vectorRenderGlobals

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Node used to store global vector render attributes. By using a node, these attributes will be read/written to file. There should only be one of these nodes.

browserView, combineFillsEdges, currentFrame, curveTolerance, detailLevel, edgeColor, edgeColorB, edgeColorG, edgeColorR, edgeDetail, edgeStyle, edgeWeight, filenameFormat, fillObjects, fillStyle, flashVersion, frameRate, hiddenEdges, highlightLevel, highlights, imageFormat, imageNamePrefix, includeEdges, minEdgeAngle, outlinesAtIntersections, pixelAspectRatio, reflectionDepth, reflections, renderLayers, renderOptimization, secondaryCF, shadows, showBackFaces, svgAnimation, svgCompression

Long name (short name)	Type	Default	Flags
currentFrame (cf)	bool	false
Render the current frame only
frameRate (fr)	integer	12
The frame rate
svgAnimation (sa)	enum	0
The SVG animation option
svgCompression (sc)	bool	false
The SVG compression option
flashVersion (fv)	enum	2
The flash version
browserView (bv)	bool	false
The browser preview option
showBackFaces (sb)	bool	true
The show back faces option
shadows (sh)	bool	false
The draw shadows option
highlights (hi)	bool	false
The draw highlights option
highlightLevel (hl)	short	4
The highlight level option
reflections (rf)	bool	false
The draw reflections option
reflectionDepth (rd)	short	2
The reflection depth option
combineFillsEdges (cfe)	bool	false
The combine fills and edges option
curveTolerance (ct)	double	7.5
The curve tolerance (range: 0.0 - 15.0) - it is a relative tolerance used when trying to fit the curve to a series of line segments. If 0.0 straight lines will be drawn, if 15.0, aggressive fitting will be applied.
secondaryCF (scf)	bool	false
Occasionally the first pass at curve fitting does not fit all line segments that can be converted to curves. The secondary curve fitting code is a higher level curve fitting algorithm that can often times find more curves than the first pass algorithm.
detailLevel (dl)	short	0
Detail Level - (range: 0 - 50 ) - how much detail we want to obtain from the scene. The smaller the "detail level" the more polygons maybe combined to produce smaller files.
includeEdges (ie)	bool	false
The include edge option
renderOptimization (rno)	string	TmultiSharedObject::create<TdataString>"Safe"
Frame optimization.
fillObjects (fo)	bool	true
The fill object (include fills) option
fillStyle (fs)	enum	0
The fill style option
edgeStyle (es)	enum	0
The edge style option
hiddenEdges (he)	bool	false
The hidden edges option
edgeDetail (ed)	bool	false
The edge detail option
outlinesAtIntersections (oai)	bool	true
Specifies that edges should be drawn when two polygons intersect.
minEdgeAngle (mea)	double	90.0
Minimum Edge Angle (range: 1.0 - 90.0) - the edge detail angle is a the minimum angle between adjacent polygon face normals that is used to determine if an edge is hard and therefore visible.
edgeColor (ec)	float3
The edge color
edgeColorR (ecr) float 0 The edge color red component (see edgeColor)
edgeColorG (ecg) float 0 The edge color green component (see edgeColor)
edgeColorB (ecb) float 0 The edge color blue component (see edgeColor)
edgeWeight (ew)	double	0.0
The edge weight - specifies the edge weight to be used for all edges. It is specified in points (there are 72 points per inch). The value of 0.0 specifies hairline edge weight
imageNamePrefix (inp)	string	NULL
Unused any more, this attribute is only define for backward compatibility reasons
imageFormat (if)	integer	0
Unused any more, this attribute is only define for backward compatibility reasons
pixelAspectRatio (par)	double	0.0
Unused any more, this attribute is only define for backward compatibility reasons
filenameFormat (ff)	integer	0
Unused any more, this attribute is only define for backward compatibility reasons
renderLayers (rl)	bool	false
Unused any more, this attribute is only define for backward compatibility reasons