static bool TestPlay()
{
int[] wins = new int[2];
GoPosition p = Play(false);
wins[0] = trainer.Judge(game.Result());
Console.WriteLine(Output(GameBase.Color.Empty, p, game, false));
p = Play(true);
wins[1] = trainer.Judge(game.Result());
Console.WriteLine(Output(GameBase.Color.Empty, p, game, false));
return(wins[0] == 0 && wins[1] == 1);
GoPosition Play(bool reverse)
{
game.Reset();
Player first, second;
GameBase.Position played = game.Shape.Passed();
if (reverse)
{
first = trainer.Opponent;
second = trainer.Trainee;
}
else
{
first = trainer.Trainee;
second = trainer.Opponent;
}
first.color = GameBase.Color.Black;
second.color = GameBase.Color.White;
while (!game.Ended())
{
int turn = game.History.Count;
played = first.Play();
if (!game.Ended())
{
played = second.Play();
}
}
return((GoPosition)played);
}
}
static void Main(string[] args)
{
boardShape = new GoShape(9);
game = new Go(boardShape);
int mostRecent = AdaptiveGameAI.Program.GetMostRecent();
AI = new Player(game, GameBase.Color.Black, AdaptiveGameAI.Program.savePath + mostRecent + ".dat");
Tests();
while (!game.Ended())
{
GoPosition p = (GoPosition)AI.Play();
Console.WriteLine(AdaptiveGameAI.Program.Output(GameBase.Color.Black, p, game, true));
if (!game.Ended())
{
p = HumanPlay();
Console.WriteLine(AdaptiveGameAI.Program.Output(GameBase.Color.White, p, game, true));
}
}
}