private CardButton CreateCardButton(CardFace f1, CardFace f2, bool suited)
{
CardButton button = new CardButton();
button.HoverColor = System.Drawing.Color.FromArgb(((int)(((byte)(224)))), ((int)(((byte)(224)))), ((int)(((byte)(224)))));
button.Selected = false;
button.SelectedColor = System.Drawing.Color.Yellow;
button.Size = new System.Drawing.Size(BUTTON_SIZE, BUTTON_SIZE);
button.TabIndex = 0;
String value;
if (suited)
{
value = HoldemHand.ConvertToString(f1, CardSuit.Clubs, f2, CardSuit.Clubs);
}
else
{
value = HoldemHand.ConvertToString(f1, CardSuit.Clubs, f2, CardSuit.Diamonds);
}
button.Name = "btn" + value;
button.Value = value;
return(button);
}
protected override Hand CreateHandFromCardList(CardList cardList)
{
// We need exactly two cards in hold'em to have a hand
if (cardList.Count == 2)
{
HoldemHand hand = new HoldemHand(cardList[0], cardList[1]);
return hand;
}
else return null;
}
protected void DisplayOdds(HoldemHand playerHand, HoldemBoard board)
{
// Display odds
List<Statistic> odds = ((HoldemOddsCalculator)oddsCalculator).Calculate(playerHand, board);
StatisticItemListDisplay statisticListDisplay = CreateStatisticItemListDisplay();
statisticListDisplay.Add(odds);
handControlLayout.Controls.Add(statisticListDisplay);
}
protected void DisplayOdds(HoldemHand playerHand, HoldemBoard board)
{
// Display odds
List <Statistic> odds = ((HoldemOddsCalculator)oddsCalculator).Calculate(playerHand, board);
StatisticItemListDisplay statisticListDisplay = CreateStatisticItemListDisplay();
statisticListDisplay.Add(odds);
handControlLayout.Controls.Add(statisticListDisplay);
}
/* Returns true if the hand is a gapped connector and is within the range of hands (inclusive)
* specified, ex. between 54 and JT (only the upper cards are checked) */
public bool IsGappedConnectorsInRange(int gap, HoldemHand lower, HoldemHand upper)
{
if (this.GetHigher().GetFaceValue() >= lower.GetHigher().GetFaceValue() &&
this.GetHigher().GetFaceValue() <= upper.GetHigher().GetFaceValue())
{
return(IsGappedConnectors(gap));
}
else
{
return(false);
}
}
protected override Hand CreateHandFromCardList(CardList cardList)
{
// We need exactly two cards in hold'em to have a hand
if (cardList.Count == 2)
{
HoldemHand hand = new HoldemHand(cardList[0], cardList[1]);
return(hand);
}
else
{
return(null);
}
}
/* Checks that every possible hand is covered in the table */
public static void TestPercentiles()
{
for (CardFace face1 = CardFace.Ace; face1 <= CardFace.King; face1++)
{
for (CardSuit suit1 = CardSuit.Clubs; suit1 <= CardSuit.Spades; suit1++)
{
Card c1 = new Card(face1, suit1);
for (CardFace face2 = CardFace.Ace; face2 <= CardFace.King; face2++)
{
for (CardSuit suit2 = CardSuit.Clubs; suit2 <= CardSuit.Spades; suit2++)
{
Card c2 = new Card(face2, suit2);
HoldemHand hand = new HoldemHand(c1, c2);
Trace.Assert(HoldemHand.preflopPercentiles.ContainsKey(hand.ToString()), "Percentile not found for: " + hand.ToString());
}
}
}
}
}
public List<Statistic> Calculate(HoldemHand hand, HoldemBoard board)
{
List<Statistic> result = new List<Statistic>();
// What game phase are we in (returns empty list if the board is invalid)
HoldemGamePhase phase = HoldemGamePhase.Flop;
if (board.Count == 3) phase = HoldemGamePhase.Flop;
else if (board.Count == 4) phase = HoldemGamePhase.Turn;
else if (board.Count == 5) phase = HoldemGamePhase.River;
else
{
Trace.WriteLine("We were asked to calculate the odds for " + hand.ToString() + " and " + board.ToString() + " but the board seems to be invalid. Returning empty.");
return result;
}
HoldemHand.ClassificationPostflop classification = (HoldemHand.ClassificationPostflop)hand.GetClassification(phase, board);
HoldemHand.ClassificationPostflop.HandType handType = classification.GetHand();
HoldemHand.ClassificationPostflop.DrawType drawType = classification.GetDraw();
HoldemHand.ClassificationPostflop.StraightDrawType straightDrawType = classification.GetStraightDraw();
result.Add(new Statistic(new StatisticsDescriptiveData("Your hand", classification.GetHandDescription())));
if (phase == HoldemGamePhase.Flop || phase == HoldemGamePhase.Turn)
{
result.Add(new Statistic(new StatisticsDescriptiveData("Draws", classification.GetDrawsDescription())));
if (handType == HoldemHand.ClassificationPostflop.HandType.HighCard)
{
// Hold high card, hope to make a pair
result.Add(CreateOutsStatistic("Improve to a pair", 6, phase));
}
else if (handType == HoldemHand.ClassificationPostflop.HandType.Pair)
{
// Hold a pair, hope to make three of a kind
result.Add(CreateOutsStatistic("Improve to three of a kind", 2, phase));
}
else if (handType == HoldemHand.ClassificationPostflop.HandType.TwoPair)
{
// Hold two pair, hope to make a full house
result.Add(CreateOutsStatistic("Improve to a full house", 4, phase));
}
if (drawType == HoldemHand.ClassificationPostflop.DrawType.Flush)
{
result.Add(CreateOutsStatistic("Improve to a flush", 9, phase));
}
else if (drawType == HoldemHand.ClassificationPostflop.DrawType.Straight)
{
if (straightDrawType == HoldemHand.ClassificationPostflop.StraightDrawType.OpenEndedStraightDraw)
{
result.Add(CreateOutsStatistic("Improve to a straight", 8, phase));
}
else if (straightDrawType == HoldemHand.ClassificationPostflop.StraightDrawType.InsideStraightDraw)
{
result.Add(CreateOutsStatistic("Improve to a straight", 4, phase));
}
else
{
Trace.WriteLine("Warning! Straight draw detected when calculating odds but none of the cases was matched?");
}
}
else if (drawType == HoldemHand.ClassificationPostflop.DrawType.FlushAndStraight)
{
// Open ended straight flush draw
if (straightDrawType == HoldemHand.ClassificationPostflop.StraightDrawType.OpenEndedStraightDraw)
{
// 9 outs for the flush + 6 outs (2 outs for the straight draw are the suit we need to make the flush)
result.Add(CreateOutsStatistic("Improve to a flush or straight", 15, phase));
}
else if (straightDrawType == HoldemHand.ClassificationPostflop.StraightDrawType.InsideStraightDraw)
{
// inside straight flushd draw, 9 outs + 3 (1 out is the suit we need)
result.Add(CreateOutsStatistic("Improve to a flush or straight", 12, phase));
}
else
{
Trace.WriteLine("Warning! Flush and straight draw detected when calculating odds but none of the cases was matched?");
}
}
}
return result;
}
public List <Statistic> Calculate(HoldemHand hand, HoldemBoard board)
{
List <Statistic> result = new List <Statistic>();
// What game phase are we in (returns empty list if the board is invalid)
HoldemGamePhase phase = HoldemGamePhase.Flop;
if (board.Count == 3)
{
phase = HoldemGamePhase.Flop;
}
else if (board.Count == 4)
{
phase = HoldemGamePhase.Turn;
}
else if (board.Count == 5)
{
phase = HoldemGamePhase.River;
}
else
{
Trace.WriteLine("We were asked to calculate the odds for " + hand.ToString() + " and " + board.ToString() + " but the board seems to be invalid. Returning empty.");
return(result);
}
HoldemHand.ClassificationPostflop classification = (HoldemHand.ClassificationPostflop)hand.GetClassification(phase, board);
HoldemHand.ClassificationPostflop.HandType handType = classification.GetHand();
HoldemHand.ClassificationPostflop.DrawType drawType = classification.GetDraw();
HoldemHand.ClassificationPostflop.StraightDrawType straightDrawType = classification.GetStraightDraw();
result.Add(new Statistic(new StatisticsDescriptiveData("Your hand", classification.GetHandDescription())));
if (phase == HoldemGamePhase.Flop || phase == HoldemGamePhase.Turn)
{
result.Add(new Statistic(new StatisticsDescriptiveData("Draws", classification.GetDrawsDescription())));
if (handType == HoldemHand.ClassificationPostflop.HandType.HighCard)
{
// Hold high card, hope to make a pair
result.Add(CreateOutsStatistic("Improve to a pair", 6, phase));
}
else if (handType == HoldemHand.ClassificationPostflop.HandType.Pair)
{
// Hold a pair, hope to make three of a kind
result.Add(CreateOutsStatistic("Improve to three of a kind", 2, phase));
}
else if (handType == HoldemHand.ClassificationPostflop.HandType.TwoPair)
{
// Hold two pair, hope to make a full house
result.Add(CreateOutsStatistic("Improve to a full house", 4, phase));
}
if (drawType == HoldemHand.ClassificationPostflop.DrawType.Flush)
{
result.Add(CreateOutsStatistic("Improve to a flush", 9, phase));
}
else if (drawType == HoldemHand.ClassificationPostflop.DrawType.Straight)
{
if (straightDrawType == HoldemHand.ClassificationPostflop.StraightDrawType.OpenEndedStraightDraw)
{
result.Add(CreateOutsStatistic("Improve to a straight", 8, phase));
}
else if (straightDrawType == HoldemHand.ClassificationPostflop.StraightDrawType.InsideStraightDraw)
{
result.Add(CreateOutsStatistic("Improve to a straight", 4, phase));
}
else
{
Trace.WriteLine("Warning! Straight draw detected when calculating odds but none of the cases was matched?");
}
}
else if (drawType == HoldemHand.ClassificationPostflop.DrawType.FlushAndStraight)
{
// Open ended straight flush draw
if (straightDrawType == HoldemHand.ClassificationPostflop.StraightDrawType.OpenEndedStraightDraw)
{
// 9 outs for the flush + 6 outs (2 outs for the straight draw are the suit we need to make the flush)
result.Add(CreateOutsStatistic("Improve to a flush or straight", 15, phase));
}
else if (straightDrawType == HoldemHand.ClassificationPostflop.StraightDrawType.InsideStraightDraw)
{
// inside straight flushd draw, 9 outs + 3 (1 out is the suit we need)
result.Add(CreateOutsStatistic("Improve to a flush or straight", 12, phase));
}
else
{
Trace.WriteLine("Warning! Flush and straight draw detected when calculating odds but none of the cases was matched?");
}
}
}
return(result);
}
public ClassificationPreflop(HoldemHand hand)
{
this.percentile = (float)HoldemHand.preflopPercentiles[hand.ToString()];
}
public ClassificationPostflop(HoldemHand hand, HoldemGamePhase phase, HoldemBoard board)
{
CardList communityCards = board.GetBoardAt(phase);
// Default
this.hand = HandType.Unknown;
this.kicker = KickerType.Unknown;
this.pair = PairType.Irrelevant;
this.draw = DrawType.Irrelevant;
this.straightDraw = StraightDrawType.None;
Trace.Assert(communityCards.Count > 0, "Cannot classificate an empty list of community cards.");
// Create a new list including the board cards and the cards from the hand
CardList cards = new CardList(communityCards.Count + 2);
foreach (Card c in communityCards)
{
cards.AddCard(c);
}
cards.AddCard(hand.GetFirstCard());
cards.AddCard(hand.GetSecondCard());
// --- Royal flush
if (IsRoyalFlush(cards))
{
this.hand = HandType.RoyalFlush;
this.kicker = KickerType.Irrelevant;
return;
}
// -- Four of a kind
if (cards.HaveIdenticalFaces(4))
{
this.hand = HandType.FourOfAKind;
this.kicker = KickerType.Irrelevant;
return;
}
// -- Full House
// If we have three of a kind and two pair at the same time, we have a full house
bool isThreeOfAKind = cards.HaveIdenticalFaces(3);
bool isTwoPair = IsTwoPair(cards);
if (isThreeOfAKind && isTwoPair)
{
this.hand = HandType.FullHouse;
this.kicker = KickerType.Irrelevant;
return;
}
// -- Flush
for (int i = 0; i < cards.Count; i++)
{
int numCardsSameSuit = 0;
for (int j = i + 1; j < cards.Count; j++)
{
if (cards[i].Suit == cards[j].Suit)
{
numCardsSameSuit++;
}
}
if (numCardsSameSuit >= 4)
{
this.hand = HandType.Flush;
this.kicker = KickerType.Irrelevant;
return;
}
}
// -- Straight
if (IsStraight(cards))
{
this.hand = HandType.Straight;
this.kicker = KickerType.Irrelevant;
return;
}
// Calculate draws (if we got until here, there might be some)
// Also, no draws are possible at the river
if (phase == HoldemGamePhase.River)
{
draw = DrawType.None;
straightDraw = StraightDrawType.None;
}
else
{
draw = GetDrawType(cards);
if (IsInsideStraightDraw(cards))
{
straightDraw = StraightDrawType.InsideStraightDraw;
}
if (IsOpenEndedStraightDraw(cards))
{
straightDraw = StraightDrawType.OpenEndedStraightDraw;
}
}
// -- Trips
if (isThreeOfAKind)
{
this.hand = HandType.ThreeOfAKind;
this.kicker = KickerType.Irrelevant;
return;
}
// -- Two pair
if (isTwoPair)
{
this.hand = HandType.TwoPair;
this.kicker = KickerType.Irrelevant;
return;
}
// -- Pair
Card matching;
if (cards.HaveIdenticalFaces(2, out matching))
{
// Sort list by face value (ace high first)
cards.Sort(SortUsing.AceHigh);
// Find kicker (check from end of the list where face values are higher)
Card kicker = cards[0];
for (int i = cards.Count - 1; i >= 0; i--)
{
if (cards[i].Face != matching.Face)
{
kicker = cards[i];
break;
}
}
this.hand = HandType.Pair;
this.kicker = GetKickerTypeFromCard(kicker);
this.pair = GetPairType(communityCards, matching, hand.GetFirstCard(), hand.GetSecondCard());
return;
}
// -- High card
cards.Sort(SortUsing.AceHigh);
Card highCard = cards.Last;
this.hand = HandType.HighCard;
this.kicker = GetKickerTypeFromCard(highCard);
}
public ClassificationPreflop(HoldemHand hand)
{
this.percentile = (float)HoldemHand.preflopPercentiles[hand.ToString()];
}
/* Checks that every possible hand is covered in the table */
public static void TestPercentiles()
{
for (CardFace face1 = CardFace.Ace; face1 <= CardFace.King; face1++)
{
for (CardSuit suit1 = CardSuit.Clubs; suit1 <= CardSuit.Spades; suit1++)
{
Card c1 = new Card(face1, suit1);
for (CardFace face2 = CardFace.Ace; face2 <= CardFace.King; face2++)
{
for (CardSuit suit2 = CardSuit.Clubs; suit2 <= CardSuit.Spades; suit2++)
{
Card c2 = new Card(face2, suit2);
HoldemHand hand = new HoldemHand(c1, c2);
Trace.Assert(HoldemHand.preflopPercentiles.ContainsKey(hand.ToString()), "Percentile not found for: " + hand.ToString());
}
}
}
}
}
public bool IsConnectorsInRange(HoldemHand lower, HoldemHand upper)
{
return IsGappedConnectorsInRange(0, lower, upper);
}
public bool IsConnectorsInRange(HoldemHand lower, HoldemHand upper)
{
return(IsGappedConnectorsInRange(0, lower, upper));
}
public override List <Statistic> Calculate(Hand hand)
{
HoldemHand holdemHand = (HoldemHand)hand;
List <Statistic> result = new List <Statistic>();
// Depending on what hand we have, we generate only odds that are consistent with our hand
/* Odds are taken from http://www.flopturnriver.com/Common-Flop-Odds.html
* since they are better statisticians than I am */
// Unpaired hole cards
if (!holdemHand.IsPaired())
{
result.Add(new Statistic(new StatisticsOddsData("Flop pair to a hole card", 26.939f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop two pair to a hole card", 2.02f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop trips to a hole card", 1.347f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop full house", 0.092f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop quads", 0.01f, PRECISION)));
}
else
{
// Paired hole cards
result.Add(new Statistic(new StatisticsOddsData("Flop two pair by pairing the board", 16.163f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop trips for your pair", 10.775f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop full house (set to your pair)", 0.735f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop full house (trips on board)", 0.245f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop quads", 0.245f, PRECISION)));
}
// Unsuited
if (!holdemHand.IsSuited())
{
result.Add(new Statistic(new StatisticsOddsData("Flop a four flush", 2.245f, PRECISION)));
}
else
{
// Suited
result.Add(new Statistic(new StatisticsOddsData("Flop a flush", 0.842f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop a four flush", 10.449f, PRECISION)));
}
// Connectors from 54 to JT
if (holdemHand.IsConnectorsInRange(
new HoldemHand(new Card(CardFace.Five, CardSuit.Clubs), new Card(CardFace.Four, CardSuit.Clubs)),
new HoldemHand(new Card(CardFace.Jack, CardSuit.Clubs), new Card(CardFace.Ten, CardSuit.Clubs))))
{
result.Add(new Statistic(new StatisticsOddsData("Flop a straight", 1.306f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop an 8 out straight draw", 10.449f, PRECISION)));
}
// One gapped connectors from 53 to QT
if (holdemHand.IsGappedConnectorsInRange(1,
new HoldemHand(new Card(CardFace.Five, CardSuit.Clubs), new Card(CardFace.Three, CardSuit.Clubs)),
new HoldemHand(new Card(CardFace.Queen, CardSuit.Clubs), new Card(CardFace.Ten, CardSuit.Clubs))))
{
result.Add(new Statistic(new StatisticsOddsData("Flop a straight", 0.980f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop an 8 out straight draw", 8.08f, PRECISION)));
}
// Two gapped connectors from 52 to KT
if (holdemHand.IsGappedConnectorsInRange(2,
new HoldemHand(new Card(CardFace.Five, CardSuit.Clubs), new Card(CardFace.Two, CardSuit.Clubs)),
new HoldemHand(new Card(CardFace.King, CardSuit.Clubs), new Card(CardFace.Ten, CardSuit.Clubs))))
{
result.Add(new Statistic(new StatisticsOddsData("Flop a straight", 0.653f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop an 8 out straight draw", 5.224f, PRECISION)));
}
// Three gapped connectors from A5 to AT
if (holdemHand.IsGappedConnectorsInRange(3,
new HoldemHand(new Card(CardFace.Ace, CardSuit.Clubs), new Card(CardFace.Five, CardSuit.Clubs)),
new HoldemHand(new Card(CardFace.Ace, CardSuit.Clubs), new Card(CardFace.Ten, CardSuit.Clubs))))
{
result.Add(new Statistic(new StatisticsOddsData("Flop a straight", 0.327f, PRECISION)));
result.Add(new Statistic(new StatisticsOddsData("Flop an 8 out straight draw", 2.612f, PRECISION)));
}
return(result);
}
public override void ParseLine(string line)
{
// Call base class method FIRST
base.ParseLine(line);
// Declare match variable that will hold the results
Match matchResult;
/* Check game phase changes */
bool gamePhaseChanged = ParseForGamePhaseChanges(line);
if (gamePhaseChanged) return;
/* An all-in doesn't exclude a raise or a call, so it's not part of the if-elseif block
* Ex. Player: raises and is all-in is both an all-in and a raise */
if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_all_in_push"), out matchResult))
{
String playerName = matchResult.Groups["playerName"].Value;
// Make sure that the game phase is a valid one (being all-in because the blinds force us to is not really a push)
if (currentGamePhase == HoldemGamePhase.Preflop || currentGamePhase == HoldemGamePhase.Flop ||
currentGamePhase == HoldemGamePhase.Turn || currentGamePhase == HoldemGamePhase.River)
OnPlayerPushedAllIn(playerName, currentGamePhase);
}
/* Compare line to extract game id or table id */
if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_game_id_token"), out matchResult))
{
currentGameId = matchResult.Groups["gameId"].Value;
}
if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_table_token"), out matchResult))
{
currentTableId = matchResult.Groups["tableId"].Value;
String maxSeatingCapacity = matchResult.Groups["tableSeatingCapacity"].Value;
Trace.WriteLine("Table: " + currentTableId);
Trace.WriteLine("Max seating capacity: " + maxSeatingCapacity);
// Note: often currentGameId will be null because we don't have that information
OnNewTableHasBeenCreated(currentGameId, currentTableId);
// Abemus max seating capacity?
if (maxSeatingCapacity != String.Empty)
{
OnFoundTableMaxSeatingCapacity(Int32.Parse(maxSeatingCapacity));
}
else
{
// We didn't find the exact seating capacity
// If we have a more specific regex, we'll wait until we get the line containing the maximum number of seats
// Otherwise, we need to infer
if (!pokerClient.HasRegex("hand_history_max_seating_capacity"))
{
int inferredMaxCapacity = pokerClient.InferMaxSeatingCapacity(line, handhistoryFilename, currentGameId);
Trace.WriteLine("Inferred max seating capacity: " + inferredMaxCapacity);
OnFoundTableMaxSeatingCapacity(inferredMaxCapacity);
}
else
{
Trace.WriteLine("Seating capacity not found, but we will find it later with a specialized regex");
}
}
}
/* Detect the exact max seating capacity */
if (pokerClient.HasRegex("hand_history_max_seating_capacity") && (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_max_seating_capacity"), out matchResult)))
{
String maxSeatingCapacity = matchResult.Groups["tableSeatingCapacity"].Value;
Trace.Assert(maxSeatingCapacity != String.Empty, "Table max seating capacity regex found, but empty result.");
Trace.WriteLine("Found certain max seating capacity from regex: " + maxSeatingCapacity);
OnFoundTableMaxSeatingCapacity(Int32.Parse(maxSeatingCapacity));
}
/* Detect the exact blind amounts */
if (pokerClient.HasRegex("hand_history_blind_amounts") && (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_blind_amounts"), out matchResult)))
{
float bigBlindAmount = float.Parse(matchResult.Groups["bigBlindAmount"].Value);
float smallBlindAmount = float.Parse(matchResult.Groups["smallBlindAmount"].Value);
Trace.WriteLine(String.Format("Found certain blind amounts: ({0}/{1})", smallBlindAmount, bigBlindAmount));
OnFoundBigBlindAmount(bigBlindAmount);
OnFoundSmallBlindAmount(smallBlindAmount);
InfereBlindsFromButton(lastButtonSeatNumber);
}
/* Detect raises, calls, folds, bets */
if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_call"), out matchResult))
{
Trace.Assert(currentGamePhase != HoldemGamePhase.Showdown && currentGamePhase != HoldemGamePhase.Summary, "We detected a call during an impossible game phase");
String playerName = matchResult.Groups["playerName"].Value;
float amount = float.Parse(matchResult.Groups["amount"].Value);
Trace.WriteLine(playerName + " calls");
OnPlayerCalled(playerName, amount, currentGamePhase);
}
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_bet"), out matchResult))
{
Trace.Assert(currentGamePhase != HoldemGamePhase.Showdown && currentGamePhase != HoldemGamePhase.Summary, "We detected a bet during an impossible game phase");
String playerName = matchResult.Groups["playerName"].Value;
float amount = float.Parse(matchResult.Groups["amount"].Value);
Trace.WriteLine(playerName + " bets " + amount);
// Some poker clients mistakenly call a preflop raise a "bet", so we need to account for that
if (currentGamePhase == HoldemGamePhase.Preflop) {
OnPlayerRaised(playerName, amount, currentGamePhase);
} else {
OnPlayerBet(playerName, amount, currentGamePhase);
}
}
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_fold"), out matchResult))
{
Trace.Assert(currentGamePhase != HoldemGamePhase.Showdown && currentGamePhase != HoldemGamePhase.Summary, "We detected a fold during an impossible game phase");
String playerName = matchResult.Groups["playerName"].Value;
Trace.WriteLine(playerName + " folds");
OnPlayerFolded(playerName, currentGamePhase);
}
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_check"), out matchResult))
{
Trace.Assert(currentGamePhase != HoldemGamePhase.Showdown && currentGamePhase != HoldemGamePhase.Summary, "We detected a check during an impossible game phase");
String playerName = matchResult.Groups["playerName"].Value;
OnPlayerChecked(playerName, currentGamePhase);
}
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_raise"), out matchResult))
{
Trace.Assert(currentGamePhase != HoldemGamePhase.Showdown && currentGamePhase != HoldemGamePhase.Summary, "We detected a raise during an impossible game phase");
String playerName = matchResult.Groups["playerName"].Value;
float raiseAmount = float.Parse(matchResult.Groups["raiseAmount"].Value);
Trace.WriteLine(playerName + " raises " + raiseAmount);
OnPlayerRaised(playerName, raiseAmount, currentGamePhase);
}
/* Search for table seating patterns */
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_in_game"), out matchResult))
{
// Retrieve player name
String playerName = matchResult.Groups["playerName"].Value;
int seatNumber = Int32.Parse(matchResult.Groups["seatNumber"].Value);
// Some poker clients rewrite the list of players at the summary, but we don't need this extra information
if (currentGamePhase != HoldemGamePhase.Summary)
{
// Raise event
OnPlayerIsSeated(playerName, seatNumber);
// Save
playerSeats.Add(seatNumber, playerName);
}
}
/* Search for a winner */
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_hand_winner"), out matchResult))
{
// Retrieve player name
String playerName = matchResult.Groups["playerName"].Value;
// If we don't have a regex for detecting mucked hands, this is where we call a more specialized routine
if (!pokerClient.HasRegex("hand_history_detect_mucked_hand")) {
List<KeyValuePair<string,string>> muckedHands = pokerClient.GetMuckedHands(currentGameId);
foreach (var muckedHand in muckedHands) {
List<Card> cards = GenerateCardsFromText(muckedHand.Value);
// Sometimes a regex will return only one card (when a player decides to show only one card)
if (cards.Count == 2) {
Hand hand = new HoldemHand(cards[0], cards[1]);
OnPlayerMuckHandAvailable(muckedHand.Key, hand);
Trace.WriteLine("Retrieved mucked hand from alternative source (" + muckedHand.Key + ": " + muckedHand.Value + ")");
PlayerHasShowedThisRound = true;
}
}
}
// Raise event
OnFoundWinner(playerName);
}
/* Search for mucked hands */
else if (pokerClient.HasRegex("hand_history_detect_mucked_hand") && LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_mucked_hand"), out matchResult))
{
// Somebody had to show... keep track of this
PlayerHasShowedThisRound = true;
// Retrieve player name and hand
String playerName = matchResult.Groups["playerName"].Value;
String cardsText = matchResult.Groups["cards"].Value;
List<Card> cards = GenerateCardsFromText(cardsText);
// Sometimes a regex will return only one card (when a player decides to show only one card)
if (cards.Count == 2){
Hand hand = new HoldemHand(cards[0], cards[1]);
OnPlayerMuckHandAvailable(playerName, hand);
}
}
/* Search for final board */
else if (pokerClient.HasRegex("hand_history_detect_final_board") && (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_final_board"), out matchResult)))
{
// Retrieve cards
String cardsText = matchResult.Groups["cards"].Value;
List<Card> cards = GenerateCardsFromText(cardsText);
HandleFinalBoard(cards);
}
/* Detect small/big blind */
else if (pokerClient.HasRegex("hand_history_detect_small_blind") && (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_small_blind"), out matchResult)))
{
String playerName = matchResult.Groups["playerName"].Value;
OnFoundSmallBlind(playerName);
if (matchResult.Groups["smallBlindAmount"].Success) {
float amount = float.Parse(matchResult.Groups["smallBlindAmount"].Value);
OnFoundSmallBlindAmount(amount);
}
}
else if (pokerClient.HasRegex("hand_history_detect_big_blind") && (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_big_blind"), out matchResult)))
{
String playerName = matchResult.Groups["playerName"].Value;
OnFoundBigBlind(playerName);
if (matchResult.Groups["bigBlindAmount"].Success) {
float amount = float.Parse(matchResult.Groups["bigBlindAmount"].Value);
OnFoundBigBlindAmount(amount);
}
}
/* Find the button */
if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_button"), out matchResult))
{
Trace.Assert(matchResult.Groups["seatNumber"].Success || matchResult.Groups["playerName"].Success, "Detect button line matched, but no seatNumber or playerName set");
int seatNumber = -1;
if (matchResult.Groups["seatNumber"].Success)
{
seatNumber = Int32.Parse(matchResult.Groups["seatNumber"].Value);
}
else if (matchResult.Groups["playerName"].Success)
{
String playerName = matchResult.Groups["playerName"].Value;
foreach (int seat in playerSeats.Keys)
{
if ((String)playerSeats[seat] == playerName)
{
seatNumber = seat;
break;
}
}
Trace.Assert(seatNumber != -1, "Button's player name found, but he's not in our players list");
}
OnFoundButton(seatNumber);
lastButtonSeatNumber = seatNumber; // Save
}
}
public override void ParseLine(string line)
{
// Call base class method FIRST
base.ParseLine(line);
// Declare match variable that will hold the results
Match matchResult;
/* Check game phase changes */
bool gamePhaseChanged = ParseForGamePhaseChanges(line);
if (gamePhaseChanged)
{
return;
}
/* An all-in doesn't exclude a raise or a call, so it's not part of the if-elseif block
* Ex. Player: raises and is all-in is both an all-in and a raise */
if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_all_in_push"), out matchResult))
{
String playerName = matchResult.Groups["playerName"].Value;
// Make sure that the game phase is a valid one (being all-in because the blinds force us to is not really a push)
if (currentGamePhase == HoldemGamePhase.Preflop || currentGamePhase == HoldemGamePhase.Flop ||
currentGamePhase == HoldemGamePhase.Turn || currentGamePhase == HoldemGamePhase.River)
{
OnPlayerPushedAllIn(playerName, currentGamePhase);
}
}
/* Compare line to extract game id or table id */
if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_game_id_token"), out matchResult))
{
currentGameId = matchResult.Groups["gameId"].Value;
}
if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_table_token"), out matchResult))
{
currentTableId = matchResult.Groups["tableId"].Value;
String maxSeatingCapacity = matchResult.Groups["tableSeatingCapacity"].Value;
Trace.WriteLine("Table: " + currentTableId);
Trace.WriteLine("Max seating capacity: " + maxSeatingCapacity);
// Note: often currentGameId will be null because we don't have that information
OnNewTableHasBeenCreated(currentGameId, currentTableId);
// Abemus max seating capacity?
if (maxSeatingCapacity != String.Empty)
{
OnFoundTableMaxSeatingCapacity(Int32.Parse(maxSeatingCapacity));
}
else
{
// We didn't find the exact seating capacity
// If we have a more specific regex, we'll wait until we get the line containing the maximum number of seats
// Otherwise, we need to infer
if (!pokerClient.HasRegex("hand_history_max_seating_capacity"))
{
int inferredMaxCapacity = pokerClient.InferMaxSeatingCapacity(line, handhistoryFilename, currentGameId);
Trace.WriteLine("Inferred max seating capacity: " + inferredMaxCapacity);
OnFoundTableMaxSeatingCapacity(inferredMaxCapacity);
}
else
{
Trace.WriteLine("Seating capacity not found, but we will find it later with a specialized regex");
}
}
}
/* Detect the exact max seating capacity */
if (pokerClient.HasRegex("hand_history_max_seating_capacity") && (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_max_seating_capacity"), out matchResult)))
{
String maxSeatingCapacity = matchResult.Groups["tableSeatingCapacity"].Value;
Trace.Assert(maxSeatingCapacity != String.Empty, "Table max seating capacity regex found, but empty result.");
Trace.WriteLine("Found certain max seating capacity from regex: " + maxSeatingCapacity);
OnFoundTableMaxSeatingCapacity(Int32.Parse(maxSeatingCapacity));
}
/* Detect the exact blind amounts */
if (pokerClient.HasRegex("hand_history_blind_amounts") && (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_blind_amounts"), out matchResult)))
{
float bigBlindAmount = float.Parse(matchResult.Groups["bigBlindAmount"].Value);
float smallBlindAmount = float.Parse(matchResult.Groups["smallBlindAmount"].Value);
Trace.WriteLine(String.Format("Found certain blind amounts: ({0}/{1})", smallBlindAmount, bigBlindAmount));
OnFoundBigBlindAmount(bigBlindAmount);
OnFoundSmallBlindAmount(smallBlindAmount);
InfereBlindsFromButton(lastButtonSeatNumber);
}
/* Detect raises, calls, folds, bets */
if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_call"), out matchResult))
{
Trace.Assert(currentGamePhase != HoldemGamePhase.Showdown && currentGamePhase != HoldemGamePhase.Summary, "We detected a call during an impossible game phase");
String playerName = matchResult.Groups["playerName"].Value;
float amount = float.Parse(matchResult.Groups["amount"].Value);
Trace.WriteLine(playerName + " calls");
OnPlayerCalled(playerName, amount, currentGamePhase);
}
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_bet"), out matchResult))
{
Trace.Assert(currentGamePhase != HoldemGamePhase.Showdown && currentGamePhase != HoldemGamePhase.Summary, "We detected a bet during an impossible game phase");
String playerName = matchResult.Groups["playerName"].Value;
float amount = float.Parse(matchResult.Groups["amount"].Value);
Trace.WriteLine(playerName + " bets " + amount);
// Some poker clients mistakenly call a preflop raise a "bet", so we need to account for that
if (currentGamePhase == HoldemGamePhase.Preflop)
{
OnPlayerRaised(playerName, amount, currentGamePhase);
}
else
{
OnPlayerBet(playerName, amount, currentGamePhase);
}
}
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_fold"), out matchResult))
{
Trace.Assert(currentGamePhase != HoldemGamePhase.Showdown && currentGamePhase != HoldemGamePhase.Summary, "We detected a fold during an impossible game phase");
String playerName = matchResult.Groups["playerName"].Value;
Trace.WriteLine(playerName + " folds");
OnPlayerFolded(playerName, currentGamePhase);
}
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_check"), out matchResult))
{
Trace.Assert(currentGamePhase != HoldemGamePhase.Showdown && currentGamePhase != HoldemGamePhase.Summary, "We detected a check during an impossible game phase");
String playerName = matchResult.Groups["playerName"].Value;
OnPlayerChecked(playerName, currentGamePhase);
}
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_raise"), out matchResult))
{
Trace.Assert(currentGamePhase != HoldemGamePhase.Showdown && currentGamePhase != HoldemGamePhase.Summary, "We detected a raise during an impossible game phase");
String playerName = matchResult.Groups["playerName"].Value;
float raiseAmount = float.Parse(matchResult.Groups["raiseAmount"].Value);
Trace.WriteLine(playerName + " raises " + raiseAmount);
OnPlayerRaised(playerName, raiseAmount, currentGamePhase);
}
/* Search for table seating patterns */
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_player_in_game"), out matchResult))
{
// Retrieve player name
String playerName = matchResult.Groups["playerName"].Value;
int seatNumber = Int32.Parse(matchResult.Groups["seatNumber"].Value);
// Some poker clients rewrite the list of players at the summary, but we don't need this extra information
if (currentGamePhase != HoldemGamePhase.Summary)
{
// Raise event
OnPlayerIsSeated(playerName, seatNumber);
// Save
playerSeats.Add(seatNumber, playerName);
}
}
/* Search for a winner */
else if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_hand_winner"), out matchResult))
{
// Retrieve player name
String playerName = matchResult.Groups["playerName"].Value;
// If we don't have a regex for detecting mucked hands, this is where we call a more specialized routine
if (!pokerClient.HasRegex("hand_history_detect_mucked_hand"))
{
List <KeyValuePair <string, string> > muckedHands = pokerClient.GetMuckedHands(currentGameId);
foreach (var muckedHand in muckedHands)
{
List <Card> cards = GenerateCardsFromText(muckedHand.Value);
// Sometimes a regex will return only one card (when a player decides to show only one card)
if (cards.Count == 2)
{
Hand hand = new HoldemHand(cards[0], cards[1]);
OnPlayerMuckHandAvailable(muckedHand.Key, hand);
Trace.WriteLine("Retrieved mucked hand from alternative source (" + muckedHand.Key + ": " + muckedHand.Value + ")");
PlayerHasShowedThisRound = true;
}
}
}
// Raise event
OnFoundWinner(playerName);
}
/* Search for mucked hands */
else if (pokerClient.HasRegex("hand_history_detect_mucked_hand") && LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_mucked_hand"), out matchResult))
{
// Somebody had to show... keep track of this
PlayerHasShowedThisRound = true;
// Retrieve player name and hand
String playerName = matchResult.Groups["playerName"].Value;
String cardsText = matchResult.Groups["cards"].Value;
List <Card> cards = GenerateCardsFromText(cardsText);
// Sometimes a regex will return only one card (when a player decides to show only one card)
if (cards.Count == 2)
{
Hand hand = new HoldemHand(cards[0], cards[1]);
OnPlayerMuckHandAvailable(playerName, hand);
}
}
/* Search for final board */
else if (pokerClient.HasRegex("hand_history_detect_final_board") && (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_final_board"), out matchResult)))
{
// Retrieve cards
String cardsText = matchResult.Groups["cards"].Value;
List <Card> cards = GenerateCardsFromText(cardsText);
HandleFinalBoard(cards);
}
/* Detect small/big blind */
else if (pokerClient.HasRegex("hand_history_detect_small_blind") && (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_small_blind"), out matchResult)))
{
String playerName = matchResult.Groups["playerName"].Value;
OnFoundSmallBlind(playerName);
if (matchResult.Groups["smallBlindAmount"].Success)
{
float amount = float.Parse(matchResult.Groups["smallBlindAmount"].Value);
OnFoundSmallBlindAmount(amount);
}
}
else if (pokerClient.HasRegex("hand_history_detect_big_blind") && (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_big_blind"), out matchResult)))
{
String playerName = matchResult.Groups["playerName"].Value;
OnFoundBigBlind(playerName);
if (matchResult.Groups["bigBlindAmount"].Success)
{
float amount = float.Parse(matchResult.Groups["bigBlindAmount"].Value);
OnFoundBigBlindAmount(amount);
}
}
/* Find the button */
if (LineMatchesRegex(line, pokerClient.GetRegex("hand_history_detect_button"), out matchResult))
{
Trace.Assert(matchResult.Groups["seatNumber"].Success || matchResult.Groups["playerName"].Success, "Detect button line matched, but no seatNumber or playerName set");
int seatNumber = -1;
if (matchResult.Groups["seatNumber"].Success)
{
seatNumber = Int32.Parse(matchResult.Groups["seatNumber"].Value);
}
else if (matchResult.Groups["playerName"].Success)
{
String playerName = matchResult.Groups["playerName"].Value;
foreach (int seat in playerSeats.Keys)
{
if ((String)playerSeats[seat] == playerName)
{
seatNumber = seat;
break;
}
}
Trace.Assert(seatNumber != -1, "Button's player name found, but he's not in our players list");
}
OnFoundButton(seatNumber);
lastButtonSeatNumber = seatNumber; // Save
}
}
public ClassificationPostflop(HoldemHand hand, HoldemGamePhase phase, HoldemBoard board)
{
CardList communityCards = board.GetBoardAt(phase);
// Default
this.hand = HandType.Unknown;
this.kicker = KickerType.Unknown;
this.pair = PairType.Irrelevant;
this.draw = DrawType.Irrelevant;
this.straightDraw = StraightDrawType.None;
Trace.Assert(communityCards.Count > 0, "Cannot classificate an empty list of community cards.");
// Create a new list including the board cards and the cards from the hand
CardList cards = new CardList(communityCards.Count + 2);
foreach (Card c in communityCards) cards.AddCard(c);
cards.AddCard(hand.GetFirstCard());
cards.AddCard(hand.GetSecondCard());
// --- Royal flush
if (IsRoyalFlush(cards))
{
this.hand = HandType.RoyalFlush;
this.kicker = KickerType.Irrelevant;
return;
}
// -- Four of a kind
if (cards.HaveIdenticalFaces(4))
{
this.hand = HandType.FourOfAKind;
this.kicker = KickerType.Irrelevant;
return;
}
// -- Full House
// If we have three of a kind and two pair at the same time, we have a full house
bool isThreeOfAKind = cards.HaveIdenticalFaces(3);
bool isTwoPair = IsTwoPair(cards);
if (isThreeOfAKind && isTwoPair)
{
this.hand = HandType.FullHouse;
this.kicker = KickerType.Irrelevant;
return;
}
// -- Flush
for (int i = 0; i < cards.Count; i++)
{
int numCardsSameSuit = 0;
for (int j = i + 1; j < cards.Count; j++)
{
if (cards[i].Suit == cards[j].Suit)
{
numCardsSameSuit++;
}
}
if (numCardsSameSuit >= 4)
{
this.hand = HandType.Flush;
this.kicker = KickerType.Irrelevant;
return;
}
}
// -- Straight
if (IsStraight(cards))
{
this.hand = HandType.Straight;
this.kicker = KickerType.Irrelevant;
return;
}
// Calculate draws (if we got until here, there might be some)
// Also, no draws are possible at the river
if (phase == HoldemGamePhase.River)
{
draw = DrawType.None;
straightDraw = StraightDrawType.None;
}
else
{
draw = GetDrawType(cards);
if (IsInsideStraightDraw(cards))
{
straightDraw = StraightDrawType.InsideStraightDraw;
}
if (IsOpenEndedStraightDraw(cards))
{
straightDraw = StraightDrawType.OpenEndedStraightDraw;
}
}
// -- Trips
if (isThreeOfAKind)
{
this.hand = HandType.ThreeOfAKind;
this.kicker = KickerType.Irrelevant;
return;
}
// -- Two pair
if (isTwoPair)
{
this.hand = HandType.TwoPair;
this.kicker = KickerType.Irrelevant;
return;
}
// -- Pair
Card matching;
if (cards.HaveIdenticalFaces(2, out matching))
{
// Sort list by face value (ace high first)
cards.Sort(SortUsing.AceHigh);
// Find kicker (check from end of the list where face values are higher)
Card kicker = cards[0];
for (int i = cards.Count - 1; i >= 0; i--)
{
if (cards[i].Face != matching.Face)
{
kicker = cards[i];
break;
}
}
this.hand = HandType.Pair;
this.kicker = GetKickerTypeFromCard(kicker);
this.pair = GetPairType(communityCards, matching, hand.GetFirstCard(), hand.GetSecondCard());
return;
}
// -- High card
cards.Sort(SortUsing.AceHigh);
Card highCard = cards.Last;
this.hand = HandType.HighCard;
this.kicker = GetKickerTypeFromCard(highCard);
}
/* Returns true if the hand is a gapped connector and is within the range of hands (inclusive)
* specified, ex. between 54 and JT (only the upper cards are checked) */
public bool IsGappedConnectorsInRange(int gap, HoldemHand lower, HoldemHand upper)
{
if (this.GetHigher().GetFaceValue() >= lower.GetHigher().GetFaceValue() &&
this.GetHigher().GetFaceValue() <= upper.GetHigher().GetFaceValue())
{
return IsGappedConnectors(gap);
}
else return false;
}