public void DumpRaw(int offset, string savePath, int nextOffset = -1)
{
if (nextOffset == -1)
{
nextOffset = SearchForByte.ByteSearch(_tiMtexture, _stage, offset);
}
byte[] rawData = new byte[nextOffset - offset];
Buffer.BlockCopy(_stage, offset, rawData, 0, nextOffset - offset);
File.WriteAllBytes(savePath, rawData);
}
private void SearchObjects()
{
_tim = SearchForByte.ByteSearch(_stage, _tiMtexture);
_index = 0x5d4 + 1000;
_itemOffsets = new List <int>();
while (true)
{
_pass = SearchForByte.ByteSearch(_stage, _geom, _index);
if (_pass == -1)
{
break;
}
_passOk = _pass;
_index = _pass + 1;
if (_passOk < _tim)
{
_verts = BitConverter.ToUInt16(_stage, _passOk + 4);
if (_verts < 10000)
{
_absolutePolygon = _passOk + 6 + (_verts * 6);
if (_absolutePolygon < _stage.Length)
{
_triangles = BitConverter.ToUInt16(_stage, _absolutePolygon + 4 + (_absolutePolygon % 4));
_quads = BitConverter.ToUInt16(_stage, _absolutePolygon + 6 + (_absolutePolygon % 4));
if (_triangles > 10000 || _quads > 10000 || _verts > 10000 || _verts == 0)
{
}
else
{
Console.WriteLine($"BS: Found working geometry at: {_passOk}");
_itemOffsets.Add(_passOk);
_index += _verts * 6 + _triangles * 20 + _quads * 24;
}
}
}
}
else
{
break;
}
}
}