SoVectorizeAction Class

Abstract class for vectorizing a scene graph to a file.

Inheritance Hierarchy

SystemObject
  OIV.InventorSoNetBase
    OIV.Inventor.ActionsSoAction
      OIV.HardCopySoVectorizeAction
        OIV.HardCopySoVectorizeCGMAction
        OIV.HardCopySoVectorizeGDIAction
        OIV.HardCopySoVectorizeHPGLAction
        OIV.HardCopySoVectorizePSAction

Namespace: OIV.HardCopy
Assembly: OIV.HardCopy (in OIV.HardCopy.dll) Version: 10.12.3.0 (10.12.3.0)

Syntax

C++

Copy

public abstract class SoVectorizeAction : SoAction

Public MustInherit Class SoVectorizeAction
	Inherits SoAction

public ref class SoVectorizeAction abstract : public SoAction

[<AbstractClassAttribute>]
type SoVectorizeAction =  
    class
        inherit SoAction
    end

The SoVectorizeAction type exposes the following members.

Methods

	Name	Description
	Apply(SoNode)	Initiates an action on the graph specified by a node. (Overrides SoActionApply(SoNode).)
	Apply(SoPath)	Initiates an action on the graph specified by a path. (Overrides SoActionApply(SoPath).)
	Apply(SoPathList)	Calls Apply(pathList, false).
	Apply(SoPathList, Boolean)	Initiates an action on the graph specified by list of paths. (Overrides SoActionApply(SoPathList, Boolean).)
	BeginPage(SbVec2f, SbVec2f)	Calls BeginPage(startPagePosition, pageSize, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	BeginPage(SbVec2f, SbVec2f, SoVectorizeActionDimensionUnits)	Begin a new page.
	ClearApplyResult	When applied, an action may reference nodes or create objects (e.g. (Inherited from SoAction.)
	EnableElement
	EnableElements	(Overrides SoActionEnableElements.)
	EnableLighting	Allows the user to enable/disable the taking into account of lights in the scene graph during the computation of the vectorized file.
	EndPage	Ends a page.
	Equals	Determines whether the specified Object is equal to the current Object. (Inherited from Object.)
	ForwardTraversal(SoNode)	Traverse a node that is not part of the current scenegraph. (Inherited from SoAction.)
	ForwardTraversal(SoPath)	Traverse a path that is not part of the current scenegraph. (Inherited from SoAction.)
	GetBackgroundColor	Returns the color of the background.
	GetBorder	Returns the color and the width of the border of the clipping limits.
	GetColorPriority	Returns the color priority.
	GetColorTranslationMethod	Returns the method for choosing the color of the drawing on the sheet of paper.
	GetContinueActionInBranchFlag	This function indicates if the action must stop in the current branch. (Inherited from SoAction.)
	GetCurPath	Returns the path accumulated during traversal, i.e., the chain of nodes from the root of the traversed graph to the current node being traversed. (Inherited from SoAction.)
	GetDistribMode	Returns the distribution mode of this action across a cluster (ScaleViz-Cluster only). (Inherited from SoAction.)
	GetDrawingDimensions	Calls GetDrawingDimensions(OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	GetDrawingDimensions(SoVectorizeActionDimensionUnits)	Returns the dimensions of the drawing on the sheet of paper.
	GetHashCode	Overrides GetHashCode(). (Inherited from SoNetBase.)
	GetHLHSRMode	Returns the Hidden Line and Hidden Surface Removal mode.
	GetHLHSRRasterCaching	Returns the raster caching flag.
	GetHLHSRRasterQuality	Returns the raster image quality value.
	GetLineEndStyle	Returns the style for line ends.
	GetLineJoinsStyle	Returns the style for line joins.
	GetLineOffset	Returns line offset.
	GetLinePatternSize	Calls GetLinePatternSize(OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	GetLinePatternSize(SoVectorizeActionDimensionUnits)	Returns the line pattern scale factor.
	GetMarkerOffset	Returns marker offset.
	GetMiterLimit	Returns the miter limit.
	GetNodeAppliedTo	Returns the node the action is being applied to. (Inherited from SoAction.)
	GetNominalWidth	Calls GetNominalWidth(OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	GetNominalWidth(SoVectorizeActionDimensionUnits)	Returns the nominal width.
	GetOrientation	Returns the orientation of the drawing on the sheet of paper.
	GetOriginalPathListAppliedTo	Returns the original path list the action is being applied to. (Inherited from SoAction.)
	GetPathAppliedTo	Returns the path the action is being applied to. (Inherited from SoAction.)
	GetPathCode	Returns path code based on where current node (the node at the end of the current path) lies with respect to the path(s) the action is being applied to. (Inherited from SoAction.)
	GetPathListAppliedTo	Returns the path list the action is being applied to. (Inherited from SoAction.)
	GetPenDescription(SbColor, Single)	Calls GetPenDescription(colors, widths, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	GetPenDescription(SbColor, Single, SoVectorizeActionDimensionUnits)	Returns the description of the color and the width of each pen.
	GetPenNum	Returns the number of pens.
	GetPipeId	Gets pipe identifier in the range [1..N] associated to this render action while running a ScaleViz Multipipe configuration. (Inherited from SoAction.)
	GetPixelImageSize	Calls GetPixelImageSize(OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	GetPixelImageSize(SoVectorizeActionDimensionUnits)	Returns the size of a pixel.
	GetPolygonOffset	Returns polygon offset.
	GetSceneManager	Return the OIV.Inventor.SoSceneManager associated with this action. (Inherited from SoAction.)
	GetShadeModel	Returns the shade model.
	GetStartPosition	Calls GetStartPosition(OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	GetStartPosition(SoVectorizeActionDimensionUnits)	Returns the start position of the drawing on the sheet of paper.
	GetState	Gets the state from the action. (Inherited from SoAction.)
	GetType	Gets the Type of the current instance. (Inherited from Object.)
	GetVectorOutput	Output access method.
	GetWhatAppliedTo	Returns code indicating what action is being applied to. (Inherited from SoAction.)
	HasTerminated	Returns true if the traversal has reached a termination condition. (Inherited from SoAction.)
	InvalidateState	Invalidates the current traversal state in the action, forcing it to be recreated when the action is next applied. (Inherited from SoAction.)
	IsBeingApplied	Returns true if this action is currently being applied. (Inherited from SoAction.)
	IsLastPathListAppliedTo	Returns true if the current list is the last one from the original. (Inherited from SoAction.)
	IsLightingEnabled	Returns true if lighting is enabled.
	IsUsingAlternateRep	Returns true if current action is using alternate representations. (Inherited from SoAction.)
	PostDelayedTraversal	Method called by SoMultiPassManager after delayed pass traversals. (Inherited from SoAction.)
	PreDelayedTraversal	Method called by SoMultiPassManager before delayed pass traversals. (Inherited from SoAction.)
	ResetContinueActionInBranchFlag	This function resets the continue action flag. (Inherited from SoAction.)
	SetBackgroundColor(Boolean)	Enables or disables the background and sets its color to white.
	SetBackgroundColor(Boolean, SbColor)	Sets the color of the background.
	SetBorder(Single)	Sets the width of the border of the clipping limits.
	SetBorder(Single, SbColor)	Sets the color and the width of the border of the clipping limits.
	SetColorPriority	Sets the color priority flag.
	SetColorTranslationMethod	Sets the method for choosing the color of the drawing on the sheet of paper.
	SetDrawingDimensions(SbVec2f)	Calls SetDrawingDimensions(d, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	SetDrawingDimensions(Single, Single)	Calls SetDrawingDimensions(w, h, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	SetDrawingDimensions(SbVec2f, SoVectorizeActionDimensionUnits)	Sets the dimensions of the drawing on the sheet of paper.
	SetDrawingDimensions(Single, Single, SoVectorizeActionDimensionUnits)	Sets the dimensions of the drawing on the sheet of paper.
	SetHLHSRMode	Sets the Hidden Line and Hidden Surface Removal mode.
	SetHLHSRRasterCaching	Enables/disables the use of OpenGL display lists to generate the raster image with the OIV.HardCopy.SoVectorizeAction.HLHSRModes.HLHSR_RASTER algorithm.
	SetHLHSRRasterQuality	Sets the quality of the raster image generated to vectorize visible primitives with the OIV.HardCopy.SoVectorizeAction.HLHSRModes.HLHSR_RASTER algorithm.
	SetLineEndStyle	Sets the style for line ends.
	SetLineJoinsStyle	Sets the style for line joins.
	SetLineOffset	Sets line offset.
	SetLinePatternSize(Single)	Calls SetLinePatternSize(w, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	SetLinePatternSize(Single, SoVectorizeActionDimensionUnits)	Sets the line pattern size, i.e., the association between printer pattern (16 printer "points") and the size of the line pattern on the hard copy output.
	SetMarkerOffset	Sets marker offset.
	SetMiterLimit	Sets the miter limit.
	SetNominalWidth(Single)	Calls SetNominalWidth(w, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	SetNominalWidth(Single, SoVectorizeActionDimensionUnits)	Sets the nominal width.
	SetOrientation	Sets the orientation of the drawing on the sheet of paper.
	SetPenDescription	Calls SetPenDescription((cli.array<OIV.Inventor.SbColor>^)nullptr, (cli.array<System.Single>^)nullptr, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	SetPenDescription(SbColor)	Calls SetPenDescription(colors, (cli.array<System.Single>^)nullptr, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	SetPenDescription(SbColor, Single)	Calls SetPenDescription(colors, widths, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	SetPenDescription(SbColor, Single, SoVectorizeActionDimensionUnits)	Sets the description of the color and the width of each pen.
	SetPipeId	Sets pipe identifier in the range [1..N] associated to this render action while running a ScaleViz Multipipe configuration. (Inherited from SoAction.)
	SetPixelImageSize(Single)	Calls SetPixelImageSize(w, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	SetPixelImageSize(Single, SoVectorizeActionDimensionUnits)	Sets the size of a pixel for image primitives.
	SetPolygonOffset	Method to set the Z offset to be applied to polygons in normalized device coordinates (-1 to 1 space).
	SetSceneManager	Set the scene manager associated with this action (if any ). (Inherited from SoAction.)
	SetShadeModel	Selects OIV.HardCopy.SoVectorizeAction.ShadeModels.FLAT or OIV.HardCopy.SoVectorizeAction.ShadeModels.SMOOTH shading.
	SetStartPosition(SbVec2f)	Calls SetStartPosition(p, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	SetStartPosition(Single, Single)	Calls SetStartPosition(x, y, OIV.HardCopy.SoVectorizeAction.DimensionUnits( .SoVectorizeAction.MM )).
	SetStartPosition(SbVec2f, SoVectorizeActionDimensionUnits)	Sets the start position of the drawing on the sheet of paper.
	SetStartPosition(Single, Single, SoVectorizeActionDimensionUnits)	Sets the start position of the drawing on the sheet of paper.
	SetUpState	Creates state if it is NULL or it is no longer valid because new elements have been enabled since it was created. (Inherited from SoAction.)
	StopActionInBranch	This function stops the action in the current Scene Graph branch. (Inherited from SoAction.)
	ToString	Returns a string that represents the current object. (Inherited from Object.)
	Traverse	Does traversal of a graph rooted by a node. (Inherited from SoAction.)
	UseAlternateRep	Tell the action to use alternate representations during traversal when available. (Inherited from SoAction.)

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Remarks

This class is an abstract class for all vectorize actions. The supported subclasses are OIV.HardCopy.SoVectorizeCGMAction, OIV.HardCopy.SoVectorizeGDIAction (Win32 only), OIV.HardCopy.SoVectorizeHPGLAction, and OIV.HardCopy.SoVectorizePSAction. As with OIV.Inventor.Actions.SoWriteAction, these subclasses contain an OIV.HardCopy.SoVectorOutput instance (or derived) which writes by default to standard output. Methods on OIV.HardCopy.SoVectorOutput can be called to specify what file to write to.

Default values:

Orientation: OIV.HardCopy.SoVectorizeAction.Orientations.PORTRAIT
Start position: X=10.0 mm and Y=10.0 mm
Dimensions: Width=190.0 mm and Height=277.0 mm
Border width: 2.0 mm
Border color: (1.,1.,1.)
Background: no background
Nominal width: 0.35 mm
Pixel image size: 0.35mm
Color Translation method: OIV.HardCopy.SoVectorizeAction.ColorTranslationMethods.REVERSE_ONLY_BLACK_AND_WHITE
Number of pens: 0
Color priority: true
Line End Style: OIV.HardCopy.SoVectorizeAction.EndLineStyles.BUTT_END
Line Join Style: OIV.HardCopy.SoVectorizeAction.JoinLineStyles.NO_JOIN
Miter limit: 1.5 (Miter Length / Line Width)
HLHSR mode: OIV.HardCopy.SoVectorizeAction.HLHSRModes.NO_HLHSR
Lighting enabled: false
Polygon/Line/Marker offset: 0
Shade model: OIV.HardCopy.SoVectorizeAction.ShadeModels.FLAT
HLHSR raster quality: 0.5

Line end styles description:

Force black and white rendering: It is possible to force black and white rendering by setting the environment variable OIV_HC_BLACK_AND_WHITE (see OIV.Inventor.SoPreferences). In this mode all non-white colors are set to full black. This is useful because selecting "black & white" in the printer setup dialog normally produces gray scale rendering and some colors may be difficult to see. This option is applied after color translation (e.g. REVERSE_ONLY_BLACK_AND_WHITE). The variable must be set before creating an instance of the class.

Performance: The HLHSR modes OIV.HardCopy.SoVectorizeAction.HLHSRModes.NO_HLHSR and OIV.HardCopy.SoVectorizeAction.HLHSRModes.HLHSR_SIMPLE_PAINTER are generally quite fast and should be used whenever possible (when the resulting image quality is acceptable or when a quick preview is desired). The other HLHSR modes involve computations that are very CPU intensive. In other words, the time required to produce an image depends almost entirely on the machine's processor speed. OIV.HardCopy.SoVectorizeAction.HLHSRModes.HLHSR_PAINTER_SURFACE_REMOVAL has a very small dependency on the graphics board (because it does one offscreen render) whereas OIV.HardCopy.SoVectorizeAction.HLHSRModes.HLHSR_RASTER performance is completely linked to the graphics board performance. The other modes are not affected by the graphics board performance. One implication of the CPU dependency is that the release libraries will generally be much faster than the debug libraries (because of compiler optimizations). Benchmarking should always be done using the release libraries.

Performance is directly related to the number of primitives (individual faces and line segments, not the number of nodes in the scene graph) and the number of intersecting or difficult-to-sort primitives. Performance decreases rapidly (worse than linear) for large numbers of primitives. Therefore algorithms that can reduce the number of primitives may be needed for large scenes (see, for example, OIV.Inventor.Actions.SoSimplifyAction).

In some cases setting a small polygon offset can improve performance by reducing interference between faces and lines (used only with the Painter's algorithm HLHSR modes).

OIV.HardCopy.SoVectorizeAction.HLHSRModes.HIDDEN_LINES_REMOVAL mode is very slow and should not be used unless very precise output is required.

Generally OIV.HardCopy.SoVectorizeAction.HLHSRModes.HLHSR_RASTER mode gives the best combination of performance and image quality.

Limitations

Modeling clipping (OIV.Inventor.Nodes.SoClipPlane) is ignored.
Textures are ignored (polygons are drawn as if no texture is applied).
Transparency is ignored.
OIV.Inventor.Nodes.SoAnnotation nodes are handled like OIV.Inventor.Nodes.SoSeparator nodes.
Smooth shading is only supported with PostScript Level 3.
OIV.Inventor.Nodes.SoText2 (and OIV.Inventor.Nodes.SoAnnoText3 using an xxx_PRINT_RASTER option) will be rendered using native fonts, so the requested font name must be available on the rendering device.
VolumeViz representations are not supported (because texturing is not possible).

Reference

OIV.HardCopy Namespace