|
public BeginRound ( |
||
| playerState | ||
| return | void | |
/*
* This code answers the following question. It's player 1's turn. No provinces have been bought yet - but he's down
* scrying pools (lost the split 4/6) and has a more non actions in his deck than the opponent. Opponenent can
* also double province on his turn. If player1 starts a double province buy war, he will probably Not chain first and lose.
* So intead, though he can afford 2 provinces, opts for 1 province, 2 estates and 2 crossroads.
* This leaves the deck composition as described below, with scrying pool and festival pile already empty.
* There are remaining 6 estates ending, the plan is on the next turn to chain enough of the deck to buy all 6 estates
* and 3 pile out the game. What is the probability of this happening? (need to draw all 5 festivals and 2 additional coin)
* */
public static void Run()
{
var player1 = ScryingPoolAndCrossroads.Player();
var player2 = Strategies.BigMoney.Player();
var builder = new GameConfigBuilder();
builder.CardSplit = StartingCardSplit.Random;
builder.SetStartingDeckPerPlayer(
new Dominion.CardCountPair[][]
{
new Dominion.CardCountPair[] // Player1
{
new Dominion.CardCountPair(Cards.Estate, 5),
new Dominion.CardCountPair(Cards.Province, 1),
new Dominion.CardCountPair(Cards.Festival, 5),
new Dominion.CardCountPair(Cards.Silver, 2),
new Dominion.CardCountPair(Cards.Copper, 2),
new Dominion.CardCountPair(Cards.CrossRoads, 3),
new Dominion.CardCountPair(Cards.ScryingPool, 4),
new Dominion.CardCountPair(Cards.WanderingMinstrel, 1),
new Dominion.CardCountPair(Cards.Remake, 1),
},
new Dominion.CardCountPair[] // Player2
{
new Dominion.CardCountPair(Cards.Estate, 3),
new Dominion.CardCountPair(Cards.Copper, 7),
}
});
builder.SetKingdomCards(player1, player2);
GameConfig gameConfig = builder.ToGameConfig();
var playerActions = new PlayerAction[] { player1, player2 };
int countWin = 0;
int countGame = 1000;
for (int i = 0; i < countGame; ++i)
{
using (var indentedTextOutput = TestOutput.GetGameLogWriterForIteration(playerActions, i))
{
var gameLog = new HumanReadableGameLog(indentedTextOutput);
using (Game game = new Game(new Random(i), gameConfig, gameLog))
{
GameState gameState = new GameState(playerActions, new int[] { 0, 1 }, game);
PlayerState currentPlayer = gameState.players[0];
gameLog.BeginRound(currentPlayer);
gameState.PlayTurn(currentPlayer);
// 11 = 3 starting estates plus all 8 estates in the pile
if (currentPlayer.AllOwnedCards.CountOf(Cards.Estate) == 11)
{
countWin++;
System.Console.WriteLine("Won Game {0}", i);
}
}
}
}
System.Console.WriteLine("{1}% win for {0}", player1.PlayerName, (double)countWin / countGame * 100);
}