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--- tools:schlicks [2013/10/17 15:01] – lightwolf
+++ tools:schlicks [2018/06/02 13:23] (current) – [Controls] lightwolf
@@ Line 11: / Line 11: @@
   * **Strength** The strength can decrease the overall effect
   * **No Preprocess Reflectivity** Sets the reflectiviy to 0 while LightWave renders a pre-pass. This can speed up interpolated radiosity renders.
-  * **No Radiosity Reflectivity** Sett the reflectiviy to 0 if the surface is sampled by a ray used to compute radiosity. This can speed up radiosity renders.
+  * **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 =====
@@ Line 20: / Line 20: @@
 ===== Outputs =====
+{{  :dbw:tools:schlicks_nodeeditor.png?300|}}
   * **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.
-{{  :dbw:tools:schlicks_nodeeditor.png?300 |}}
+----
+===== Supporting Material=====
+[[http://experts.adobeconnect.com/p80xqn8k073/|{{  :dbw:tools:comb1a-web.jpg?nolink|}}]]
+[[http://www.andrewcomb.com/|Andrew Comb]] use Schlick's Approximation alongside other free db&w Tools in his [[http://experts.adobeconnect.com/p80xqn8k073/|Advanced Shading Tutorial]] presented at the [[http://www.lightwaveusers.com/|San Diego LightWave Users Group]].

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