// Based on Fisher-Yates algorithm
// Source: https://en.wikipedia.org/wiki/Fisher%E2%80%93Yates_shuffle
public void ShuffleCards(int howManyCards = 0)
{
int numberCards = Length;
int lastCard = numberCards - 1;
int shuffleCard = 0;
SuperCard hold = null;
if (howManyCards > 0 && howManyCards <= lastCard)
{
lastCard = howManyCards;
}
for (int card = 0; card < lastCard; ++card)
{
// Randomnly choose a card between card and length of cardArray
shuffleCard = rng.Next(card, numberCards);
// Swap the found card with the "current" card
hold = cardArray[shuffleCard];
cardArray[shuffleCard] = cardArray[card];
cardArray[card] = hold;
}
// Reset the number of cards drawn
cardsDrawn = 0;
}
// Return a new child card class based on the enum passed in.
public SuperCard MakeCard(Suit suit, Rank rank)
{
// Parent class needs to hold the child class
SuperCard card = null;
// "Cast" Suit enum to proper SuperCard child class
switch (suit)
{
case Suit.Club:
card = new CardClub(rank);
break;
case Suit.Diamond:
card = new CardDiamond(rank);
break;
case Suit.Heart:
card = new CardHeart(rank);
break;
case Suit.Spade:
card = new CardSpade(rank);
break;
}
// Return the new card
return(card);
}
public SuperCard[] GetCards(int number)
{
SuperCard[] mcardArray = new SuperCard[number];
for (int i = 0; i < number; i++)
{
int randomNumber = random.Next(2, 52);
mcardArray[i] = cardArray[randomNumber];
if (cardArray[randomNumber].inplay == true)
{
while (cardArray[randomNumber].inplay == true)
{
randomNumber = random.Next(2, 52);
mcardArray[i] = cardArray[randomNumber];
}
}
if (cardArray[randomNumber].inplay == false)
{
cardArray[randomNumber].inplay = true;
}
}
return(mcardArray);
}
public SuperCard[] GetCards(int passedNumer)
{
SuperCard[] handArray = new SuperCard[passedNumer];
for (int i = 0; i < passedNumer; i++)
{
handArray[i] = GetOneCard();
}
return(handArray);
}
}//end of constructor
public SuperCard[] GetCards(int number)
{
SuperCard[] oneHand = new SuperCard[number];
for (int i = 0; i < number; i++)
{
int myNum = myRandom.Next(cardArray.Length);
oneHand[i] = cardArray[myNum];
}
return(oneHand);
}
/* GetOneCard() method gets one card from the deck of 52. It does not get a card that is already in play
* as it is no longer part of the deck. Returns a single SuperCard (not an array of cards)
*/
public SuperCard GetOneCard()
{
int temp = rand.Next(0, 52);
do
{
SuperCard oneCard = cardArray[temp];
cardArray[temp].inplay = true;
return(oneCard);
} while (cardArray[temp].inplay == false);
}
public SuperCard GetOneCard(int selectedCard)
{
SuperCard newCard = CardArray[rand.Next(0, 52)];
while (newCard.Inplay)
{
newCard = CardArray[rand.Next(0, 52)];
}
newCard.Inplay = true;
return(newCard);
}
public SuperCard[] GetCards(int howManyCards)
{
// Instantiate a temporary hand, array, of cards
SuperCard[] hand = new SuperCard[howManyCards];
// Add cards to the hand.
// For this phase, is okay to get same card.
for (int card = 0; card < howManyCards; ++card)
{
hand[card] = GetOneCard();
//hand[card] = cardArray[cardsDrawn++];
}
// Return the hand
return(hand);
}
public SuperCard[] GetCards(int howManyCards)
{
SuperCard[] tempHand = new SuperCard[howManyCards];
int i = 0;
while (i < howManyCards)
{
int num = rand.Next(0, 52);
if (cardArray[num].inplay == false)
{
tempHand[i] = cardArray[num];
cardArray[num].inplay = true;
i++;
}
}
return(tempHand);
}
public SuperCard[] GetCards(int pnumber)
{
SuperCard[] newHand = new SuperCard[pnumber];
for (int i = 0; i <= pnumber - 1; i++)
{
newHand[i] = CardArray[rand.Next(0, 52)];
while (newHand[i].Inplay)
{
newHand[i] = CardArray[rand.Next(0, 52)];
}
newHand[i].Inplay = true;
}
return(newHand);
}
private static bool Flush(SuperCard[] computerHand)
{
SuperCard previousCard = null;
foreach (SuperCard card in computerHand)
{
if (previousCard == null)
{
previousCard = card;
}
if (!card.Equals(previousCard))
{
return(false);
}
previousCard = card;
}
return(true);
}
