ContourV2 Class Reference

A Contour object contains geometrically connected shapes which form an open or closed path. More...

Inheritance diagram for ContourV2:

Public Member Functions
void	addShape (void shape, void reversed, void append)
	Adds the given shape to this contour.
void	appendShape (void shape, void reversed, void splitFullCircles)
void	clone ()
void	computeConcaveEntryPoints ()
void	computeConvexConcaveEntryPoints (void concave)
	Computes this.entryPoints as array of entry points (one for each entity), undefined for entry points that are not to be used.
void	computeConvexEntryPoints ()
void	computeEntryPoints (void alwaysUseStartPointForEntry)
void	ContourV2 (void document, void exporter)
void	getEntryPoints ()
void	getEntryPointVertexType ()
void	hasPreferredEntryPoints ()
void	prependShape (void shape, void reversed, void splitFullCircles)
void	pushShape (void shape, void preferredEntryPoint)
void	reverse ()
	Reverses contour.
void	toString ()
void	unshiftShape (void shape, void preferredEntryPoint)

Public Attributes
int	entryPoints
int	exporter
int	preferredEntryPoints
int	useStartOfPolyline

Detailed Description

A Contour object contains geometrically connected shapes which form an open or closed path.

Contour shapes may be lines, arcs, a single circle, a single point, ellipse arcs, splines but NOT polylines.

Constructor & Destructor Documentation

ContourV2()

void ContourV2::ContourV2 ( void document, void exporter )

inline

Member Function Documentation

addShape()

void ContourV2::addShape ( void shape, void reversed, void append )

inline

Adds the given shape to this contour.

Parameters

reversed	True: reverse shape
append	True: append, false: prepend

appendShape()

void ContourV2::appendShape ( void shape, void reversed, void splitFullCircles )

inline

clone()

void ContourV2::clone ( )

inline

computeConcaveEntryPoints()

void ContourV2::computeConcaveEntryPoints ( )

inline

computeConvexConcaveEntryPoints()

void ContourV2::computeConvexConcaveEntryPoints ( void concave )

inline

Computes this.entryPoints as array of entry points (one for each entity), undefined for entry points that are not to be used.

computeConvexEntryPoints()

void ContourV2::computeConvexEntryPoints ( )

inline

computeEntryPoints()

void ContourV2::computeEntryPoints ( void alwaysUseStartPointForEntry )

inline

getEntryPoints()

void ContourV2::getEntryPoints ( )

inline

getEntryPointVertexType()

void ContourV2::getEntryPointVertexType ( )

inline

hasPreferredEntryPoints()

void ContourV2::hasPreferredEntryPoints ( )

inline

prependShape()

void ContourV2::prependShape ( void shape, void reversed, void splitFullCircles )

inline

pushShape()

void ContourV2::pushShape ( void shape, void preferredEntryPoint )

inline

reverse()

void ContourV2::reverse ( )

inline

Reverses contour.

toString()

void ContourV2::toString ( )

inline

unshiftShape()

void ContourV2::unshiftShape ( void shape, void preferredEntryPoint )

inline

Member Data Documentation

entryPoints

int ContourV2::entryPoints

exporter

int ContourV2::exporter

preferredEntryPoints

int ContourV2::preferredEntryPoints

useStartOfPolyline

int ContourV2::useStartOfPolyline

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

• /Users/andrew/data/RibbonSoft/projects/QCAD3/qcadcam/scripts/Cam/CamExportV2/ContourV2.js