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tools:schlicks [2013/10/16 20:04] – lightwolf | tools:schlicks [2018/06/02 13:23] (current) – [Controls] lightwolf | ||
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* **Exponent** This controls the curve of the approximated frensel effect. The higher the value the more pronounced the effect. | * **Exponent** This controls the curve of the approximated frensel effect. The higher the value the more pronounced the effect. | ||
* **Strength** The strength can decrease the overall effect | * **Strength** The strength can decrease the overall effect | ||
- | * **No Preprocess Reflectivity** | + | * **No Preprocess Reflectivity** |
+ | * **No Radiosity Reflectivity** Sets the reflectiviy to 0 if the surface is sampled by a ray used to compute radiosity. This can speed up radiosity renders. | ||
===== Inputs ===== | ===== Inputs ===== | ||
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===== Outputs ===== | ===== Outputs ===== | ||
+ | {{ : | ||
* **Reflectivity** This is the computed reflectivity value and is usually connected to the reflection and/or specular input on a material node. | * **Reflectivity** This is the computed reflectivity value and is usually connected to the reflection and/or specular input on a material node. | ||
* **Inverse** This computes the inverse of the reflectivity value and is usually connected to the diffuse input of a material node for energy conservation. | * **Inverse** This computes the inverse of the reflectivity value and is usually connected to the diffuse input of a material node for energy conservation. | ||
- | {{ :dbw:tools:schlicks_nodeeditor.png?300 |}} | + | |
+ | ---- | ||
+ | |||
+ | ===== Supporting Material===== | ||
+ | [[http:// | ||
+ | [[http:// | ||
+ |