public static IMaterial ReadMaterialFromFile(BinaryReader reader, VersionsEnumerator version)
{
IMaterial Material = null;
switch (version)
{
case VersionsEnumerator.V_57:
Material = new Material_v57();
Material.ReadFromFile(reader, version);
break;
case VersionsEnumerator.V_58:
Material = new Material_v58();
Material.ReadFromFile(reader, version);
break;
case VersionsEnumerator.V_63:
Material = new Material_v63();
Material.ReadFromFile(reader, version);
break;
default:
break;
}
Debug.Assert(Material != null, string.Format("Failed to read Material Type: {0}", version));
return(Material);
}
public static IMaterial ConstructMaterial(VersionsEnumerator Version)
{
IMaterial Material = null;
switch (Version)
{
case VersionsEnumerator.V_57:
Material = new Material_v57();
break;
case VersionsEnumerator.V_58:
Material = new Material_v58();
break;
case VersionsEnumerator.V_63:
Material = new Material_v63();
break;
default:
break;
}
Debug.Assert(Material != null, string.Format("Failed to read Construct Material Type: {0}", Version));
return(Material);
}
public Material_v63(IMaterial OtherMaterial) : base(OtherMaterial)
{
// TODO: I wonder if we could make v57 and v58 use the same interface?
if (OtherMaterial.GetMTLVersion() == VersionsEnumerator.V_63)
{
Material_v63 CastedMaterial = (OtherMaterial as Material_v63);
Unk0 = CastedMaterial.Unk0;
Unk1 = CastedMaterial.Unk1;
Unk2 = CastedMaterial.Unk2;
}
else
{
string message = string.Format("Version {0} cannot be converted from Version {1}", GetMTLVersion(), OtherMaterial.GetMTLVersion());
Console.WriteLine(message);
return;
}
Samplers = new List <MaterialSampler_v63>();
foreach (var Sampler in Samplers)
{
MaterialSampler_v63 NewSampler = new MaterialSampler_v63(Sampler);
Samplers.Add(Sampler);
}
}
