void handHistoryParser_FoundTableMaxSeatingCapacity(int maxSeatingCapacity)
{
this.maxSeatingCapacity = maxSeatingCapacity;
// Usually the max seating capacity is the last piece of information we need in order to create a visual recognition manager
// Attempt to create the visual recognition manager
if (IsVisualRecognitionPossible())
{
if (visualRecognitionManager == null)
{
visualRecognitionManager = new VisualRecognitionManager(this, this);
}
// TODO REMOVE
CardList cards = new CardList();
//cards.AddCard(new Card(CardFace.Six, CardSuit.Spades));
//cards.AddCard(new Card(CardFace.Eight, CardSuit.Spades));
cards.AddCard(new Card(CardFace.Ace, CardSuit.Clubs));
cards.AddCard(new Card(CardFace.Seven, CardSuit.Hearts));
PlayerHandRecognized(cards);
CardList board = new CardList();
cards.AddCard(new Card(CardFace.Ace, CardSuit.Hearts));
cards.AddCard(new Card(CardFace.Seven, CardSuit.Spades));
cards.AddCard(new Card(CardFace.Six, CardSuit.Hearts));
BoardRecognized(board);
Globals.Director.RunFromGUIThread((Action) delegate()
{
if (displayWindow != null)
{
displayWindow.SetVisualRecognitionSupported(true);
}
}, false);
}
else
{
Trace.WriteLine("Visual recognition is not supported for " + this.ToString());
Globals.Director.RunFromGUIThread((Action) delegate()
{
if (displayWindow != null)
{
displayWindow.SetVisualRecognitionSupported(false);
}
}, false);
}
}
/* Tries to match a set of bitmaps into a card list.
* @param allowPartialMatch If any card fails to match, the operation is aborted and the results obtained so far are returned
* (but they might be incomplete). If this parameter is set to false, null is returned on failure. */
public CardList MatchCards(List <Bitmap> images, bool allowPartialMatch)
{
if (images.Count == 0)
{
return(null);
}
CardList result = new CardList();
foreach (Bitmap image in images)
{
Card card = MatchCard(image);
if (card != null)
{
result.AddCard(card);
}
else if (allowPartialMatch)
{
return(result);
}
else
{
return(null);
}
}
return(result);
}
public void AddCardToList(Card c)
{
if (cardListToDisplay != null)
{
cardListToDisplay.AddCard(c);
ReloadGraphics();
}
}
/* Perform a deep copy */
public object Clone()
{
CardList cardList = (CardList)this.MemberwiseClone();
cardList.cards = new List <Card>(5);
foreach (Card c in cards)
{
cardList.AddCard((Card)c.Clone());
}
return(cardList);
}
/* Tries to match a set of bitmaps into a card list.
* @param allowPartialMatch If any card fails to match, the operation is aborted and the results obtained so far are returned
* (but they might be incomplete). If this parameter is set to false, null is returned on failure. */
public CardList MatchCards(List <Bitmap> images, bool allowPartialMatch, ArrayList actionMap,
double perfectMatchHistogramThreshold = 0,
double possibleMatchTemplateThreshold = 0,
double allowableSimilarityThreshold = 0)
{
if (images.Count == 0)
{
return(null);
}
CardList result = new CardList();
int i = 0;
foreach (Bitmap image in images)
{
Globals.Director.WriteDebug(WRITE_DEBUG, " --- action: " + actionMap[i].ToString());
Card card = MatchCard(image, actionMap[i].ToString(),
perfectMatchHistogramThreshold,
possibleMatchTemplateThreshold,
allowableSimilarityThreshold);
++i;
if (card != null)
{
result.AddCard(card);
}
else if (allowPartialMatch)
{
return(result);
}
else
{
return(null);
}
}
return(result);
}
/* Tries to match a set of bitmaps into a card list.
* @param allowPartialMatch If any card fails to match, the operation is aborted and the results obtained so far are returned
* (but they might be incomplete). If this parameter is set to false, null is returned on failure. */
public CardList MatchCards(List<Bitmap> images, bool allowPartialMatch)
{
if (images.Count == 0) return null;
CardList result = new CardList();
foreach (Bitmap image in images)
{
Card card = MatchCard(image);
if (card != null)
{
result.AddCard(card);
}
else if (allowPartialMatch)
{
return result;
}
else
{
return null;
}
}
return result;
}
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);
}
void handHistoryParser_FoundTableMaxSeatingCapacity(int maxSeatingCapacity)
{
this.maxSeatingCapacity = maxSeatingCapacity;
// Usually the max seating capacity is the last piece of information we need in order to create a visual recognition manager
// Attempt to create the visual recognition manager
if (IsVisualRecognitionPossible())
{
if (visualRecognitionManager == null)
{
visualRecognitionManager = new VisualRecognitionManager(this, this);
}
// TODO REMOVE
CardList cards = new CardList();
//cards.AddCard(new Card(CardFace.Six, CardSuit.Spades));
//cards.AddCard(new Card(CardFace.Eight, CardSuit.Spades));
cards.AddCard(new Card(CardFace.Ace, CardSuit.Clubs));
cards.AddCard(new Card(CardFace.Seven, CardSuit.Hearts));
PlayerHandRecognized(cards);
CardList board = new CardList();
cards.AddCard(new Card(CardFace.Ace, CardSuit.Hearts));
cards.AddCard(new Card(CardFace.Seven, CardSuit.Spades));
cards.AddCard(new Card(CardFace.Six, CardSuit.Hearts));
BoardRecognized(board);
Globals.Director.RunFromGUIThread((Action)delegate()
{
if (displayWindow != null) displayWindow.SetVisualRecognitionSupported(true);
}, false);
}
else
{
Trace.WriteLine("Visual recognition is not supported for " + this.ToString());
Globals.Director.RunFromGUIThread((Action)delegate()
{
if (displayWindow != null) displayWindow.SetVisualRecognitionSupported(false);
}, false);
}
}
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);
}
