Begin with the following class

public class Game{ private String name; private int maxNumPlayers; private boolean canEndInTie; private int totalPoints; static final int winningPoints=1000; public boolean canEndGame(){ if (totalPoints > winningPoints) return true; else return false; } }

Write a complete Java program that accomplishes the following:

Write a constructor for class Game that initializes 3 of the data members with values passed in as parameters. [6 points]

Write accessor and mutator methods for the variable canEndInTie. [8 points]

Make a subclass of Game called CardGame. A card game keeps track of the number of cards that remain in the central stack. This subclass should have a constructor that accepts parameters to assign values to the number of cards currently in the stack, and whether it can end in a tie (a data member of the Game class). [8 points] CardGame is different than Game in that it is over when the stack of cards has been depleted. When the method canEndGame is called on a CardGame object, it should reflect this difference. [4 points]

Modify the CardGame class so that it implements the following interface. (It's up to you to determine the functionality it represents.) interface Playable { boolean canBeginGameNow(int numPlayers); } [6 points]

Write a main method that does the following: Create an instance of either Game or CardGame. Then call canEndGame on this object. Display a message of either Game can end now. (if canEndGame returned true) or Game cannot end yet. (if canEndGame returned false). [8 points]