glowIntensity
(gi)
| Glow Intensity is 0 by default, meaning that no glow is added to the material. As this is turned up, the material seems to 'glow' with a faint halo of light around it. Note that this is different from the Incandescence attribute in a few important ways. First, glow is added as a post-process at the end of rendering. (Incandescence just makes the surface appear brighter.) Second, glow adds a halo, which incandescence does not. |
matteOpacityMode
(mom)|
Matte Opacity Mode controls how the system will use the
Matte Opacity attribute (below). When you are rendering with a
matte (i.e. an alpha channel, or mask), these two attributes
are used to control how this material will show up in the matte.
This is useful if you will be compositing your rendered images
later on. There are three settings, used for different purposes:
Opacity Gain: (the default).
Matte values are calculated in the normal way (based on the
transparency of the object) then multiplied by the Matte Opacity.
(Matte Opacity has a default value of one, by default these
attributes have no effect.) With Opacity Gain, you can animate the
Matte Opacity value to change the overall transparency of the
object when it is later composited.Solid Matte: This is like
Opacity Gain, except that the normally-calculated matte values are
ignored in favor of the Matte Opacity setting. The entire matte for
the object is set to the value of the Matte Opacity attribute. If
there are transparent areas on the object, their transparency is
ignored in the matte. Use this setting to composite an object with
transparent parts, when you don't want the background to show
through them. Black Hole: The value of Matte Opacity is
ignored, and all the matte for this material is set to be
transparent. Use this when you are creating substitute geometry in
a scene, which is standing in for objects in a background image
that you will be compositing with later. Your stand-in objects will
'punch a hole' in the matte. This allows other computer-generated
geometry to pass behind your stand-in objects. Later, when
foreground and background are composited, the results will be
correct, with the background object showing through the 'black
hole' areas.
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matteOpacity
(mog)| Matte Opacity is used (along with Matte Opactiy Mode) to affect how the matte (i.e. alpha channel or mask) for this material will be calculated. See Matte Opacity Mode above for full details. |
outMatteOpacity
(omo)| output Matte Opacity |
outMatteOpacityR
(omor) |
float | 0.0 | |
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outMatteOpacityG
(omog) |
float | 0.0 | |
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outMatteOpacityB
(omob) |
float | 0.0 | |
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outColor
(oc)| Out Color is the final output color generated by this node. If you are using this node as one of the layers in a Layered Shader, then you will need to connect this attribute to the Color input of the Layered Shader. |
outColorR
(ocr) |
float | 0.0 | |
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outColorG
(ocg) |
float | 0.0 | |
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outColorB
(ocb) |
float | 0.0 | |
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outTransparency
(ot)| Out Transparency is the final output transparency generated by this node. If you are using this node as one of the layers in a Layered Shader, then you will need to connect this attribute to the Transparency input of the Layered Shader. |
outTransparencyR
(otr) |
float | 0.0 | |
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outTransparencyG
(otg) |
float | 0.0 | |
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outTransparencyB
(otb) |
float | 0.0 | |
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outGlowColor
(ogc)| Out Glow Color is the final output glow color from this node (if this node is glowing) |
outGlowColorR
(ogr) |
float | 0.0 | |
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outGlowColorG
(ogg) |
float | 0.0 | |
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outGlowColorB
(ogb) |
float | 0.0 | |
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