//default constructor, loops through all possible suits and ranks, then adds them to private cardslist
public GameDeck()
{
for (int suitVal = 0; suitVal < 4; suitVal++)
{
for (int rankVal = 1; rankVal < 14; rankVal++)
{
cards.Add(new Card((CardSuitsEnum)suitVal, (CardRanksEnum)rankVal));
}
}
}
//Attacking phase for human players
public virtual void AttackingPhase(GameRiver gameRiver, Card attackingCard)
{
CardList gameRiverList = new CardList();
for (int i = 0; i < gameRiver.length(); i++)
{
gameRiverList.Add(gameRiver.GetCard(i));
}
switch (gameRiver.length())
{
case 0:
gameRiver.AddCardToRiver(attackingCard);
getHand().RemoveCardFromHand(attackingCard);
break;
case 2:
if (attackingCard.getCardRank() == gameRiverList[0].rank | attackingCard.getCardRank() == gameRiverList[1].rank)
{
gameRiver.AddCardToRiver(attackingCard);
getHand().RemoveCardFromHand(attackingCard);
break;
}
break;
case 4:
if (attackingCard.getCardRank() == gameRiverList[0].rank | attackingCard.getCardRank() == gameRiverList[1].rank | attackingCard.getCardRank() == gameRiverList[2].rank | attackingCard.getCardRank() == gameRiverList[3].rank)
{
gameRiver.AddCardToRiver(attackingCard);
getHand().RemoveCardFromHand(attackingCard);
break;
}
break;
case 6:
if (attackingCard.getCardRank() == gameRiverList[0].rank | attackingCard.getCardRank() == gameRiverList[1].rank | attackingCard.getCardRank() == gameRiverList[2].rank | attackingCard.getCardRank() == gameRiverList[3].rank | attackingCard.getCardRank() == gameRiverList[4].rank | attackingCard.getCardRank() == gameRiverList[5].rank)
{
gameRiver.AddCardToRiver(attackingCard);
getHand().RemoveCardFromHand(attackingCard);
break;
}
break;
case 8:
if (attackingCard.getCardRank() == gameRiverList[0].rank | attackingCard.getCardRank() == gameRiverList[1].rank | attackingCard.getCardRank() == gameRiverList[2].rank | attackingCard.getCardRank() == gameRiverList[3].rank | attackingCard.getCardRank() == gameRiverList[4].rank | attackingCard.getCardRank() == gameRiverList[5].rank)
{
gameRiver.AddCardToRiver(attackingCard);
getHand().RemoveCardFromHand(attackingCard);
break;
}
break;
}
}
public object Clone()
{
CardList newCards = new CardList();
foreach (Card sourceCard in this)
{
newCards.Add((Card)sourceCard.Clone());
}
return(newCards);
}
//draw cards based on int value provided
public CardList DrawCards(int numberOfCards)
{
CardList cardsdrawn = new CardList();
for (int i = 0; i < numberOfCards; i++)
{
cardsdrawn.Add(cards.ElementAt(0));
cards.RemoveAt(0);
}
return(cardsdrawn);
}
//addcardtohand method, will add a card to the players hand
public void AddCardToHand(Card card)
{
playerHand.Add(card);
numberOfCardsRemaning = playerHand.Count();
}
//ComputerAttackingPhase method, guides the ai through attacking phase
public void AttackingPhase(GameRiver gameRiver)
{
Card attackingCard = new Card();
CardList gameRiverList = new CardList();
bool sucessfullattack = false;
for (int i = 0; i < gameRiver.length(); i++)
{
gameRiverList.Add(gameRiver.GetCard(i));
}
switch (gameRiver.length())
{
case 0:
//AI chooses a card
for (int i = 0; i < getHand().length(); i++)
{
attackingCard = getHand().ChooseCardFromHand(i);
gameRiver.AddCardToRiver(attackingCard);
getHand().RemoveCardFromHand(attackingCard);
sucessfullattack = true;
break;
}
break;
case 2:
//AI chooses a card
for (int i = 0; i < getHand().length(); i++)
{
attackingCard = getHand().ChooseCardFromHand(i);
if (attackingCard.getCardRank() == gameRiverList[0].rank | attackingCard.getCardRank() == gameRiverList[1].rank)
{
gameRiver.AddCardToRiver(attackingCard);
getHand().RemoveCardFromHand(attackingCard);
sucessfullattack = true;
break;
}
}
break;
case 4:
//AI chooses a card
for (int i = 0; i < getHand().length(); i++)
{
attackingCard = getHand().ChooseCardFromHand(i);
if (attackingCard.getCardRank() == gameRiverList[0].rank | attackingCard.getCardRank() == gameRiverList[1].rank | attackingCard.getCardRank() == gameRiverList[2].rank | attackingCard.getCardRank() == gameRiverList[3].rank)
{
gameRiver.AddCardToRiver(attackingCard);
getHand().RemoveCardFromHand(attackingCard);
sucessfullattack = true;
break;
}
}
break;
case 6:
//AI chooses a card
for (int i = 0; i < getHand().length(); i++)
{
attackingCard = getHand().ChooseCardFromHand(i);
if (attackingCard.getCardRank() == gameRiverList[0].rank | attackingCard.getCardRank() == gameRiverList[1].rank | attackingCard.getCardRank() == gameRiverList[2].rank | attackingCard.getCardRank() == gameRiverList[3].rank | attackingCard.getCardRank() == gameRiverList[4].rank | attackingCard.getCardRank() == gameRiverList[5].rank)
{
gameRiver.AddCardToRiver(attackingCard);
getHand().RemoveCardFromHand(attackingCard);
sucessfullattack = true;
break;
}
}
break;
case 8:
//AI chooses a card
for (int i = 0; i < getHand().length(); i++)
{
attackingCard = getHand().ChooseCardFromHand(i);
if (attackingCard.getCardRank() == gameRiverList[0].rank | attackingCard.getCardRank() == gameRiverList[1].rank | attackingCard.getCardRank() == gameRiverList[2].rank | attackingCard.getCardRank() == gameRiverList[3].rank | attackingCard.getCardRank() == gameRiverList[4].rank | attackingCard.getCardRank() == gameRiverList[5].rank)
{
gameRiver.AddCardToRiver(attackingCard);
getHand().RemoveCardFromHand(attackingCard);
sucessfullattack = true;
break;
}
}
break;
}
if (sucessfullattack == false && gameRiver.length() == 0 | gameRiver.length() == 2 | gameRiver.length() == 4 | gameRiver.length() == 6 | gameRiver.length() == 8)
{
setIsDefending(true);
}
}
//ComputerDefendingPhase method, guides the ai through Defending phase
public void DefendingPhase(GameRiver gameRiver, Card trumpCard)
{
Card defendingCard = new Card();
CardList gameRiverList = new CardList();
bool sucessfulldefense = false;
//int computerInput = 0;
for (int i = 0; i < gameRiver.length(); i++)
{
gameRiverList.Add(gameRiver.GetCard(i));
}
switch (gameRiver.length())
{
case 1:
//AI chooses a card
for (int i = 0; i < getHand().length(); i++)
{
defendingCard = getHand().ChooseCardFromHand(i);
if (defendingCard.getCardSuit() == gameRiverList[0].suit & defendingCard > gameRiverList[0] | defendingCard.getCardSuit() == trumpCard.getCardSuit() & defendingCard > gameRiverList[0])
{
gameRiver.AddCardToRiver(defendingCard);
getHand().RemoveCardFromHand(defendingCard);
sucessfulldefense = true;
break;
}
}
break;
case 3:
//AI chooses a card
for (int i = 0; i < getHand().length(); i++)
{
defendingCard = getHand().ChooseCardFromHand(i);
if (defendingCard.getCardSuit() == gameRiverList[2].suit & defendingCard > gameRiverList[2] | defendingCard.getCardSuit() == trumpCard.getCardSuit() & defendingCard > gameRiverList[2])
{
gameRiver.AddCardToRiver(defendingCard);
getHand().RemoveCardFromHand(defendingCard);
sucessfulldefense = true;
break;
}
}
break;
case 5:
//AI chooses a card
for (int i = 0; i < getHand().length(); i++)
{
defendingCard = getHand().ChooseCardFromHand(i);
if (defendingCard.getCardSuit() == gameRiverList[4].suit & defendingCard > gameRiverList[4] | defendingCard.getCardSuit() == trumpCard.getCardSuit() & defendingCard > gameRiverList[4])
{
gameRiver.AddCardToRiver(defendingCard);
getHand().RemoveCardFromHand(defendingCard);
sucessfulldefense = true;
break;
}
}
break;
case 7:
//AI chooses a card
for (int i = 0; i < getHand().length(); i++)
{
defendingCard = getHand().ChooseCardFromHand(i);
if (defendingCard.getCardSuit() == gameRiverList[6].suit & defendingCard > gameRiverList[6] | defendingCard.getCardSuit() == trumpCard.getCardSuit() & defendingCard > gameRiverList[6])
{
gameRiver.AddCardToRiver(defendingCard);
getHand().RemoveCardFromHand(defendingCard);
sucessfulldefense = true;
break;
}
}
break;
}
if (sucessfulldefense == false && gameRiver.length() == 1 | gameRiver.length() == 3 | gameRiver.length() == 5 | gameRiver.length() == 7)
{
setIsDefending(false);
}
}
//shuffle method, randomizes the order of the cardlist,
//then uses the copy to method in cardlist to copy over the cards to a new cardlist deck.
public void Shuffle(int deckSize)
{
if (deckSize == 52)
{
CardList newDeck = new CardList();
bool[] assigned = new bool[52];
Random sourceGen = new Random();
for (int i = 0; i < 52; i++)
{
int sourceCard = 0;
bool foundCard = false;
while (foundCard == false)
{
sourceCard = sourceGen.Next(52);
if (assigned[sourceCard] == false)
{
foundCard = true;
}
}
assigned[sourceCard] = true;
newDeck.Add(cards[sourceCard]);
}
newDeck.CopyTo(cards);
}
else if (deckSize == 36)
{
CardList newDeck = new CardList();
bool[] assigned = new bool[36];
Random sourceGen = new Random();
for (int i = 0; i < 36; i++)
{
int sourceCard = 0;
bool foundCard = false;
while (foundCard == false)
{
sourceCard = sourceGen.Next(36);
if (assigned[sourceCard] == false)
{
foundCard = true;
}
}
assigned[sourceCard] = true;
newDeck.Add(cards[sourceCard]);
}
newDeck.CopyTo(cards);
}
else if (deckSize == 20)
{
CardList newDeck = new CardList();
bool[] assigned = new bool[20];
Random sourceGen = new Random();
for (int i = 0; i < 20; i++)
{
int sourceCard = 0;
bool foundCard = false;
while (foundCard == false)
{
sourceCard = sourceGen.Next(20);
if (assigned[sourceCard] == false)
{
foundCard = true;
}
}
assigned[sourceCard] = true;
newDeck.Add(cards[sourceCard]);
}
newDeck.CopyTo(cards);
}
}
//Defending phase for human players
public virtual void DefendingPhase(GameRiver gameRiver, Card trumpCard, Card defendingCard)
{
//Card defendingCard = new Card();
CardList gameRiverList = new CardList();
bool sucessfulldefense = false;
//gameRiver.AddCardToRiver(defendingCard);
//getHand().RemoveCardFromHand(defendingCard);
//sucessfulldefense = true;
for (int i = 0; i < gameRiver.length(); i++)
{
gameRiverList.Add(gameRiver.GetCard(i));
}
switch (gameRiver.length())
{
case 1:
if (defendingCard.getCardSuit() == gameRiverList[0].suit & defendingCard > gameRiverList[0] | defendingCard.getCardSuit() == trumpCard.getCardSuit() & defendingCard > gameRiverList[0])
{
gameRiver.AddCardToRiver(defendingCard);
getHand().RemoveCardFromHand(defendingCard);
sucessfulldefense = true;
break;
}
break;
case 3:
if (defendingCard.getCardSuit() == gameRiverList[2].suit & defendingCard > gameRiverList[2] | defendingCard.getCardSuit() == trumpCard.getCardSuit() & defendingCard > gameRiverList[2])
{
gameRiver.AddCardToRiver(defendingCard);
getHand().RemoveCardFromHand(defendingCard);
sucessfulldefense = true;
break;
}
break;
case 5:
if (defendingCard.getCardSuit() == gameRiverList[4].suit & defendingCard > gameRiverList[4] | defendingCard.getCardSuit() == trumpCard.getCardSuit() & defendingCard > gameRiverList[4])
{
gameRiver.AddCardToRiver(defendingCard);
getHand().RemoveCardFromHand(defendingCard);
sucessfulldefense = true;
break;
}
break;
case 7:
if (defendingCard.getCardSuit() == gameRiverList[6].suit & defendingCard > gameRiverList[6] | defendingCard.getCardSuit() == trumpCard.getCardSuit() & defendingCard > gameRiverList[6])
{
gameRiver.AddCardToRiver(defendingCard);
getHand().RemoveCardFromHand(defendingCard);
sucessfulldefense = true;
break;
}
break;
}
//if (sucessfulldefense == false)
//{
// setIsDefending(false);
//}
}
//addcardtoriver method, will add a card to river
public void AddCardToRiver(Card card)
{
gameRiver.Add(card);
riverCardsRemaning = gameRiver.Count();
}
