I'm hoping someone can help me find out how to use the audio waveform data to draw both across and down the screen-

Basically, at the moment im just drawing sine waves that overlap each other from right to left- as soon as they hit the edge of the screen, they start again from the left, a little lower. I'm using a mask to create areas that the pattern "skips" over. 

I'd like to use minim to do the same with audio input instead of just a sine wave. 

So- draw the waveform 'dynamically', hit the edge of the screen, and then keep drawing the waveform a little lower.

Below is the code i have that uses sine waves. 

2. Fiber [] fiber; 
3. int NUMFIBERS = 3; 
4. int STEPS_PER_FRAME = 300; // number of moves made by each fiber per frame (call to draw())
5. 
   
6. PGraphics collisionMask;
7. 
   
8. void setup() {
9.   size(800,600);
10.   createFibers(); 
11.   createCollisionMask(); 
12.   background(0); 
13. }
14. 
    
15. void createFibers () {
16.   fiber = new Fiber[NUMFIBERS];
17.   for (int i = 0; i < NUMFIBERS; i++) {
18.     fiber[i] = new Fiber(0, 0);
19.      fiber[i].amp = random(10, 40);
20.     // fiber[i].angle = random(360);
21.     // fiber[i].freq = 4 * int(random(1, 3));
22.     // fiber[i].shade = color(random(200, 250), 64);
23.   }
24. }
25. 
    
26. void createCollisionMask() {
27.   collisionMask = createGraphics(width, height, JAVA2D);
28.   collisionMask.beginDraw();
29.   // Clear the collision mask's background to white
30.   collisionMask.background(255);
31.   // Draw three black circles on the collision mask
32.   collisionMask.fill(0);
33. 
    
34. 
    
35. collisionMask.ellipse(0.50*width, 0.35*height, 300, 100);
36. 
    
37. 
    
38.   collisionMask.endDraw();
39. }
40. 
    
41. void draw() {
42.   for (int j = 0; j < STEPS_PER_FRAME; j++) { // perform a number of steps per frame
43.     for (int i = 0; i < NUMFIBERS; i++) { // cycle through each fiber, and apply the following
44.       fiber[i].move();
45.     }
46.   }
47. }
48. 
    
49. class Fiber {
50.   float baseY; // the baseline to draw the sine wave around
51.   float prevX, prevY; // the last position that a line was drawn to
52.   float nextX, nextY; // the next position that a line may be drawn to (current position considered)
53.   float angle;
54.   float amp;
55.   float gap;
56.   float freq;
57.   color shade;
58. 
    
59.   Fiber(float x, float y) {
60.     // set the baseline and the previous and next drawing positions to the given position
61.     baseY = y;
62.     prevX = x;
63.     prevY = y;
64.     nextX = x;
65.     nextY = y;
66.     shade = color(250);
67.     angle = 0; 
68.     amp = 40; 
69.     gap = 4;  
70.     freq = 4; 
71.   }
72. 
    
73.   void move() {
74.     if (baseY > height) return; //contains the sketch to the height of the window
75.     strokeWeight(1); 
76.     stroke(shade); 
77.     angle += freq; 
78.     nextX = nextX + 1;
79.     nextY = baseY + sin(radians(angle)) * amp; //create the sin wave in the y direction
80.     if (collisionMask.get(int(nextX), int(nextY)) != color(0)) { // if the points are not black
81.       line(prevX, prevY, nextX, nextY); // draw a line between the previous and next positions
82.       prevX = nextX; // update the previous position to match the next position
83.       prevY = nextY; // update the previous position to match the next position
84.     }
85.     if (nextX > width) { // if the next location is beyond the width of the sketch
86.       baseY += gap;  // update the baseline for the sine wave
87.       prevX = 0;     // reset the previous and next positions for drawing the fiber
88.       prevY = baseY;
89.       nextX = 0;
90.       nextY = baseY;
91.     }
92.   }
93. }
94. 
    
95. 
    
96. 
    

Any help would be much appreciated.

Thanks =)