Wood Procedural

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Wood Procedural

Wood Default

The Wood procedural texture is a powerful texture that is designed to simulate wood grain. Of course, you can use the Wood texture for effects other than wood. Modo creates procedural textures mathematically at render time and, therefore, they have no fixed resolution. You can magnify procedural textures almost infinitely with no visual loss in detail. This texture has rings, which are distorted by waves and a layer of noise, that simulate wood grain.

NOTE: For information about adding and working with Shader Tree item layers, see the Shader Tree topic.

Wood Panel

Option	Description
Layer
Enable	Toggles the effect of the layer on and off to duplicate the functionality of toggling visibility in the Shader Tree. When disabled, the layer has no effect on the shading of the scene. However, Modo saves disabled layers with the scene, and they are persistent across Modo sessions.
Invert	Inverts the colors (RGB values) for the layer to produce a photonegative effect.
Blend Mode	Affects the blending between different layers of the same effect type. With this, you can stack several layers for different effects. For more about blending, see the Layer Blend Modes topic.
Opacity	Changes the transparency of the current layer. Reducing this value increasingly reveals lower layers in the Shader Tree, if present, or dims the effect of the layer, itself, on the surface.
Locator	Sets the association for the Texture Locator. Most texture layers have a texture locator that Modo automatically creates in the Item List. This defines the mapping of the texture (how Modo applies the texture) to the surface. You can specify alternate locators, but the need to do so is rare. Still, you may want multiple texture items to share a single locator.
Wood
Ring Color	Specifies the RGB color value of the texture where the ring pattern occurs. This color ramps to the Filler Color. This is only available when the texture layer is set to an effect that requires color.
Alpha	Determines how transparent the Ring Color is.
Ring Value	Determines the magnitude of the texture where the ring pattern occurs. This value ramps to the Filler Value. This is only available when the texture layer is set to a non-color attribute.
Filler Color	Specifies the RGB color value of the texture where the filler pattern occurs. This is only available when the texture layer is set to an effect that requires color.
Alpha	Determines how transparent the Filler Color is.
Filler Value	Determines the magnitude of the texture where the filler pattern occurs. This is only available when the texture layer is set to a non-color attribute.
Ring Scale	Determines the size of the rings in the texture. Click to view examples of various Ring Scale settings.
Waviness	Controls the amount of distortion that Modo applies to the rings in the texture. Click to view examples of various Waviness settings.
Wave Scale	Sets the size of the wave distortion that deforms the rings in the texture. Click to view examples of various Wave Scale settings.
Graininess	Determines how visible the grain effect is when it is combined with the ring texture. Decreasing this value creates a more subtle grain appearance. Click to view examples of various Graininess settings.
Grain Scale	Determines how large the grain spots are. Click to view examples of various Grain Scale settings.
Bias	Determines whether the texture favors the Ring Color (or Ring Value) over the Filler Color (or Filler Value). Increasing this value causes the texture to favor the Ring Color (or Ring Value); decreasing the value favors the Filler Color (or Filler Value). Click to view examples of various Bias settings.
Gain	Determines the falloff effect for the texture. This is similar to a gamma control that affects the falloff of the gradient ramp between the ring and filler values. Setting the Gain to 100% creates a sharp falloff effect; setting the value to 0% creates a plateau around the value (or color mid-point) with a sharp falloff at either gradient extreme. Click to view examples of various Gain settings.