NEED HELP TO CREATE A BLACKJACK GAME WITH THE UML DIAGRAM AND PROBLEM SOLVING TO GET...
NEED HELP TO CREATE A BLACKJACK GAME WITH THE UML DIAGRAM AND PROBLEM SOLVING TO GET CODE TO RUN!! THANKS
Extend the DeckofCards and the Card class in the book to implement a card game application such as BlackJack, Texas poker or others.
Your game should support multiple players (up to 5 for BlackJack).
You must build your game based on the Cards and DeckofCards class from the book.
You need to implement the logic of the game.
You can consider to add a class for Player.
Hint:
Include a UML based problem solving process in your submission.
// Card class represents a playing card.
public class Card
{
private String face; // face of card ("Ace", "Deuce", ...)
private String suit; // suit of card ("Hearts", "Diamonds", ...)
// two-argument constructor initializes card's face and suit
public Card( String cardFace, String cardSuit )
{
face = cardFace; // initialize face of card
suit = cardSuit; // initialize suit of card
} // end two-argument Card constructor
// return String representation of Card
public String toString()
{
return face + " of " + suit;
} // end method toString
} // end class Card
public class
DeckOfCards
{
private Card deck[]; // array of Card objects
private int currentCard; // index of next Card to be dealt
private final int NUMBER_OF_CARDS = 52; // constant number of
Cards
private Random randomNumbers; // random number generator
// constructor fills
deck of Cards
public DeckOfCards()
{
String faces[] = { "Ace", "Deuce", "Three", "Four", "Five",
"Six",
"Seven", "Eight", "Nine", "Ten", "Jack", "Queen", "King" };
String suits[] = { "Hearts", "Diamonds", "Clubs", "Spades" };
deck = new Card[
NUMBER_OF_CARDS ]; // create array of Card objects
currentCard = 0; // set currentCard so first Card dealt is deck[ 0
]
randomNumbers = new Random(); // create random number generator
// populate deck with
Card objects
for ( int count = 0; count < deck.length; count++ )
deck[ count ] =
new Card( faces[ count % 13 ], suits[ count / 13 ] );
} // end DeckOfCards constructor
// shuffle deck of
Cards with one-pass algorithm
public void shuffle()
{
// after shuffling, dealing should start at deck[ 0 ] again
currentCard = 0; // reinitialize currentCard
// for each Card, pick
another random Card and swap them
for ( int first = 0; first < deck.length; first++ )
{
// select a random number between 0 and 51
int second = randomNumbers.nextInt( NUMBER_OF_CARDS );
// swap current Card with randomly selected Card
Card temp = deck[ first ];
deck[ first ] = deck[ second ];
deck[ second ] = temp;
} // end for
} // end method shuffle
// deal one Card
public Card dealCard()
{
// determine whether Cards remain to be dealt
if ( currentCard < deck.length )
return deck[ currentCard++ ]; // return current Card in array
else
return null; // return null to indicate that all Cards were
dealt
} // end method dealCard
} // end class DeckOfCards
Homework Answers
Card.java
import java.util.Random;
public class Card
{
private String suit, rank;
private int value;
public Card(String suit, String rank)
{
this.suit = suit;
this.rank = rank;
}
public String getRank()
{
return rank;
}
public int Value()
{
if(rank.equals("2"))
{
value=2;
}
else if(rank.equals("3"))
{
value=3;
}
else if(rank.equals("4"))
{
value=4;
}
else if(rank.equals("5"))
{
value=5;
}
else if(rank.equals("6"))
{
value=6;
}
else if(rank.equals("7"))
{
value=7;
}
else if(rank.equals("8"))
{
value=8;
}
else if(rank.equals("9"))
{
value=9;
}
else if(rank.equals("10"))
{
value=10;
}
else if(rank.equals("A"))
{
Random rand = new Random();
int count = rand.nextInt(1) +1;
if(count == 1)
{
value=11;
}
else
value= 1;
}
else if(rank.equals("Q"))
{
value=10;
}
else if(rank.equals("J"))
{
value=10;
}
else if(rank.equals("K"))
{
value=10;
}
return value;
}
public String toString()
{
return(rank + " of " + suit);
}
}
Player.java
public class Player
{
private int cValue;
private int cCount; //Card count used to count how many 'cards' added
Card[] deck= new Card[52];
private int sum;
public Player()
{
cCount=0;
}
public Card addCard(Card a)
{
deck[cCount] = a;
cCount++;
return a;
}
public int getcCount()
{
return cCount;
}
public int getValue()
{
int total=0;
for(int i=0; i < cCount; i++)
{
total += deck[i].Value();
}
return total;
}
BlackJackGame.java
public class BlackJackGame
{
public static void main(String [] args)
{
Card[] deck = new Card[52];
Player[] player = new Player[3];
int loopcount=0;
String p1result = " ", p2result = " ", p3result = " ", p4result = " ", dresult = " ";
String[] suit = {"Hearts", "Clubs", "Spades", "Diamonds"};
String[] rank = {"2", "3", "4", "5", "6", "7", "8", "9", "10", "J", "Q", "K", "A"};
for(int i=0; i<13; i++)
{
for(int x=0; x<4;x++)
{
deck[loopcount] = new Card(suit[x], rank[i]);
loopcount++;
}
}
System.out.println("Shuffling...");
for(int i=0; i< deck.length; i++) //Shuffle
{
Card tmp = deck[i];
int count= (int)(Math.random()* deck.length);
deck[i] = deck[count];
deck[count] = tmp;
}
Player player1 = new Player();
Player player2 = new Player();
Player player3 = new Player();
System.out.println("Welcome to our BlackJackGame!");
System.out.println("Welcome Dealer!");
Dealer dealer = new Dealer();
System.out.println("Let's deal the cards!");
player1.addCard(deck[0]);
player2.addCard(deck[1]);
player3.addCard(deck[2]);
System.out.println("And now the Dealer gets his card...");
dealer.addCard(deck[3]);
System.out.println("Now we get our second cards!");
System.out.println("Okay Dealer, deal out the cards!");
player1.addCard(deck[4]);
player2.addCard(deck[5]);
player3.addCard(deck[6]);
dealer.addCard(deck[7]);
int count =8;
int i=0;
do
{
p1result = "";
p2result = "";
p3result = "";
dresult = "";
int dvalue = dealer.getValue();
int p1value = player1.getValue();
int p2value = player2.getValue();
int p3value = player3.getValue();
while(p1value < 17) //hit
{
player1.addCard(deck[count]);
count++;
p1value = player1.getValue();
}
if(p1value > 21)
{
p1result = "Bust!";
}
if(p1value <21 && p1value >17)//stand
{
}
while(p2value < 17)//hit
{
player2.addCard(deck[count]);
count++;
p2value = player2.getValue();
}
if(p2value > 21) //bust
{
p2result = "Bust!";
}
if(p2value <21 && p2value >17) //stand
{
}
while(p3value < 17) //hit
{
player3.addCard(deck[count]);
count++;
p3value = player3.getValue();
}
if( p3value > 21)
{
p3result = "Bust!";
}
if(p3value <21 && p3value >21) //stand
{
}
while(dvalue < 17)
{
dealer.addCard(deck[count]);
count++;
dvalue = dealer.getValue();
}
if(dvalue > 21) //Bust
{
p1value = player1.getValue();
p2value = player2.getValue();
p3value = player3.getValue();
if(p1value == 21 || p1value <21)
{
p1result = "Win!";
}
if(p2value == 21 || p2value <21)
{
p2result = "Win!";
}
if(p3value == 21 || p3value <21 )
{
p3result = "Win!";
}
}
if(dvalue < 21 && dvalue >= 17) //For Dealer values in between
{
p1value = player1.getValue();
p2value = player2.getValue();
p3value = player3.getValue();
dvalue = dealer.getValue();
if(p1value == dvalue)
{
p1result = "Push!";
}
if(p1value > dvalue)
{
p1result = "Win!";
}
if(p1value < dvalue)
{
p1result = "Lose!";
}
if(p2value == dvalue)
{
p2result = "Push!";
}
if(p2value > dvalue)
{
p2result = "Win!";
}
if(p2value < dvalue)
{
p2result = "Lose!";
}
if(p3value == dvalue)
{
p3result = "Push!";
}
if(p3value > dvalue)
{
p3result = "Win!";
}
if(p3value < dvalue)
{
p3result = "Lose!";
}
}
if(dvalue == 21 )
{
p1value = player1.getValue();
p2value = player2.getValue();
p3value = player3.getValue();
dvalue = dealer.getValue();
if(p1value == dvalue)
{
p1result = "Push!";
}
if(p1value < dvalue || p1value > dvalue)
{
p1result = "Lose!";
}
if(p2value == dvalue)
{
p2result = "Push!";
}
if(p2value < dvalue || p2value > dvalue)
{
p2result = "Lose!";
}
if(p3value == dvalue)
{
p3result = "Push!";
}
if(p3value < dvalue || p3value > dvalue)
{
p3result = "Lose!";
}
}
System.out.println("The BlackJack Game is Complete: ");
System.out.println("Results: ");
System.out.println("Dealer: " +deck[3] + " " + deck[7] + " " +("total of " +dealer.getValue() ));
System.out.println("Player1: " +deck[0] + " " + deck[4] + " "+("total of " +player1.getValue() )+ ": " +p1result);
System.out.println("Player2: " +deck[1] + " " + deck[5] + " "+("total of " +player2.getValue() )+ ": " +p2result);
System.out.println("Player3: " +deck[2] + " " + deck[6] + " "+("total of " +player3.getValue() )+ ": " +p3result);
i++;
}
while(i <1);
}
}
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