This is Java programing. Modify the balls.java program so that all the five up-and-down motion balls have different size and different colors. Also, add 5 left-and-right motion balls that have different size, color, and speed. You have to use the random class and the DrawingPanelclass. use DrawingPanel.java. import java.awt.*; import java.util.*; public class balls { public static int width = 800; public static int height = 600; public static int b1x; public static int b1y; public static int b1s; public static int b2x; public static int b2y; public static int b2s; public static int b3x; public static int b3y; public static int b3s; public static int b4x; public static int b4y; public static int b4s; public static int b5x; public static int b5y; public static int b5s; public static String b1d=\"down\"; public static String b2d=\"down\"; public static String b3d=\"down\"; public static String b4d=\"down\"; public static String b5d=\"down\"; public static int ballSize=50; public static void main(String[] args) { DrawingPanel panel = new DrawingPanel(width, height); panel.setBackground(Color.LIGHT_GRAY); Graphics g = panel.getGraphics(); g.setColor(Color.GREEN); getInitialStatus(); while (true){ for (int i=1; i<=5; i++) { switch(i) { case 1: if (b1d==\"up\") { b1y-=b1s; if (b1y<=0) { b1d=\"down\"; } } else { b1y+=b1s; if (b1y>=height-ballSize) { b1d=\"up\"; } } g.fillOval(b1x,b1y, ballSize, ballSize); break; case 2: if (b2d==\"up\") { b2y-=b2s; if (b2y<=0) { b2d=\"down\"; } } else { b2y+=b2s; if (b2y>=height-ballSize) { b2d=\"up\"; } } g.fillOval(b2x,b2y, ballSize, ballSize); break; case 3: if (b3d==\"up\") { b3y-=b3s; if (b3y<=0) { b3d=\"down\"; } } else { b3y+=b3s; if (b3y>=height-ballSize) { b3d=\"up\"; } } g.fillOval(b3x,b3y, ballSize, ballSize); break; case 4: if (b4d==\"up\") { b4y-=b4s; if (b4y<=0) { b4d=\"down\"; } } else { b4y+=b4s; if (b4y>=height-ballSize) { b4d=\"up\"; } } g.fillOval(b4x,b4y, ballSize, ballSize); break; case 5: if (b5d==\"up\") { b5y-=b5s; if (b5y<=0) { b5d=\"down\"; } } else { b5y+=b5s; if (b5y>=height-ballSize) { b5d=\"up\"; } } g.fillOval(b5x,b5y, ballSize, ballSize); break; } } panel.sleep(100); g.clearRect(0,0,width,height); } } public static void getInitialStatus(){ Random rand = new Random(); b1x=rand.nextInt(width-ballSize); b2x=rand.nextInt(width-ballSize); b3x=rand.nextInt(width-ballSize); b4x=rand.nextInt(width-ballSize); b5x=rand.nextInt(width-ballSize); b1y=0; b2y=0; b3y=0; b4y=0; b5y=0; b1s=rand.nextInt(30)+1; b2s=rand.nextInt(30)+1; b3s=rand.nextInt(30)+1; b4s=rand.nextInt(30)+1; b5s=rand.nextInt(30)+1; } } Solution import java.awt.*; import java.util.*; public class balls { public static int width = 800; public static int height = 600; public static int b1x; public static int b1y; public static int b1s; public static int b1z; public static int b2x; public static int b2y; public static int b2s; public static int b2z; public static int b3x; public static int b3y; public static int b3s; public static int .

1. This is Java programing. Modify the balls.java program so that all the five up-and-down motion
balls have different size and different colors. Also, add 5 left-and-right motion balls that have
different size, color, and speed. You have to use the random class and the DrawingPanelclass.
use DrawingPanel.java.
import java.awt.*;
import java.util.*;
public class balls {
public static int width = 800;
public static int height = 600;
public static int b1x;
public static int b1y;
public static int b1s;
public static int b2x;
public static int b2y;
public static int b2s;
public static int b3x;
public static int b3y;
public static int b3s;
public static int b4x;
public static int b4y;
public static int b4s;
public static int b5x;
public static int b5y;
public static int b5s;
public static String b1d="down";
public static String b2d="down";
public static String b3d="down";
public static String b4d="down";
public static String b5d="down";
public static int ballSize=50;
public static void main(String[] args) {
DrawingPanel panel = new DrawingPanel(width, height);
panel.setBackground(Color.LIGHT_GRAY);

2. Graphics g = panel.getGraphics();
g.setColor(Color.GREEN);
getInitialStatus();
while (true){
for (int i=1; i<=5; i++) {
switch(i) {
case 1:
if (b1d=="up") {
b1y-=b1s;
if (b1y<=0) {
b1d="down";
}
} else {
b1y+=b1s;
if (b1y>=height-ballSize) {
b1d="up";
}
}
g.fillOval(b1x,b1y, ballSize, ballSize);
break;
case 2:
if (b2d=="up") {
b2y-=b2s;
if (b2y<=0) {
b2d="down";
}
} else {
b2y+=b2s;
if (b2y>=height-ballSize) {
b2d="up";
}
}
g.fillOval(b2x,b2y, ballSize, ballSize);
break;
case 3:

3. if (b3d=="up") {
b3y-=b3s;
if (b3y<=0) {
b3d="down";
}
} else {
b3y+=b3s;
if (b3y>=height-ballSize) {
b3d="up";
}
}
g.fillOval(b3x,b3y, ballSize, ballSize);
break;
case 4:
if (b4d=="up") {
b4y-=b4s;
if (b4y<=0) {
b4d="down";
}
} else {
b4y+=b4s;
if (b4y>=height-ballSize) {
b4d="up";
}
}
g.fillOval(b4x,b4y, ballSize, ballSize);
break;
case 5:
if (b5d=="up") {
b5y-=b5s;
if (b5y<=0) {
b5d="down";
}
} else {
b5y+=b5s;
if (b5y>=height-ballSize) {

4. b5d="up";
}
}
g.fillOval(b5x,b5y, ballSize, ballSize);
break;
}
}
panel.sleep(100);
g.clearRect(0,0,width,height);
}
}
public static void getInitialStatus(){
Random rand = new Random();
b1x=rand.nextInt(width-ballSize);
b2x=rand.nextInt(width-ballSize);
b3x=rand.nextInt(width-ballSize);
b4x=rand.nextInt(width-ballSize);
b5x=rand.nextInt(width-ballSize);
b1y=0;
b2y=0;
b3y=0;
b4y=0;
b5y=0;
b1s=rand.nextInt(30)+1;
b2s=rand.nextInt(30)+1;
b3s=rand.nextInt(30)+1;
b4s=rand.nextInt(30)+1;
b5s=rand.nextInt(30)+1;
}
}
Solution
import java.awt.*;

5. import java.util.*;
public class balls {
public static int width = 800;
public static int height = 600;
public static int b1x;
public static int b1y;
public static int b1s;
public static int b1z;
public static int b2x;
public static int b2y;
public static int b2s;
public static int b2z;
public static int b3x;
public static int b3y;
public static int b3s;
public static int b3z;
public static int b4x;
public static int b4y;
public static int b4s;
public static int b4z;
public static int b5x;
public static int b5y;
public static int b5s;
public static int b5z;
public static int b6x;
public static int b6y;
public static int b6s;
public static int b6z;
public static int b7x;
public static int b7y;
public static int b7s;
public static int b7z;
public static int b8x;
public static int b8y;
public static int b8s;
public static int b8z;

6. public static int b9x;
public static int b9y;
public static int b9s;
public static int b9z;
public static int b10x;
public static int b10y;
public static int b10s;
public static int b10z;
public static String b1d="down";
public static String b2d="down";
public static String b3d="down";
public static String b4d="down";
public static String b5d="down";
public static String b6d="right";
public static String b7d="right";
public static String b8d="right";
public static String b9d="right";
public static String b10d="right";
public static void main(String[] args) {
DrawingPanel panel = new DrawingPanel(width, height);
panel.setBackground(Color.LIGHT_GRAY);
Graphics g = panel.getGraphics();
g.setColor(Color.GREEN);
getInitialStatus();
while (true){
for (int i=1; i<=10; i++) {
switch(i) {
case 1:
if (b1d=="up") {
b1y-=b1s;
if (b1y<=0) {
b1d="down";
}
}
else {
b1y+=b1s;

7. if (b1y>=height-b1z) {
b1d="up";
}
}
g.setColor(Color.RED);
g.fillOval(b1x,b1y, b1z, b1z);
break;
case 2:
if (b2d=="up") {
b2y-=b2s;
if (b2y<=0) {
b2d="down";
}
}
else {
b2y+=b2s;
if (b2y>=height-b2z) {
b2d="up";
}
}
g.setColor(Color.BLUE);
g.fillOval(b2x,b2y, b2z, b2z);
break;
case 3:
if (b3d=="up") {
b3y-=b3s;
if (b3y<=0) {
b3d="down";
}
}
else{
b3y+=b3s;
if (b3y>=height-b3z) {
b3d="up";
}
}

8. g.setColor(Color.BLACK);
g.fillOval(b3x,b3y, b3z, b3z);
break;
case 4:
if (b4d=="up") {
b4y-=b4s;
if (b4y<=0) {
b4d="down";
}
}
else {
b4y+=b4s;
if (b4y>=height-b4z) {
b4d="up";
}
}
g.setColor(Color.CYAN);
g.fillOval(b4x,b4y, b4z, b4z);
break;
case 5:
if (b5d=="up") {
b5y-=b5s;
if (b5y<=0) {
b5d="down";
}
}
else {
b5y+=b5s;
if (b5y>=height-b5z) {
b5d="up";
}
}
g.setColor(Color.YELLOW);
g.fillOval(b5x,b5y, b5z, b5z);
break;
case 6:

9. if (b6d=="left") {
b6x-=b6s;
if (b6x<=0) {
b6d="right";
}
}
else {
b6x+=b6s;
if (b6x>=width-b6z) {
b6d="left";
}
}
g.setColor(Color.GREEN);
g.fillOval(b6x,b6y, b6z, b6z);
break;
case 7:
if (b7d=="left") {
b7x-=b7s;
if (b7x<=0) {
b2d="right";
}
}
else {
b7x+=b7s;
if (b7x>=width-b7z) {
b7d="left";
}
}
g.setColor(Color.MAGENTA);
g.fillOval(b7x,b7y, b7z, b7z);
break;
case 8:
if (b8d=="left") {
b8x-=b8s;
if (b8x<=0) {
b8d="right";

10. }
}
else{
b8x+=b8s;
if (b8x>=width-b8z) {
b8d="left";
}
}
g.setColor(Color.PINK);
g.fillOval(b8x,b8y, b8z, b8z);
break;
case 9:
if (b9d=="left") {
b9x-=b9s;
if (b9x<=0) {
b9d="right";
}
}
else {
b9x+=b9s;
if (b9x>=width-b9z) {
b9d="left";
}
}
g.setColor(Color.WHITE);
g.fillOval(b9x,b9y, b9z, b9z);
break;
case 10:
if (b10d=="left") {
b10x-=b10s;
if (b10x<=0) {
b10d="right";
}
}
else {
b10x+=b10s;

11. if (b10x>=width-b10z) {
b10d="left";
}
}
g.fillOval(b10x,b10y, b10z, b10z);
break;
}
}
panel.sleep(100);
g.clearRect(0,0,width,height);
}
}
public static void getInitialStatus(){
Random rand = new Random();
b1x=rand.nextInt(width-b1z);
b2x=rand.nextInt(width-b2z);
b3x=rand.nextInt(width-b3z);
b4x=rand.nextInt(width-b4z);
b5x=rand.nextInt(width-b5z);
b1y=0;
b2y=0;
b3y=0;
b4y=0;
b5y=0;
b6y=rand.nextInt(width-b6z);
b7y=rand.nextInt(width-b7z);
b8y=rand.nextInt(width-b8z);
b9y=rand.nextInt(width-b9z);
b10y=rand.nextInt(width-b10z);
b6x=0;
b7x=0;
b8x=0;
b9x=0;
b10x=0;
b1s=rand.nextInt(30)+1;
b2s=rand.nextInt(30)+1;

12. b3s=rand.nextInt(30)+1;
b4s=rand.nextInt(30)+1;
b5s=rand.nextInt(30)+1;
b6s=rand.nextInt(30)+1;
b7s=rand.nextInt(30)+1;
b8s=rand.nextInt(30)+1;
b9s=rand.nextInt(30)+1;
b10s=rand.nextInt(30)+1;
b1z = rand.nextInt(30)+20;
b2z = rand.nextInt(30)+20;
b3z = rand.nextInt(30)+20;
b4z = rand.nextInt(30)+20;
b5z = rand.nextInt(30)+20;
b6z = rand.nextInt(30)+20;
b7z = rand.nextInt(30)+20;
b8z = rand.nextInt(30)+20;
b9z = rand.nextInt(30)+20;
b10z = rand.nextInt(30)+20;
}
}