public async Task <IEnumerable <Position> > GetDeadPositions(Fuego fuego)
{
var action = FuegoAction.ThatReturnsGtpResponse(() =>
{
// Set the player's strength
if (_lastMaxGames != fuego.MaxGames)
{
SendCommand("uct_param_player max_games " + fuego.MaxGames);
_lastMaxGames = fuego.MaxGames;
}
var result = SendCommand("final_status_list dead");
return(result);
});
EnqueueAction(action);
var response = await action.GetGtpResponseAsync();
var positions = response.Text.Split(new[] { ' ', '\n' }, StringSplitOptions.RemoveEmptyEntries);
var mark = new List <Position>();
foreach (string position in positions)
{
mark.Add(Position.FromIgsCoordinates(position));
}
return(mark);
}
public async Task <IEnumerable <Position> > GetIsolatedDeadPositions(Fuego fuego, GameController gameController)
{
var action = FuegoAction.ThatReturnsGtpResponse(() =>
{
var information = new AiGameInformation(gameController.Info, StoneColor.Black,
gameController.Players.Black, gameController.GameTree);
TrueInitialize(information);
FixHistory(information);
// Set the player's strength
if (_lastMaxGames != fuego.MaxGames)
{
SendCommand("uct_param_player max_games " + fuego.MaxGames);
_lastMaxGames = fuego.MaxGames;
}
var result = SendCommand("final_status_list dead");
return(result);
});
EnqueueAction(action);
var response = await action.GetGtpResponseAsync();
var positions = response.Text.Split(new[] { ' ', '\n' }, StringSplitOptions.RemoveEmptyEntries);
var mark = new List <Position>();
foreach (string position in positions)
{
mark.Add(Position.FromIgsCoordinates(position));
}
return(mark);
}
public AIDecision RequestMove(Fuego fuego, AiGameInformation gameInformation)
{
var action = FuegoAction.ThatReturnsAiDecision(() => TrueRequestMove(fuego, gameInformation));
EnqueueAction(action);
return(action.GetAiDecisionResult());
}
/// <summary>
/// Called once, at the start of omegaGo, just after Fuego registration, this creates the Fuego engine and associates it
/// with this instance. That may take a long time so it's put in the Fuego queue as its first item. Called from the UI thread.
/// </summary>
public void AppWideInitialization()
{
var init = new FuegoAction(() =>
{
_engine = AISystems.FuegoBuilder.CreateEngine(0);
});
EnqueueAction(init);
}
public void MovePerformed(AiGameInformation aiGameInformation)
{
var action = new FuegoAction(() =>
{
FixHistory(aiGameInformation);
});
EnqueueAction(action);
}
/// <summary>
/// Schedules the initialization of Fuego for a game.
/// </summary>
public void Initialize(AiGameInformation gameInformation)
{
var init = new FuegoAction(() =>
{
TrueInitialize(gameInformation);
});
EnqueueAction(init);
}
public AIDecision GetIsolatedHint(Fuego fuego, AiGameInformation gameInformation)
{
var action = FuegoAction.ThatReturnsAiDecision(() =>
{
TrueInitialize(gameInformation);
return(TrueRequestMove(fuego, gameInformation));
});
EnqueueAction(action);
return(action.GetAiDecisionResult());
}
public AIDecision GetHint(Fuego fuego, AiGameInformation gameInformation)
{
var action = FuegoAction.ThatReturnsAiDecision(() =>
{
var result = TrueRequestMove(fuego, gameInformation);
UndoOneMove();
return(result);
});
EnqueueAction(action);
return(action.GetAiDecisionResult());
}
/// <summary>
/// Schedules a block of code to run on a different thread when possible. Only code passed to this method
/// may call <see cref="IGtpEngine.SendCommand(string)"/>, no other code may do that. This prevents Fuego from being
/// called from multiple threads at the same time. Never add actions to the queue directly, always use this method.
/// </summary>
/// <param name="action">The action.</param>
private void EnqueueAction(FuegoAction action)
{
_queue.Enqueue(action);
ExecuteQueueIfNotRunning();
}
public void MoveUndone()
{
var action = new FuegoAction(UndoOneMove);
EnqueueAction(action);
}