Inspired by Vera Molnar

pi

I've tried to make something like this:

This is my result:

border = 110
dist = 50
cellXY = ( width()- 2*border - 4*dist ) / 5
print(cellXY)

for x in range(5):
    posX = border + x*(cellXY+dist)
    for y in range(5):
        posY = border + y*(cellXY+dist)
        for z in range(33):
            with savedState():
                size = randint(60,110)
                stroke(0,0,0, 0.4+random())
                strokeWidth(.2 + .5*random())
                blendMode("multiply")
                translate(posX + cellXY/2 - size/2, posY + cellXY/2 - size/2)
                rotate(randint(-12,12), center=(size/2, size/2))
                middle = randint(-8,8)
                rect(middle, middle, size, size)

And it was fun to do some variations:

frederik

cool, thanks for sharing!