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from turtle import *
from time import sleep

def trait(x, y, a, d):
  penup()
  goto(x, y)
  pendown()
  setheading(a)
  forward(d)

def grille(c,l):
  H_m, L_m = -l * case / 2, -c * case /2
  for i in range(1,max(c,l)):
    if i < l: trait(L_m, H_m + case * i, 0, 3 * case)
    if i < c: trait(L_m + case * i, H_m, 90, 5 * case)
  return H_m + c * case / 2, -L_m + case / 2

def cercle(x,y,r,c):
  penup()
  color(c)
  goto(x,y - r)
  setheading(0)
  pendown()
  circle(int(r))

def croix(x,y,r,c):
 for i in [-1,1]:
  penup()
  color(c)
  goto(x - r, y + i * r)
  pendown()
  goto(x + r, y - i * r)

def pion(x,y,r,t1,t2):
  if t1 != t2:
    if t1 == 'o': cercle(x,y,r,"white")
    elif t1 == 'x': croix(x,y,r,"white")
    if t2 == 'o': cercle(x,y,r,"black")
    elif t2 == 'x': croix(x,y,r,"black")

def base3(n):
 chiffres = ''
 for _ in range(3):
  chiffres = ' ox'[n % 3] + chiffres
  n //= 3
 return chiffres

def aff(preced,suiv):
  for l in range(5): 
    p = base3(preced[l])
    s = base3(suiv[l])
    y = L_m - case * l
    for c in range(3):
      x = H_m + case * c
      pion(x,y,r,p[c],s[c])

def tictac(h,m,s):
 s = (s + 1) % 60
 if s == 0: 
   m = (m + 1) % 60
   if m == 0: (h + 1) % 12
 sleep(1)
 return [h, m,s]

speed(0)
hideturtle()
case = 44
H_m, L_m = grille(3,5)
r = case / 2.3

def go(hh,mn = 0,ss = 0):
  preced = [0,0,0,0,0]
  while True:
    data = [hh, mn // 10, mn % 10, ss // 10, ss % 10]
    aff(preced,data)
    preced = list(data)
    [hh, mn, ss] = tictac(hh, mn, ss)
    
go(11,44,36)