// Randomize Card Pool
void Shuffle()
{
CommunityCardPool.Clear();
List <CCardData> tempCardList = new List <CCardData> ();
foreach (CCardData card in CardData)
{
tempCardList.Add(card);
}
int shuffleCount = Random.Range(CardData.Count, CardData.Count * 2);
for (int i = 0; i < shuffleCount; i++)
{
int swapIndex1 = Random.Range(0, CardData.Count);
int swapIndex2 = Random.Range(0, CardData.Count);
CCardData temp = tempCardList [swapIndex1];
tempCardList [swapIndex1] = tempCardList [swapIndex2];
tempCardList [swapIndex2] = temp;
}
CardPool.Clear();
foreach (CCardData card in tempCardList)
{
CardPool.Enqueue(card);
}
}
public void SetData(CCardData data)
{
Type = data.Type;
Value = data.Value;
DisplayCardSprite = data.DisplayCardSprite;
GetComponent <Image> ().sprite = DisplayCardSprite;
}
public CCardData(CCardData value)
{
this.cardName = value.cardName;
this.cardIcon = value.cardIcon;
this.cardDescription = value.cardDescription;
this.active = value.active;
this.cardValue = value.cardValue;
this.goldValue = value.goldValue;
}
int CardComparer(CCardData card1, CCardData card2)
{
if (card1.GetWeight() < card2.GetWeight())
{
return(1);
}
if (card1.GetWeight() == card2.GetWeight())
{
return(0);
}
if (card1.GetWeight() > card2.GetWeight())
{
return(-1);
}
return(-1);
}
public virtual void SetupItem(int i, CCardData data, string name, string icon, UnityAction callback)
{
// Index
this.m_CardIndex = i;
this.m_CurrentData = data;
// JOB NAME
this.m_UIName.text = name;
// JOB ICON
this.m_Icon.sprite = this.GetSprite(icon);
// Value
this.m_Value.text = data.cardValue == 0 ? data.goldValue.ToString() : data.cardValue.ToString();
// SUBMIT
if (this.m_SubmitButton != null && callback != null)
{
this.m_SubmitButton.onClick.RemoveAllListeners();
this.m_SubmitButton.onClick.AddListener(callback);
}
}
// 7 pick 5 , Main Algorithm
public CardCombinationData GetBestCardCombination(CCardData [] sources)
{
CardCombinationData result = new CardCombinationData();
List <CCardData> newSet = new List <CCardData> ();
foreach (CCardData data in sources)
{
newSet.Add(data);
}
foreach (CCardData data in HandCards)
{
newSet.Add(data);
}
// newSet.Sort (CardComparer);
newSet = SortList(false, newSet);
// run best pattern match algorithm
bool isFlush = false;
bool isStraight = false;
bool isFourOfaKind = false;
bool isAceLead = false;
// Check first card is ACE or not
isAceLead = newSet [0].Value == ACE_value;
// Straight check
int maxContinuousCount = 0;
int continuousCounter = 0;
int startIndex_continuous = 0;
bool hasStartIndex_continuous = false;
int [] subValueArray = new int [newSet.Count - 1];
for (int i = 0; i < newSet.Count - 1; ++i)
{
subValueArray [i] = newSet [i].Value - newSet [i + 1].Value;
if (subValueArray [i] == 1)
{
continuousCounter++;
if (hasStartIndex_continuous == false)
{
if (continuousCounter >= maxContinuousCount)
{
startIndex_continuous = i;
hasStartIndex_continuous = true;
}
}
}
else
{
continuousCounter = 0;
hasStartIndex_continuous = false;
}
// save max counter
if (continuousCounter > maxContinuousCount)
{
maxContinuousCount = continuousCounter;
}
}
if (maxContinuousCount >= 4)
{
isStraight = true;
}
// the same card special cehck method
int [] valueCounter = new int[16];
foreach (CCardData card in newSet)
{
valueCounter [card.Value]++;
}
// check each value counter
// check Four of a Kind , Three of a kind , and pair count
int valueIndex = 0;
int arrayIndex = -1;
int fourOfaKindIndex = 0;
List <int> ThreeOfaKindIndexList = new List <int> ();
List <int> PairIndexList = new List <int> ();
List <int> newSetValueList = new List <int> ();
foreach (CCardData card in newSet)
{
newSetValueList.Add(card.Value);
}
foreach (int count in valueCounter)
{
if (count == 4)
{
isFourOfaKind = true;
arrayIndex = newSetValueList.IndexOf(valueIndex);
fourOfaKindIndex = arrayIndex;
}
if (count == 3)
{
arrayIndex = newSetValueList.IndexOf(valueIndex);
ThreeOfaKindIndexList.Add(arrayIndex);
}
if (count == 2)
{
arrayIndex = newSetValueList.IndexOf(valueIndex);
PairIndexList.Add(arrayIndex);
}
valueIndex++;
}
// Flush Check
int spadeCount = 0;
int heartCount = 0;
int diamondCount = 0;
int cludCount = 0;
CardType flushType = CardType.Undefine;
foreach (CCardData card in newSet)
{
if (card.Type == CardType.Spade)
{
spadeCount++;
}
if (card.Type == CardType.Heart)
{
heartCount++;
}
if (card.Type == CardType.Diamond)
{
diamondCount++;
}
if (card.Type == CardType.Club)
{
cludCount++;
}
}
if (spadeCount >= MaxHandCardCount)
{
flushType = CardType.Spade;
}
if (heartCount >= MaxHandCardCount)
{
flushType = CardType.Heart;
}
if (diamondCount >= MaxHandCardCount)
{
flushType = CardType.Diamond;
}
if (cludCount >= MaxHandCardCount)
{
flushType = CardType.Club;
}
if (flushType != CardType.Undefine)
{
isFlush = true;
}
// -------------------------------------------------------------------------------------
// default set as High Card (Zitch)
result.type = E_CardCombinationType.HighCard;
// one pair check
if (PairIndexList.Count == 1)
{
result.type = E_CardCombinationType.OnePair;
}
// two pair check
if (PairIndexList.Count >= 2)
{
result.type = E_CardCombinationType.TwoPair;
}
// three of kind check
if (ThreeOfaKindIndexList.Count == 1)
{
result.type = E_CardCombinationType.ThreeOfAKind;
}
// Straight check
if (isStraight)
{
result.type = E_CardCombinationType.Straight;
}
// Flush check
if (isFlush)
{
result.type = E_CardCombinationType.Flush;
}
// Full house check , situation 1
if (ThreeOfaKindIndexList.Count == 2)
{
result.type = E_CardCombinationType.FullHouse;
}
// Full house check , situation 2
if (ThreeOfaKindIndexList.Count == 1 && PairIndexList.Count >= 1)
{
result.type = E_CardCombinationType.FullHouse;
}
// Four of a kind check
if (isFourOfaKind)
{
result.type = E_CardCombinationType.FourOfaKind;
}
if (isStraight && isFlush)
{
// Royal straigth flush check
if (isAceLead)
{
result.type = E_CardCombinationType.RoyalStraigthFlush;
}
else
{
// straigth flush check
result.type = E_CardCombinationType.StraigthFlush;
}
}
// pick card
CCardData[] pickedCardValue = new CCardData [MaxHandCardCount];
List <CCardData> pickedCardList = new List <CCardData> ();
Queue <CCardData> valueSetQueue = new Queue <CCardData>();
// need reverse once , for the right order of the pair ( small -> big => big -> small )
PairIndexList.Reverse();
// very low chance to get two ThreeOfaKind set , still need Reverse
if (ThreeOfaKindIndexList.Count >= 2)
{
ThreeOfaKindIndexList.Reverse();
}
int pair1Index = -1;
int pair2Index = -1;
switch (result.type)
{
case E_CardCombinationType.RoyalStraigthFlush:
case E_CardCombinationType.StraigthFlush:
case E_CardCombinationType.Straight:
for (int i = startIndex_continuous; i < startIndex_continuous + MaxHandCardCount; ++i)
{
pickedCardValue [i - startIndex_continuous] = newSet [i];
}
break;
case E_CardCombinationType.FourOfaKind:
pickedCardList.Add(newSet [fourOfaKindIndex]);
pickedCardList.Add(newSet [fourOfaKindIndex + 1]);
pickedCardList.Add(newSet [fourOfaKindIndex + 2]);
pickedCardList.Add(newSet [fourOfaKindIndex + 3]);
foreach (CCardData card in newSet)
{
if (card.Value != newSet [fourOfaKindIndex].Value)
{
valueSetQueue.Enqueue(card);
}
}
pickedCardList.Add(valueSetQueue.Dequeue());
break;
case E_CardCombinationType.FullHouse:
int threeOfaKindIndex = ThreeOfaKindIndexList [0];
int pairIndex = -1;
if (PairIndexList.Count > 0)
{
pairIndex = PairIndexList [0];
}
else
{
pairIndex = ThreeOfaKindIndexList [1];
}
pickedCardList.Add(newSet [threeOfaKindIndex]);
pickedCardList.Add(newSet [threeOfaKindIndex + 1]);
pickedCardList.Add(newSet [threeOfaKindIndex + 2]);
pickedCardList.Add(newSet [pairIndex]);
pickedCardList.Add(newSet [pairIndex + 1]);
break;
case E_CardCombinationType.Flush:
int pickedCardCount = 0;
foreach (CCardData card in newSet)
{
if (pickedCardCount < MaxHandCardCount)
{
if (card.Type == flushType)
{
pickedCardValue [pickedCardCount] = card;
pickedCardCount++;
}
}
}
break;
case E_CardCombinationType.ThreeOfAKind:
int startIndex = ThreeOfaKindIndexList [0];
pickedCardList.Add(newSet [startIndex]);
pickedCardList.Add(newSet [startIndex + 1]);
pickedCardList.Add(newSet [startIndex + 2]);
foreach (CCardData card in newSet)
{
if (card.Value != newSet [startIndex].Value)
{
valueSetQueue.Enqueue(card);
}
}
pickedCardList.Add(valueSetQueue.Dequeue());
pickedCardList.Add(valueSetQueue.Dequeue());
break;
case E_CardCombinationType.TwoPair:
pair1Index = PairIndexList [0];
pair2Index = PairIndexList [1];
pickedCardList.Add(newSet [pair1Index]);
pickedCardList.Add(newSet [pair1Index + 1]);
pickedCardList.Add(newSet [pair2Index]);
pickedCardList.Add(newSet [pair2Index + 1]);
foreach (CCardData card in newSet)
{
if (card.Value != newSet [pair1Index].Value && card.Value != newSet [pair2Index].Value)
{
valueSetQueue.Enqueue(card);
}
}
pickedCardList.Add(valueSetQueue.Dequeue());
break;
case E_CardCombinationType.OnePair:
pair1Index = PairIndexList [0];
pickedCardList.Add(newSet [pair1Index]);
pickedCardList.Add(newSet [pair1Index + 1]);
foreach (CCardData card in newSet)
{
if (card.Value != newSet [pair1Index].Value)
{
valueSetQueue.Enqueue(card);
}
}
pickedCardList.Add(valueSetQueue.Dequeue());
pickedCardList.Add(valueSetQueue.Dequeue());
pickedCardList.Add(valueSetQueue.Dequeue());
break;
case E_CardCombinationType.HighCard:
for (int i = 0; i < MaxHandCardCount; i++)
{
pickedCardList.Add(newSet [i]);
}
break;
default:
break;
}
if (pickedCardList.Count > 0)
{
pickedCardValue = pickedCardList.ToArray();
}
result.SetData(result.type, pickedCardValue);
for (int i = 0; i < MaxHandCardCount; i++)
{
CurrentBestCardList[i].SetData(pickedCardValue [i]);
}
CurrentBestCardCombination = result;
TextBestCardForm.text = result.type.GetDescription();
return(result);
}