erad = 5.0 * (1.0 - float(i) / len(sines)
) # pen width will be related to which sine
radius = rad / (i + 1) # radius for circle itself
rotate(sines[i]) # rotate circle
if not trace:
ellipse(0, 0, radius * 2,
radius * 2) # if we're simulating, draw the sine
push() # go up one level
translate(0, radius) # move to sine edge
if not trace: ellipse(0, 0, 5, 5) # draw a little circle
if trace: ellipse(0, 0, erad, erad) # draw with erad if tracing
pop() # go down one level
translate(0, radius) # move into position for next sine
sines[i] = (
sines[i] +
(fund +
(fund * i * ratio))) % TWO_PI # update angle based on fundamental
pop() # pop down final transformation
def keyReleased():
global trace
if key == ' ':
trace = not trace
background(255)
run()
import p5py
def setup():
createCanvas(700, 410)
background(200)
def draw():
if mouseIsPressed: ellipse(mouseX, mouseY, 50, 50)
def keyPressed():
background(200)
p5py.run()