Interface to an EDL path node. A path node specifies a geometry that can be filled or stroked with a brush. More...

#include <idompath.h>

Inheritance diagram for IDOMPathNode:

[legend]

Classes
class	Data
	Initialization data. More...

Public Types
enum	eStrokeLineJoin { eMiterJoin , eBevelJoin , eRoundJoin }
	Specifies the different ways in which the lines in the path could be joined. More...

enum	eStrokeMiterLimitTreatment { eClipLongMiters , eBevelLongMiters }
	Chooses how miters that extend beyond the miter limit should be treated. ClipLongMiters specifies XPS style behaviour, where miters extending beyond the limit are clipped to the limit. BevelLongMiters specifies PDF/PS style behaviour where miters longer than the limit are instead replaced with a bevel join. More...

enum	eStrokeLineCap { eFlatCap , eSquareCap , eRoundCap , eTriangleCap }
	Specifies the different types of line end caps available. More...

Public Member Functions
virtual const FMatrix &	getRenderTransform () const =0
	Retrieves the render transform matrix. The render transform matrix establishes a new coordinate frame for all attributes of the path and for all child elements of the path, such as the path geometry.

virtual void	setRenderTransform (const FMatrix &matrix)=0
	Sets the render transform matrix. The render transform matrix establishes a new coordinate frame for all attributes of the path and for all child elements of the path, such as the path geometry.

virtual float	getOpacity () const =0
	Retrieves the opacity value of the path. The opacity value defines the uniform transparency of the path. This is a number between 0 (fully transparent) and 1 (fully opaque). Default value 1.0.

virtual void	setOpacity (float opc)=0
	Sets the opacity value of the path. The opacity value defines the uniform transparency of the path. This is a number between 0 (fully transparent) and 1 (fully opaque).

virtual eBlendMode	getBlendMode () const =0
	Get the blend mode to be used for rendering this path.

virtual void	setBlendMode (eBlendMode blendMode)=0
	Set the blend mode to be used for rendering this path. Note: modes other than Normal are not directly representable in XPS.

virtual eEdgeMode	getEdgeMode () const =0
	Retrieves render options edge mode of the path.

virtual void	setEdgeMode (eEdgeMode em)=0
	Sets render the options edge mode of the path.

virtual double	getStrokeThickness () const =0
	Retrieves the stroke thickness. The stroke thickness specifies the thickness of a stroke, in units of the effective coordinate space including the path's render transform. The stroke is drawn on top of the boundary of the geometry specified by the path geometry information. Half of the stroke thickness extends outside of the geometry and the other half extends inside of the geometry.

virtual void	setStrokeThickness (double st)=0
	Sets stroke thickness The stroke thickness specifies the thickness of a stroke, in units of the effective coordinate space including the path's render transform. The stroke is drawn on top of the boundary of the geometry specified by the path geometry information. Half of the stroke thickness extends outside of the geometry and the other half extends inside of the geometry.

virtual bool	getShouldZeroWidthLinesBeVisible () const =0
	Should zero width strokes be visible as cosmetic lines? Zero width lines in XPS files are not visible, but in PDF and PostScript, such lines are rendered as a single pixel cosmetic line. This routine returns true if a zero width stroke for this path should be rendered.

virtual void	setShouldZeroWidthLinesBeVisible (bool visible)=0
	Sets whether or not zero width strokes in this path should be rendered visibly as a cosmetic line.

virtual double	getStrokeMiterLimit () const =0
	Retrieves the stroke miter limit. The stroke miter limit is the ratio between the maximum miter length and half of the stroke thickness. This value must be equal to or greater than 1.0. The value is significant only if the StrokeLineJoin attribute specifies mitered joins.

virtual void	setStrokeMiterLimit (double sml)=0
	Sets the stroke miter limit. The stroke miter limit is the ratio between the maximum miter length and half of the stroke thickness. This value must be equal to or greater than 1.0. The value is significant only if the StrokeLineJoin attribute specifies mitered joins.

virtual eStrokeMiterLimitTreatment	getStrokeMiterLimitTreatment () const =0
	Retrieves the miter limit treatment for this path. The stroke miter treatment specifies how miters extending beyond the limit should be treated.

virtual void	setStrokeMiterLimitTreatment (eStrokeMiterLimitTreatment treatment)=0
	Sets the stroke miter limit treatment. The stroke miter treatment specifies how miters extending beyond the limit should be treated.

virtual double	getStrokeDashOffset () const =0
	Retrieves the stroke dash offset value. This adjusts the start point for repeating the dash array pattern. If this value is omitted, the dash array aligns with the origin of the stroke. Values are specified as multiples of the stroke thickness.

virtual void	setStrokeDashOffset (double sdo)=0
	Sets the stroke dash offset value. This adjusts the start point for repeating the dash array pattern. If this value is omitted, the dash array aligns with the origin of the stroke. Values are specified as multiples of the stroke thickness.

virtual eStrokeLineJoin	getStrokeLineJoin () const =0
	Retrieves the stroke line join value. The stroke line join specifies how a stroke is drawn at a corner of a path. Valid values are specified by eStrokeLineJoin. If mitered joins are selected, the value of StrokeMiterLimit is used in drawing the stroke.

virtual void	setStrokeLineJoin (eStrokeLineJoin slj)=0
	Sets the stroke line join value. The stroke line join specifies how a stroke is drawn at a corner of a path. Valid values are specified by eStrokeLineJoin. If mitered joins are selected, the value of StrokeMiterLimit is used in drawing the stroke.

virtual eStrokeLineCap	getStrokeStartLineCap () const =0
	Retrieves the line cap type for the start of the stroke.

virtual void	setStrokeStartLineCap (eStrokeLineCap slc)=0
	Sets the line cap type for the start of the stroke.

virtual eStrokeLineCap	getStrokeEndLineCap () const =0
	Retrieves the line cap type for the end of the stroke.

virtual void	setStrokeEndLineCap (eStrokeLineCap slc)=0
	Sets the line cap type for the end of the stroke.

virtual eStrokeLineCap	getStrokeDashLineCap () const =0
	Gets the stroke dash line cap.

virtual void	setStrokeDashLineCap (eStrokeLineCap slc)=0
	Sets the stroke dash line cap.

virtual bool	getSnapsToDevicePixels () const =0
	Retrieves the snapsToDevicePixels setting.

virtual void	setSnapsToDevicePixels (bool s2dp)=0
	Sets snapsToDevicePixels.

virtual EDLString	getLanguage () const =0
	Retrieves the default language of the path node and any of its children.

virtual void	setLanguage (const EDLString &lang)=0
	Sets default language of the <Path> element and any of its children.

virtual IDOMTargetPtr	getNavigateLink () const =0
	Retrieves the target of a hyperlink.

virtual void	setNavigateLink (const IDOMTargetPtr &target)=0
	Sets the target of a hyperlink.

virtual EDLString	getAutomationPropertiesName () const =0
	Retrieves the automation properties name of the path.

virtual void	setAutomationPropertiesName (const EDLString &propname)=0
	Sets the automation properties name of the path.

virtual EDLString	getAutomationPropertiesHelpText () const =0
	Retrieves the automation properties help text of the path.

virtual void	setAutomationPropertiesHelpText (const EDLString &helptext)=0
	Sets the automation properties help text of the path.

virtual bool	getIsDashed ()=0
	Checks to see if the path is dashed. Even if a dash array is provided it may still effectively represent a plain un-dashed line. In this case this member will return false.

virtual const CEDLVector< double > &	getStrokeDashPattern () const =0
	Retrieves the stroke dash array.

virtual void	setStrokeDashPattern (const CEDLVector< double > &pattern)=0
	Set the stroke dash array.

virtual uint32	getStrokeDashsCount ()=0
	Retrieves the length of the stroke dash array.

virtual void	clearStrokeDashCollection ()=0
	Clears the stroke dash array.

virtual void	addStrokeDash (double value)=0
	Append a stroke dash to the stroke dash array.

virtual IDOMBrushPtr	getFill () const =0
	Retrieves the fill brush for the path.

virtual void	setFill (const IDOMBrushPtr &ptrFill)=0
	Sets the fill brush for the path.

virtual IDOMBrushPtr	getStroke () const =0
	Retrieves the stroke brush for the path.

virtual void	setStroke (const IDOMBrushPtr &ptrStroke)=0
	Sets the stroke brush for the path.

virtual IDOMBrushPtr	getOpacityMask () const =0
	Retrieves the opacity mask for the path.

virtual void	setOpacityMask (const IDOMBrushPtr &ptrOpacityMask)=0
	Sets the opacity mask for the path.

virtual IDOMPathGeometryPtr	getPathData () const =0
	Retrieves a smart pointer to the path geometry node.

virtual void	setPathData (const IDOMPathGeometryPtr &ptrPathData)=0
	Sets the path geometry node.

virtual IDOMPathGeometryPtr	getClip () const =0
	Retrieves a smart pointer to the clip geometry node.

virtual void	setClip (const IDOMPathGeometryPtr &ptrClip)=0
	Sets the clip geometry.

virtual IDOMNodePtr	split (IEDLClassFactory *pFactory)=0
	If the path represents both a fill and a stroke, separate the fill and stroke into separate paths. Throws an IEDLError on failure.

virtual IDOMShapePtr	getShape (const FMatrix &transform, float resolution, IEDLClassFactory *pFactory)=0
	Get the scan-converted shape of this path.

virtual bool	getFillOverprints () const =0
	Retrieves whether or not the fill should overprint. Overprinting is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

virtual void	setFillOverprints (bool overprint=true)=0
	Sets whether or not the fill should overprint. Overprinting is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

virtual bool	getStrokeOverprints () const =0
	Retrieves whether or not the stroke should overprint. Overprinting is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

virtual void	setStrokeOverprints (bool overprint=true)=0
	Sets whether or not the stroke should overprint. Overprinting is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

virtual bool	getOverprintMode () const =0
	Retrieves whether or not overprint should obey PDF/PS overprint mode semantics. PDF and PostScript support a manner of overprinting for CMYK scenarios where an individual CMYK component may overprint if that channel is zero and the rendering target is also the same CMYK color space (excluding some transparency group scenarios). Setting overprint mode to true enables this feature.

virtual void	setOverprintMode (bool mode=true)=0
	Sets whether or not overprint should obey PDF/PS overprint mode semantics. PDF and PostScript support a manner of overprinting for CMYK scenarios where an individual CMYK component may overprint if that channel is zero and the rendering target is also the same CMYK color space (excluding some transparency group scenarios). Setting overprint mode to true enables this feature.

virtual bool	getStrokeAdjust () const =0
	Get whether or not any stroke should obey PDF/PS stroke adjust rules. PDF and PostScript support a method that intends to make any rendered strokes appear with a consistent width regardless of how the points are aligned with respect to pixels. This is a different method than that employed by getSnapsToDevicePixels()/setSnapsToDevicePixels() for XPS and XAML. Stroke adjustment is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

virtual void	setStrokeAdjust (bool adjust=true)=0
	Set whether or not any stroke should obey PDF/PS stroke adjust rules. PDF and PostScript support a method that intends to make any rendered strokes appear with a consistent width regardless of how the points are aligned with respect to pixels. This is a different method than that employed by getSnapsToDevicePixels()/setSnapsToDevicePixels() for XPS and XAML. Stroke adjustment is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

virtual eRenderingIntent	getRenderingIntent () const =0
	Get the rendering intent for the node if present. The rendering intent is used whenever the node requires color conversion to a different color space. Set eRenderingIntentUnset to unset the rendering intent, in which a default will be chosen based on the color space in use. This setting is honored only for rendering, color conversion, PDF or PostScript output.

virtual void	setRenderingIntent (eRenderingIntent intent)=0
	Set or clear the rendering intent for the node. The rendering intent is used whenever the node requires color conversion to a different color space. Set eRenderingIntentUnset to unset the rendering intent, in which a default will be chosen based on the color space in use. This setting is honored only for rendering, color conversion, PDF or PostScript output.

virtual eBlackPointCompensation	getBlackPointCompensation () const =0
	Get the black point compensation for the node. The black point compensation setting is used whenever the node requires color conversion to a different color space and affects how dark regions are handled. This setting is honored only for rendering, color conversion, PDF or PostScript output.

virtual void	setBlackPointCompensation (eBlackPointCompensation compensation)=0
	Set the black point compensation for the node. The black point compensation setting is used whenever the node requires color conversion to a different color space and affects how dark regions are handled. This setting is honored only for rendering, color conversion, PDF or PostScript output.

Public Member Functions inherited from IDOMNode
virtual	~IDOMNode ()
	virtual destructor

virtual DOMid	getDOMid () const =0
	Retrieves the node ID.

virtual void	setDOMid (DOMid id)=0
	Sets the node ID.

virtual eDOMNodeType	getNodeType () const =0
	Retrieves the DOM node type.

virtual bool	getProperty (const EDLSysString &propertyName, PValue &propertyValue) const =0
	Retrieves the value of a property. The EDL DOM node can store non-content or relationship information through the use of the "properties" feature of the node. The data is represented as key-value pairs; the key being a string and the value being an abstract container called a PValue. PValues can represent integers, strings, DOM nodes, and so on.

virtual void	setProperty (const EDLSysString &propertyName, const PValue &propertyValue)=0
	Sets the value of a property. The EDL DOM node can store non-content or relationship information through the use of the "properties" feature of the node. The data is represented as key-value pairs; the key being a string and the value being an abstract container called a PValue. PValues can represent integers, strings, DOM nodes, and so on.

virtual void	removeProperty (const EDLSysString &propertyName)=0
	Removes property.

virtual IEDLSysStringCollectionEnumPtr	getPropertyCollectionEnum ()=0
	Retrieves a navigable list of the property names stored on this node.

virtual bool	hasChildNodes () const =0
	Function that indicates whether this node is a parent to other nodes.

virtual IDOMNodePtr	getParentNode () const =0
	Gets the parent node of this node.

virtual IDOMNodePtr	getFirstChild () const =0
	Gets the first child node of this node.

virtual IDOMNodePtr	getLastChild () const =0
	Gets the last child node of this node.

virtual IDOMNodePtr	getNextChild (const IDOMNodePtr &child) const =0
	Gets the child node which follows the node passed in.

virtual IDOMNodePtr	getPreviousChild (const IDOMNodePtr &child) const =0
	Gets the child node which precedes the node passed in.

virtual IDOMNodePtr	getPreviousSibling () const =0
	Retrieves the node's previous sibling node.

virtual IDOMNodePtr	getNextSibling () const =0
	Retrieves node's next sibling node.

virtual void	appendChild (const IDOMNodePtr &child)=0
	Appends a node to the end of the node's child list.

virtual void	insertChild (const IDOMNodePtr &ptrPreviousSibling, const IDOMNodePtr &child, bool bCheckComplete=true)=0
	Insert a child node after ptrPreviousSibling.

virtual IDOMNodePtr	extractChild (const IDOMNodePtr &child)=0
	Extracts (that is, finds and removes) a child node from the node children. After extraction the child node is no longer a part of the DOM. If no node is specified, the first available node will be extracted from the node's children.

virtual void	replaceChild (const IDOMNodePtr &oldChild, const IDOMNodePtr &newChild)=0
	Replaces the child node with another.

virtual bool	isComplete () const =0
	Signals the completeness of the node. A complete node is one that has no more children to be added to it.

virtual void	setComplete ()=0
	Sets the node's completeness status to "true".

virtual IDOMNodeFlags *	getFlags ()=0
	Retrieves the node's flags property.

virtual void	setParentNode (const IDOMNodePtr &ptrParent)=0
	Sets the parent node.

virtual void	setPreviousSibling (const IDOMNodePtr &ptrPreviousSibling)=0
	Sets the previous sibling node.

virtual void	setNextSibling (const IDOMNodePtr &ptrNextSibling)=0
	Sets the next sibling node.

virtual bool	isAncestor (const IDOMNodePtr &ptrCandidate)=0
	Function tests whether a candidate node is a descendant of the node.

virtual FRect	getBounds (bool applyTransform=true, bool applyClip=true)
	Find the conservative bounding box of the marking content of the node.

virtual bool	copyNodeData (IDOMNode *pSourceNode)=0
	Copy the properties collection, the flags and the DOM ID from the given source node to this one.

virtual IDOMNodePtr	cloneNode (IEDLClassFactory *pFactory) const =0
	Simpified node cloning. An exception of type IEDLError will be thrown on failure.

virtual IDOMNodePtr	cloneTree (IEDLClassFactory *pFactory) const =0
	Clone the tree of nodes beginning at this node. An exception of type IEDLError will be thrown on failure.

virtual void	cloneTreeAndAppend (IEDLClassFactory *pFactory, const IDOMNodePtr &dest) const =0
	Clone the tree of nodes beginning at this node, and append the result to the destination tree.

virtual void	completeTree ()=0
	Mark the entire tree from this point as complete. You should not ordinarily need to call this function.

virtual void	removeCompleteFlagFromTree ()=0
	Mark the entire tree from this point as complete.

virtual void	findChildrenOfType (eDOMNodeType type, CDOMNodeVect &nodes, bool searchForms=false)=0
	Find all children of this node with the given type, appending to the given vector. Does not descend into brushes.

virtual void	walkTree (WalkTreeFunc func, void *priv, bool descendIntoBrushes=false, bool descendIntoForms=false)=0
	Walk through the DOM calling a given function on each node. The function is allowed to:

virtual void	notifyOnDestruct (NodeDeleteFunc func, void *priv)=0
	Register interest in being told when this node is about to be destroyed.

virtual void	unregisterNotify (NodeDeleteFunc func, void *priv)=0
	Unregister interest in being told when this node is about to be destroyed.

Public Member Functions inherited from IEDLObject
virtual const CClassID &	getClassID () const =0
	Returns class ID of IEDLObject.

virtual bool	init (CClassParams *pData)
	The init() method is called to perform any post-construction initialization of an IEDLObject that has been created by the EDL class factory, before it is actually returned by the factory.

virtual bool	clone (IEDLObjectPtr &ptrObject, IEDLClassFactory *pFactory)
	Create a copy of EDLObject.

Public Member Functions inherited from IRCObject
virtual void	addRef () const =0
	Increases the reference count of the actual object pointed to. This would take place during an assignment or copying.

virtual bool	decRef () const =0
	Decreases the reference count of the actual object pointed to. When the reference count falls to Zero, it deletes the actual object pointed to.

virtual int32	getRefCount () const =0
	Retrieve the current reference count of the actual object pointed to.

Static Public Member Functions
static const CClassID &	classID ()
	Retrieves class id of IDOMPathNode.

static EDL_API IDOMPathNodePtr	createFilled (IEDLClassFactory *pFactory, const IDOMPathGeometryPtr &geometry, const IDOMBrushPtr &brush, const FMatrix renderTransform=FMatrix(), const IDOMPathGeometryPtr &clip=IDOMPathGeometryPtr(), float opacity=1.0f, eBlendMode blendMode=eBlendModeNormal, eEdgeMode edgeMode=eEMDefault)
	Simplified creator for a filled path. Throws an IEDLError on failure.

static EDL_API IDOMPathNodePtr	createStroked (IEDLClassFactory *pFactory, const IDOMPathGeometryPtr &geometry, const IDOMBrushPtr &brush, const FMatrix renderTransform=FMatrix(), const IDOMPathGeometryPtr &clip=IDOMPathGeometryPtr(), double strokeThickness=1.0, double miterLimit=10.0, eStrokeLineJoin join=eMiterJoin, eStrokeLineCap startCap=eFlatCap, eStrokeLineCap endCap=eFlatCap, eStrokeLineCap dashCap=eFlatCap, eStrokeMiterLimitTreatment miterTreatment=eClipLongMiters, double dashOffset=0.0, const CEDLVector< double > dashPattern=CEDLVector< double >(), bool zeroWidthLinesAreVisible=false, float opacity=1.0f, eBlendMode blendMode=eBlendModeNormal, eEdgeMode edgeMode=eEMDefault)
	Simplified creator for a stroked path. Throws an IEDLError on failure.

static EDL_API IDOMPathNodePtr	createImage (IEDLClassFactory *pFactory, const IDOMImagePtr &image, const FRect &viewPort, const FMatrix &renderTransform=FMatrix())
	Convenience creator for a path containing a rectangular image. Throws an IEDLError on failure.

Static Public Member Functions inherited from IDOMNode
static EDL_API FMatrix	effectiveTransformationOfNode (const IDOMNodePtr &node)
	Attempt to find the effective transformation matrix external to the specified node relative to either a containing page or ultimate parent.

Additional Inherited Members
Protected Member Functions inherited from IRCObject
virtual	~IRCObject ()
	Virtual destructor.

Detailed Description

Interface to an EDL path node. A path node specifies a geometry that can be filled or stroked with a brush.

Vector graphics are created using the PathNode class. A full set of properties is available to describe the visual characteristics of the graphic. The description of the geometry of the path is described by the Data property. Raster images are included in fixed page markup by specifying a PathNode filled with an ImageBrush.

A PathNode is the sole means of adding vector graphics and images to a fixed page. It defines a single vector graphic to be rendered on a page. Some properties of the PathNode are composable, meaning that the markings rendered to the page are determined by a combination of the property and all of the like-named properties of its parent and ancestor elements.

Member Function Documentation

◆ addStrokeDash()

virtual void IDOMPathNode::addStrokeDash ( double value )

pure virtual

Append a stroke dash to the stroke dash array.

Parameters

value The new stroke dash array item.

◆ classID()

static const CClassID & IDOMPathNode::classID ( )

inlinestatic

Retrieves class id of IDOMPathNode.

Returns: CClassID Class id of the element

◆ createFilled()

static EDL_API IDOMPathNodePtr IDOMPathNode::createFilled	(	IEDLClassFactory *	pFactory,
		const IDOMPathGeometryPtr &	geometry,
		const IDOMBrushPtr &	brush,
		const FMatrix	renderTransform = FMatrix(),
		const IDOMPathGeometryPtr &	clip = IDOMPathGeometryPtr(),
		float	opacity = 1.0f,
		eBlendMode	blendMode = eBlendModeNormal,
		eEdgeMode	edgeMode = eEMDefault )

static

Simplified creator for a filled path. Throws an IEDLError on failure.

Parameters

pFactory	The factory to use.
geometry	The path data/geometry to fill.
brush	The fill brush to use.
renderTransform	The render transform to use.
clip	The geometry to use for clipping. NULL if no clip.
opacity	The opacity to use.
blendMode	The blend mode to use.
edgeMode	The edge mode to use.

Returns: IDOMPathNodePtr The new path.

◆ createImage()

static EDL_API IDOMPathNodePtr IDOMPathNode::createImage	(	IEDLClassFactory *	pFactory,
		const IDOMImagePtr &	image,
		const FRect &	viewPort,
		const FMatrix &	renderTransform = FMatrix() )

static

Convenience creator for a path containing a rectangular image. Throws an IEDLError on failure.

The resulting path will have an image brush which paints the entire image scaled to the given destination rectangle.

Parameters

pFactory	The factory to use.
image	The image to use.
viewPort	The destination rectangle.
renderTransform	The render transform to apply.

Returns: IDOMPathNodePtr The new path.

◆ createStroked()

static EDL_API IDOMPathNodePtr IDOMPathNode::createStroked	(	IEDLClassFactory *	pFactory,
		const IDOMPathGeometryPtr &	geometry,
		const IDOMBrushPtr &	brush,
		const FMatrix	renderTransform = FMatrix(),
		const IDOMPathGeometryPtr &	clip = IDOMPathGeometryPtr(),
		double	strokeThickness = 1.0,
		double	miterLimit = 10.0,
		eStrokeLineJoin	join = eMiterJoin,
		eStrokeLineCap	startCap = eFlatCap,
		eStrokeLineCap	endCap = eFlatCap,
		eStrokeLineCap	dashCap = eFlatCap,
		eStrokeMiterLimitTreatment	miterTreatment = eClipLongMiters,
		double	dashOffset = 0.0,
		const CEDLVector< double >	dashPattern = CEDLVector< double >(),
		bool	zeroWidthLinesAreVisible = false,
		float	opacity = 1.0f,
		eBlendMode	blendMode = eBlendModeNormal,
		eEdgeMode	edgeMode = eEMDefault )

static

Simplified creator for a stroked path. Throws an IEDLError on failure.

Parameters

pFactory	The factory to use.
geometry	The path data/geometry to fill.
brush	The fill brush to use.
renderTransform	The render transform to use.
clip	The geometry to use for clipping. NULL if no clip.
strokeThickness	The stroke thickness. If this value is 0 and zeroWidthLinesAreVisible then treat the stroke as a hairline stroke.
miterLimit	The miter limit to be used, if applicable
join	The line join to use
startCap	The starting line cap
endCap	The ending line cap
dashCap	The line cap to be used for dashed sections
miterTreatment	How to treat miters that exceed the miter limit (see setStrokeMiterLimit() for details)
dashOffset	The dash offset to use if dashing is to be used
dashPattern	The dash pattern to be used. Pass an empty vector is no dashing is required. If strokeThickness is 0 then this is in user units, otherwise this is scaled up by the strokeThickness.
zeroWidthLinesAreVisible	Set to true if zero width lines should mark (see getShouldZeroWidthLinesBeVisible() for details)
opacity	The opacity to use.
edgeMode	The edge mode to use.
blendMode	The blend mode to use.

Returns: IDOMPathNodePtr The new path.

◆ getAutomationPropertiesHelpText()

virtual EDLString IDOMPathNode::getAutomationPropertiesHelpText ( ) const

pure virtual

Retrieves the automation properties help text of the path.

Automation properties help text is a detailed description of the path's content, used for accessibility purposes, particularly if the path is filled with an image brush, or a set of vector graphics and text elements intended to comprise a single vector graphic.

Returns: EDLString Automation properties help text

◆ getAutomationPropertiesName()

virtual EDLString IDOMPathNode::getAutomationPropertiesName ( ) const

pure virtual

Retrieves the automation properties name of the path.

The automation properties name is a brief description of the path's content, used for accessibility purposes, particularly if the path is filled with an image brush, or a set of vector graphics and text elements intended to comprise a single vector graphic.

Returns: EDLString Automation properties name

◆ getBlackPointCompensation()

virtual eBlackPointCompensation IDOMPathNode::getBlackPointCompensation ( ) const

pure virtual

Get the black point compensation for the node. The black point compensation setting is used whenever the node requires color conversion to a different color space and affects how dark regions are handled. This setting is honored only for rendering, color conversion, PDF or PostScript output.

Returns: eBlackPointCompensation The black point compensation, or eBPCUnset if not present.

◆ getBlendMode()

virtual eBlendMode IDOMPathNode::getBlendMode ( ) const

pure virtual

Get the blend mode to be used for rendering this path.

Returns: eBlendMode The blend mode.

◆ getClip()

virtual IDOMPathGeometryPtr IDOMPathNode::getClip ( ) const

pure virtual

Retrieves a smart pointer to the clip geometry node.

The clip geometry node specifies a clipping region which describes the geometric area to be preserved. The remainder is not rendered.

Returns: IDOMPathGeometryPtr The clip, or NULL if there is no clip.

◆ getEdgeMode()

virtual eEdgeMode IDOMPathNode::getEdgeMode ( ) const

pure virtual

Retrieves render options edge mode of the path.

Render options edge mode controls how the edges of the path are painted. The only valid value for edge mode is Aliased. Omitting this attribute causes the edges to be rendered in the consumer's default manner

Returns: eEdgeMode The edge mode of the path.

◆ getFill()

virtual IDOMBrushPtr IDOMPathNode::getFill ( ) const

pure virtual

Retrieves the fill brush for the path.

Returns: IDOMBrushPtr The fill brush, or NULL if not present.

◆ getFillOverprints()

virtual bool IDOMPathNode::getFillOverprints ( ) const

pure virtual

Retrieves whether or not the fill should overprint. Overprinting is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

Returns: bool True if the fill should overprint, false otherwise.

◆ getIsDashed()

virtual bool IDOMPathNode::getIsDashed ( )

pure virtual

Checks to see if the path is dashed. Even if a dash array is provided it may still effectively represent a plain un-dashed line. In this case this member will return false.

Returns: bool True if the stroke is affected by dashing, false otherwise.

◆ getLanguage()

virtual EDLString IDOMPathNode::getLanguage ( ) const

pure virtual

Retrieves the default language of the path node and any of its children.

English is defined as en_GB and American English as en_US. There is no default setting. If the language is not known it is set to und (undetermined). For further information see http://www.w3.org/International/articles/language-tags/.

The language is specified according to RFC 3066.

Returns: EDLString The default language

◆ getNavigateLink()

virtual IDOMTargetPtr IDOMPathNode::getNavigateLink ( ) const

pure virtual

Retrieves the target of a hyperlink.

Returns: IDOMTargetPtr the target, or NULL if there is no target.

◆ getOpacity()

virtual float IDOMPathNode::getOpacity ( ) const

pure virtual

Retrieves the opacity value of the path. The opacity value defines the uniform transparency of the path. This is a number between 0 (fully transparent) and 1 (fully opaque). Default value 1.0.

Returns: float The opacity value

◆ getOpacityMask()

virtual IDOMBrushPtr IDOMPathNode::getOpacityMask ( ) const

pure virtual

Retrieves the opacity mask for the path.

The opacity mask specifies a mask of alpha values that is applied to the path in the same fashion as the simple opacity setting, but allowing different alpha values for different area of the canvas. With an opacity mask, you can combine an object with one or more other objects to define transparent areas of the shape.

Opacity masks use the values of one object or image to define the transparent areas of another. The objects that define the transparency can be any type of visual element - solid objects, strokes, gradients, raster images, text or combinations of all of the above.

Returns: IDOMBrushPtr The opacity mask, or NULL if not present.

◆ getOverprintMode()

virtual bool IDOMPathNode::getOverprintMode ( ) const

pure virtual

Retrieves whether or not overprint should obey PDF/PS overprint mode semantics. PDF and PostScript support a manner of overprinting for CMYK scenarios where an individual CMYK component may overprint if that channel is zero and the rendering target is also the same CMYK color space (excluding some transparency group scenarios). Setting overprint mode to true enables this feature.

Returns: bool true if the overprint mode should be enabled, false otherwise.

◆ getPathData()

virtual IDOMPathGeometryPtr IDOMPathNode::getPathData ( ) const

pure virtual

Retrieves a smart pointer to the path geometry node.

Returns: IDOMPathGeometryPtr The path geometry or NULL if no path data is present.

◆ getRenderingIntent()

virtual eRenderingIntent IDOMPathNode::getRenderingIntent ( ) const

pure virtual

Get the rendering intent for the node if present. The rendering intent is used whenever the node requires color conversion to a different color space. Set eRenderingIntentUnset to unset the rendering intent, in which a default will be chosen based on the color space in use. This setting is honored only for rendering, color conversion, PDF or PostScript output.

Returns: eRenderingIntent The rendering intent, or eRenderingIntentUnset if not present.

◆ getRenderTransform()

virtual const FMatrix & IDOMPathNode::getRenderTransform ( ) const

pure virtual

Retrieves the render transform matrix. The render transform matrix establishes a new coordinate frame for all attributes of the path and for all child elements of the path, such as the path geometry.

Returns: FMatrix Render transform matrix.

◆ getShape()

virtual IDOMShapePtr IDOMPathNode::getShape	(	const FMatrix &	transform,
		float	resolution,
		IEDLClassFactory *	pFactory )

pure virtual

Get the scan-converted shape of this path.

Parameters

transform	The transform that should be applied before scan conversion.
resolution	The resolution that should be used for scan conversion.
pFactory	The factory to use.

Returns: IDOMShapePtr The shape.

◆ getShouldZeroWidthLinesBeVisible()

virtual bool IDOMPathNode::getShouldZeroWidthLinesBeVisible ( ) const

pure virtual

Should zero width strokes be visible as cosmetic lines? Zero width lines in XPS files are not visible, but in PDF and PostScript, such lines are rendered as a single pixel cosmetic line. This routine returns true if a zero width stroke for this path should be rendered.

Returns: bool True if a zero width stroke in this path should be visible as a cosmetic line.

◆ getSnapsToDevicePixels()

virtual bool IDOMPathNode::getSnapsToDevicePixels ( ) const

pure virtual

Retrieves the snapsToDevicePixels setting.

The ignorable attribute snapsToDevicePixels can be set to allow consumers or viewers that perform anti-aliasing to "snap" any path control points that are situated on the path bounding box to whole device pixels. Used only XPS and XAML inputs and outputs.

Returns: bool True if control points snap to the nearest device pixels.

◆ getStroke()

virtual IDOMBrushPtr IDOMPathNode::getStroke ( ) const

pure virtual

Retrieves the stroke brush for the path.

Returns: IDOMBrushPtr The stroke brush, or NULL if not present.

◆ getStrokeAdjust()

virtual bool IDOMPathNode::getStrokeAdjust ( ) const

pure virtual

Get whether or not any stroke should obey PDF/PS stroke adjust rules. PDF and PostScript support a method that intends to make any rendered strokes appear with a consistent width regardless of how the points are aligned with respect to pixels. This is a different method than that employed by getSnapsToDevicePixels()/setSnapsToDevicePixels() for XPS and XAML. Stroke adjustment is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

Returns: bool true if stroke adjustment should be applied, false otherwise.

◆ getStrokeDashLineCap()

virtual eStrokeLineCap IDOMPathNode::getStrokeDashLineCap ( ) const

pure virtual

Gets the stroke dash line cap.

See also: eStrokeLineCap

Returns: eStrokeLineCap Stroke dash line cap (Flat default)

◆ getStrokeDashOffset()

virtual double IDOMPathNode::getStrokeDashOffset ( ) const

pure virtual

Retrieves the stroke dash offset value. This adjusts the start point for repeating the dash array pattern. If this value is omitted, the dash array aligns with the origin of the stroke. Values are specified as multiples of the stroke thickness.

Returns: double Stroke dash offset (0.0 default)

◆ getStrokeDashPattern()

virtual const CEDLVector< double > & IDOMPathNode::getStrokeDashPattern ( ) const

pure virtual

Retrieves the stroke dash array.

The stroke dash array specifies the length of dashes and gaps of the outline stroke. The dash and gap lengths are specified as multiples of the stroke thickness and are stored in an array containing an even number of non-negative values.

The first argument in the array is the width of the first dash. The second is the width of the gap following the first dash. The third argument is the second dash width, followed by another gap width, and so on. If you specify an odd number of elements, the elements are repeated to produce an even number.

When a stroke is drawn, the dashes and gaps specified by these values are repeated to cover the length of the stroke. If this attribute is omitted, the stroke is drawn solid, without any gaps.

Returns: CEDLVector<double> The stroke dash array

◆ getStrokeDashsCount()

virtual uint32 IDOMPathNode::getStrokeDashsCount ( )

pure virtual

Retrieves the length of the stroke dash array.

Returns: uint32 The number of entries in the stroke dash array.

◆ getStrokeEndLineCap()

virtual eStrokeLineCap IDOMPathNode::getStrokeEndLineCap ( ) const

pure virtual

Retrieves the line cap type for the end of the stroke.

See also: eStrokeLineCap

Returns: eStrokeLineCap The type of line cap to use at the end of the stroke.

◆ getStrokeLineJoin()

virtual eStrokeLineJoin IDOMPathNode::getStrokeLineJoin ( ) const

pure virtual

Retrieves the stroke line join value. The stroke line join specifies how a stroke is drawn at a corner of a path. Valid values are specified by eStrokeLineJoin. If mitered joins are selected, the value of StrokeMiterLimit is used in drawing the stroke.

See also: eStrokeLineJoin

Returns: eStrokeLineJoin Stroke line join (Miter default)

◆ getStrokeMiterLimit()

virtual double IDOMPathNode::getStrokeMiterLimit ( ) const

pure virtual

Retrieves the stroke miter limit. The stroke miter limit is the ratio between the maximum miter length and half of the stroke thickness. This value must be equal to or greater than 1.0. The value is significant only if the StrokeLineJoin attribute specifies mitered joins.

Returns: double Stroke miter limit (10.0 default).

◆ getStrokeMiterLimitTreatment()

virtual eStrokeMiterLimitTreatment IDOMPathNode::getStrokeMiterLimitTreatment ( ) const

pure virtual

Retrieves the miter limit treatment for this path. The stroke miter treatment specifies how miters extending beyond the limit should be treated.

Returns: eStrokeMiterLimitTreatment Stroke miter treatment. (ClipLongMiters default).

◆ getStrokeOverprints()

virtual bool IDOMPathNode::getStrokeOverprints ( ) const

pure virtual

Retrieves whether or not the stroke should overprint. Overprinting is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

Returns: bool true if the stroke should overprint, false otherwise.

◆ getStrokeStartLineCap()

virtual eStrokeLineCap IDOMPathNode::getStrokeStartLineCap ( ) const

pure virtual

Retrieves the line cap type for the start of the stroke.

See also: eStrokeLineCap

Returns: eStrokeLineCap The type of line cap to use at the start of the stroke.

◆ getStrokeThickness()

virtual double IDOMPathNode::getStrokeThickness ( ) const

pure virtual

Retrieves the stroke thickness. The stroke thickness specifies the thickness of a stroke, in units of the effective coordinate space including the path's render transform. The stroke is drawn on top of the boundary of the geometry specified by the path geometry information. Half of the stroke thickness extends outside of the geometry and the other half extends inside of the geometry.

Returns: double Stroke thickness (1.0 default)

◆ setAutomationPropertiesHelpText()

virtual void IDOMPathNode::setAutomationPropertiesHelpText ( const EDLString & helptext )

pure virtual

Sets the automation properties help text of the path.

Automation properties help text is a detailed description of the path's content, used for accessibility purposes, particularly if the path is filled with an image brush, or a set of vector graphics and text elements intended to comprise a single vector graphic.

Parameters

helptext Automation properties help text

◆ setAutomationPropertiesName()

virtual void IDOMPathNode::setAutomationPropertiesName ( const EDLString & propname )

pure virtual

Sets the automation properties name of the path.

Automation properties help text is a detailed description of the path's content, used for accessibility purposes, particularly if the path is filled with an image brush, or a set of vector graphics and text elements intended to comprise a single vector graphic.

Parameters

propname The new automation properties name.

◆ setBlackPointCompensation()

virtual void IDOMPathNode::setBlackPointCompensation ( eBlackPointCompensation compensation )

pure virtual

Set the black point compensation for the node. The black point compensation setting is used whenever the node requires color conversion to a different color space and affects how dark regions are handled. This setting is honored only for rendering, color conversion, PDF or PostScript output.

Parameters

compensation The desired black point compensation setting, or eBPCUnset to clear.

◆ setBlendMode()

virtual void IDOMPathNode::setBlendMode ( eBlendMode blendMode )

pure virtual

Set the blend mode to be used for rendering this path. Note: modes other than Normal are not directly representable in XPS.

Parameters

blendMode The desired blend mode.

◆ setClip()

virtual void IDOMPathNode::setClip ( const IDOMPathGeometryPtr & ptrClip )

pure virtual

Sets the clip geometry.

The clip geometry node specifies a clipping region which describes the geometric area to be preserved. The remainder is not rendered.

Parameters

ptrClip Smart pointer to the new clip geometry node, or NULL to clear

◆ setEdgeMode()

virtual void IDOMPathNode::setEdgeMode ( eEdgeMode em )

pure virtual

Sets render the options edge mode of the path.

The EdgeMode property controls how the edges of the path are rendered. The only valid value is Aliased. Omitting this attribute causes the edges to be rendered in the consumers default manner. The EdgeMode property can be set in a path to instruct anti-aliasing consumers to render the path without performing antialiasing.

Parameters

em	The new edge mode for the canvas.

◆ setFill()

virtual void IDOMPathNode::setFill ( const IDOMBrushPtr & ptrFill )

pure virtual

Sets the fill brush for the path.

Parameters

ptrFill Smart pointer to the new fill brush, or NULL to clear.

◆ setFillOverprints()

virtual void IDOMPathNode::setFillOverprints ( bool overprint = true )

pure virtual

Sets whether or not the fill should overprint. Overprinting is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

Parameters

overprint The desired overprint.

◆ setLanguage()

virtual void IDOMPathNode::setLanguage ( const EDLString & lang )

pure virtual

Sets default language of the <Path> element and any of its children.

English is defined as en_GB and American English as en_US. There is no default setting. If the language is not known it is set to und (undetermined). For further information see http://www.w3.org/International/articles/language-tags/.

The language is specified according to RFC 3066.

Parameters

lang	Default language

◆ setNavigateLink()

virtual void IDOMPathNode::setNavigateLink ( const IDOMTargetPtr & target )

pure virtual

Sets the target of a hyperlink.

Parameters

target The target to associate with the node, or NULL to clear.

◆ setOpacity()

virtual void IDOMPathNode::setOpacity ( float opc )

pure virtual

Sets the opacity value of the path. The opacity value defines the uniform transparency of the path. This is a number between 0 (fully transparent) and 1 (fully opaque).

Parameters

opc	The new opacity value.

◆ setOpacityMask()

virtual void IDOMPathNode::setOpacityMask ( const IDOMBrushPtr & ptrOpacityMask )

pure virtual

Sets the opacity mask for the path.

The opacity mask specifies a mask of alpha values that is applied to the path in the same fashion as the simple opacity setting, but allowing different alpha values for different area of the canvas. With an opacity mask, you can combine an object with one or more other objects to define transparent areas of the shape.

Opacity masks use the values of one object or image to define the transparent areas of another. The objects that define the transparency can be any type of visual element - solid objects, strokes, gradients, raster images, text or combinations of all of the above.

Parameters

ptrOpacityMask Smart pointer to brush to set, or NULL to clear.

◆ setOverprintMode()

virtual void IDOMPathNode::setOverprintMode ( bool mode = true )

pure virtual

Sets whether or not overprint should obey PDF/PS overprint mode semantics. PDF and PostScript support a manner of overprinting for CMYK scenarios where an individual CMYK component may overprint if that channel is zero and the rendering target is also the same CMYK color space (excluding some transparency group scenarios). Setting overprint mode to true enables this feature.

Parameters

mode	The desired overprint mode

◆ setPathData()

virtual void IDOMPathNode::setPathData ( const IDOMPathGeometryPtr & ptrPathData )

pure virtual

Sets the path geometry node.

Parameters

ptrPathData Smart pointer to the new path geometry node.

◆ setRenderingIntent()

virtual void IDOMPathNode::setRenderingIntent ( eRenderingIntent intent )

pure virtual

Set or clear the rendering intent for the node. The rendering intent is used whenever the node requires color conversion to a different color space. Set eRenderingIntentUnset to unset the rendering intent, in which a default will be chosen based on the color space in use. This setting is honored only for rendering, color conversion, PDF or PostScript output.

Parameters

intent The desired rendering intent, or eRenderingIntentUnset to clear.

◆ setRenderTransform()

virtual void IDOMPathNode::setRenderTransform ( const FMatrix & matrix )

pure virtual

Sets the render transform matrix. The render transform matrix establishes a new coordinate frame for all attributes of the path and for all child elements of the path, such as the path geometry.

Parameters

matrix The new render transform matrix.

◆ setShouldZeroWidthLinesBeVisible()

virtual void IDOMPathNode::setShouldZeroWidthLinesBeVisible ( bool visible )

pure virtual

Sets whether or not zero width strokes in this path should be rendered visibly as a cosmetic line.

Parameters

visible Whether or not zero width strokes should be rendered as a cosmetic line.

◆ setSnapsToDevicePixels()

virtual void IDOMPathNode::setSnapsToDevicePixels ( bool s2dp )

pure virtual

Sets snapsToDevicePixels.

The ignorable attribute snapsToDevicePixels can be set to allow consumers or viewers that perform anti-aliasing to "snap" any path control points that are situated on the path bounding box to whole device pixels. Used only XPS and XAML inputs and outputs.

Parameters

s2dp	New value of snapsToDevicePixels.

◆ setStroke()

virtual void IDOMPathNode::setStroke ( const IDOMBrushPtr & ptrStroke )

pure virtual

Sets the stroke brush for the path.

Parameters

ptrStroke Smart pointer to the new stroke brush, or NULL to clear.

◆ setStrokeAdjust()

virtual void IDOMPathNode::setStrokeAdjust ( bool adjust = true )

pure virtual

Set whether or not any stroke should obey PDF/PS stroke adjust rules. PDF and PostScript support a method that intends to make any rendered strokes appear with a consistent width regardless of how the points are aligned with respect to pixels. This is a different method than that employed by getSnapsToDevicePixels()/setSnapsToDevicePixels() for XPS and XAML. Stroke adjustment is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

Parameters

adjust The desired stroke adjust setting.

◆ setStrokeDashLineCap()

virtual void IDOMPathNode::setStrokeDashLineCap ( eStrokeLineCap slc )

pure virtual

Sets the stroke dash line cap.

See also: eStrokeLineCap

Parameters

slc	The stroke dash line cap (Flat default)

◆ setStrokeDashOffset()

virtual void IDOMPathNode::setStrokeDashOffset ( double sdo )

pure virtual

Sets the stroke dash offset value. This adjusts the start point for repeating the dash array pattern. If this value is omitted, the dash array aligns with the origin of the stroke. Values are specified as multiples of the stroke thickness.

Parameters

sdo	Stroke dash offset (0.0 default)

◆ setStrokeDashPattern()

virtual void IDOMPathNode::setStrokeDashPattern ( const CEDLVector< double > & pattern )

pure virtual

Set the stroke dash array.

The stroke dash array specifies the length of dashes and gaps of the outline stroke. The dash and gap lengths are specified as multiples of the stroke thickness and are stored in an array containing an even number of non-negative values.

The first argument in the array is the width of the first dash. The second is the width of the gap following the first dash. The third argument is the second dash width, followed by another gap width, and so on. If you specify an odd number of elements, the elements are repeated to produce an even number.

When a stroke is drawn, the dashes and gaps specified by these values are repeated to cover the length of the stroke. If this attribute is omitted, the stroke is drawn solid, without any gaps.

Parameters

pattern The desired dash pattern.

◆ setStrokeEndLineCap()

virtual void IDOMPathNode::setStrokeEndLineCap ( eStrokeLineCap slc )

pure virtual

Sets the line cap type for the end of the stroke.

See also: eStrokeLineCap

Parameters

slc	The stroke end line cap (Flat default)

◆ setStrokeLineJoin()

virtual void IDOMPathNode::setStrokeLineJoin ( eStrokeLineJoin slj )

pure virtual

Sets the stroke line join value. The stroke line join specifies how a stroke is drawn at a corner of a path. Valid values are specified by eStrokeLineJoin. If mitered joins are selected, the value of StrokeMiterLimit is used in drawing the stroke.

See also: eStrokeLineJoin

Parameters

slj	The stroke line join (Miter default)

◆ setStrokeMiterLimit()

virtual void IDOMPathNode::setStrokeMiterLimit ( double sml )

pure virtual

Sets the stroke miter limit. The stroke miter limit is the ratio between the maximum miter length and half of the stroke thickness. This value must be equal to or greater than 1.0. The value is significant only if the StrokeLineJoin attribute specifies mitered joins.

Parameters

sml	Stroke miter limit (10.0 default).

◆ setStrokeMiterLimitTreatment()

virtual void IDOMPathNode::setStrokeMiterLimitTreatment ( eStrokeMiterLimitTreatment treatment )

pure virtual

Sets the stroke miter limit treatment. The stroke miter treatment specifies how miters extending beyond the limit should be treated.

Parameters

treatment The desired stroke miter treatment.

◆ setStrokeOverprints()

virtual void IDOMPathNode::setStrokeOverprints ( bool overprint = true )

pure virtual

Sets whether or not the stroke should overprint. Overprinting is honored only for rendering, PDF and PostScript output. It will also be honored should any output need to render as part of producing the output.

Parameters

overprint The desired overprint.

◆ setStrokeStartLineCap()

virtual void IDOMPathNode::setStrokeStartLineCap ( eStrokeLineCap slc )

pure virtual

Sets the line cap type for the start of the stroke.

See also: eStrokeLineCap

Parameters

slc	The stroke start line cap (Flat default)

◆ setStrokeThickness()

virtual void IDOMPathNode::setStrokeThickness ( double st )

pure virtual

Sets stroke thickness The stroke thickness specifies the thickness of a stroke, in units of the effective coordinate space including the path's render transform. The stroke is drawn on top of the boundary of the geometry specified by the path geometry information. Half of the stroke thickness extends outside of the geometry and the other half extends inside of the geometry.

Parameters

st	Stroke thickness (1.0 default)

◆ split()

virtual IDOMNodePtr IDOMPathNode::split ( IEDLClassFactory * pFactory )

pure virtual

If the path represents both a fill and a stroke, separate the fill and stroke into separate paths. Throws an IEDLError on failure.

Parameters

pFactory The factory to use.

Returns: IDOMNodePtr Either an IDOMGroup, IDOMTransparencyGroup or canvas representing the split results, or the path itself if no splitting is required.

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

idompath.h

Classes

Public Types

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ addStrokeDash()

◆ classID()

◆ createFilled()

◆ createImage()

◆ createStroked()

◆ getAutomationPropertiesHelpText()

◆ getAutomationPropertiesName()

◆ getBlackPointCompensation()

◆ getBlendMode()

◆ getClip()

◆ getEdgeMode()

◆ getFill()

◆ getFillOverprints()

◆ getIsDashed()

◆ getLanguage()

◆ getNavigateLink()

◆ getOpacity()

◆ getOpacityMask()

◆ getOverprintMode()

◆ getPathData()

◆ getRenderingIntent()

◆ getRenderTransform()

◆ getShape()

◆ getShouldZeroWidthLinesBeVisible()

◆ getSnapsToDevicePixels()

◆ getStroke()

◆ getStrokeAdjust()

◆ getStrokeDashLineCap()

◆ getStrokeDashOffset()

◆ getStrokeDashPattern()

◆ getStrokeDashsCount()

◆ getStrokeEndLineCap()

◆ getStrokeLineJoin()

◆ getStrokeMiterLimit()

◆ getStrokeMiterLimitTreatment()

◆ getStrokeOverprints()

◆ getStrokeStartLineCap()

◆ getStrokeThickness()

◆ setAutomationPropertiesHelpText()

◆ setAutomationPropertiesName()

◆ setBlackPointCompensation()

◆ setBlendMode()

◆ setClip()

◆ setEdgeMode()

◆ setFill()

◆ setFillOverprints()

◆ setLanguage()

◆ setNavigateLink()

◆ setOpacity()

◆ setOpacityMask()

◆ setOverprintMode()

◆ setPathData()

◆ setRenderingIntent()

◆ setRenderTransform()

◆ setShouldZeroWidthLinesBeVisible()

◆ setSnapsToDevicePixels()

◆ setStroke()

◆ setStrokeAdjust()

◆ setStrokeDashLineCap()

◆ setStrokeDashOffset()

◆ setStrokeDashPattern()

◆ setStrokeEndLineCap()

◆ setStrokeLineJoin()

◆ setStrokeMiterLimit()

◆ setStrokeMiterLimitTreatment()

◆ setStrokeOverprints()

◆ setStrokeStartLineCap()

◆ setStrokeThickness()

◆ split()