public static void Reset()
{
BundleMesh.Reset();
BundleMaterial.Reset();
BundleTexture.Reset();
BundleShader.Reset();
BundleLightmap.Reset();
}
public static void PostProcess()
{
BundleTexture.PostProcess();
BundleShader.PostProcess();
BundleMaterial.PostProcess();
BundleLightmap.PostProcess();
BundleMesh.PostProcess();
}
public static new SceneResources GetObjectData()
{
var sceneData = new SceneResources();
sceneData.textures = BundleTexture.GenerateObjectList();
sceneData.lightmaps = BundleLightmap.GenerateObjectList();
sceneData.shaders = BundleShader.GenerateObjectList();
sceneData.materials = BundleMaterial.GenerateObjectList();
sceneData.meshes = BundleMesh.GenerateObjectList();
return(sceneData);
}
private BundleMaterial(Material material)
{
this.unityMaterial = material;
this.index = allMaterials.Count;
this.name = material.name;
allMaterials[material] = this;
shader = BundleShader.RegisterShader(material.shader);
for (int i = 0; i < ShaderUtil.GetPropertyCount(material.shader); ++i)
{
// Find and record all textures used by current shader
if (ShaderUtil.GetPropertyType(material.shader, i) == ShaderUtil.ShaderPropertyType.TexEnv)
{
string propName = ShaderUtil.GetPropertyName(material.shader, i);
Texture subtexture = material.GetTexture(propName);
if (subtexture == null)
{
Debug.LogWarning("Material " + material.name + " can't load texture for " + propName);
continue;
}
textures.Add(BundleTexture.RegisterTexture(subtexture, propName));
textureUnits.Add(BundleTexture.GetSuggestedUnit(propName));
textureScales.Add(material.GetTextureScale(propName));
textureOffsets.Add(material.GetTextureOffset(propName));
}
}
// If no shader textures used, try to record the main texture
if (textures.Count == 0 && material.mainTexture != null)
{
textures.Add(BundleTexture.RegisterTexture(material.mainTexture, "_MainTex"));
textureUnits.Add(BundleTexture.GetSuggestedUnit("_MainTex"));
textureScales.Add(unityMaterial.mainTextureScale);
textureOffsets.Add(unityMaterial.mainTextureOffset);
}
}
