#include <GU_SubDivPatch.h>

Public Member Functions
void	incRefCount ()

void	decRefCount ()

void	setNum (GA_Index num)

GA_Index	getNum () const

GU_SubDivEdge *	setEdge (GU_SubDivVertex vtx, int idx=-1, GU_SubDivEdge parent=0)

void	setEdge (GU_SubDivEdge *edge, int idx)

void	clearEdge (GU_SubDivEdge *edge)

void	removeEdge (int idx)

void	setFace (GU_SubDivPatch *face, int idx=-1)

void	clearFace (GU_SubDivPatch *face)

void	setAllIncomplete ()

void	copyIncomplete (const GU_SubDivVertex *vtx)

void	setComplete (int i)

float *	getData () const
	Get subdivision data associated with this vertex. More...

float *	getVertexData (int fidx) const

void	setVertexData (const float *data, int idx, const UT_IntArray &offsets)

void	defaultVertexData (int low, int high)
	Resets the vertex data at off to the default values. More...

int	getSize () const

int	getVertexSize () const

void	sum (const GU_SubDivVertex *vtx, fpreal scale=1)
	Operations used to build new data from subdivision rules. More...

void	sum (const GU_SubDivVertex vtx, const GU_SubDivPatch face, fpreal scale=1)

void	sumVertex (const GU_SubDivVertex vtx, const GU_SubDivPatch face, int idx, int low=0, int high=-1, fpreal scale=1)

void	scale (fpreal scale)

void	scaleVertex (fpreal scale, int low=0, int high=-1)

void	copyVertex (int src, int dest, int low=0, int high=-1)

void	getVertices (UT_Array< GU_SubDivVertex * > &list)

void	getFaces (UT_Array< GU_SubDivPatch * > &list, const GU_SubDivPatch *face) const

GU_SubDivVertex *	getChild ()
	Calculate the new subdivision point using the catmull-clark masks. More...

GU_SubDivVertex *	getLimit ()

int	getEdgeIndex (const GU_SubDivVertex *vtx) const

GU_SubDivEdge *	getEdge (int idx) const

GU_SubDivEdge *	getEdge (const GU_SubDivVertex *vtx) const

GU_SubDivVertex *	getEdgeChild (const GU_SubDivVertex *vtx) const

int	getFaceIndex (const GU_SubDivPatch *face) const

GU_SubDivPatch *	getFace (int idx) const

bool	hasFace (const GU_SubDivPatch *face) const

int	getValence () const

bool	hasHardEdge () const

void	sortEdges ()
	Order the edges using the face set for this vertex. More...

void	setWeight (fpreal weight, bool linear, const GU_SubDivPatch *face)

void	setFlag (uint8 f)

void	clearFlag (uint8 f)

bool	getFlag (uint8 f) const

void	dumpGeo (char c, const GU_SubDivPatch *face=0) const
	Dump geometry for the vertex as a draw file. More...

Static Public Member Functions
static GU_SubDivVertex *	allocVertex (int valence, int datasize, int vertexsize)

static GU_SubDivVertex *	allocVertex (const GU_SubDivVertex &src)

static void	freeVertex (GU_SubDivVertex *vtx)

Protected Member Functions
void	catclarkRule (GU_SubDivVertex *dest, int creaseidx[2], int hcount, bool limit)

void	catclarkRuleVertex (GU_SubDivVertex *dest, int creaseidx[2], int hcount, int low, int high, bool limit)

Detailed Description

Definition at line 121 of file GU_SubDivPatch.h.

Member Function Documentation

static GU_SubDivVertex* GU_SubDivVertex::allocVertex	(	int	valence,
		int	datasize,
		int	vertexsize
	)

static

static GU_SubDivVertex* GU_SubDivVertex::allocVertex ( const GU_SubDivVertex & src )

static

void GU_SubDivVertex::catclarkRule	(	GU_SubDivVertex *	dest,
		int	creaseidx[2],
		int	hcount,
		bool	limit
	)

protected

void GU_SubDivVertex::catclarkRuleVertex	(	GU_SubDivVertex *	dest,
		int	creaseidx[2],
		int	hcount,
		int	low,
		int	high,
		bool	limit
	)

protected

void GU_SubDivVertex::clearEdge ( GU_SubDivEdge * edge )

void GU_SubDivVertex::clearFace ( GU_SubDivPatch * face )

void GU_SubDivVertex::clearFlag ( uint8 f )

inline

Definition at line 256 of file GU_SubDivPatch.h.

void GU_SubDivVertex::copyIncomplete ( const GU_SubDivVertex * vtx )

void GU_SubDivVertex::copyVertex	(	int	src,
		int	dest,
		int	low = `0`,
		int	high = `-1`
	)

void GU_SubDivVertex::decRefCount ( )

inline

Definition at line 130 of file GU_SubDivPatch.h.

void GU_SubDivVertex::defaultVertexData	(	int	low,
		int	high
	)

Resets the vertex data at off to the default values.

void GU_SubDivVertex::dumpGeo	(	char	c,
		const GU_SubDivPatch *	face = `0`
	)		const

Dump geometry for the vertex as a draw file.

static void GU_SubDivVertex::freeVertex ( GU_SubDivVertex * vtx )

static

GU_SubDivVertex* GU_SubDivVertex::getChild ( )

inline

Calculate the new subdivision point using the catmull-clark masks.

Definition at line 215 of file GU_SubDivPatch.h.

float* GU_SubDivVertex::getData ( ) const

inline

Get subdivision data associated with this vertex.

Definition at line 166 of file GU_SubDivPatch.h.

GU_SubDivEdge* GU_SubDivVertex::getEdge ( int idx ) const

inline

Definition at line 233 of file GU_SubDivPatch.h.

GU_SubDivEdge* GU_SubDivVertex::getEdge ( const GU_SubDivVertex * vtx ) const

inline

Definition at line 234 of file GU_SubDivPatch.h.

GU_SubDivVertex* GU_SubDivVertex::getEdgeChild ( const GU_SubDivVertex * vtx ) const

inline

Definition at line 239 of file GU_SubDivPatch.h.

int GU_SubDivVertex::getEdgeIndex ( const GU_SubDivVertex * vtx ) const

GU_SubDivPatch* GU_SubDivVertex::getFace ( int idx ) const

inline

Definition at line 243 of file GU_SubDivPatch.h.

int GU_SubDivVertex::getFaceIndex ( const GU_SubDivPatch * face ) const

void GU_SubDivVertex::getFaces	(	UT_Array< GU_SubDivPatch * > &	list,
		const GU_SubDivPatch *	face
	)		const

bool GU_SubDivVertex::getFlag ( uint8 f ) const

inline

Definition at line 257 of file GU_SubDivPatch.h.

GU_SubDivVertex* GU_SubDivVertex::getLimit ( )

inline

Calculate the limit subdivision point using the catmull-clark masks. If you use this operation, further subdivision using this vertex will not produce the correct result.

Definition at line 225 of file GU_SubDivPatch.h.

GA_Index GU_SubDivVertex::getNum ( ) const

inline

Definition at line 139 of file GU_SubDivPatch.h.

int GU_SubDivVertex::getSize ( ) const

inline

Definition at line 185 of file GU_SubDivPatch.h.

int GU_SubDivVertex::getValence ( ) const

inline

Definition at line 247 of file GU_SubDivPatch.h.

float* GU_SubDivVertex::getVertexData ( int fidx ) const

Get per-face vertex data if it exists. You should use getFaceIndex() to retrieve the face index to be passed to this operation.

int GU_SubDivVertex::getVertexSize ( ) const

inline

Definition at line 186 of file GU_SubDivPatch.h.

void GU_SubDivVertex::getVertices ( UT_Array< GU_SubDivVertex * > & list )

bool GU_SubDivVertex::hasFace ( const GU_SubDivPatch * face ) const

inline

Definition at line 244 of file GU_SubDivPatch.h.

bool GU_SubDivVertex::hasHardEdge ( ) const

void GU_SubDivVertex::incRefCount ( )

inline

Definition at line 129 of file GU_SubDivPatch.h.

void GU_SubDivVertex::removeEdge ( int idx )

Remove an edge from this vertex at the given index. This operation may change the valence.

void GU_SubDivVertex::scale ( fpreal scale )

inline

Definition at line 200 of file GU_SubDivPatch.h.

void GU_SubDivVertex::scaleVertex	(	fpreal	scale,
		int	low = `0`,
		int	high = `-1`
	)

void GU_SubDivVertex::setAllIncomplete ( )

Set and get completion status. We're complete when all our neighbouring edges and faces are defined.

void GU_SubDivVertex::setComplete ( int i )

inline

Definition at line 163 of file GU_SubDivPatch.h.

GU_SubDivEdge* GU_SubDivVertex::setEdge	(	GU_SubDivVertex *	vtx,
		int	idx = `-1`,
		GU_SubDivEdge *	parent = `0`
	)

Adds vtx at the specified position in my edge table. If idx == -1, then add vtx to the next available position. Returns the edge.

void GU_SubDivVertex::setEdge	(	GU_SubDivEdge *	edge,
		int	idx
	)

inline

Definition at line 145 of file GU_SubDivPatch.h.

void GU_SubDivVertex::setFace	(	GU_SubDivPatch *	face,
		int	idx = `-1`
	)

Add the face to the specified position in my face table. If idx == -1, then we'll analyse the edges in the face to decide where to put it.

void GU_SubDivVertex::setFlag ( uint8 f )

inline

Definition at line 255 of file GU_SubDivPatch.h.

void GU_SubDivVertex::setNum ( GA_Index num )

inline

Definition at line 138 of file GU_SubDivPatch.h.

void GU_SubDivVertex::setVertexData	(	const float *	data,
		int	idx,
		const UT_IntArray &	offsets
	)

Set vertex data. The index is a face identifier in the current vertex. If a vertex seam is detected, we'll allocate separate face vertex data. The offset array is used to isolate individual vertex attributes so that we can have an independent hard edge mask for each attribute. The offsets are in number of floats and point to the start of each attribute.

void GU_SubDivVertex::setWeight	(	fpreal	weight,
		bool	linear,
		const GU_SubDivPatch *	face
	)

void GU_SubDivVertex::sortEdges ( )

Order the edges using the face set for this vertex.

void GU_SubDivVertex::sum	(	const GU_SubDivVertex *	vtx,
		fpreal	scale = `1`
	)

inline

Operations used to build new data from subdivision rules.

Definition at line 189 of file GU_SubDivPatch.h.

void GU_SubDivVertex::sum	(	const GU_SubDivVertex *	vtx,
		const GU_SubDivPatch *	face,
		fpreal	scale = `1`
	)

void GU_SubDivVertex::sumVertex	(	const GU_SubDivVertex *	vtx,
		const GU_SubDivPatch *	face,
		int	idx,
		int	low = `0`,
		int	high = `-1`,
		fpreal	scale = `1`
	)

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

GU/GU_SubDivPatch.h

Public Member Functions

Static Public Member Functions

Protected Member Functions

Detailed Description

Member Function Documentation