update

ac-custom-shaders-patch · Feb 20, 2020 · 243d05b · 243d05b
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diff --git a/new/html/ksMultilayer_fresnel_nm4/ksMultilayer_fresnel_nm4.html b/new/html/ksMultilayer_fresnel_nm4/ksMultilayer_fresnel_nm4.html
@@ -0,0 +1,3 @@
+<style>body{font-family:sans-serif}code{font-family:monospace}</style><h1>ksMultilayer_fresnel_nm4</h1><p>Shader which is very similar to <strong>ksMultilayer_fresnel_nm</strong>, but with four separate normal textures instead of single one, mapped same as detail textures, and masked with <em>txMask</em>. Good for landscapes.</p>
+<h3>Tiling fix</h3>
+<p>Unlike original multilayer shader, this one has proper options for tiling fix, separate for each channel: <em>tilingFixR</em>, <em>tilingFixG</em>, <em>tilingFixB</em> and <em>tilingFixA</em>. To enable tiling fix, change according option from <code>0</code> to <code>1</code>. Please keep in mind tiling fix requires an extra texture sample, do not use it for textures which are too high res.</p>
diff --git a/new/html/ksPerPixelMultiMap_NMDetail_emissive/ksPerPixelMultiMap_NMDetail_emissive.html b/new/html/ksPerPixelMultiMap_NMDetail_emissive/ksPerPixelMultiMap_NMDetail_emissive.html
@@ -4,3 +4,7 @@
 <li>White <em>txDiffuse</em>, red <em>txEmissive</em>, <em>ksEmissive</em> set to <code>(1, 1, 1)</code>: red glow.</li>
 <li>Red <em>txDiffuse</em>, yellow <em>txEmissive</em>, <em>ksEmissive</em> set to <code>(1, 1, 1)</code>: red glow.</li>
 </ul>
+<p>Set <em>emSkipDiffuseMap</em> to <code>1</code> to stop <em>txDiffuse</em> from affecting emissive color.</p>
+<h3>Multi-channel mode</h3>
+<p>To enable multi-channel mode, set <em>emChannelsMode</em> option to <code>1</code>. In that mode, shader will use red channel of <em>txEmissive</em> as a mask for <em>ksEmissive</em>, green channel is mask for <em>ksEmissive1</em>, blue is for <em>ksEmissive2</em> and alpha is for <em>ksEmissive3</em>. Later, in either car or track config, you can bind different emissive variables to different events, allowing you to use a single mesh for, for example, braking, parking and reverse lights without splitting.</p>
+<p>If you have a symmetrical mesh, you can use more than four channels: for example, if you set <em>emMirrorChannel3As4</em> to <code>1</code>, anything on one side of symmetry plane would use <em>ksEmissive4</em> instead of <em>ksEmissive3</em>. Use <em>emMirrorDir</em> and <em>emMirrorOffset</em> to setup symmetry plane (default value for mirror direction would be <code>1 0 0</code>, to mirror from left to right; also, keep in mind it uses local mesh coordinates). With this option, you can get all car’s rear lights from a single mesh: use three normal channels for brake, parking and reverse lights, and third+fourth for turning lights (so map for turning lights would be set in alpha channel of txEmissive).</p>
diff --git a/new/html/ksPerPixelMultiMap_emissive/ksPerPixelMultiMap_emissive.html b/new/html/ksPerPixelMultiMap_emissive/ksPerPixelMultiMap_emissive.html
@@ -4,3 +4,7 @@
 <li>White <em>txDiffuse</em>, red <em>txEmissive</em>, <em>ksEmissive</em> set to <code>(1, 1, 1)</code>: red glow.</li>
 <li>Red <em>txDiffuse</em>, yellow <em>txEmissive</em>, <em>ksEmissive</em> set to <code>(1, 1, 1)</code>: red glow.</li>
 </ul>
+<p>Set <em>emSkipDiffuseMap</em> to <code>1</code> to stop <em>txDiffuse</em> from affecting emissive color.</p>
+<h3>Multi-channel mode</h3>
+<p>To enable multi-channel mode, set <em>emChannelsMode</em> option to <code>1</code>. In that mode, shader will use red channel of <em>txEmissive</em> as a mask for <em>ksEmissive</em>, green channel is mask for <em>ksEmissive1</em>, blue is for <em>ksEmissive2</em> and alpha is for <em>ksEmissive3</em>. Later, in either car or track config, you can bind different emissive variables to different events, allowing you to use a single mesh for, for example, braking, parking and reverse lights without splitting.</p>
+<p>If you have a symmetrical mesh, you can use more than four channels: for example, if you set <em>emMirrorChannel3As4</em> to <code>1</code>, anything on one side of symmetry plane would use <em>ksEmissive4</em> instead of <em>ksEmissive3</em>. Use <em>emMirrorDir</em> and <em>emMirrorOffset</em> to setup symmetry plane (default value for mirror direction would be <code>1 0 0</code>, to mirror from left to right; also, keep in mind it uses local mesh coordinates). With this option, you can get all car’s rear lights from a single mesh: use three normal channels for brake, parking and reverse lights, and third+fourth for turning lights (so map for turning lights would be set in alpha channel of txEmissive).</p>
diff --git a/new/html/smDigitalScreen/smDigitalScreen.html b/new/html/smDigitalScreen/smDigitalScreen.html
diff --git a/new/html/smWaterSurface/smWaterSurface.html b/new/html/smWaterSurface/smWaterSurface.html
diff --git a/new/ksMultilayer_fresnel_nm4.shader b/new/ksMultilayer_fresnel_nm4.shader
diff --git a/new/ksPerPixelMultiMap_NMDetail_emissive.shader b/new/ksPerPixelMultiMap_NMDetail_emissive.shader
diff --git a/new/ksPerPixelMultiMap_emissive.shader b/new/ksPerPixelMultiMap_emissive.shader
diff --git a/new/smDigitalScreen.shader b/new/smDigitalScreen.shader
diff --git a/new/smWaterSurface.shader b/new/smWaterSurface.shader
diff --git a/new/stPerPixelMultiMap_specular.shader b/new/stPerPixelMultiMap_specular.shader
diff --git a/new/stPerPixelMultiMap_specular_damage_dirt.shader b/new/stPerPixelMultiMap_specular_damage_dirt.shader
diff --git a/new/win/smDigitalScreen_meta.ini → new/win/ksMultilayer_fresnel_nm4_meta.ini b/new/win/smDigitalScreen_meta.ini → new/win/ksMultilayer_fresnel_nm4_meta.ini
diff --git a/new/win/ksMultilayer_fresnel_nm4_ps.fxo b/new/win/ksMultilayer_fresnel_nm4_ps.fxo
diff --git a/new/win/ksMultilayer_fresnel_nm4_vs.fxo b/new/win/ksMultilayer_fresnel_nm4_vs.fxo
diff --git a/new/win/ksPerPixelMultiMap_NMDetail_emissive_ps.fxo b/new/win/ksPerPixelMultiMap_NMDetail_emissive_ps.fxo
diff --git a/new/win/ksPerPixelMultiMap_NMDetail_emissive_vs.fxo b/new/win/ksPerPixelMultiMap_NMDetail_emissive_vs.fxo
diff --git a/new/win/ksPerPixelMultiMap_emissive_ps.fxo b/new/win/ksPerPixelMultiMap_emissive_ps.fxo
diff --git a/new/win/ksPerPixelMultiMap_emissive_vs.fxo b/new/win/ksPerPixelMultiMap_emissive_vs.fxo
diff --git a/new/win/smDigitalScreen_ps.fxo b/new/win/smDigitalScreen_ps.fxo
diff --git a/new/win/smDigitalScreen_vs.fxo b/new/win/smDigitalScreen_vs.fxo
diff --git a/new/win/smWaterSurface_ps.fxo b/new/win/smWaterSurface_ps.fxo
diff --git a/new/win/smWaterSurface_vs.fxo b/new/win/smWaterSurface_vs.fxo
diff --git a/new/win/stPerPixelMultiMap_specular_damage_dirt_meta.ini b/new/win/stPerPixelMultiMap_specular_damage_dirt_meta.ini
@@ -0,0 +1,6 @@
+[METADATA]
+ALPHATEST=0
+SKINNED=0
+PARTICLE=0
+2D=0
+DAMAGEDIRT=1
diff --git a/new/win/stPerPixelMultiMap_specular_damage_dirt_ps.fxo b/new/win/stPerPixelMultiMap_specular_damage_dirt_ps.fxo
diff --git a/new/win/stPerPixelMultiMap_specular_damage_dirt_vs.fxo b/new/win/stPerPixelMultiMap_specular_damage_dirt_vs.fxo
diff --git a/new/win/smWaterSurface_meta.ini → new/win/stPerPixelMultiMap_specular_meta.ini b/new/win/smWaterSurface_meta.ini → new/win/stPerPixelMultiMap_specular_meta.ini
@@ -2,4 +2,4 @@
 ALPHATEST=0
 SKINNED=0
 PARTICLE=0
-2D=0
+2D=0
diff --git a/new/win/stPerPixelMultiMap_specular_ps.fxo b/new/win/stPerPixelMultiMap_specular_ps.fxo
diff --git a/new/win/stPerPixelMultiMap_specular_vs.fxo b/new/win/stPerPixelMultiMap_specular_vs.fxo
diff --git a/old/html/ksMultilayer_fresnel_nm4/ksMultilayer_fresnel_nm4.html b/old/html/ksMultilayer_fresnel_nm4/ksMultilayer_fresnel_nm4.html
@@ -0,0 +1,3 @@
+<style>body{font-family:sans-serif}code{font-family:monospace}</style><h1>ksMultilayer_fresnel_nm4</h1><p>Shader which is very similar to <strong>ksMultilayer_fresnel_nm</strong>, but with four separate normal textures instead of single one, mapped same as detail textures, and masked with <em>txMask</em>. Good for landscapes.</p>
+<h3>Tiling fix</h3>
+<p>Unlike original multilayer shader, this one has proper options for tiling fix, separate for each channel: <em>tilingFixR</em>, <em>tilingFixG</em>, <em>tilingFixB</em> and <em>tilingFixA</em>. To enable tiling fix, change according option from <code>0</code> to <code>1</code>. Please keep in mind tiling fix requires an extra texture sample, do not use it for textures which are too high res.</p>
diff --git a/old/html/ksPerPixelMultiMap_NMDetail_emissive/ksPerPixelMultiMap_NMDetail_emissive.html b/old/html/ksPerPixelMultiMap_NMDetail_emissive/ksPerPixelMultiMap_NMDetail_emissive.html
@@ -4,3 +4,7 @@
 <li>White <em>txDiffuse</em>, red <em>txEmissive</em>, <em>ksEmissive</em> set to <code>(1, 1, 1)</code>: red glow.</li>
 <li>Red <em>txDiffuse</em>, yellow <em>txEmissive</em>, <em>ksEmissive</em> set to <code>(1, 1, 1)</code>: red glow.</li>
 </ul>
+<p>Set <em>emSkipDiffuseMap</em> to <code>1</code> to stop <em>txDiffuse</em> from affecting emissive color.</p>
+<h3>Multi-channel mode</h3>
+<p>To enable multi-channel mode, set <em>emChannelsMode</em> option to <code>1</code>. In that mode, shader will use red channel of <em>txEmissive</em> as a mask for <em>ksEmissive</em>, green channel is mask for <em>ksEmissive1</em>, blue is for <em>ksEmissive2</em> and alpha is for <em>ksEmissive3</em>. Later, in either car or track config, you can bind different emissive variables to different events, allowing you to use a single mesh for, for example, braking, parking and reverse lights without splitting.</p>
+<p>If you have a symmetrical mesh, you can use more than four channels: for example, if you set <em>emMirrorChannel3As4</em> to <code>1</code>, anything on one side of symmetry plane would use <em>ksEmissive4</em> instead of <em>ksEmissive3</em>. Use <em>emMirrorDir</em> and <em>emMirrorOffset</em> to setup symmetry plane (default value for mirror direction would be <code>1 0 0</code>, to mirror from left to right; also, keep in mind it uses local mesh coordinates). With this option, you can get all car’s rear lights from a single mesh: use three normal channels for brake, parking and reverse lights, and third+fourth for turning lights (so map for turning lights would be set in alpha channel of txEmissive).</p>
diff --git a/old/html/ksPerPixelMultiMap_emissive/ksPerPixelMultiMap_emissive.html b/old/html/ksPerPixelMultiMap_emissive/ksPerPixelMultiMap_emissive.html
@@ -4,3 +4,7 @@
 <li>White <em>txDiffuse</em>, red <em>txEmissive</em>, <em>ksEmissive</em> set to <code>(1, 1, 1)</code>: red glow.</li>
 <li>Red <em>txDiffuse</em>, yellow <em>txEmissive</em>, <em>ksEmissive</em> set to <code>(1, 1, 1)</code>: red glow.</li>
 </ul>
+<p>Set <em>emSkipDiffuseMap</em> to <code>1</code> to stop <em>txDiffuse</em> from affecting emissive color.</p>
+<h3>Multi-channel mode</h3>
+<p>To enable multi-channel mode, set <em>emChannelsMode</em> option to <code>1</code>. In that mode, shader will use red channel of <em>txEmissive</em> as a mask for <em>ksEmissive</em>, green channel is mask for <em>ksEmissive1</em>, blue is for <em>ksEmissive2</em> and alpha is for <em>ksEmissive3</em>. Later, in either car or track config, you can bind different emissive variables to different events, allowing you to use a single mesh for, for example, braking, parking and reverse lights without splitting.</p>
+<p>If you have a symmetrical mesh, you can use more than four channels: for example, if you set <em>emMirrorChannel3As4</em> to <code>1</code>, anything on one side of symmetry plane would use <em>ksEmissive4</em> instead of <em>ksEmissive3</em>. Use <em>emMirrorDir</em> and <em>emMirrorOffset</em> to setup symmetry plane (default value for mirror direction would be <code>1 0 0</code>, to mirror from left to right; also, keep in mind it uses local mesh coordinates). With this option, you can get all car’s rear lights from a single mesh: use three normal channels for brake, parking and reverse lights, and third+fourth for turning lights (so map for turning lights would be set in alpha channel of txEmissive).</p>
diff --git a/old/html/smDigitalScreen/smDigitalScreen.html b/old/html/smDigitalScreen/smDigitalScreen.html
diff --git a/old/html/smWaterSurface/smWaterSurface.html b/old/html/smWaterSurface/smWaterSurface.html
diff --git a/old/ksMultilayer_fresnel_nm4.shader b/old/ksMultilayer_fresnel_nm4.shader
diff --git a/old/ksPerPixelMultiMap_NMDetail_emissive.shader b/old/ksPerPixelMultiMap_NMDetail_emissive.shader
diff --git a/old/ksPerPixelMultiMap_emissive.shader b/old/ksPerPixelMultiMap_emissive.shader
diff --git a/old/smDigitalScreen.shader b/old/smDigitalScreen.shader
diff --git a/old/smWaterSurface.shader b/old/smWaterSurface.shader
diff --git a/old/stPerPixelMultiMap_specular.shader b/old/stPerPixelMultiMap_specular.shader
diff --git a/old/stPerPixelMultiMap_specular_damage_dirt.shader b/old/stPerPixelMultiMap_specular_damage_dirt.shader