WEEK 4: Tut 6

• Show Sketch

/** @peep sketchcode */
size(200, 200);
smooth(); 
strokeWeight(20); 
stroke(0, 130); 
noFill();
bezier(0, random(height), 0, random(width), width, random(width), width, random(height));
bezier(0, random(height), 0, random(width), width, random(width), width, random(height));
bezier(0, random(height), 0, random(width), width, random(width), width, random(height));
bezier(0, random(height), 0, random(width), width, random(width), width, random(height));
bezier(0, random(height), 0, random(width), width, random(width), width, random(height));

• Show Sketch

/** @peep sketchcode */
size(400, 100); 
float inc = random(0,1); 
noStroke(); 
fill(0); 
noiseSeed(0); 
for (int x = 0; x < width; x += 4) { 
  float n = noise(x * inc) * 70.0; 
  rect(x, 10 + n, 3, 20); 
}

• Show Sketch

/** @peep sketchcode */
 
void setup () { 
  size(300, 300);
  background(0); 
}
 
void draw () {
    noFill(); 
    for (int i = 0; i<.5; i++) { 
      /*the sooner i becomes greater than the limit,
      the slower it takes for the screen to fill up with
      each ellipse
      */
      stroke(random(255), random(255), random(255)); 
      // stroke will always be a random color, set each rgb value so all colors have the chance to be played
      float r = random(width/10); 
      strokeWeight(r);
      float offset = r * 200.0;
      // the higher the float r is multipled by, the bigger the circle, but it obviously appears thinner because there is no fill 
      ellipse(i, height/2, r+offset, r+offset); 
    }
 
 
  }