public void IncrementHandsContainingRank(ERankType rank, int incr)
{
IncrementHandsContainingCardIndex(CardToIndex(new Card(rank, ESuitType.SuitClubs)), incr);
IncrementHandsContainingCardIndex(CardToIndex(new Card(rank, ESuitType.SuitHearts)), incr);
IncrementHandsContainingCardIndex(CardToIndex(new Card(rank, ESuitType.SuitSpades)), incr);
IncrementHandsContainingCardIndex(CardToIndex(new Card(rank, ESuitType.SuitDiamonds)), incr);
}
public bool SendMsgRankSystemGC2GMReqGetRankData(ERankType type, CBMsgRankSystemGC2GMReqGetRankData cb)
{
CMsgRankSystemGC2GMReqGetRankData msgReq = new CMsgRankSystemGC2GMReqGetRankData(type);
CMsgRankSystemGM2GCAckGetRankData.s_cb = cb;
return(CGameClient.Singleton.SendMsg(msgReq));
}
IsStraightFlush(ref int numSubRanks, ref ERankType[] subRank)
{
// These are required parameters, but can be ignored
var flushNumSubRanks = 0;
var flushSubRank = new ERankType[5];
return(IsStraight(ref numSubRanks, ref subRank) && IsFlush(ref flushNumSubRanks, ref flushSubRank));
}
private static IEnumerable <ConsoleLine> Card(ERankType rank, ESuitType suit, int startingX, int startingY)
{
var rankSymbol = GetRankSymbol(rank);
var isDouble = rankSymbol.Length > 1;
var cardColor = GetSuitColor(suit);
return(new List <ConsoleLine>
{
new ConsoleLine(startingX, startingY, rankSymbol + (isDouble ? " " : " "), cardColor, ConsoleColor.White),
new ConsoleLine(startingX, startingY + 1, " " + GetSuitSymbol(suit) + " ", cardColor, ConsoleColor.White),
new ConsoleLine(startingX, startingY + 2, (isDouble ? " " : " ") + rankSymbol, cardColor, ConsoleColor.White)
});
}
private static string GetRankSymbol(ERankType rank)
{
switch (rank)
{
case ERankType.RankTwo:
return("2");
case ERankType.RankThree:
return("3");
case ERankType.RankFour:
return("4");
case ERankType.RankFive:
return("5");
case ERankType.RankSix:
return("6");
case ERankType.RankSeven:
return("7");
case ERankType.RankEight:
return("8");
case ERankType.RankNine:
return("9");
case ERankType.RankTen:
return("10");
case ERankType.RankJack:
return("J");
case ERankType.RankQueen:
return("Q");
case ERankType.RankKing:
return("K");
case ERankType.RankAce:
return("A");
case ERankType.RankUnknown:
return(" ");
default:
throw new ArgumentOutOfRangeException("rank", rank, null);
}
}
public static string RankToString(ERankType Rank)
{
switch (Rank)
{
case ERankType.RankAce:
return("A");
case ERankType.RankKing:
return("K");
case ERankType.RankQueen:
return("Q");
case ERankType.RankJack:
return("J");
case ERankType.RankTen:
return("T");
case ERankType.RankNine:
return("9");
case ERankType.RankEight:
return("8");
case ERankType.RankSeven:
return("7");
case ERankType.RankSix:
return("6");
case ERankType.RankFive:
return("5");
case ERankType.RankFour:
return("4");
case ERankType.RankThree:
return("3");
case ERankType.RankTwo:
return("2");
default:
return("?");
}
}
protected override bool _SerializeFrom(UnityUtility.CStream msgStream)
{
byte result = msgStream.ReadByte();
m_result = (EGetRankDataResult)result;
if (m_result == EGetRankDataResult.EGET_RANK_DATA_RESULT_SUCCESS)
{
byte rankType = msgStream.ReadByte();
m_rankType = (ERankType)rankType;
UInt16 count = msgStream.ReadUShort();
for (Int16 i = 0; i < count; ++i)
{
CRankData data = new CRankData();
data.SerializeFrom(msgStream);
m_listRankData.Add(data);
}
}
return(true);
}
IsFullHouse(ref int numSubRanks, ref ERankType[] subRank)
{
var threesNumSubRanks = 0;
var threesSubRank = new ERankType[5];
var pairNumSubRanks = 0;
var pairSubRank = new ERankType[5];
if (IsThrees(ref threesNumSubRanks, ref threesSubRank) &&
IsPair(ref pairNumSubRanks, ref pairSubRank))
{
numSubRanks = 2;
subRank[0] = threesSubRank[0];
subRank[1] = pairSubRank[0];
return(true);
}
return(false);
}
IsStraightFlush(ref int numSubRanks, ref ERankType[] subRank)
{
// These are required parameters, but can be ignored
var flushNumSubRanks = 0;
var flushSubRank = new ERankType[5];
return IsStraight(ref numSubRanks, ref subRank) && IsFlush(ref flushNumSubRanks, ref flushSubRank);
}
public Card(ERankType pRank, ESuitType pSuit)
{
Rank = pRank;
Suit = pSuit;
}
private bool IsPair(ref int numSubRanks, ref ERankType[] subRank)
{
ERankType currRank;
numSubRanks = 4;
for (currRank = 0; (int)currRank < 13; currRank++)
{
if (_rankCount[(int)currRank] == 2)
{
subRank[0] = currRank;
var currSubRank = 1;
int currCard;
for (currCard = 0; currCard < 5; currCard++)
{
if (_cards[currCard].Rank != subRank[0])
{
subRank[currSubRank] = _cards[currCard].Rank;
currSubRank++;
}
}
return true;
}
}
return false;
}
private bool IsTwoPair(ref int numSubRanks, ref ERankType[] subRank)
{
ERankType currRank;
var highPairRank = ERankType.RankUnknown;
var lowPairRank = ERankType.RankUnknown;
var oddCardRank = ERankType.RankUnknown;
var pairCount = 0;
numSubRanks = 3;
for (currRank = 0; (int)currRank < 13; currRank++)
{
if (_rankCount[(int)currRank] == 2)
{
pairCount++;
if (highPairRank != ERankType.RankUnknown)
{
lowPairRank = highPairRank;
}
highPairRank = currRank;
}
else if (_rankCount[(int)currRank] == 1)
{
oddCardRank = currRank;
}
}
if (pairCount == 2)
{
subRank[0] = highPairRank;
subRank[1] = lowPairRank;
subRank[2] = oddCardRank;
return true;
}
return false;
}
private bool IsStraight(ref int numSubRanks, ref ERankType[] subRank)
{
int i;
var lowRank = ERankType.RankUnknown;
var highRank = ERankType.RankUnknown;
numSubRanks = 1;
// if more than one card of the same rank
// then it is not a straight
for (i = 0; i < 13; i++)
{
if (_rankCount[i] > 1)
{
return false;
}
// Determine highest and lowest ranked cards in hand here
if (_rankCount[i] == 1)
{
highRank = (ERankType)Enum.ToObject(typeof(ERankType), i);
if (lowRank == ERankType.RankUnknown)
{
lowRank = (ERankType)Enum.ToObject(typeof(ERankType), i);
}
}
}
subRank[0] = highRank;
// If the highest and lowest rank cards are within a spread of 5 cards,
// and there are no pairs, then it must be straight
if (highRank - lowRank == 4)
{
return true;
}
// Check for Ace low straight here (special case as my code usually treats Ace as high)
if ((lowRank == ERankType.RankTwo) && (highRank == ERankType.RankAce))
{
// Got Ace and Two
// Check for any 6's -> K's. (If any then no straight)
for (i = (int)ERankType.RankSix; i <= (int)ERankType.RankKing; i++)
{
if (_rankCount[i] > 0)
{
return false;
}
}
// This is a 5 high straight
subRank[0] = ERankType.RankFive;
return true;
}
return false;
}
private bool IsFlush(ref int numSubRanks, ref ERankType[] subRank)
{
int i;
numSubRanks = 5;
for (i = 0; i < 4; i++)
{
if ((_suitCount[i] != 0) &&
(_suitCount[i] != 5))
{
return false;
}
}
for (i = 0; i < 5; i++)
{
subRank[i] = _cards[i].Rank;
}
return true;
}
IsFullHouse(ref int numSubRanks, ref ERankType[] subRank)
{
var threesNumSubRanks = 0;
var threesSubRank = new ERankType[5];
var pairNumSubRanks = 0;
var pairSubRank = new ERankType[5];
if (IsThrees(ref threesNumSubRanks, ref threesSubRank) &&
IsPair(ref pairNumSubRanks, ref pairSubRank))
{
numSubRanks = 2;
subRank[0] = threesSubRank[0];
subRank[1] = pairSubRank[0];
return true;
}
return false;
}
public void Evaluate()
{
CurrentBestHand = Hand.FindPlayersBestHand(HoleCards.CardList, Board);
IsStraightDraw = false;
IsFlushDraw = false;
IsStraightFlushDraw = false;
RanksToMakeStraight = new List <ERankType>();
List <Card> cards = new List <Card>();
cards.AddRange(HoleCards.CardList);
cards.AddRange(Board.ToList());
// Check for flush draw
_rankCount = new int[13];
_suitCount = new int[4];
// count how many of each rank and suit
foreach (Card c in cards)
{
_rankCount[(int)c.Rank]++;
_suitCount[(int)c.Suit]++;
}
//if at least 4 in same suit then flush draw
for (int i = 0; i < 4; i++)
{
if (_suitCount[i] >= 4)
{
IsFlushDraw = true;
SuitToMakeFlush = (ESuitType)i;
}
}
// if 4 cards in a 5 card range then straight draw
for (ERankType rank = ERankType.RankFive; rank <= ERankType.RankAce; rank++)
{
int numInRange = 0;
ERankType rankNotInRange = ERankType.RankUnknown;
for (int j = 0; j < 5; j++)
{
ERankType currRank;
if (rank - j < 0)
{
currRank = ERankType.RankAce;
}
else
{
currRank = rank - j;
}
if (_rankCount[(int)currRank] > 0)
{
numInRange++;
}
else
{
rankNotInRange = currRank;
}
}
if (numInRange == 4)
{
IsStraightDraw = true;
RanksToMakeStraight.Add(rankNotInRange);
}
}
}
public Card(ERankType pRank, ESuitType pSuit)
{
Rank = pRank;
Suit = pSuit;
}
private bool IsFours(ref int numSubRanks, ref ERankType[] subRank)
{
int currRank;
numSubRanks = 2;
for (currRank = 0; currRank < 13; currRank++)
{
if (_rankCount[currRank] == 4)
{
subRank[0] = (ERankType)Enum.ToObject(typeof(ERankType), currRank);
int currCard;
for (currCard = 0; currCard < 5; currCard++)
{
if (_cards[currCard].Rank != subRank[0])
{
subRank[1] = _cards[currCard].Rank;
return true;
}
}
}
}
return false;
}
public CMsgRankSystemGC2GMReqGetRankData(ERankType type)
: base(CServerType.SRVTYPE_GAMESERVER, CFuncType.EFUNCTYPE_RANKSYSTEM, CRankSystemMsgNumID.EMSGNUMID_RANKSYSTEM_GC2GM_REQ_GET_RANK_DATA)
{
m_rankType = type;
}