We will work on the creation of a poker game. At a minimum your game must deal 2 hands of cards, and print out what poker hand each has. It must also determine which hand has won the game – but breaking a tie will be for bonus points. For example, if both hands have 3 of a kind, that can be considered a tie. If you want the bonus points write some code that determines which 3 of a kind is higher.

Here is the output from dealing a hand of cards:

Ace of Hearts

Ten of Clubs

Ace of Clubs

Eight of Hearts

Seven of Diamonds

2 2 1 0 <<These are explained below>>

0 0 0 0 0 1 1 0 1 0 0 0 2

You have a PAIR!

Use lots of small functions to help reduce the complexity of the code.

You must use the code from the video to get started, and you must use the following representation for a poker hand:

make 2 arrays: suitsInHand[4], and facesInHand[14].

suitsInHand is 4 counters that represents how many hearts, clubs, diamonds, spades are in the hand. These 4 counters must add up to 5 for a hand of 5 cards. For example if you have 5 hearts in the hand of cards, the array would have the values 5,0,0,0

facesInHand is 13 counters, that represent how many two’s, three’s, etc. you have in the hand. This must also total 5. For example, if you have a pair of 3’s, and three Kings’s, this array would have the values 0,2,0,0,0,0,0,0,0,0,3,0

While dealing a hand of cards, keep a count of the suitsInHand, and facesInHand.

I will include some code below that will help you to figure out what poker hand you have dealt.

This function will use the 2 arrays described above to determine if the hand has a flush, straight, etc. I have not included the parameters. You will need to pass in the hand of cards, and have the function pass back if there is a flush, straight, three of a kind, etc.

/*

analyzeHand: Determines whether the hand contains a

straight, a flush, four-of-a-kind,

and/or a three-of-a-kind; determines the

number of pairs; stores the results into

the external variables straight, flush,

four, three, and pairs.

*/

void analyzeHand( …

{

int num_consec = 0;

int rank, suit;

straight = FALSE;

flush = FALSE;

four = FALSE;

three = FALSE;

pairs = 0;

// check for flush – 5 cards of the same suit

for (suit = 0; suit < SUITS; suit++)

if (suitsInHand[suit] == 5)

flush = TRUE;

// check for straight – eg. One each of 5,6,7,8,9

// locate the first card

rank = 0;

while (facesInHand[rank] == 0)

rank++;

// count the consecutive non-zero faces

for (; rank < FACES && facesInHand[rank]; rank++)

num_consec++;

if (num_consec == 5) {

straight = TRUE;

return;

}

/* check for 4-of-a-kind, 3-of-a-kind, and pairs */

for (rank = 0; rank < NUM_RANKS; rank++) {

if (facesInHand[rank] == 4)

four = TRUE;

if (facesInHand[rank] == 3)

three = TRUE;

if (facesInHand[rank] == 2)

pairs++;

}

}

Here is a block of code that might help you determine what hand is better than another. These are in order. A straight-flush is the best hand, and a high-card is the worst hand.

if (straight && flush)

printf("Straight flush\n\n");

else if (four)

printf("Four of a kind\n\n");

else if (three && pairs == 1)

printf("Full house\n\n");

else if (flush)

printf("Flush\n\n");

else if (straight)

printf("Straight\n\n");

else if (three)

printf("Three of a kind\n\n");

else if (pairs == 2)

printf("Two pairs\n\n");

else if (pairs == 1)

printf("Pair\n\n");

else

printf("High card\n\n");

Answer rating: 100% (QA)

Code is attached below and sample outputs are also there include include include include struct of a hand struct hand bool straight bool flush bool four bool three int pairs int suitsInHand4 int faces... View the full answer