You have been asked by your boss to help with a charity festival that your compa
ID: 3708637 • Letter: Y
Question
You have been asked by your boss to help with a charity festival that your company sponsors. Your specific project involves a card game. To comply with local laws, the game must be a game of chance, not a game of skill. To get the permit you need, you will need to show the game is a game of chance. The game in question is explained below ?Between 2 and 6 players are all dealt the five cards. The player with the highest sum of cards is declared the winner. Should more than one person have the highest sum (a tie), the first person dealt cards is the winner. Your boss says suggests a computer program to model the game show it is a game of chance. Your program, when complete, will do the following. 1. Using a User Form a. Get from the number of players playing (Test 3) – 4 points i. Ensure this number is within the range of allowed players (Final Project) – 5 points b. Get the number of hands to be played (Test 3) – 4 points i. Ensure this is greater than 0 and less than 30000 (Final Project) – 5 points c. Retrieve a file name and location for the output file to be saved (Test 3) – 5 points i. Do not run if the file name has not been set (Final Project) – 5 points d. Ask the user if they want to output each players hand for each hand played (Final Project) – 5 points e. Have an exit button (Test 3) – 2 points 2. Create a deck of cards (Test 3) – 25 points a. 52 cards b. Consider using an array of records (custom “Card” Type that would contain the card’s value and position within the deck c. 4 sets of 13 “Ranks” i. Rank values are 1 thru 13 3. Shuffle the deck of cards randomize (Final Project) – 25 points a. Note: It is important these are random 4. Deal cards to each player (Test 3) – 25 points a. Each player will get 5 cards b. Calculate the sum of all 5 cards for each player 5. Determine the winner of the hand (Test 3) – 25 points 6. Write out to the output file the value of each card for each player for each hand (Final Project) – 15 points a. If the user does not want each hand written to the file, do no write them – 5 points 7. Write out to the output file the winner of each hand (Final Project) – 5 points 8. Write out to the output file number of hands each player won. (Final Project) – 10 points 9. Report back to the user in a message box the number of hands each player won. (Test 3) – 10 points Once the program is complete, a report to the local permit office will need to be written. This will briefly describe what the program has done and why you believe the game is a game of chance and not a game of skill. (Should be about one page, single spaced, 12 point font) (Final Project) – 20 points You have been asked by your boss to help with a charity festival that your company sponsors. Your specific project involves a card game. To comply with local laws, the game must be a game of chance, not a game of skill. To get the permit you need, you will need to show the game is a game of chance. The game in question is explained below ?Between 2 and 6 players are all dealt the five cards. The player with the highest sum of cards is declared the winner. Should more than one person have the highest sum (a tie), the first person dealt cards is the winner. Your boss says suggests a computer program to model the game show it is a game of chance. Your program, when complete, will do the following. 1. Using a User Form a. Get from the number of players playing (Test 3) – 4 points i. Ensure this number is within the range of allowed players (Final Project) – 5 points b. Get the number of hands to be played (Test 3) – 4 points i. Ensure this is greater than 0 and less than 30000 (Final Project) – 5 points c. Retrieve a file name and location for the output file to be saved (Test 3) – 5 points i. Do not run if the file name has not been set (Final Project) – 5 points d. Ask the user if they want to output each players hand for each hand played (Final Project) – 5 points e. Have an exit button (Test 3) – 2 points 2. Create a deck of cards (Test 3) – 25 points a. 52 cards b. Consider using an array of records (custom “Card” Type that would contain the card’s value and position within the deck c. 4 sets of 13 “Ranks” i. Rank values are 1 thru 13 3. Shuffle the deck of cards randomize (Final Project) – 25 points a. Note: It is important these are random 4. Deal cards to each player (Test 3) – 25 points a. Each player will get 5 cards b. Calculate the sum of all 5 cards for each player 5. Determine the winner of the hand (Test 3) – 25 points 6. Write out to the output file the value of each card for each player for each hand (Final Project) – 15 points a. If the user does not want each hand written to the file, do no write them – 5 points 7. Write out to the output file the winner of each hand (Final Project) – 5 points 8. Write out to the output file number of hands each player won. (Final Project) – 10 points 9. Report back to the user in a message box the number of hands each player won. (Test 3) – 10 points Once the program is complete, a report to the local permit office will need to be written. This will briefly describe what the program has done and why you believe the game is a game of chance and not a game of skill. (Should be about one page, single spaced, 12 point font) (Final Project) – 20 points You have been asked by your boss to help with a charity festival that your company sponsors. Your specific project involves a card game. To comply with local laws, the game must be a game of chance, not a game of skill. To get the permit you need, you will need to show the game is a game of chance. The game in question is explained below ?Between 2 and 6 players are all dealt the five cards. The player with the highest sum of cards is declared the winner. Should more than one person have the highest sum (a tie), the first person dealt cards is the winner. Your boss says suggests a computer program to model the game show it is a game of chance. Your program, when complete, will do the following. 1. Using a User Form a. Get from the number of players playing (Test 3) – 4 points i. Ensure this number is within the range of allowed players (Final Project) – 5 points b. Get the number of hands to be played (Test 3) – 4 points i. Ensure this is greater than 0 and less than 30000 (Final Project) – 5 points c. Retrieve a file name and location for the output file to be saved (Test 3) – 5 points i. Do not run if the file name has not been set (Final Project) – 5 points d. Ask the user if they want to output each players hand for each hand played (Final Project) – 5 points e. Have an exit button (Test 3) – 2 points 2. Create a deck of cards (Test 3) – 25 points a. 52 cards b. Consider using an array of records (custom “Card” Type that would contain the card’s value and position within the deck c. 4 sets of 13 “Ranks” i. Rank values are 1 thru 13 3. Shuffle the deck of cards randomize (Final Project) – 25 points a. Note: It is important these are random 4. Deal cards to each player (Test 3) – 25 points a. Each player will get 5 cards b. Calculate the sum of all 5 cards for each player 5. Determine the winner of the hand (Test 3) – 25 points 6. Write out to the output file the value of each card for each player for each hand (Final Project) – 15 points a. If the user does not want each hand written to the file, do no write them – 5 points 7. Write out to the output file the winner of each hand (Final Project) – 5 points 8. Write out to the output file number of hands each player won. (Final Project) – 10 points 9. Report back to the user in a message box the number of hands each player won. (Test 3) – 10 points Once the program is complete, a report to the local permit office will need to be written. This will briefly describe what the program has done and why you believe the game is a game of chance and not a game of skill. (Should be about one page, single spaced, 12 point font) (Final Project) – 20 pointsExplanation / Answer
import java.util.Scanner;
import java.text.NumberFormat;
import java.io.IOException;
import java.util.Locale;
import java.text.DecimalFormat;
public class Program2
{public static void main(String[] args) throws IOException
{
//Declare Variables
//Creates the cards based on their suite
Card heartCard;
Card diamondCard;
Card spadeCard;
Card clubCard;
int countingPlays = 0;
Scanner keyboard = new Scanner(System.in); //Allows Input
//creates the cardPile array called DeckOfCards
CardPile deckOfCards = new CardPile();
//Creates Player1's Card Pile
CardPile player1Pile = new CardPile();
//Creates Player2's Card Pile
CardPile player2Pile = new CardPile();
//Creates the cards to fill the array (1-14 of hearts/diamonds/spades/clubs).
for(int i = 2; i < 15; i++)
{
char heart = 'u0003';
char diamond ='u0004';
char spade = 'u0005';
char club = 'u0006';
deckOfCards.add(heartCard = new Card(heart, i));
deckOfCards.add(diamondCard = new Card(diamond, i));
deckOfCards.add(spadeCard = new Card(spade, i));
deckOfCards.add(clubCard = new Card(club, i));
}
//prints out the deck of Cards
System.out.println("Deck Of Cards: " + deckOfCards);
//shuffles the cards
deckOfCards.shuffle();
//Prints out the deck of cards after they are shuffled
System.out.println("Deck of Cards after shuffled: " + deckOfCards);
//Checking the size of the Deck
System.out.println("" + deckOfCards.size());
//Takes the deckOfCards and splits them up into 2 piles for Player1 and Player2
for(int i = 0; i < 26; i++)
{
player1Pile.add(deckOfCards.getTopCard());
player2Pile.add(deckOfCards.getTopCard());
}
//Prints out the deck of Cards and then the player 1's pile and player 2's pile
System.out.println("Deck of Cards after removing cards into two piles: " + deckOfCards);
System.out.println("Player 1's Cards: " + player1Pile);
System.out.println("Player 2's Cards: " + player2Pile);
//checking the size of each players Pile
System.out.println("" + player1Pile.size());
System.out.println("" + player2Pile.size());
//Prints the header for the game
System.out.println("Lets have a war!!!");
System.out.println(" Player 1 Player 2");
System.out.println(" -------- --------");
//Testing tricky spot where the getTopCard removes a the topcard
/*
Card removedTopCard = player1Pile.getTopCard();
System.out.println("Getting player1Pile: " + removedTopCard);
player1Pile.add(removedTopCard);
System.out.println("Player1Pile is " + player1Pile);
System.out.println("Player1Pile size is " +player1Pile.size());
*/
//Starts the game of War
try
{ //do while the sizes of the player piles are greater than 0.
do
{
//gets the top cards of each players Pile
Card player1RemovedTopCard = player1Pile.getTopCard();
Card player2RemovedTopCard = player2Pile.getTopCard();
//Compares the 2 cards to test which is bigger. If player 1's card is smaller than player 2 is the winner
if(player1RemovedTopCard.compareTo(player2RemovedTopCard) < player2RemovedTopCard.compareTo(player1RemovedTopCard))
{
System.out.println("Player 1: " + player1RemovedTopCard + " Player 2: " + player2RemovedTopCard);
System.out.println("Player 2 is the Winner");
player2Pile.add(player1RemovedTopCard);
player2Pile.add(player2RemovedTopCard);
System.out.println("Player 1 has: " + player1Pile.size() + " cards left.");
System.out.println("Player 2 has:" + player2Pile.size() + " cards left.");
System.out.println(" ");
keyboard.nextLine();
}
//Compares the 2 cards to test which is bigger. If player 2's card is smaller than player 1 is the winner.
else if(player1RemovedTopCard.compareTo(player2RemovedTopCard) > player2RemovedTopCard.compareTo(player1RemovedTopCard))
{
System.out.println("Player 1: " + player1RemovedTopCard + " Player 2: " + player2RemovedTopCard);
System.out.println("Player 1 is the Winner");
player1Pile.add(player1RemovedTopCard);
player1Pile.add(player2RemovedTopCard);
System.out.println("Player 1 has: " + player1Pile.size() + " cards left.");
System.out.println("Player 2 has:" + player2Pile.size() + " cards left.");
System.out.println(" ");
keyboard.nextLine();
}
//Else it is a war
else
{
System.out.println("Player 1: " + player1RemovedTopCard + " Player 2: " + player2RemovedTopCard);
System.out.println("WAR!!!!!!!");
//War if the player has only 4 cards left.
if(player1Pile.size() == 1 || player2Pile.size() == 1)
{
Card player1RemovedTopCard2 = player1Pile.getTopCard();
Card player2RemovedTopCard2 = player2Pile.getTopCard();
System.out.println("Player1's 2nd card is: " + player1RemovedTopCard2 + " Player2's 2nd card is: " + player2RemovedTopCard2);
if(player1RemovedTopCard2.compareTo(player2RemovedTopCard2) > player2RemovedTopCard2.compareTo(player1RemovedTopCard2))
{
System.out.println("Player 1 is the winner of the War! ");
player1Pile.add(player1RemovedTopCard);
player1Pile.add(player1RemovedTopCard2);
player1Pile.add(player2RemovedTopCard);
player1Pile.add(player2RemovedTopCard2);
System.out.println("Player 1 has: " + player1Pile.size() + " cards left.");
System.out.println("Player 2 has: " + player2Pile.size() + " cards left.");
System.out.println(" ");
keyboard.nextLine();
}
else if(player1RemovedTopCard2.compareTo(player2RemovedTopCard2) < player2RemovedTopCard2.compareTo(player1RemovedTopCard2))
{
System.out.println("Player 2 is the winner of the War! ");
player2Pile.add(player1RemovedTopCard);
player2Pile.add(player1RemovedTopCard2);
player2Pile.add(player2RemovedTopCard);
player2Pile.add(player2RemovedTopCard2);
System.out.println("Player 1 has: " + player1Pile.size() + " cards left.");
System.out.println("Player 2 has: " + player2Pile.size() + " cards left.");
System.out.println(" ");
keyboard.nextLine();
}
else
{
if(player2Pile.size() == 0)
{
player1Pile.add(player2RemovedTopCard2);
player1Pile.add(player2RemovedTopCard);
player1Pile.add(player1RemovedTopCard2);
player1Pile.add(player1RemovedTopCard);
}
else
{
player2Pile.add(player2RemovedTopCard2);
player2Pile.add(player2RemovedTopCard);
player2Pile.add(player1RemovedTopCard2);
player2Pile.add(player1RemovedTopCard);
}
}
}
//War if the player has only 2 cards left.
else if(player1Pile.size() == 2 || player2Pile.size() == 2)
{
Card player1RemovedTopCard2 = player1Pile.getTopCard();
Card player1RemovedTopCard3 = player1Pile.getTopCard();
Card player2RemovedTopCard2 = player2Pile.getTopCard();
Card player2RemovedTopCard3 = player2Pile.getTopCard();
do
{
System.out.println("Player1's 3rd card is: " + player1RemovedTopCard3 + " Player2's 3rd card is: " + player2RemovedTopCard3);
if(player1RemovedTopCard3.compareTo(player2RemovedTopCard3) > player2RemovedTopCard3.compareTo(player1RemovedTopCard3))
{
System.out.println("Player 1 is the winner of the War! ");
player1Pile.add(player1RemovedTopCard);
player1Pile.add(player1RemovedTopCard2);
player1Pile.add(player1RemovedTopCard3);
player1Pile.add(player2RemovedTopCard);
player1Pile.add(player2RemovedTopCard2);
player1Pile.add(player2RemovedTopCard3);
System.out.println("Player 1 has: " + player1Pile.size() + " cards left.");
System.out.println("Player 2 has: " + player2Pile.size() + " cards left.");
System.out.println(" ");
keyboard.nextLine();
}
else if(player1RemovedTopCard3.compareTo(player2RemovedTopCard3) < player2RemovedTopCard3.compareTo(player1RemovedTopCard3))
{
System.out.println("Player 2 is the winner of the War! ");
player2Pile.add(player1RemovedTopCard);
player2Pile.add(player1RemovedTopCard2);
player2Pile.add(player1RemovedTopCard3);
player2Pile.add(player2RemovedTopCard);
player2Pile.add(player2RemovedTopCard2);
player2Pile.add(player2RemovedTopCard3);
System.out.println("Player 1 has: " + player1Pile.size() + " cards left.");
System.out.println("Player 2 has: " + player2Pile.size() + " cards left.");
System.out.println(" ");
keyboard.nextLine();
}
//Continues the war if the top card at the end of the war are still equal
}while(player1RemovedTopCard3.compareTo(player2RemovedTopCard3) == player2RemovedTopCard3.compareTo(player1RemovedTopCard3));
}
//War if the player has only 3 cards left.
else if(player1Pile.size() == 3 || player2Pile.size() == 3)
{
Card player1RemovedTopCard2 = player1Pile.getTopCard();
Card player1RemovedTopCard3 = player1Pile.getTopCard();
Card player1RemovedTopCard4 = player1Pile.getTopCard();
Card player2RemovedTopCard2 = player2Pile.getTopCard();
Card player2RemovedTopCard3 = player2Pile.getTopCard();
Card player2RemovedTopCard4 = player2Pile.getTopCard();
do
{
System.out.println("Player1's fourth card is: " + player1RemovedTopCard4 + " Player2's fourth card is: " + player2RemovedTopCard4);
if(player1RemovedTopCard4.compareTo(player2RemovedTopCard4) > player2RemovedTopCard4.compareTo(player1RemovedTopCard4))
{
System.out.println("Player 1 is the winner of the War! ");
player1Pile.add(player1RemovedTopCard);
player1Pile.add(player1RemovedTopCard2);
player1Pile.add(player1RemovedTopCard3);
player1Pile.add(player1RemovedTopCard4);
player1Pile.add(player2RemovedTopCard);
player1Pile.add(player2RemovedTopCard2);
player1Pile.add(player2RemovedTopCard3);
player1Pile.add(player2RemovedTopCard4);
System.out.println("Player 1 has: " + player1Pile.size() + " cards left.");
System.out.println("Player 2 has: " + player2Pile.size() + " cards left.");
System.out.println(" ");
keyboard.nextLine();
}
else if(player1RemovedTopCard4.compareTo(player2RemovedTopCard4) < player2RemovedTopCard4.compareTo(player1RemovedTopCard4))
{
System.out.println("Player 2 is the winner of the War! ");
player2Pile.add(player1RemovedTopCard);
player2Pile.add(player1RemovedTopCard2);
player2Pile.add(player1RemovedTopCard3);
player2Pile.add(player1RemovedTopCard4);
player2Pile.add(player2RemovedTopCard);
player2Pile.add(player2RemovedTopCard2);
player2Pile.add(player2RemovedTopCard3);
player2Pile.add(player2RemovedTopCard4);
System.out.println("Player 1 has: " + player1Pile.size() + " cards left.");
System.out.println("Player 2 has: " + player2Pile.size() + " cards left.");
System.out.println(" ");
keyboard.nextLine();
}
//Continues the war if the top card at the end of the war are still equal
}while(player1RemovedTopCard4.compareTo(player2RemovedTopCard4) == player2RemovedTopCard4.compareTo(player1RemovedTopCard4));
}
//war if player has more than 4 cards
else if(player1Pile.size() >= 4 || player2Pile.size() >= 4)
{
Card player1RemovedTopCard2 = player1Pile.getTopCard();
Card player1RemovedTopCard3 = player1Pile.getTopCard();
Card player1RemovedTopCard4 = player1Pile.getTopCard();
Card player1RemovedTopCard5 = player1Pile.getTopCard();
Card player2RemovedTopCard2 = player2Pile.getTopCard();
Card player2RemovedTopCard3 = player2Pile.getTopCard();
Card player2RemovedTopCard4 = player2Pile.getTopCard();
Card player2RemovedTopCard5 = player2Pile.getTopCard();
do
{
System.out.println("Player1's 5th card is: " + player1RemovedTopCard5 + " Player2's 5th card is: " + player2RemovedTopCard5);
if(player1RemovedTopCard5.compareTo(player2RemovedTopCard5) > player2RemovedTopCard5.compareTo(player1RemovedTopCard5))
{
System.out.println("Player 1 is the winner of the War! ");
player1Pile.add(player1RemovedTopCard);
player1Pile.add(player1RemovedTopCard2);
player1Pile.add(player1RemovedTopCard3);
player1Pile.add(player1RemovedTopCard4);
player1Pile.add(player1RemovedTopCard5);
player1Pile.add(player2RemovedTopCard);
player1Pile.add(player2RemovedTopCard2);
player1Pile.add(player2RemovedTopCard3);
player1Pile.add(player2RemovedTopCard4);
player1Pile.add(player2RemovedTopCard5);
System.out.println("Player 1 has: " + player1Pile.size() + " cards left.");
System.out.println("Player 2 has: " + player2Pile.size() + " cards left.");
System.out.println(" ");
keyboard.nextLine();
}
else if(player1RemovedTopCard5.compareTo(player2RemovedTopCard5) < player2RemovedTopCard5.compareTo(player1RemovedTopCard5))
{
System.out.println("Player 2 is the winner of the War! ");
player2Pile.add(player1RemovedTopCard);
player2Pile.add(player1RemovedTopCard2);
player2Pile.add(player1RemovedTopCard3);
player2Pile.add(player1RemovedTopCard4);
player2Pile.add(player1RemovedTopCard5);
player2Pile.add(player2RemovedTopCard);
player2Pile.add(player2RemovedTopCard2);
player2Pile.add(player2RemovedTopCard3);
player2Pile.add(player2RemovedTopCard4);
player2Pile.add(player1RemovedTopCard5);
System.out.println("Player 1 has: " + player1Pile.size() + " cards left.");
System.out.println("Player 2 has: " + player2Pile.size() + " cards left.");
System.out.println(" ");
keyboard.nextLine();
}
//Continues the war if the top card at the end of the war are still equal
}while(player1RemovedTopCard5.compareTo(player2RemovedTopCard5) == player2RemovedTopCard5.compareTo(player1RemovedTopCard5));
}
}
//Adds to the plays that keep track of how many plays have been made
countingPlays++;
//. If there are 10 plays it shuffles and prints out a message that the cards have been shuffled.
if(countingPlays >= 10)
{
player1Pile.shuffle();
player2Pile.shuffle();
System.out.println("Cards Shuffled");
//resets the counter to 0
countingPlays = 0;
}
//Continues the game of war while the players piles are bigger than 0
}while(player1Pile.size() > 0 || player2Pile.size() > 0);
}
//Catches the Array 0 error and prints out who is the winner based on who has zero cards.
catch (IndexOutOfBoundsException theException) //tries to catch this type...
{
if(player1Pile.size() == 0)
{
System.out.println("Winner is Player 2" );
}
else
System.out.println("Winner is Player 1" );
}
} //end of main
}//end of class
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