public NiShaderTexDesc(BinaryReader reader, NiFile niFile) : base(reader, niFile)
{
HasMap = new NiBoolean(reader);
if (!HasMap)
{
return;
}
Map = new NiTexDesc(reader, niFile);
MapId = reader.ReadUInt32();
}
public NiTexturingProperty(BinaryReader reader, NiFile file) : base(reader, file)
{
Flags = reader.ReadInt16();
TextureCount = reader.ReadUInt32();
HasBaseTexture = new NiBoolean(reader);
if (HasBaseTexture)
{
BaseTexture = new NiTexDesc(reader, file);
}
HasDarkTexture = new NiBoolean(reader);
if (HasDarkTexture)
{
DarkTexture = new NiTexDesc(reader, file);
}
HasDetailTexture = new NiBoolean(reader);
if (HasDetailTexture)
{
DetailTexture = new NiTexDesc(reader, file);
}
HasGlossTexture = new NiBoolean(reader);
if (HasGlossTexture)
{
GlossTexture = new NiTexDesc(reader, file);
}
HasGlowTexture = new NiBoolean(reader);
if (HasGlowTexture)
{
GlowTexture = new NiTexDesc(reader, file);
}
if (TextureCount > 5)
{
HasBumpMapTexture = new NiBoolean(reader);
if (!HasBumpMapTexture)
{
goto Normal;
}
BumpMapTexture = new NiTexDesc(reader, file);
BumpMapLumaScale = reader.ReadSingle();
BumpMapLumaOffset = reader.ReadSingle();
BumpMapMatrix = new NiMatrix2X2(reader, file);
}
Normal:
if (TextureCount > 6)
{
HasNormalTexture = new NiBoolean(reader);
if (!HasNormalTexture)
{
goto Parallax;
}
NormalTexture = new NiTexDesc(reader, file);
}
Parallax:
if (TextureCount > 7)
{
HasParallaxTexture = new NiBoolean(reader);
if (!HasParallaxTexture)
{
goto Shader;
}
ParallaxTexture = new NiTexDesc(reader, file);
ParallaxOffset = reader.ReadSingle();
}
Shader:
ShaderTexturesCount = reader.ReadUInt32();
for (var i = 0; i < ShaderTexturesCount; i++)
{
ShaderTextures[i] = new NiShaderTexDesc(reader, file);
}
}
