public PlayerHandInfo GetPlayerHandInfo(HoleCards holeCards, List <Card> boardCards = null)
{
HandType handType = HandType.Invalid;
Colour handColour = Colour.Invalid;
Rank mainRank = Rank.Invalid;
Rank secondRank = Rank.Invalid;
if (boardCards != null)
{
handType = EvaluateHand(holeCards, boardCards, out handColour, out mainRank, out secondRank);
}
else
{
handType = EvaluateHand(holeCards);
}
PlayerHandInfo playerHandInfo;
playerHandInfo.HandType = handType;
playerHandInfo.HandColour = handColour;
playerHandInfo.MainRank = mainRank;
playerHandInfo.SecondRank = secondRank;
return(playerHandInfo);
}
public static HoleCards GetHandByString(string handString)
{
HoleCards holeCards = new HoleCards();
Card firstCard = GetCardByChar(handString[0]);
Card secondCard = GetCardByChar(handString[1]);
if (firstCard == null || secondCard == null)
{
Debug.LogError("GetHandByString: could not create cards!");
return(holeCards);
}
holeCards.First = firstCard;
holeCards.Second = secondCard;
// TODO: 3rd simbol can be o, s or *, 4th can be *. Process all this
// just in case, make cards colour different for pocket pairs
if (firstCard.Rank == secondCard.Rank)
{
secondCard.Colour = Colour.Clubs;
}
else if (handString.Length > 2)
{
// change second card colour for offsuit hands
if (handString[2] == 'o')
{
secondCard.Colour = Colour.Clubs;
}
}
return(holeCards);
}
private void ParsePreflopOpenRaiseRange(Position position, JsonData openRaiseRange)
{
for (int handIndex = 0; handIndex < openRaiseRange.Count; handIndex++)
{
string handString = openRaiseRange[handIndex].ToString();
HoleCards hand = Utils.GetHandByString(handString);
PlayerAI.Instance.AddHandToPreflopOpenRaiseRange(position, hand);
}
}
private Rank GetHighestCardRank(HoleCards holeCards)
{
if (holeCards.First.Rank > holeCards.Second.Rank)
{
return(holeCards.First.Rank);
}
else
{
return(holeCards.Second.Rank);
}
}
private HandType EvaluateHand(HoleCards holeCards)
{
//if (!IsHoleCardsNumberCorrect(holeCards)) {
// Debug.LogError("EvaluateHand: incorrect number of hole cards!");
// return HandType.Invalid;
//}
if (holeCards.IsPocketPair)
{
return(HandType.Pair);
}
else
{
return(HandType.HighCard);
}
}
private void ParsePreflopColdCallRange(Position position, JsonData coldCallRange)
{
for (int vsPositionIndex = 0; vsPositionIndex < coldCallRange.Count; vsPositionIndex++)
{
string vsPositionString = coldCallRange[vsPositionIndex]["VsPosition"].ToString();
Position vsPosition = Utils.GetPositionByString(vsPositionString);
JsonData callingRange = coldCallRange[vsPositionIndex]["Range"];
for (int handIndex = 0; handIndex < callingRange.Count; handIndex++)
{
string handString = callingRange[handIndex].ToString();
HoleCards hand = Utils.GetHandByString(handString);
PlayerAI.Instance.AddHandToPreflopColdCallRange(position, vsPosition, hand);
}
}
}
private bool IsHandInPreflop4BetRange(Position vsPosition)
{
Position currentPlayerPosition = _currentGame.CurrentPlayer.Position;
HoleCards holeCards = _currentGame.CurrentPlayer.HoleCards;
foreach (HoleCards hand in _preflop4BetRanges[currentPlayerPosition][vsPosition])
{
if (hand.First.Rank == holeCards.First.Rank)
{
if (hand.Second.Rank == holeCards.Second.Rank)
{
if (hand.IsSuited == holeCards.IsSuited)
{
return(true);
}
}
}
}
return(false);
}
public void AddHandToPreflop4BetRange(Position position, Position vsPosition, HoleCards hand)
{
_preflop4BetRanges[position][vsPosition].Add(hand);
}
public void AddHandToPreflopOpenRaiseRange(Position position, HoleCards hand)
{
_preflopOpenRaiseRanges[position].Add(hand);
}
public string GetFullHandTypeString(out PlayerHandInfo playerHandInfo, HoleCards holeCards, List <Card> boardCards = null)
{
HandType handType = HandType.Invalid;
Colour handColour = Colour.Invalid;
Rank mainRank = Rank.Invalid;
Rank secondRank = Rank.Invalid;
if (boardCards != null)
{
handType = EvaluateHand(holeCards, boardCards, out handColour, out mainRank, out secondRank);
}
else
{
handType = EvaluateHand(holeCards);
}
playerHandInfo.HandType = handType;
playerHandInfo.HandColour = handColour;
playerHandInfo.MainRank = mainRank;
playerHandInfo.SecondRank = secondRank;
if (handType == HandType.Invalid)
{
Debug.LogError("GetFullHandTypeString: could not evaluate hand type properly!");
return("ERROR!");
}
string handTypeString = GetHandTypeString(handType);
if (handType == HandType.HighCard)
{
if (boardCards == null)
{
Rank highestRank = GetHighestCardRank(holeCards);
string highestRankString = GetRankString(highestRank);
return(handTypeString + highestRankString);
}
else
{
List <Card> holeAndBoardCards = new List <Card>();
holeAndBoardCards.Add(holeCards.First);
holeAndBoardCards.Add(holeCards.Second);
holeAndBoardCards.AddRange(boardCards);
Rank highestRank = GetHighestCardRank(holeAndBoardCards);
string highestRankString = GetRankString(highestRank);
return(handTypeString + highestRankString);
}
}
else if (handType == HandType.Pair)
{
if (boardCards == null)
{
Rank rank = holeCards.First.Rank;
string rankString = GetRankString(rank);
return(handTypeString + rankString + "s");
}
else
{
if (mainRank == Rank.Invalid)
{
Debug.LogError("GetFullHandTypeString: one pair - invalid rank.");
return("ERROR!");
}
return(handTypeString + GetRankString(mainRank) + "s");
}
}
else if (handType == HandType.TwoPairs)
{
if (mainRank == Rank.Invalid || secondRank == Rank.Invalid)
{
Debug.LogError("GetFullHandTypeString: two pairs - invalid rank.");
return("ERROR!");
}
return(handTypeString + GetRankString(mainRank) + "s and " + GetRankString(secondRank) + "s");
}
else if (handType == HandType.ThreeOfAKind)
{
if (mainRank == Rank.Invalid)
{
Debug.LogError("GetFullHandTypeString: set - invalid rank.");
return("ERROR!");
}
return(handTypeString + GetRankString(mainRank) + "s");
}
else if (handType == HandType.Straight)
{
if (mainRank == Rank.Invalid)
{
Debug.LogError("GetFullHandTypeString: straight - invalid rank.");
return("ERROR!");
}
return(handTypeString + GetRankString(mainRank) + " high");
}
else if (handType == HandType.Flush)
{
if (mainRank == Rank.Invalid)
{
Debug.LogError("GetFullHandTypeString: flush - invalid rank.");
return("ERROR!");
}
if (handColour == Colour.Invalid)
{
Debug.LogError("GetFullHandTypeString: flush - invalid colour.");
return("ERROR!");
}
return(handTypeString + GetRankString(mainRank) + " high");
}
else if (handType == HandType.FullHouse)
{
if (mainRank == Rank.Invalid || secondRank == Rank.Invalid)
{
Debug.LogError("GetFullHandTypeString: full house - invalid rank.");
return("ERROR!");
}
return(handTypeString + GetRankString(mainRank) + "s full of " + GetRankString(secondRank) + "s");
}
else if (handType == HandType.FourOfAKind)
{
if (mainRank == Rank.Invalid)
{
Debug.LogError("GetFullHandTypeString: quads - invalid rank.");
return("ERROR!");
}
return(handTypeString + GetRankString(mainRank) + "s");
}
else if (handType == HandType.StraightFlush)
{
if (mainRank == Rank.Invalid)
{
Debug.LogError("GetFullHandTypeString: straight flush - invalid rank.");
return("ERROR!");
}
if (handColour == Colour.Invalid)
{
Debug.LogError("GetFullHandTypeString: straight flush - invalid colour.");
return("ERROR!");
}
return(handTypeString + GetRankString(mainRank) + "high");
}
else if (handType == HandType.RoyalFlush)
{
if (handColour == Colour.Invalid)
{
Debug.LogError("GetFullHandTypeString: royal flush - invalid colour.");
return("ERROR!");
}
return(handTypeString);
}
return("");
}
private HandType EvaluateHand(HoleCards holeCards, List <Card> boardCards, out Colour handColour, out Rank mainRank, out Rank secondRank)
{
handColour = Colour.Invalid;
mainRank = Rank.Invalid;
secondRank = Rank.Invalid;
if (/*!IsHoleCardsNumberCorrect(holeCards) || */ !IsBoardCardsNumberCorrect(boardCards))
{
Debug.LogError("EvaluateHand: incorrect number of hole or board cards!");
return(HandType.Invalid);
}
List <Card> holeAndBoardCards = new List <Card>();
holeAndBoardCards.Add(holeCards.First);
holeAndBoardCards.Add(holeCards.Second);
holeAndBoardCards.AddRange(boardCards);
// TODO: optimization: check set, two pair etc. in one loop through cards
if (HasRoyalFlush(holeAndBoardCards, out handColour))
{
return(HandType.RoyalFlush);
}
else if (HasStraightFlush(holeAndBoardCards, out handColour, out mainRank))
{
return(HandType.StraightFlush);
}
else if (HasFourOfAKind(holeAndBoardCards, out mainRank))
{
return(HandType.FourOfAKind);
}
else if (HasFullHouse(holeAndBoardCards, out mainRank, out secondRank))
{
return(HandType.FullHouse);
}
else if (HasFlush(holeAndBoardCards, out handColour, out mainRank))
{
return(HandType.Flush);
}
else if (HasStraight(holeAndBoardCards, out mainRank))
{
return(HandType.Straight);
}
else if (HasThreeOfAKind(holeAndBoardCards, out mainRank))
{
return(HandType.ThreeOfAKind);
}
else if (HasTwoPairs(holeAndBoardCards, out mainRank, out secondRank))
{
return(HandType.TwoPairs);
}
else if (HasOnePair(holeAndBoardCards, out mainRank))
{
return(HandType.Pair);
}
else
{
return(HandType.HighCard);
}
}