public static void Decompile()
{
var fMaterials = new Win32BinaryFileReader(Path.Combine(Common.InputPath, "core_physics_materials.brf"));
var fSource = new Win32FileWriter(Path.Combine(Common.OutputPath, "resource_physics_materials.py"));
fSource.WriteLine(Header.Standard);
fSource.WriteLine(Header.PhysicsMaterials);
// 6 + 4 = 10 for "rfver "
// 4 for 1 (__int32)
// 16 + 4 = 20 for "physics_material"
fMaterials.SkipBytes(34);
var iMaterials = fMaterials.ReadInt32();
for (int m = 0; m < iMaterials; m++)
{
var name = fMaterials.ReadAsciiString();
var intValue = fMaterials.ReadInt32();
var floatValue = fMaterials.ReadFloat();
fSource.WriteLine(" (\"{0}\", {1}, {2}),", name, intValue,
floatValue.ToString(CultureInfo.GetCultureInfo("en-US")));
}
fSource.Write("]");
fSource.Close();
fMaterials.Close();
}
public static void Decompile()
{
var fShaders = new Win32BinaryFileReader(Path.Combine(Common.InputPath, "core_shaders.brf"));
var fSource = new Win32FileWriter(Path.Combine(Common.OutputPath, "resource_shaders.py"));
fSource.WriteLine(Header.Standard);
fSource.WriteLine(Header.ImprovedShaders);
// 6 + 4 = 10 for "rfver "
// 4 for 1 (__int32)
// 6 + 4 = 10 for "shader"
fShaders.SkipBytes(24);
var iShaders = fShaders.ReadInt32();
for (int s = 0; s < iShaders; s++)
{
var name = fShaders.ReadAsciiString();
var flags = fShaders.ReadUInt32();
var quality = fShaders.ReadUInt32();
var technique = fShaders.ReadAsciiString();
var technique2 = fShaders.ReadAsciiString();
var iAlternatives = fShaders.ReadInt32();
var alternatives = new string[iAlternatives];
for (int i = 0; i < iAlternatives; i++)
{
alternatives[i] = fShaders.ReadAsciiString();
}
fShaders.ReadInt32(); //F*****G MAGIC!
fSource.WriteLine(" (\"{0}\", \"{1}\", \"{2}\", {3}, {4}, [{5}]),", name, technique, technique2,
DecompileFlags(flags), DecompileQuality(quality), String.Join(",", alternatives.Select(j => '"' + j + '"')));
}
fSource.Write("]");
fSource.Close();
fShaders.Close();
}
