private Game()
{
_reversiPlayer = GameUtils.Player; //AI
Player = GameUtils.PlayerColor; //Color: Black or White
AuthCode = GameUtils.AuthCode; //Authentication code
BaseUrl = GameUtils.BaseUrl; //URL of the server
}
private void _InitA2A()
{
Send("INIT");
Send("OBSV");
_Reversi = new Reversi();
_Player = 0;
}
private void _InitP2P()
{
Send("INIT");
lock (MatchingList)
{
if (MatchingList.Count != 0)
{
var tuple = MatchingList[0];
MatchingList.RemoveAt(0);
_Reversi = tuple.Item2;
_Other = tuple.Item1;
_Other._Other = this;
if (new Random().NextDouble() >= 0.5)
{
_Player = ReversiPlayer.Dark;
_Other._Player = ReversiPlayer.Light;
}
else
{
_Player = ReversiPlayer.Light;
_Other._Player = ReversiPlayer.Dark;
}
_Other._Start();
_Start();
}
else
{
_Reversi = new Reversi();
MatchingList.Add(new Tuple <ReversiBehavior, Reversi>(this, _Reversi));
}
}
}
public ReversiAI(Reversi reversi, ReversiPlayer player, string modelUri)
{
_Reversi = reversi;
_Player = player;
_ModelUri = modelUri;
_Device = DeviceDescriptor.GPUDevice(0);
}
public ReversiManager(ReversiPlayer p1, ReversiPlayer p2)
{
this.board = new ReversiBoard();
this.players = new ReversiPlayer[] { p1, p2 };
this.turn = 0;
// check marks
if (p1.GetMark() == ReversiMark.EMPTY)
{
throw new ReversiException("player mark cannot be empty");
}
if ((int)p1.GetMark() * (-1) != (int)p2.GetMark())
{
throw new ReversiException("player marks are invalid");
}
}
private void _InitP2A()
{
Send("INIT");
_Reversi = new Reversi();
if (new Random().NextDouble() >= 0.5)
{
_Player = ReversiPlayer.Dark;
_AI0 = new ReversiAI(_Reversi, ReversiPlayer.Light, Path);
// TODO
}
else
{
_Player = ReversiPlayer.Light;
_AI0 = new ReversiAI(_Reversi, ReversiPlayer.Dark, Path);
}
_Start();
}
