/// <summary>
/// Clones this move.
/// </summary>
public MahjongMove Clone()
{
MahjongMove ret = new MahjongMove();
ret.DiscardedTile = DiscardedTile == null ? null : DiscardedTile.Clone();
ret.MeldTiles = MeldTiles == null ? null : MeldTiles.Clone();
ret.Discard = Discard;
ret.Mahjong = Mahjong;
return(null);
}
public static void Main(string[] args)
{
// Setup output information
string fout = "Game " + DEPTH + "-" + SAMPLES + ".txt";
string header = "Minimax Search Depth: " + DEPTH + "\nMonte Carlo Sample Size: " + SAMPLES + "\n\nFinal Scores\n------------\n";
string results = "";
string game_text = "";
// Create the game
MahjongGameState state = new MahjongGameState();
// Add the AI
state.PlayerLeft(0, new NaiveAI(0));
state.PlayerLeft(1, new GreedyAI(1));
state.PlayerLeft(2, new MiniMaxAI(2, DEPTH));
state.PlayerLeft(3, new MonteCarloAI(3, SAMPLES));
int i = 4;
// Run the game to completion
while (!state.GameFinished)
{
MahjongAIPlayer ai = state.GetPlayer(state.SubActivePlayer) as MahjongAIPlayer;
MahjongMove move = ai.AI.GetNextMove(state);
Log(PlayerToName(state.SubActivePlayer) + " " + move + ".\n", ref game_text);
if (--i == 0)
{
Log("\n", ref game_text);
i = 4;
}
if (!state.ApplyMove(move))
{
Log("An invalid move has been provided.\n", ref game_text);
}
if (state.HandFinished && !state.GameFinished)
{
Print(state, ref game_text);
state.StartHand();
}
}
// Output the final scores
PrintLight(state, ref results);
Print(state, ref game_text, true);
File.WriteAllText(fout, header + results + "\nGame Log\n--------\n" + game_text);
return;
}
