Loops, map(), sin() cos(), intro to functions, translate, rotate, scale

push();

rotate(radians(i));

translate(0, radius);

rotate(radians(i*2)); s

cale(map(sin(radians(i*scaleX)), -1, 1, min, max),

map(sin(radians(i*scaleY)), -1, 1, min, max));

drawEllipse(); pop(); translate(0, radius); // move into position for next sine

sines[i] = (sines[i]+(fund+(fund*i*ratio)))%TWO_PI; // update angle based on fundamental