public void Init(VMTFile VMT)
{
if (VMT != null && VMT.KeyValues != null)
{
if (builder == null)
{
builder = new StringBuilder();
}
foreach (var a in (VMT.Include != null ? VMT.Include : VMT).KeyValues)
{
builder.AppendLine(VMT.FileName);
builder.AppendLine(a.Key);
builder.AppendLine("{");
foreach (var b in a.Value)
{
builder.AppendLine($" \"{b.Key}\" \"{b.Value}\"");
}
builder.AppendLine("}");
}
Data += builder.ToString();
}
}
public void CreateMaterial()
{
#region Patch "Shader"
if (ContainsParam("replace"))
{
this[ShaderType].MergeFrom(this[ShaderType]["replace"], true);
}
if (ContainsParam("include"))
{
Include = uResourceManager.LoadMaterial(GetParam("include"));
this[ShaderType].MergeFrom(Include[Include.ShaderType], false);
}
if (ContainsParam("insert"))
{
this[ShaderType].MergeFrom(this[ShaderType]["insert"], false);
}
#endregion
if (ContainsParam("$fallbackmaterial"))
{
Include = uResourceManager.LoadMaterial(GetParam("$fallbackmaterial"));
this[ShaderType].MergeFrom(Include[Include.ShaderType], true);
}
//TODO
//HasAnimation = ContainsParma("animatedtexture") && GetParma("animatedtexturevar") == "$basetexture";
#if UNITY_EDITOR
//Try load asset from project (if exist)
if (uLoader.SaveAssetsToUnity)
{
Material = uResourceManager.LoadAsset <Material>(FileName, uResourceManager.MaterialsExtension[0], ".mat");
if (Material != null)
{
return;
}
}
#endif
String TextureName;
String PropertyName;
Texture2D BaseTexture = null;
Boolean HasAlpha = false;
if (ContainsParam("$basetexture") || ContainsParam("$envmapmask"))
{
TextureName = GetParam("$basetexture");
if (TextureName == null || TextureName.Length == 0)
{
TextureName = GetParam("$envmapmask");
}
BaseTexture = uResourceManager.LoadTexture(TextureName, ExportData: new String[, ] {
{ FileName, "_MainTex" }
})[0, 0];
//To avoid "NullReferenceException"
if (BaseTexture != null)
{
HasAlpha = BaseTexture.alphaIsTransparency;
}
}
Material = new Material(GetShader(Include == null ? ShaderType : Include.ShaderType, HasAlpha));
Material.name = FileName;
Material.color = GetColor();
if (BaseTexture != null)
{
Material.mainTexture = BaseTexture;
}
if (ContainsParam("$basetexture2"))
{
TextureName = GetParam("$basetexture2");
PropertyName = "_SecondTex";
if (Material.HasProperty(PropertyName))
{
Material.SetTexture(PropertyName, uResourceManager.LoadTexture(TextureName, ExportData: new String[, ] {
{ FileName, PropertyName }
})[0, 0]);
}
}
if (ContainsParam("$envmapmask"))
{
PropertyName = "_AlphaMask";
if (Material.HasProperty(PropertyName))
{
if (BaseTexture != null && !HasAlpha)
{
TextureName = GetParam("$envmapmask");
Material.SetInt(PropertyName, 1);
Material.SetTexture("_MaskTex", uResourceManager.LoadTexture(TextureName, ExportData: new String[, ] {
{ FileName, "_MaskTex" }
})[0, 0]);
}
}
}
//Transparent
if (IsTrue("$translucent"))
{
Material.renderQueue = TransparentQueue++;
}
//Cutout Transparent
if (IsTrue("$alphatest"))
{
Material.renderQueue = (int)UnityEngine.Rendering.RenderQueue.AlphaTest;
}
//Cull mode state
//0 - Off (Double Sided)
//1 - Front (Front Sided)
//2 - Back (Back Sided)
if (IsTrue("$nocull"))
{
PropertyName = "_Cull";
if (Material.HasProperty(PropertyName))
{
Material.SetInt(PropertyName, 0);
}
}
// Detail texture blend
if (ContainsParam("$detail"))
{
PropertyName = "_Detail";
if (Material.HasProperty(PropertyName))
{
TextureName = GetParam("$detail");
Material.SetTexture(PropertyName, uResourceManager.LoadTexture(TextureName, ExportData: new String[, ] {
{ FileName, PropertyName }
})[0, 0]);
if (ContainsParam("$detailscale"))
{
Material.SetTextureScale("_Detail", GetVector2("$detailscale"));
}
if (Material.HasProperty("_DetailFactor"))
{
if (ContainsParam("$detailblendfactor"))
{
Material.SetFloat("_DetailFactor", GetSingle("$detailblendfactor") / 2);
}
else
{
Material.SetFloat("_DetailFactor", 0.5f);
}
if (ContainsParam("$detailblendmode"))
{
Material.SetInt("_DetailBlendMode", GetInteger("$detailblendmode"));
}
}
}
}
if (ContainsParam("$surfaceprop"))
{
SurfaceProp = GetParam("$surfaceprop");
}
}