public ShaderMaterial Clone()
{
var result = new ShaderMaterial();
result.Material = new Material(this.Material);
foreach (var p in this.properties)
{
result.properties.Add(p.Clone());
}
return(result);
}
private void LoadShaders()
{
//MaterialFXAA = new ShaderMaterial("FXAA", "Hidden/SlinDev/Desktop/PostProcessing/FXAA");
//MaterialColorAdjust = new ShaderMaterial("ColorAdjust", "Kronal/Color Adjust");
#if false
MaterialEdgeDetect = new ShaderMaterial("EdgeDetectNormalsColor", "Hidden/EdgeDetectColors");
MaterialEdgeDetect1 = new ShaderMaterial("ShaderEdgeDetectNormals1", "Hidden/Edge Detect Normals1");
MaterialEdgeDetect2 = new ShaderMaterial("ShaderEdgeDetectNormals2", "Hidden/Edge Detect Normals2");
MaterialEdgeDetect3 = new ShaderMaterial("ShaderEdgeDetectNormals3", "Hidden/Edge Detect Normals3");
MaterialEdgeDetect4 = new ShaderMaterial("edn", "Hidden/EdgeDetect");
MaterialEdgeDetect5 = new ShaderMaterial("edn2", "KVV/Hidden/Edge Detect Normals2");
#endif
foreach (var s in BundleIndex.LoadedShaders)
{
var mat = new Material(s.Value);
Materials.Add(mat.shader.name, mat);
log.debug(string.Format("Found shader: {0}", mat.shader.name));
}
#if false
foreach (var shaderFilename in Shaders)
{
try
{
var mat = new Material(KVrUtilsCore.AssetIndex.gettShaderById(shaderFilename));
log.debug(string.Format("Material: {0} loaded", shaderFilename));
Materials[mat.shader.name] = mat;
}
catch
{
log.error(string.Format("LoadShaders {0} : Failed to load {1}", this.GetType().Name, shaderFilename));
}
}
#endif
}
public ShaderMaterial Clone()
{
var result = new ShaderMaterial();
result.Material = new Material(this.Material);
foreach (var p in this.properties)
{
result.properties.Add(p.Clone());
}
return result;
}