2. void mousePressed() {
3.   
4.   //Check if the Mouse is Pressed on the Bars
5.   for(int i = 0; i < 5; i++) {
6.     if(mouseX > mySizeLevel.rectXY[i][0] 
7.       && mouseX < mySizeLevel.rectXY[i][0] + mySizeLevel.rectW[i]
8.       && mouseY > mySizeLevel.rectXY[i][1] 
9.       && mouseY < mySizeLevel.rectXY[i][1] + mySizeLevel.rectH[i]) {
10.         ballSize = 50-5*i;
11.         mySizeLevel.index = i + 1;
12.         println(mySizeLevel.index);
13.       } else if (mouseX > aimX && mouseX < aimX + aimW
14.       && mouseY > aimY && mouseY < aimY + aimH) {
15.         myballDrop.fall;
16.       }
17.   }  
18. }  

      

2. //Class for the Size of the Ball
3. sizeLevel mySizeLevel; //why does this line have to be entered?
4. triangleTarget mytriangleTarget;
5. ballDrop myballDrop;
6. 
   
7. //Score Area Spec
8. int scoreX = 100, scoreY = 20, scoreW = 400, scoreH = 30;
9. //Aim Area Spec
10. int aimX = 100, aimY = 60, aimW = 400, aimH = 70;
11. //Target Area Spec
12. int targetX = 100,targetY = 130, targetW = 400, targetH = 250;
13. 
    
14. //Ball Size
15. int ballX = 200, ballY = 100, ballSize = 50;
16. 
    
17. void setup() {
18.   size(600,400);
19.   mySizeLevel = new sizeLevel(); //refer to 2nd line 
20.   mytriangleTarget = new triangleTarget();
21.   myballDrop = new ballDrop();
22. 
    
23. }
24. 
    
25. 
    
26. void draw() {
27.   background(37,75,155);
28.   //Basic Background  
29.   
30.   //Score Area - bar above where the red ball starts
31.   fill(255);
32.   rect(scoreX,scoreY,scoreW,scoreH);
33.   
34.   //Aim Area - where the red ball starts
35.   fill(255,255,0);
36.   rect(aimX,aimY,aimW,aimH);
37. 
    
38.   //Target Area - where the red ball will travel through 
39.   fill(175);
40.   rect(targetX,targetY,targetW,targetH);
41.  
42.   //Ball Size
43.   mySizeLevel.display();
44.   
45.   //Display Ball
46.   noStroke();
47.   fill(255,0,0);
48.   ellipse(ballX,ballY,ballSize,ballSize);
49. 
    
50.   //Hit area - what the red ball needs to come in contact with to score
51.   mytriangleTarget.display();
52.   myballDrop.fall();
53.   
54.   
55. }
56. 
    
57. //This class is used to change the Size of ball
58. //based on level Selection
59. 
    
60. class sizeLevel {
61.  int index = 1; //Index to identify which level is current
62.  
63.  //Declare the Variables for 5 Bar
64.  int[][] rectXY = new int[5][2];
65.  int[] rectW = new int[5];
66.  int[] rectH = new int[5];
67.  
68.  sizeLevel() {
69.  
70.   //Initialize the Variable for the Size Level Bar
71.   //5 bars are displayed, each of increasing size
72.    for (int i = 0; i < 5; i++) {
73.     rectXY[i][0] = 20;
74.     rectXY[i][1] = 350-i*30;
75.     rectW[i] = 20+i*10;
76.     rectH[i] = 10;
77.     //ballSize = ballSize/i; will go under mousepressed instead
78.    }   
79.  }
80. 
    
81.  void display() {
82.   //Draw the Size Level Bar
83.    for (int i = 0; i < 5; i++) {
84.     if (i < index) {
85.       fill(255,0,0);
86.     } else {
87.       fill(0,255,0);
88.     }
89.     rect(rectXY[i][0],rectXY[i][1], rectW[i],rectH[i]);
90.    }   
91.  } 
92. }  
93. 
    
94. class triangleTarget {
95.   float hitX1=random(110,390), hitY1=380, hitX2=hitX1+30, hitY2=380, hitX3=hitX1+15, hitY3=350;
96. 
    
97. void display() {
98.   //Draw the triangle target
99.   triangle(hitX1,hitY1,hitX2,hitY2,hitX3,hitY3);
100.   fill(0);
101.  }
102. }
103. 
     
104. class ballDrop {
105.     
106.   void fall() {
107.      ballY +=5;
108.   }
109. }
110.     
111. void mousePressed() {
112.   
113.   //Check if the Mouse is Pressed on the Bars
114.   for(int i = 0; i < 5; i++) {
115.     if(mouseX > mySizeLevel.rectXY[i][0] 
116.       && mouseX < mySizeLevel.rectXY[i][0] + mySizeLevel.rectW[i]
117.       && mouseY > mySizeLevel.rectXY[i][1] 
118.       && mouseY < mySizeLevel.rectXY[i][1] + mySizeLevel.rectH[i]) {
119.         ballSize = 50-5*i;
120.         mySizeLevel.index = i + 1;
121.         println(mySizeLevel.index);
122.       } else if (mouseX > aimX && mouseX < aimX + aimW
123.       && mouseY > aimY && mouseY < aimY + aimH) {
124.         myballDrop.fall;
125.       }
126.   }  
127. }  
128. 
     
129. void mouseMoved() {
130.   if (mouseX > aimX && mouseX < aimX + aimW
131.       && mouseY > aimY && mouseY < aimY + aimH) {
132.         ballX = mouseX;
133.         ballY = mouseY;
134.       }
135. }  

Car(int colorR,int colorG,int colorB, float xpos, float ypos,int x) { // A constructor.

    colorR = 255;

    colorG = 0;

    colorB = 0;

    xpos = width/3;

    ypos = height/3;

    xspeed = 1;