public void AddChoice(GameChoice choice)
{
if (choice.Options.Count() == 1)
{
// if there's only one option, we might as well resolve it now rather than queuing up a decision to ask the player about later
GameEffect effect = choice.Options.First();
effect.Process(this);
}
else
{
// If an effect creates a choice, then that choice is processed before any previous choices (like attacking or ending the turn)
this.pendingEffects.AddFirst(choice);
}
}
public void PlayOneAction()
{
GameChoice choice = this.Get_NextChoice();
GameStrategy strategy = this.GetStrategy(this.Get_ReadableSnapshot(choice.ControllerID));
GameEffect effect = strategy.ChooseBestAction(choice, this);
if (!(choice.Options.Contains(effect)))
{
Console.WriteLine("GameStrategy " + strategy + " made an invalid choice: " + effect);
effect = strategy.ChooseBestAction(choice, this);
}
if (this.ShouldPrint)
{
Console.WriteLine(effect.ToString(this));
}
effect.Process(this);
}
private void PutGameOptions(Analyzed_GameState gameState, GameChoice choice)
{
if (choice.Options.Count() < 1)
{
Console.WriteLine("Error: a GameChoice must always have options");
}
gameState.ChoosingPlayerID = choice.ControllerID;
foreach (GameEffect effect in choice.Options)
{
// quickly do a lazy clone of the game (we just use pointers to the other game until anything actually changes)
Game newGame = gameState.Game.Clone();
// make a new effect and execute it
GameEffect clonedEffect = effect.Clone((GameEffect)null);
clonedEffect.Process(newGame);
new Analyzed_GameState(newGame, gameState, effect, this.GameEvaluator.EstimateWinProbabilities(newGame));
}
}