private void UpdateMacroArray()
{
ShaderMacros.ClearDefines();
ShaderMacros.SetExtraInclude(CShaderDefinitions.EExtraIncludeType.Material, MtlShaderPatch.GetShaderIncludes());
if (MdfQueueShaderPatch.GetShaderIncludes() != null)
{
ShaderMacros.SetExtraInclude(CShaderDefinitions.EExtraIncludeType.MdfQueue, MdfQueueShaderPatch.GetShaderIncludes());
}
ShaderMacros.SetExtraDefines(CShaderDefinitions.EExtraIncludeType.Material, MtlShaderPatch.GetShaderDefines());
if (MdfQueueShaderPatch.GetShaderDefines() != null)
{
ShaderMacros.SetExtraDefines(CShaderDefinitions.EExtraIncludeType.MdfQueue, MdfQueueShaderPatch.GetShaderDefines());
}
if (EnvShaderPatch.MacroDefines != null)
{
var defs = EnvShaderPatch.MacroDefines;
foreach (var i in defs)
{
ShaderMacros.SetDefine(i.Name, i.Definition);
}
}
List <CGfxMaterial.MtlMacro> MacroArray = MtlShaderPatch.GetMtlMacroArray();
for (int idx = 0; idx < MacroArray.Count; idx++)
{
ShaderMacros.SetDefine(MacroArray[idx].mMacroName, MacroArray[idx].mMacroValue);
}
var mdfCaller = MdfQueueShaderPatch.GetMdfQueueCaller();
if (string.IsNullOrEmpty(mdfCaller) == false)
{
ShaderMacros.SetDefine("MDFQUEUE_FUNCTION", mdfCaller);
}
}
