import java.util.*;public class CardGame { static Scanner scanner = new Scanner(System.in); static Random random = new Random(); public static void main(String[] args) { System.out.println("Welcome to the card game! Here are the instructions:"); System.out.println("- You will randomly draw a card from a deck of 52 cards."); System.out.println("- The computer will also draw a card from the same deck."); System.out.println("- If your card has a higher face value, you win. Otherwise, you lose."); System.out.println("- If your card has the same face value as the computer's card, the suit determines the order."); int gamesPlayed = 0; int userWins = 0; int computerWins = 0; boolean[] cards = new boolean[52]; // false means the card is available, true means it's been drawn while (true) { System.out.println(" New game!"); int[] userCard = drawCard(cards); int[] computerCard = drawCard(cards); System.out.println("Your card is " + cardToString(userCard)); System.out.println("Computer's card is " + cardToString(computerCard)); int userValue = userCard[1]; int computerValue = computerCard[1]; if (userValue computerValue) { System.out.println("You win!"); userWins++; } else if (userValue computerSuit) { System.out.println("You win!"); userWins++; } else { System.out.println("You lose!"); computerWins++; } } gamesPlayed++; if (gamesPlayed == 26) { System.out.println(" You have played 26 games, which is half of the deck."); System.out.println("Do you want to shuffle the deck and start a new game? (y/n)"); String answer = scanner.next(); if (answer.equals("y")) { Arrays.fill(cards, false); gamesPlayed = 0; userWins = 0; computerWins = 0; } else { break; } } else { System.out.println(" Do you want to play another game? (y/n)"); String answer = scanner.next(); if (!answer.equals("y")) { break; } } } System.out.println(" Thanks for playing!"); System.out.println("You played " + gamesPlayed + " games."); System.out.println("You won " + userWins + " times."); System.out.println("The computer won " + computerWins + " times."); } public static int[] drawCard(boolean[] cards) { while (true) { int suit = random.nextInt(4) + 1; int value = random.nextInt(13) + 2; int index = (suit - 1) * 13 + (value - 2); if (!cards[index]) { cards[index] = true; return new int[] { suit, value }; } } } public static String cardToString(int[] card) { String suitStr = ""; switch (card[0]) { case 1: suitStr = "club"; break; case 2: suitStr = "diamond"; break; case 3: suitStr = "heart"; break; case 4: suitStr = "spade"; break; } String valueStr; switch (card[1]) { case 11: valueStr = "Jack"; break; case 12: valueStr = "Queen"; break; case 13: valueStr = "King"; break; case 14: valueStr = "Ace"; break; default: valueStr = Integer.toString(card[1]); break; } return valueStr + " of " + suitStr + "s"; }} Redo Project #5 using a Card class and Card objects (and contrastthis project with what you did in project 5 to help you betterunderstand the power of the objected-oriented programming) basedon the Card class we created in the class. No credits will be given ifCard class and objects are not used in the project.Using the Card class (you can add/modify instance methods in theCard class we created in the class to satisfy your need. Note that thisclass does not have the main method so you cannot run it on itsown), write a client code called playCards that uses the Card objectscreated from the Card class defined above and plays the game. Thisclass contains the main method to execute the program.Your program starts by displaying a greeting message, playinginstructions and then a menu for user with two options: continue orexit. The program continues depending on what user chooses.When the program exits, your program displays a messageindicating it is the end of the program and displays total number ofgames played and numbers of wins and losses.Note that you cannot play more than 26 games (since there are 52cards in a deck unless you choose to shuffle the deck of cards, thenyou can continue playing in the Bonus part) Add a third option SHUFFLE (it means that you have to set thedrawn variable to 0 for every card object to indicate that all cardsare available to be drawn again) in the menu in additional to the twoexisting options to allow a user after any game to have anopportunity to choose whether to continue or to shuffle at any time.Then everything will start new except number of games andnumbers of wins and losses continue to count.

Question

import java.util.*;public class CardGame {    static Scanner scanner = new Scanner(System.in);    static Random random = new Random();    public static void main(String[] args) {        System.out.println(&#34;Welcome to the card game! Here are the instructions:&#34;);        System.out.println(&#34;- You will randomly draw a card from a deck of 52 cards.&#34;);        System.out.println(&#34;- The computer will also draw a card from the same deck.&#34;);        System.out.println(&#34;- If your card has a higher face value, you win. Otherwise, you lose.&#34;);        System.out.println(&#34;- If your card has the same face value as the computer's card, the suit determines the order.&#34;);        int gamesPlayed = 0;        int userWins = 0;        int computerWins = 0;        boolean[] cards = new boolean[52]; // false means the card is available, true means it's been drawn        while (true) {            System.out.println(&#34;
New game!&#34;);            int[] userCard = drawCard(cards);            int[] computerCard = drawCard(cards);            System.out.println(&#34;Your card is &#34; + cardToString(userCard));            System.out.println(&#34;Computer's card is &#34; + cardToString(computerCard));            int userValue = userCard[1];            int computerValue = computerCard[1];            if (userValue > computerValue) {                System.out.println(&#34;You win!&#34;);                userWins++;            } else if (userValue < computerValue) {                System.out.println(&#34;You lose!&#34;);                computerWins++;            } else {                // same face value, compare suits                int userSuit = userCard[0];                int computerSuit = computerCard[0];                if (userSuit > computerSuit) {                    System.out.println(&#34;You win!&#34;);                    userWins++;                } else {                    System.out.println(&#34;You lose!&#34;);                    computerWins++;                }            }            gamesPlayed++;            if (gamesPlayed == 26) {                System.out.println(&#34;
You have played 26 games, which is half of the deck.&#34;);                System.out.println(&#34;Do you want to shuffle the deck and start a new game? (y/n)&#34;);                String answer = scanner.next();                if (answer.equals(&#34;y&#34;)) {                    Arrays.fill(cards, false);                    gamesPlayed = 0;                    userWins = 0;                    computerWins = 0;                } else {                    break;                }            } else {                System.out.println(&#34;
Do you want to play another game? (y/n)&#34;);                String answer = scanner.next();                if (!answer.equals(&#34;y&#34;)) {                    break;                }            }        }        System.out.println(&#34;
Thanks for playing!&#34;);        System.out.println(&#34;You played &#34; + gamesPlayed + &#34; games.&#34;);        System.out.println(&#34;You won &#34; + userWins + &#34; times.&#34;);        System.out.println(&#34;The computer won &#34; + computerWins + &#34; times.&#34;);    }    public static int[] drawCard(boolean[] cards) {        while (true) {            int suit = random.nextInt(4) + 1;            int value = random.nextInt(13) + 2;            int index = (suit - 1) * 13 + (value - 2);            if (!cards[index]) {                cards[index] = true;                return new int[] { suit, value };            }        }    }    public static String cardToString(int[] card) {        String suitStr = &#34;&#34;;        switch (card[0]) {            case 1:                suitStr = &#34;club&#34;;                break;            case 2:                suitStr = &#34;diamond&#34;;                break;            case 3:                suitStr = &#34;heart&#34;;                break;            case 4:                suitStr = &#34;spade&#34;;                break;        }        String valueStr;        switch (card[1]) {            case 11:                valueStr = &#34;Jack&#34;;                break;            case 12:                valueStr = &#34;Queen&#34;;                break;            case 13:                valueStr = &#34;King&#34;;                break;            case 14:                valueStr = &#34;Ace&#34;;                break;            default:                valueStr = Integer.toString(card[1]);                break;        }        return valueStr + &#34; of &#34; + suitStr + &#34;s&#34;;    }} Redo Project #5 using a Card class and Card objects (and contrastthis project with what you did in project 5 to help you betterunderstand the power of the objected-oriented programming) basedon the Card class we created in the class. No credits will be given ifCard class and objects are not used in the project.Using the Card class (you can add/modify instance methods in theCard class we created in the class to satisfy your need. Note that thisclass does not have the main method so you cannot run it on itsown), write a client code called playCards that uses the Card objectscreated from the Card class defined above and plays the game. Thisclass contains the main method to execute the program.Your program starts by displaying a greeting message, playinginstructions and then a menu for user with two options: continue orexit. The program continues depending on what user chooses.When the program exits, your program displays a messageindicating it is the end of the program and displays total number ofgames played and numbers of wins and losses.Note that you cannot play more than 26 games (since there are 52cards in a deck unless you choose to shuffle the deck of cards, thenyou can continue playing in the Bonus part) Add a third option SHUFFLE (it means that you have to set thedrawn variable to 0 for every card object to indicate that all cardsare available to be drawn again) in the menu in additional to the twoexisting options to allow a user after any game to have anopportunity to choose whether to continue or to shuffle at any time.Then everything will start new except number of games andnumbers of wins and losses continue to count.

Accepted Answer

Initialize scanner and random objects.
Print instructions for the game.
Initialize gamesPlayed,…