Trace une courbe de Bézier quadratique avec des valeurs aléatoires. Essayez render().

from math import *
from cmath import *
import kandinsky as k
import random as ran
dark=k.color(0,0,0)
red=k.color(255,0,0)
def setpoint(x,y):
  for cx in range(7):
    k.set_pixel((x-3+cx),y,dark)
  for cy in range(7):
    k.set_pixel(x,y-3+cy,dark)
def color(x,y):
  k.set_pixel(x,y,red)
def render():
  p1_x=ran.randrange(0,320)
  p1_y=ran.randrange(0,222)
  p2_x=ran.randrange(0,320)
  p2_y=ran.randrange(0,222)
  p3_x=ran.randrange(0,320)
  p3_y=ran.randrange(0,222)
  setpoint(p1_x,p1_y)
  setpoint(p2_x,p2_y)
  setpoint(p3_x,p3_y)
  step=0
  while 1:
    t=(1/(2**step))
    for loop in range(1+2**step):
      k.set_pixel(int((1-loop*t)*((1-loop*t)*p1_x+(loop*t)*p2_x)+(loop*t)*((1-(loop*t))*p2_x+(loop*t)*p3_x)),int((1-(loop*t))*((1-(loop*t))*p1_y+(t*loop)*p2_y)+(t*loop)*((1-(t*loop))*p2_y+(loop*t)*p3_y)),k.color(0,int(loop*t*255),0))
    step+=1