//[TestCase("Ah2h3h7h6h", 807)]
//[TestCase("Ah2h3h6h7h", 807)]
//[TestCase("Ah2h4h6h7h", 806)]
//[TestCase("Ah2h4h6h8h", 796)]
//[TestCase("AhKhQhJhTh", 1)]
//[TestCase("AhAsAcAdKs", 11)]
//[TestCase("AhAsAcAdQs", 12)]
public void Eval5Hand(string cards, int expected)
{
var card1 = cards.Substring(0, 2);
var card2 = cards.Substring(2, 2);
var card3 = cards.Substring(4, 2);
var card4 = cards.Substring(6, 2);
var card5 = cards.Substring(8, 2);
var fCard1 = HandHistory.fastCard(card1[0], card1[1]);
var fCard2 = HandHistory.fastCard(card2[0], card2[1]);
var fCard3 = HandHistory.fastCard(card3[0], card3[1]);
var fCard4 = HandHistory.fastCard(card4[0], card4[1]);
var fCard5 = HandHistory.fastCard(card5[0], card5[1]);
var actual = FastEvaluator.eval_5hand(new[] { fCard1, fCard2, fCard3, fCard4, fCard5 });
Assert.That(actual, Is.EqualTo(expected));
}
public void BluffToValueTests()
{
var board = "QsAd6d";
var ranges = new[] { "77", "88", "99", "TT", "JJ", "QQ", "KK", "AA", "A2s", "A3s", "A4s", "A5s", "A6s", "A7s", "A8s", "A9s", "ATs", "AJs", "AQs", "AKs", "K7s", "K8s", "K9s", "KTs", "KJs", "KQs", "Q7s", "Q8s", "Q9s", "QTs", "QJs", "J8s", "J9s", "JTs", "T8s", "T9s", "97s", "98s", "86s", "87s", "76s", "A2o", "A3o", "A4o", "A5o", "A6o", "A7o", "A8o", "A9o", "ATo", "AJo", "AQo", "AKo", "K9o", "KTo", "KJo", "KQo", "QTo", "QJo", "JTo", "T8o", "T9o", "97o", "98o", "86o", "87o", "76o" };
var handHistory = new HandHistory();
handHistory.CommunityCards[1] = board;
var rangeItems = (from range in ranges
select new RangeItem
{
Caption = range,
Cards = (from ungroupedHand in HandAnalyzer.UngroupHands(new List <string> {
range
}, handHistory, true)
select new RangeItemCard {
Caption = ungroupedHand
}).ToArray()
}).ToArray();
var boardCard1 = board.Substring(0, 2);
var boardCard2 = board.Substring(2, 2);
var boardCard3 = board.Substring(4, 2);
var fBoardCard1 = HandHistory.fastCard(boardCard1[0], boardCard1[1]);
var fBoardCard2 = HandHistory.fastCard(boardCard2[0], boardCard2[1]);
var fBoardCard3 = HandHistory.fastCard(boardCard3[0], boardCard3[1]);
var counter = 0;
// all possible cases
foreach (var rangeItem in rangeItems)
{
foreach (var holeCards in rangeItem.Cards)
{
var holeCard1 = holeCards.Caption.Substring(0, 2);
var holeCard2 = holeCards.Caption.Substring(2, 2);
var fHoleCard1 = HandHistory.fastCard(holeCard1[0], holeCard1[1]);
var fHoleCard2 = HandHistory.fastCard(holeCard2[0], holeCard2[1]);
var usedCards = new[] { fBoardCard1, fBoardCard2, fBoardCard3, fHoleCard1, fHoleCard2 };
for (var i = 0; i < 52; i++)
{
var boardCard4 = HandHistory.fastCard(Analyzer.Card.CardName[i], Analyzer.Card.CardSuit[i]);
if (usedCards.Contains(boardCard4))
{
continue;
}
for (var j = i + 1; j < 52; j++)
{
var boardCard5 = HandHistory.fastCard(Analyzer.Card.CardName[j], Analyzer.Card.CardSuit[j]);
if (usedCards.Contains(boardCard5))
{
continue;
}
var weight = FastEvaluator.eval_7hand(usedCards.Concat(new[] { boardCard4, boardCard5 }).ToArray());
holeCards.Weights.Add(weight);
counter++;
}
}
}
}
var comparer = new RangeItemComparer();
//var rangeItem1 = rangeItems.FirstOrDefault(x => x.Caption == "AA");
//var rangeItem2 = rangeItems.FirstOrDefault(x => x.Caption == "KK");
//Assert.That(comparer.Compare(rangeItem1, rangeItem2), Is.EqualTo(1));
//var arr = new ArrayList(rangeItems);
//arr.Sort(comparer);
Array.Sort(rangeItems, comparer);
//rangeItems = rangeItems.OrderByDescending(x => x, comparer).ToArray();
Debug.WriteLine($"Combos: {rangeItems.Sum(x => x.Cards.Length)}");
Debug.WriteLine($"Simulations: {counter}");
Debug.WriteLine($"Ordered range: {string.Join(", ", rangeItems.Reverse().Select(x => x.Caption).ToArray())}");
}
//[TestCase('2', 'h', 73730)]
//[TestCase('3', 'h', 139523)]
//[TestCase('A', 'h', 268446761)]
public void FastCardTest(char rank, char suit, int expectedValue)
{
var actualValue = HandHistory.fastCard(rank, suit);
Assert.That(actualValue, Is.EqualTo(expectedValue));
}
internal static Dictionary <MadeHandType, int> GetCombosByHandType(IEnumerable <string> range, string boardCards)
{
var result = new Dictionary <MadeHandType, int>();
if (!range.Any() || string.IsNullOrEmpty(boardCards))
{
return(result);
}
void AddResult(MadeHandType handType)
{
if (!result.ContainsKey(handType))
{
result.Add(handType, 1);
return;
}
result[handType]++;
}
var ungroupedHands = HandAnalyzer.UngroupHands(range, boardCards, null);
var boardCard1 = boardCards.Length >= 2 ? boardCards.Substring(0, 2) : null;
var boardCard2 = boardCards.Length >= 4 ? boardCards.Substring(2, 2) : null;
var boardCard3 = boardCards.Length >= 6 ? boardCards.Substring(4, 2) : null;
var boardCard4 = boardCards.Length >= 8 ? boardCards.Substring(6, 2) : null;
var boardCard5 = boardCards.Length >= 10 ? boardCards.Substring(8, 2) : null;
// flop cards in binary format
var fBoardCard1 = boardCard1 != null?HandHistory.fastCard(boardCard1[0], boardCard1[1]) : 0;
var fBoardCard2 = boardCard2 != null?HandHistory.fastCard(boardCard2[0], boardCard2[1]) : 0;
var fBoardCard3 = boardCard3 != null?HandHistory.fastCard(boardCard3[0], boardCard3[1]) : 0;
var fBoardCard4 = boardCard4 != null?HandHistory.fastCard(boardCard4[0], boardCard4[1]) : 0;
var fBoardCard5 = boardCard5 != null?HandHistory.fastCard(boardCard5[0], boardCard5[1]) : 0;
var board = new[] { fBoardCard1, fBoardCard2, fBoardCard3, fBoardCard4, fBoardCard5 };
foreach (var holeCards in ungroupedHands)
{
var holeCard1 = holeCards.Substring(0, 2);
var holeCard2 = holeCards.Substring(2, 2);
var fHoleCard1 = HandHistory.fastCard(holeCard1[0], holeCard1[1]);
var fHoleCard2 = HandHistory.fastCard(holeCard2[0], holeCard2[1]);
if (board.Any(x => x == fHoleCard1 || x == fHoleCard2))
{
continue;
}
var boardInfo = Jacob.AnalyzeHand(boardCard1, boardCard2, boardCard3, boardCard4, boardCard5, holeCard1, holeCard2);
var handType = GetHandType(holeCard1, holeCard2, boardInfo, boardCards);
if (handType == MadeHandType.NoPair)
{
var added = false;
if (boardInfo.ifflushdraw)
{
AddResult(MadeHandType.FlushDraw);
added = true;
}
if (boardInfo.ifstraightdraw)
{
AddResult(MadeHandType.StraightDraw);
added = true;
}
if (added)
{
continue;
}
}
AddResult(handType);
}
return(result);
}
