public wm2f ReadEntry(uint index)
{
wm2f _wm2f = new wm2f();
uint localIndex = index*ENTRY_SIZE;
//why anyway bitconverter accepts int instead of uint? Index is never negative...
//I'm also unsure about XYZ axis space... FF8 everywhere else uses X-ZY...
_wm2f.FieldX = BitConverter.ToInt16(buffer, (int)localIndex); //movsx ecx, wm2field_FieldX
_wm2f.FieldY = BitConverter.ToInt16(buffer, (int)localIndex+2); //movsx ecx, wm2field_FieldY
_wm2f.FieldZ = BitConverter.ToUInt16(buffer, (int)localIndex+4); //mov cx, wm2field_FieldZ
/*int fieldX = preFieldX << 0xC; //shl ecx, 0Ch
int fieldY = preFieldX << 0xC; //shl ecx, 0Ch*/
_wm2f.FieldID = BitConverter.ToUInt16(buffer, (int)localIndex+6);
_wm2f.UnknownPointer = buffer[localIndex + 8];
byte[] unknown2 = new byte[12];
unknown2[0] = _wm2f.UnknownPointer;
unknown2[1] = _wm2f.UnknownPointer;
unknown2[2] = _wm2f.UnknownPointer;
_wm2f.Unknown2 = unknown2;
return _wm2f;
}
public wm2f ReadEntry(uint index)
{
wm2f _wm2f = new wm2f();
uint localIndex = index * ENTRY_SIZE;
//why anyway bitconverter accepts int instead of uint? Index is never negative...
//I'm also unsure about XYZ axis space... FF8 everywhere else uses X-ZY...
_wm2f.FieldX = BitConverter.ToInt16(buffer, (int)localIndex); //movsx ecx, wm2field_FieldX
_wm2f.FieldY = BitConverter.ToInt16(buffer, (int)localIndex + 2); //movsx ecx, wm2field_FieldY
_wm2f.FieldZ = BitConverter.ToUInt16(buffer, (int)localIndex + 4); //mov cx, wm2field_FieldZ
/*int fieldX = preFieldX << 0xC; //shl ecx, 0Ch
* int fieldY = preFieldX << 0xC; //shl ecx, 0Ch*/
_wm2f.FieldID = BitConverter.ToUInt16(buffer, (int)localIndex + 6);
_wm2f.UnknownPointer = buffer[localIndex + 8];
byte[] unknown2 = new byte[12];
unknown2[0] = _wm2f.UnknownPointer;
unknown2[1] = _wm2f.UnknownPointer;
unknown2[2] = _wm2f.UnknownPointer;
_wm2f.Unknown2 = unknown2;
return(_wm2f);
}