Instructions You are going to write a connectBoard() method that takes a width, a height and a list of moves and builds the corresponding Connect-4 board. Not familiar with the game? Read this! Write the body of the program. Details of connectBoard () method You will be creating a new method called connectBoard). The main method input, method call and output have been taken care of for you. Details of your new method are below: Input: Parameters The connectBoard() method will take the following parameters: an integer (width): the width of the board an integer (height): height of the board an integer array (moves): containing integers in the range of 1 to width (inclusive) Processing Create a width x height Connect-4 board represented by a 2D string array. Each of the integers in moves is gives the column where a piece is "dropped": 1 is the first column (from left to right), width is the last. Output: Return value The connectBoard() will output a 2D string array where a cell is null if no piece is present. Otherse, the cell will contain "*". Sample input/output: Sample connectBoard () input Sample connectBoard () output Resulting Board * {"*", , , }, {"*", ,"*", }, * * {"+", * * 1 3 2 3 1 1 4 1 3 4 "* + {"*" "*" "*" "*"} * POD.java New 1 Exit Full Screen ovou 7. import java.util.Scanner; 9- /* Problem: Connect 4 Task: write a connectBoard() method that takes a width, a height, and list of moves and builds the corresponding Connect-4 board. Params: int width : width of the board int height : height of the board int [] moves : integers in the range 1 ... width (inclusive) Processing: Create a width x height Connect-4 board represented by a 2D String array. Each of the integers in moves is a column where to "drop" the piece: 1 is the first column width is the last. Outout: String [][] : a 2D array where a cell is null if no piece is present, otherwise the cell contains the string "*" Example: If the arguments to the function are 2 3 4 3 4 4 4 the resulting board will look like POD.java 1 Exit Full Screen New the resulting board will look like * * * ** * * 37 38 public class POD { 39 40 41 - Takes a width, a height, and list of moves and builds the corresponding Connect-4 board. * @param width Integer width of the board @param height Integer height of the board * @param moves Array of integers, each in the range 1 ... width (inclusive) @return A 2D String array where a cell is null if no piece W - public static String[][] connectBoard( int width, int height, int[] moves ) { //Declare 2D string array to hold depiction of a width x height Connect-4 board String[][] board = new String[width][height]; //Integer array to hold count of pieces in each column int[l columnCount = new int[width]; POD.java New 1 Exit Full Screen //Integer array to hold count of pieces in each column int[l columnCount = new int[width]; // PLEASE START YOUR WORK HERE //PLEASE END YOUR WORK HERE return board; 79- 80 public static void main( String [] args) { POD.java New Exit Full Screen I 78 79 public static void main( String [] args) { Scanner in = new Scanner(System.in); int width = in.nextInt(); int height = in.nextInt(); int numberOfMoves = in.nextInt(); //Declare and initialize the moves array int[] moves = new int[numberOfMoves); for (int i=0; i
= 0; y--) Exit Full Screen POD.java New //System.out.println(moves[i]); // Generate the Connect-4 board String(1) board = connectBoard (width, height, moves); //Output a visual depiction of the Connect-4 board for (int y=height-1; y>= 0; y--), for (int x=0; x= 0; y--) Exit Full Screen POD.java New //System.out.println(moves[i]); // Generate the Connect-4 board String(1) board = connectBoard (width, height, moves); //Output a visual depiction of the Connect-4 board for (int y=height-1; y>= 0; y--), for (int x=0; x
