public void TestCards()
{
var spades2 = new Card {
Rank = "2", Suit = "k"
};
var hearts2 = new Card {
Rank = "3", Suit = "b"
};
var hearts21 = new Card {
Rank = "3", Suit = "c"
};
var hearts22 = new Card {
Rank = "2", Suit = "p"
};
var hearts23 = new Card {
Rank = "3", Suit = "p"
};
var detector = new PokerHandsDetector();
var pokerHands = detector.Detect(new List <Card> {
spades2, hearts2
}, new List <Card> {
hearts21, hearts22, hearts23
});
var b = pokerHands >= PokerHands.ThreeOfAKind;
Assert.AreEqual(PokerHands.FullHouse, pokerHands);
}
private static int RunDecisionTrees2(Player me, GameState state)
{
if (state.Players.Count(e => e.Status != PlayerStatus.Out) == 4 && me.HoleCards.Any(e => e.Rank_int > 8))
{
return(performer.AllIn(state));
}
var positionGoodness = desider.GetPositionGoodness(me, state);
Console.WriteLine("Goodness {0}", positionGoodness);
if (positionGoodness > 0.5 && state.Round == 0)
{
return(performer.Raise(state, me, me.Stack / 2));
}
if (detector.Detect(state) >= PokerHands.ThreeOfAKind)
{
return(performer.Raise(state, me, me.Stack / 2));
}
var needToCall = performer.Call(state, me);
var letsCall = needToCall < 0.1 * me.Stack;
var toAdd2 = letsCall ? performer.Call(state, me) : performer.Check(state);
Console.WriteLine("Letscall={0} adding {1}", letsCall, toAdd2);
return(toAdd2);
}
public void Test(IEnumerable <Card> cards, PokerHands expected)
{
var detector = new PokerHandsDetector();
var pokerHands = detector.Detect(cards);
Assert.AreEqual(expected, pokerHands);
}