public virtual LMVTexture texture(int index)
{
JSONNode json = this [index];
LMVTexture tex = new LMVTexture();
if (json ["definition"] == "UnifiedBitmap")
{
tex.tex = json ["properties"] ["uris"] ["unifiedbitmap_Bitmap"];
}
else if (json ["definition"] == "BumpMap")
{
tex.tex = json ["properties"] ["uris"] ["bumpmap_Bitmap"];
}
tex.ur = json ["properties"] ["booleans"] ["texture_URepeat"] ["values"] [0].AsBool;
tex.vr = json ["properties"] ["booleans"] ["texture_VRepeat"] ["values"] [0].AsBool;
tex.invert = false;
if (json ["properties"] ["booleans"] ["unifiedbitmap_Invert"] != null)
{
tex.invert = json ["properties"] ["booleans"] ["unifiedbitmap_Invert"] ["values"] [0].AsBool;
}
tex.channel = json ["properties"] ["integers"] ["texture_MapChannel"] ["values"] [0].AsInt;
tex.u = json ["properties"] ["scalars"] ["texture_UScale"] ["values"] [0].AsFloat;
tex.v = json ["properties"] ["scalars"] ["texture_VScale"] ["values"] [0].AsFloat;
tex.RGBAmount = 1.0f;
if (json ["properties"] ["scalars"] ["unifiedbitmap_RGBAmount"] != null)
{
tex.RGBAmount = json ["properties"] ["scalars"] ["unifiedbitmap_RGBAmount"] ["values"] [0].AsFloat;
}
return(tex);
}
protected static void CreateMaterialTex(int id, LMVTexture lmvtex, string shaderKey, ref Material mat)
{
try {
byte [] bytes = File.ReadAllBytes(_svfDir + @"\" + lmvtex.tex.Replace('/', '\\'));
string filename = Path.GetFileName(lmvtex.tex);
string assetref = _resources + "/" + filename;
#if UNITY_EDITOR
//FileStream file =File.Create (assetref) ;
//file.Write (bytes, 0, bytes.Length) ;
//file.Close () ;
File.WriteAllBytes(assetref, bytes);
AssetDatabase.Refresh();
#endif
Texture2D tex = AssetDatabase.LoadAssetAtPath <Texture2D> (assetref);
//tex.
mat.SetTexture(shaderKey, tex);
//mat.mainTexture =tex ;
//mat.SetColor ("_Color", Color.black) ;
//mat.SetTexture ("_MainTex", tex) ;
//mat.SetTexture ("_SpecGlossMap", tex) ;
} catch (System.Exception /*e*/) {
}
}