#include <GD_TrimLoop.h>

Public Member Functions
	GD_TrimLoop ()

	GD_TrimLoop (GD_TrimPiece *curve)

	~GD_TrimLoop ()

int64	getMemoryUsage (bool inclusive) const

int	evaluate (float u, UT_Vector2 &pos) const

int	evaluate (float u, UT_Vector2 &pos, UT_Vector2 &der) const

int	evaluateHead (UT_Vector2 &pos) const

int	evaluateTail (UT_Vector2 &pos) const

void	evaluateNormal (UT_Vector3 &normal) const

void	findDirection ()

unsigned	isClosed () const

void	close (int connect_ends=0)

float	length () const

unsigned	isClockwise () const

void	appendLoop (GD_TrimLoop *loop)

void	append (GD_TrimLoop *loop, int consolidate=0, int deleteloop=0, int join=0)

void	appendPoint (float u, float v)

int	appendAtIntersect (GD_TrimLoop *loop, int deleteloop, float tol=1E-4F)

void	append (GD_TrimPiece *piece)

GD_TrimLoop *	copy () const

GD_TrimLoop *	copyThis () const

void	reverse ()

void	reverseThis ()

int	isInsideJitter (const UT_Vector2 &pt, float tol=1e-4F, float dither=1e-5F) const

int	isInside (const GD_TrimLoop &prim, float tol=1E-4F) const

int	isInside (const UT_Vector2 &pt, float tol=1E-4F) const

int	isTrimmedIn (const UT_Vector2 &pt, GD_TrimRule rule=GD_TrimWindingRule) const

int	isTrimmedIn (float u, float v, GD_TrimRule rule=GD_TrimWindingRule) const

int	isTrimmedIn (const UT_Vector2 &pt, UT_IntArray &validloops, GD_TrimRule rule=GD_TrimWindingRule) const

int	isTrimmedIn (float u, float v, UT_IntArray &validloops, GD_TrimRule rule=GD_TrimWindingRule) const

int	isTrimmedInJitter (const UT_Vector2 &pt, GD_TrimRule rule=GD_TrimWindingRule) const

int	isTrimmedInJitter (float u, float v, GD_TrimRule rule=GD_TrimWindingRule) const

int	isTrimmedIn (GD_TrimLoop *loop, GD_TrimRule rule=GD_TrimWindingRule) const

void	getParameterRange (float &umin, float &umax) const

float	parametricDist (float u1, float u2) const

float	parametricLength (float u1, float u2) const

GD_TrimLoop *	cut (float u1, float u2) const

void	cutAtIsoparm (GD_TrimLoop left, GD_TrimLoop right, GD_IsoparmDirection iso, float val, float tol=1e-4f)

void	cutAtTrim (GD_TrimLoop inside, GD_TrimLoop outside, const GD_TrimLoop cutter, GD_TrimLoop source)

int	intersect (const GD_TrimLoop &loop, UT_Array< GD_TrimHitInfo > &hitlist, float tol=1E-4F) const

int	intersect (GD_TrimPiece &piece, UT_Array< GD_TrimHitInfo > &hitlist, float tol=1e-4F) const

int	intersectAll (const GD_TrimLoop &loop, UT_Array< GD_TrimHitInfo > &hitlist, float tol=1e-4F) const

int	intersectDomain (const UT_BoundingRect &brect, UT_Array< GD_TrimHitInfo > &hitlist, float tol=1E-4F) const

GD_TrimLoop *	domainClip (const UT_BoundingRect &brect, float tol=1E-4F, int preservedirection=1)

int	startWalk (float inc, float minstep, float maxstep, float &u, float &v)

int	doWalk (float &u, float &v)

void	endWalk ()

int	getData (UT_IntArray &ncurves, UT_IntArray &order, UT_IntArray &ncvs, UT_FloatArray &knots, UT_FloatArray &min, UT_FloatArray &max, UT_FloatArray &u, UT_FloatArray &v, UT_FloatArray &w) const

int	setLoopIds (int id=0)

int	getId () const

GD_TrimLoop *	getNext () const

GD_TrimLoop *	getChild () const

GD_Detail *	getDetail () const

void	setDetail (GD_Detail *gdp)

GD_TrimLoop *	preprocessLoops (GD_TrimRule rule, int altitude=0)

int	getMaxHeight () const

int	getBaseDir () const

GD_TrimLoop *	flatten ()

void	print (int i=1, int recurse=1) const

int	isHeadNearTail (float tol=1E-4F) const

int	hitHead (const UT_BoundingRect &brect, UT_Array< GD_TrimHitInfo > &hitlist, float tol=1E-4F) const

int	hitTail (const UT_BoundingRect &brect, UT_Array< GD_TrimHitInfo > &hitlist, float tol=1E-4F) const

int	getPoints (int numdivs, UT_Vector3Array &domain, int usebreak)

GD_TrimPiece *	getPiece (GD_TrimPiece *prev_piece) const

Static Public Member Functions
static GD_TrimLoop *	domainBridge (const UT_BoundingRect &brect, const UT_Vector2 &posa, float ua, GD_DomainBoundary a, const UT_Vector2 &posb, float ub, GD_DomainBoundary b, float tol, const UT_BoundingRect &bbox, int alwayscounter=0)

Public Attributes
UT_BoundingRect	myBBox

GD_TrimPiece *	myTrimPieces

GD_TrimPiece *	myLastTrimPiece

Protected Member Functions
void	snapPieces ()

GD_TrimLoop *	applyWindingRule (int isfragmented=0, int altitude=0, int maxdepth=0, int basedir=0)

GD_TrimLoop *	fragment (const GD_TrimLoop *loop) const

int	intersect (float val, GD_IsoparmDirection isoparm, UT_Array< GD_TrimHitInfo > &hitlist, float tol=1E-4F) const

int	processIsoparmHits (UT_Array< GD_TrimHitInfo > &hits, int hit, float tol=1E-4F) const

void	doIsoparm (int isoparm, float val, float tol, GD_DomainBoundary code, UT_Array< GD_TrimHitInfo > &hitlist, int &hit, int &i) const

GD_TrimLoop *	addPossibleChild (GD_TrimLoop *loop)

GD_TrimLoop *	removeDegenerateLoops (float tol=1E-4F)

GD_TrimLoop *	removeRedundantLoops ()

void	findDepths (int depth)

int	findMaxDepth () const

int	getBaseTrimDir () const

void	adjustDepths (int deltadepth)

Detailed Description

Definition at line 58 of file GD_TrimLoop.h.

Constructor & Destructor Documentation

GD_TrimLoop::GD_TrimLoop ( )

GD_TrimLoop::GD_TrimLoop ( GD_TrimPiece * curve )

GD_TrimLoop::~GD_TrimLoop ( )

Member Function Documentation

GD_TrimLoop* GD_TrimLoop::addPossibleChild ( GD_TrimLoop * loop )

protected

void GD_TrimLoop::adjustDepths ( int deltadepth )

protected

void GD_TrimLoop::append	(	GD_TrimLoop *	loop,
		int	consolidate = `0`,
		int	deleteloop = `0`,
		int	join = `0`
	)

void GD_TrimLoop::append ( GD_TrimPiece * piece )

int GD_TrimLoop::appendAtIntersect	(	GD_TrimLoop *	loop,
		int	deleteloop,
		float	tol = `1E-4F`
	)

void GD_TrimLoop::appendLoop ( GD_TrimLoop * loop )

void GD_TrimLoop::appendPoint	(	float	u,
		float	v
	)

GD_TrimLoop* GD_TrimLoop::applyWindingRule	(	int	isfragmented = `0`,
		int	altitude = `0`,
		int *	maxdepth = `0`,
		int *	basedir = `0`
	)

protected

void GD_TrimLoop::close ( int connect_ends = 0 )

GD_TrimLoop* GD_TrimLoop::copy ( ) const

GD_TrimLoop* GD_TrimLoop::copyThis ( ) const

GD_TrimLoop* GD_TrimLoop::cut	(	float	u1,
		float	u2
	)		const

void GD_TrimLoop::cutAtIsoparm	(	GD_TrimLoop **	left,
		GD_TrimLoop **	right,
		GD_IsoparmDirection	iso,
		float	val,
		float	tol = `1e-4f`
	)

void GD_TrimLoop::cutAtTrim	(	GD_TrimLoop **	inside,
		GD_TrimLoop **	outside,
		const GD_TrimLoop *	cutter,
		GD_TrimLoop *	source
	)

void GD_TrimLoop::doIsoparm	(	int	isoparm,
		float	val,
		float	tol,
		GD_DomainBoundary	code,
		UT_Array< GD_TrimHitInfo > &	hitlist,
		int &	hit,
		int &	i
	)		const

protected

static GD_TrimLoop* GD_TrimLoop::domainBridge	(	const UT_BoundingRect &	brect,
		const UT_Vector2 &	posa,
		float	ua,
		GD_DomainBoundary	a,
		const UT_Vector2 &	posb,
		float	ub,
		GD_DomainBoundary	b,
		float	tol,
		const UT_BoundingRect &	bbox,
		int	alwayscounter = `0`
	)

static

GD_TrimLoop* GD_TrimLoop::domainClip	(	const UT_BoundingRect &	brect,
		float	tol = `1E-4F`,
		int	preservedirection = `1`
	)

int GD_TrimLoop::doWalk	(	float &	u,
		float &	v
	)

void GD_TrimLoop::endWalk ( )

int GD_TrimLoop::evaluate	(	float	u,
		UT_Vector2 &	pos
	)		const

int GD_TrimLoop::evaluate	(	float	u,
		UT_Vector2 &	pos,
		UT_Vector2 &	der
	)		const

int GD_TrimLoop::evaluateHead ( UT_Vector2 & pos ) const

void GD_TrimLoop::evaluateNormal ( UT_Vector3 & normal ) const

int GD_TrimLoop::evaluateTail ( UT_Vector2 & pos ) const

void GD_TrimLoop::findDepths ( int depth )

protected

void GD_TrimLoop::findDirection ( )

int GD_TrimLoop::findMaxDepth ( ) const

protected

GD_TrimLoop* GD_TrimLoop::flatten ( )

GD_TrimLoop* GD_TrimLoop::fragment ( const GD_TrimLoop * loop ) const

protected

int GD_TrimLoop::getBaseDir ( ) const

int GD_TrimLoop::getBaseTrimDir ( ) const

protected

GD_TrimLoop* GD_TrimLoop::getChild ( ) const

inline

Definition at line 236 of file GD_TrimLoop.h.

int GD_TrimLoop::getData	(	UT_IntArray &	ncurves,
		UT_IntArray &	order,
		UT_IntArray &	ncvs,
		UT_FloatArray &	knots,
		UT_FloatArray &	min,
		UT_FloatArray &	max,
		UT_FloatArray &	u,
		UT_FloatArray &	v,
		UT_FloatArray &	w
	)		const

GD_Detail* GD_TrimLoop::getDetail ( ) const

inline

Definition at line 238 of file GD_TrimLoop.h.

int GD_TrimLoop::getId ( ) const

inline

Definition at line 233 of file GD_TrimLoop.h.

int GD_TrimLoop::getMaxHeight ( ) const

int64 GD_TrimLoop::getMemoryUsage ( bool inclusive ) const

GD_TrimLoop* GD_TrimLoop::getNext ( ) const

inline

Definition at line 235 of file GD_TrimLoop.h.

void GD_TrimLoop::getParameterRange	(	float &	umin,
		float &	umax
	)		const

GD_TrimPiece* GD_TrimLoop::getPiece ( GD_TrimPiece * prev_piece ) const

Walks over all trim pieces of this loop. Pass NULL to it in the first call, and then the current piece in all subsequent calls. Once the traversal reaches the end, a NULL pointer is returned.

int GD_TrimLoop::getPoints	(	int	numdivs,
		UT_Vector3Array &	domain,
		int	usebreak
	)

int GD_TrimLoop::hitHead	(	const UT_BoundingRect &	brect,
		UT_Array< GD_TrimHitInfo > &	hitlist,
		float	tol = `1E-4F`
	)		const

int GD_TrimLoop::hitTail	(	const UT_BoundingRect &	brect,
		UT_Array< GD_TrimHitInfo > &	hitlist,
		float	tol = `1E-4F`
	)		const

int GD_TrimLoop::intersect	(	const GD_TrimLoop &	loop,
		UT_Array< GD_TrimHitInfo > &	hitlist,
		float	tol = `1E-4F`
	)		const

int GD_TrimLoop::intersect	(	GD_TrimPiece &	piece,
		UT_Array< GD_TrimHitInfo > &	hitlist,
		float	tol = `1e-4F`
	)		const

int GD_TrimLoop::intersect	(	float	val,
		GD_IsoparmDirection	isoparm,
		UT_Array< GD_TrimHitInfo > &	hitlist,
		float	tol = `1E-4F`
	)		const

protected

int GD_TrimLoop::intersectAll	(	const GD_TrimLoop &	loop,
		UT_Array< GD_TrimHitInfo > &	hitlist,
		float	tol = `1e-4F`
	)		const

int GD_TrimLoop::intersectDomain	(	const UT_BoundingRect &	brect,
		UT_Array< GD_TrimHitInfo > &	hitlist,
		float	tol = `1E-4F`
	)		const

unsigned GD_TrimLoop::isClockwise ( ) const

inline

Definition at line 96 of file GD_TrimLoop.h.

unsigned GD_TrimLoop::isClosed ( ) const

inline

Definition at line 87 of file GD_TrimLoop.h.

int GD_TrimLoop::isHeadNearTail ( float tol = 1E-4F ) const

int GD_TrimLoop::isInside	(	const GD_TrimLoop &	prim,
		float	tol = `1E-4F`
	)		const

int GD_TrimLoop::isInside	(	const UT_Vector2 &	pt,
		float	tol = `1E-4F`
	)		const

int GD_TrimLoop::isInsideJitter	(	const UT_Vector2 &	pt,
		float	tol = `1e-4F`,
		float	dither = `1e-5F`
	)		const

int GD_TrimLoop::isTrimmedIn	(	const UT_Vector2 &	pt,
		GD_TrimRule	rule = `GD_TrimWindingRule`
	)		const

int GD_TrimLoop::isTrimmedIn	(	float	u,
		float	v,
		GD_TrimRule	rule = `GD_TrimWindingRule`
	)		const

int GD_TrimLoop::isTrimmedIn	(	const UT_Vector2 &	pt,
		UT_IntArray &	validloops,
		GD_TrimRule	rule = `GD_TrimWindingRule`
	)		const

int GD_TrimLoop::isTrimmedIn	(	float	u,
		float	v,
		UT_IntArray &	validloops,
		GD_TrimRule	rule = `GD_TrimWindingRule`
	)		const

int GD_TrimLoop::isTrimmedIn	(	GD_TrimLoop *	loop,
		GD_TrimRule	rule = `GD_TrimWindingRule`
	)		const

int GD_TrimLoop::isTrimmedInJitter	(	const UT_Vector2 &	pt,
		GD_TrimRule	rule = `GD_TrimWindingRule`
	)		const

int GD_TrimLoop::isTrimmedInJitter	(	float	u,
		float	v,
		GD_TrimRule	rule = `GD_TrimWindingRule`
	)		const

float GD_TrimLoop::length ( ) const

float GD_TrimLoop::parametricDist	(	float	u1,
		float	u2
	)		const

float GD_TrimLoop::parametricLength	(	float	u1,
		float	u2
	)		const

GD_TrimLoop* GD_TrimLoop::preprocessLoops	(	GD_TrimRule	rule,
		int	altitude = `0`
	)

void GD_TrimLoop::print	(	int	i = `1`,
		int	recurse = `1`
	)		const

int GD_TrimLoop::processIsoparmHits	(	UT_Array< GD_TrimHitInfo > &	hits,
		int	hit,
		float	tol = `1E-4F`
	)		const

protected

GD_TrimLoop* GD_TrimLoop::removeDegenerateLoops ( float tol = 1E-4F )

protected

GD_TrimLoop* GD_TrimLoop::removeRedundantLoops ( )

protected

void GD_TrimLoop::reverse ( )

void GD_TrimLoop::reverseThis ( )

void GD_TrimLoop::setDetail ( GD_Detail * gdp )

inline

Definition at line 239 of file GD_TrimLoop.h.

int GD_TrimLoop::setLoopIds ( int id = 0 )

void GD_TrimLoop::snapPieces ( )

protected

int GD_TrimLoop::startWalk	(	float	inc,
		float	minstep,
		float	maxstep,
		float &	u,
		float &	v
	)

Member Data Documentation

UT_BoundingRect GD_TrimLoop::myBBox

Definition at line 357 of file GD_TrimLoop.h.

GD_TrimPiece* GD_TrimLoop::myLastTrimPiece

Definition at line 361 of file GD_TrimLoop.h.

GD_TrimPiece* GD_TrimLoop::myTrimPieces

Definition at line 360 of file GD_TrimLoop.h.

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

GD/GD_TrimLoop.h

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation