnx1,
		int	WCnx2,
		SSMatrix	TransfoMat,
		int	Level,
		int *	LvlZeroPointsIndices,
		Point **	LvlZeroPointsTable,
		BaryPatch *	Parent,
		BaryPatch *	Root,
		SubdivScheme *	NextSubdiv
	)

Basic constructor

BaryPatch::BaryPatch	(	int	ThingName,
		SSMatrix	TransfoMat,
		BaryPatch *	Parent
	)

Subdivision constructor that builds the children

BaryPatch::~BaryPatch ( )

Destructor

Member Function Documentation

void BaryPatch::ApplySchemeToLevelSelected	(	int	Level,
		SubdivScheme *	Scheme
	)

The selected patches will use the given SubdivScheme on next subdivision

float BaryPatch::AveragePlanarityOfPatchesContainingPerturb	(	int	Level,
		int	PerturbName,
		int &	NbPatchesFound,
		bool	DegMode
	)

Returns the average planarity of all the patches containing this perturbation it supposes the _SavedMinPlanarity and _SavedAvgPlanarity are up to date

SSMatrix BaryPatch::BuildCumulatedMatrix ( )

Goes up to the root building a matrix which is the composition of all transformations leading to this patch

void BaryPatch::BuildEdges ( stack< Point * > & EdgeTable )

Builds the edge of a patch and puts them in the table called as parameter.Each edge is represented by 1,2 or 4 points

void BaryPatch::BuildLevelPatchesTable	(	int	Level,
		bool	OnlyOnSelectedPatches,
		int &	NbPatchesFound,
		BaryPatch **&	Table
	)

Build the table that contains all the patches of a given level

void BaryPatch::BuildLevelPerturbationTable	(	int	Level,
		bool	OnlyOnSelectedPatches,
		bool	OnlySelectedPerturbations,
		int &	NbPerturbFound,
		Point **&	Table
	)

Builds the table that contains every pertubations of a given level

void BaryPatch::BuildLevelQuadTable	(	int	Level,
		bool	OnlyOnSelectedPatches,
		int &	NbQuadsFound,
		Point ***&	Table
	)

Builds the table that contains every quad of the patches of a same level

void BaryPatch::BuildPerturbations ( int Level )

Creates a perturbation point for every different point of a given level of patches connected patches share perturbation points the easy callable version

void BaryPatch::BuildPerturbQuads ( stack< Point ** > & QuadTable )

Returns a stack of quads represented by 4 perturbations. Perturbations should be built remember to delete quads after use

void BaryPatch::ChangedPerturbationSelection	(	int	Level,
		ManipulatedFrame *	MF
	)

When selection changed, point positions relatively to manipulated frame must be updated

void BaryPatch::ClearChild ( BaryPatch * Child )

Deletes a child patch

int BaryPatch::CountPerturbationOccurences ( Point * Perturbation )

By how many patches is a pertubation point shared ?

bool BaryPatch::DeletePerturbation	(	Point *	Perturbation,
		bool &	AlreadyDeleted
	)

Deletes all perturbation occurrences

void BaryPatch::DeletePerturbations ( int Level )

Deletes all the perturbation points of a given level

void BaryPatch::draw ( ManipulatedFrame * MF ) [inline, virtual]

Draws not selectable patch

Implements SelectableThing.

void BaryPatch::draw	(	ManipulatedFrame *	MF,
		bool	Selectable = `true`
	)

Draws patch and perturbations

void BaryPatch::draw	(	int	Level,
		ManipulatedFrame *	MF
	)

Draws perturbations and patches of a given level, going down the patch tree

int BaryPatch::drawFacesToFile	(	int	Level,
		int	counting
	)

Saves each patch of the previous level and its neighbours face after face ; only for UV surfaces

void BaryPatch::drawQuad	(	Vec	P1,
		Vec	P2,
		Vec	P3,
		Vec	P4
	)

Draws quadrilateral faces with nice normals

int BaryPatch::drawToFile	(	int	Level,
		FILE *	file,
		int	counting,
		int	TypePrint
	)

Saves drawn objects to an obj file

void BaryPatch::fastDrawQuad	(	Vec	P1,
		Vec	P2,
		Vec	P3,
		Vec	P4
	)

Draws quadrilateral faces faster

Vec * BaryPatch::FindElementFromParameter	(	int &	Dim,
		float	CoordToFind_U,
		float	CoordToFind_V,
		float	CoordToFind_W,
		float &	Limit_U1,
		float &	Limit_U2,
		float &	Limit_V1,
		float &	Limit_V2,
		float &	Limit_W1,
		float &	Limit_W2
	)

Returns the patch element (segment, quad, cube) that contains the parametric point CoordToFind_U, CoordToFind_V, CoordToFind_W also returns the dimension and the parametric bounds on U,V and W of the element

void BaryPatch::FindNeighbour ( stack< BaryPatch * > & Neighbours )

Building the neighbourhoood for every patch by selecting the points to compare.Neighbours is the list of the neighbours

void BaryPatch::FindNeighbourFromPoints	(	Point **	TabPnts,
		int	NbPnts,
		int	Level,
		int	Name,
		stack< BaryPatch * > &	Neighbours
	)

Is called by FindNeighbour,compares the points and fills Neighbours if possible

BaryPatch * BaryPatch::FindPatch	(	int	Level,
		int	Name
	)

Looks for patch with given name down the tree and returns a pointer to it

BaryPatch * BaryPatch::FindPatchFromParameter	(	float	CoordToFind_U,
		float	CoordToFind_V,
		float	CoordToFind_W
	)

Returns the patch that contains the parametric point CoordToFind_U, CoordToFind_V, CoordToFind_W

Point * BaryPatch::FindPerturbation	(	int	Level,
		int	Name
	)

Returns a pointer to a perturbation with the given name on a given tree level this perturbation should be unique if none are found returns NULL

int BaryPatch::GetLowestPatchName ( )

Returns the lowest patch name, searching from root down the tree

BaryPatch* BaryPatch::GetPatch ( ) [inline, virtual]

Selectable thing inherited

See also:: SelectableThing

Implements SelectableThing.

Point* BaryPatch::GetPoint ( ) [inline, virtual]

Selectable thing inherited

See also:: SelectableThing

Implements SelectableThing.

int BaryPatch::GetSubTreeDepth ( )

Returns the depth of the subtree below this patch

void BaryPatch::InversePatchSelection ( int Level )

Unselects the selected patches and selects the others

bool BaryPatch::IsAPatch ( ) [inline, virtual]

Selectable thing inherited

See also:: SelectableThing

Implements SelectableThing.

bool BaryPatch::IsAPoint ( ) [inline, virtual]

Selectable thing inherited

See also:: SelectableThing

Implements SelectableThing.

void BaryPatch::LevelCutSubtreeSelected ( int Level )

Makes all selected patches of a given level leaves. Deletes their children

void BaryPatch::LevelDeleteSelected ( int Level )

Deletes all selected patches of a given level

void BaryPatch::LevelSelectAllPatches ( int Level )

Selects every patch of the selected level

Vec BaryPatch::LevelSelectedCenterOfGravity ( int Level )

Calculates the center of gravity of the selected perturbated points of a given level

void BaryPatch::LevelUnSelectAllPatches ( int Level )

Unselects every patch of the selected level

void BaryPatch::LevelUnSelectAllPerturbations ( int Level )

Unselects all perturbation or patches of a given level in the tree

void BaryPatch::LevelWorstAndAveragePlanarity	(	int	Level,
		bool	OnlySelectedPatches,
		double &	worst,
		double &	average,
		double	averageOffset,
		int &	NbPatches,
		bool	DegMode
	)

Returns the min of the SurfacePlanarityFactors on selected patches of a given level it supposes the _SavedMinPlanarity and _SavedAvgPlanarity are up to date

int BaryPatch::PointIndice	(	int	u,
		int	v,
		int	w
	)			`[inline]`

Changes the 3 dimensional (u,v,w) indices to real indices (from 1 to NbPoints)

double BaryPatch::QuadPlanarity	(	Vec	P1,
		Vec	P2,
		Vec	P3,
		Vec	P4,
		bool	DegMode
	)

Returns the maximum of the cosines of the angles between a pair of triangles "equivalent" to the quad

void BaryPatch::RAveragePlanarityOfPatchesContainingPerturb	(	int	Level,
		int	PerturbName,
		int &	NbPatchesFound,
		float &	AveragePlanarity,
		bool	DegMode
	)

Recursive version, not to be called outside AveragePlanarityOfPatchesContainingPerturb it supposes the _SavedMinPlanarity and _SavedAvgPlanarity are up to date

void BaryPatch::RBuildLevelPatchesTable	(	int	Level,
		bool	OnlyOnSelectedPatches,
		stack< BaryPatch * > &	FoundStack
	)

The recursive version

void BaryPatch::RBuildLevelPerturbationTable	(	int	Level,
		bool	OnlyOnSelectedPatches,
		bool	OnlySelectedPerturbations,
		stack< Point * > &	FoundStack
	)

The recursive version, not to be called outside BuildLevelPerturbationTable

void BaryPatch::RBuildLevelQuadTable	(	int	Level,
		bool	OnlyOnSelectedPatches,
		stack< Point ** > &	FoundStack
	)

The recursive version

void BaryPatch::RBuildPerturbations	(	int	Level,
		stack< BaryCoord * > &	CreatedPoints
	)

The recursive version, not to be called outside BuildPerturbations

void BaryPatch::RChangedPerturbationSelection	(	int	Level,
		ManipulatedFrame *	MF,
		stack< Point * > &	AlreadyCounted
	)

The recursive version, not to be called outside ChangedPerturbationSelection

int BaryPatch::ReadPatch	(	FILE *	file,
		int	NbPntsLvlZero
	)

Reads the BaryPatch's data from the text file

void BaryPatch::ResetColor ( int Level )

Resets colors to the classic ones

void BaryPatch::ResetLevelPerturbations ( int Level )

Resets all perturbations of a given level to 0 going down the tree

void BaryPatch::ResetPerturbations ( )

Resets all perturbation of this patch to 0

void BaryPatch::ResetSelectedPerturbations ( int Level )

Resets perturbations of the selected points at the selected level

int BaryPatch::RGetLowestPatchName ( int CurrentLowest )

The recursive version, must not be called outside GetLowestPatchName()

Vec BaryPatch::RLevelSelectedCenterOfGravity	(	int	Level,
		Vec &	CurrentCenter,
		int &	CurrentNbPoints,
		stack< Point * > &	AlreadyCounted
	)

The recursive version, not to be called outside LevelSelectedCenterOfGravity

void BaryPatch::RLevelWorstAndAveragePlanarity	(	int	Level,
		bool	OnlySelectedPatches,
		double &	worst,
		double &	average,
		double	averageOffset,
		int &	NbPatches,
		bool	DegMode
	)

Recursive version, not to be called outside AveragePlanarityOfPatchesContainingPerturb it supposes the _SavedMinPlanarity and _SavedAvgPlanarity are up to date

void BaryPatch::RSubDivideLevel	(	int	Level,
		int &	NextName,
		bool	IfSelected
	)

The recursive version, not to be called outside Subdivide

void BaryPatch::SavePatches	(	int	Level,
		stack< BaryPatch * > &	SaveTable
	)

Saves the selected patches into a stack

void BaryPatch::SavePoints	(	int	Level,
		stack< Point * > &	SaveTable
	)

Saves the selected points into a stack

void BaryPatch::SelectAll ( int Level )

Selects all perturbation points of the level

void BaryPatch::SelectAllSelected ( int Level )

Selects all the points of selected patches of a given level

void BaryPatch::SelectPatchesWorstPlanarityAbove	(	float	bound,
		int	Level,
		bool	DegMode
	)

Selects patches with planarity better than bound it supposes the _SavedMinPlanarity and _SavedAvgPlanarity are up to date

void BaryPatch::SubDivide ( int & NextName )

The easy callable version, not to be called outside Subdivide

void BaryPatch::SubDivideLevel ( int Level )

Calls subdivision on a given level

void BaryPatch::SubDivideLevelSelected ( int Level )

SubdivideSelected subdivides only selected patches of the given level

void BaryPatch::SurfacePlanarityFactor	(	double &	Worst,
		double &	Average,
		bool	DegMode
	)

Returns the maximum on all drawn quads of the minima on a quad's 2 triangles of the angle between triangle planes

void BaryPatch::UpdateNameTag ( ) [inline, virtual]

Updates the name of each patch

Implements SelectableThing.

void BaryPatch::UpdatePlanarities	(	int	Level,
		bool	DegMode
	)

Updates planarities of this level's patches

void BaryPatch::UpdatePlanaritiesIfContains	(	int	Level,
		int	PerturbName,
		bool	DegMode
	)

Updates planarities of this level's patches that contain this perturbation

void BaryPatch::UpdateProjectedTransfoMatrix ( )

Rebuilds _ProjectedTransfoMatrix projecting the barycentric coordinates of my points (columns of cumulated TransfoMatrices) according to level 0 reference point position and previous level perturbations we suppose this patch's parent _ProjectedTransfoMatrix is already updated we propagate the _ProjectedTransfoMatrix updating to children patches

int BaryPatch::UUnSilentDim ( ) [inline]

Returns 1 when dimension on axis U is > 1, 0 else

void BaryPatch::ViewAverageOrWorstPatchPlanarity	(	int	Level,
		float	Min,
		bool	Average,
		bool	DegMode
	)

Sets the colours whether you want to compare the acerage or the worst planarities of the patches it supposes the _SavedMinPlanarity and _SavedAvgPlanarity are up to date

int BaryPatch::VUnSilentDim ( ) [inline]

Returns 1 when dimension on axis V is > 1, 0 else

int BaryPatch::WritePatch	(	FILE *	file,
		int	NbPntsLvlZero
	)

Writes the BaryPatch's data in the text file

int BaryPatch::WUnSilentDim ( ) [inline]

Returns 1 when dimension on axis W is > 1, 0 else

Member Data Documentation

BaryPatch** BaryPatch::_Children

The table of all the children of the patch,created when a subdivision is made

float BaryPatch::_CoordPatch_U1

Parametric domain of the patch on U(between 0.0 and 1.0) the lower bound is number 1, the upper bound is number 2

float BaryPatch::_CoordPatch_U2

Parametric domain of the patch on U(between 0.0 and 1.0) the lower bound is number 1, the upper bound is number 2

float BaryPatch::_CoordPatch_V1

Parametric domain of the patch on V(between 0.0 and 1.0) the lower bound is number 1, the upper bound is number 2

float BaryPatch::_CoordPatch_V2

Parametric domain of the patch on V(between 0.0 and 1.0) the lower bound is number 1, the upper bound is number 2

float BaryPatch::_CoordPatch_W1

Parametric domain of the patch on W(between 0.0 and 1.0) the lower bound is number 1, the upper bound is number 2

float BaryPatch::_CoordPatch_W2

Parametric domain of the patch on W(between 0.0 and 1.0) the lower bound is number 1, the upper bound is number 2

int BaryPatch::_DimU

Dimension of the patch (how many points on the axis U)

int BaryPatch::_DimV

Dimension of the patch (how many points on the axis V)

int BaryPatch::_DimW

Dimension of the patch (how many points on the axis W)

int BaryPatch::_Level

a patch belongs to a tree hierarchy the roots of this tree are the level zero patches if the user defines more than one patch at the beginning, a level -1 patch is created, and its children are the level 0 patches the points of which are level 0 points (_TransfoMatrix=identity)

int* BaryPatch::_LvlZeroPointsIndices

The level zero points are identified by indices in a table containing all level 0 points

Point** BaryPatch::_LvlZeroPointsTable

The level zero points are identified by indices in a table containing all level 0 points

int BaryPatch::_NbChildren

The number of children of the patch

SubdivScheme* BaryPatch::_NextSubdiv

A pointer to the subdivision scheme which will be used to build my children in a call to Subdivide

BaryPatch* BaryPatch::_Parent

The parent of the patch

Point** BaryPatch::_Perturbations

Each point of the patch has a position which results from a transformation (_TransfoMatrix) applied to the points of the parent patches + a perturbation in R3 some perturbations are potentially shared by multiple connected patches _Perturbations is a 1D table of pointers to points

SSMatrix BaryPatch::_ProjectedTransfoMatrix

The projection of the barycentric points in R3 space / size : (3,NbPoints) each column of _ProjectedTransfoMatrix is the position in R3 of a patch point

BaryPatch* BaryPatch::_Root

The rootpatch (level -1 patch)._Root==NULL signifies I am a root patch

double BaryPatch::_SavedAvgPlanarity

The average planarity of the patch

double BaryPatch::_SavedMinPlanarity

The worst planarity of the patch

SSMatrix BaryPatch::_TransfoMatrix

Each point of the patch has a position which is determined by the coordinates of a cumulated TransfoMatrix column in the barycentric space related to some of the level zero points with previous level perturbations coming into account too _TransfoMatrix is the last transformation applied in the tree branch of transformation leading to this patch. This patch's points' positions in 3d space are the result of applying _TransfoMatrix to my parent's points and adding my perturbation.

int BaryPatch::_UCnx1

The connection patterns of the patch on this axis : what point does the connexion begin at?

int BaryPatch::_UCnx2

The connection patterns of the patch on this axis : what point does the connexion end at?

int BaryPatch::_VCnx1

The connection patterns of the patch on this axis : what point does the connexion begin at?

int BaryPatch::_VCnx2

The connection patterns of the patch on this axis : what point does the connexion end at?

int BaryPatch::_WCnx1

The connection patterns of the patch on this axis : what point does the connexion begin at?

int BaryPatch::_WCnx2

The connection patterns of the patch on this axis : what point does the connexion end at?

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

BaryPatch.h
BaryPatch.cpp

Generated on Thu Sep 28 09:38:08 2006 by

1.4.7

BaryPatch Class Reference

1 PATCH ATTRIBUTES AND FUNCTIONS

2 PLANARITY

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation