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from math import *
from kandinsky import *
from ion import *
from time import *
from random import *

def g_over():
  global y
  global t_fin
  sleep(0.1)
  y+=200
  t_fin=monotonic()
  fill_rect(0,0,400,300,blanc)
  draw_string("GAME OVER !",105,100)

def bird():
  global y
  if keydown(KEY_UP):
    y-=40
    collision()
    fill_rect(x,y+40,20,20,blanc)
  y+=10
  fill_rect(x,y,20,20,jaune)
  collision()
  fill_rect(x,y-20,20,20,blanc)

def collision():
  col=(0, 0, 248)
  if get_pixel(x+20,y)==col:
    g_over()
  if get_pixel(x+20,y+20)==col:
    g_over()
  if get_pixel(x,y)==col:
    g_over()
  if get_pixel(x,y+20)==col:
    g_over()

def decor():
  global xd
  global xd2
  if xd<-220:
    xd=320
    hb1()
  if xd2<-220:
    xd2=320
    hb2()
  fill_rect(xd+20,yd1,20,90,blanc)
  fill_rect(xd,yd1,20,90,bleu)
  fill_rect(xd+110,yd2,20,90,blanc)
  fill_rect(xd+90,yd2,20,90,bleu)
  fill_rect(xd+200,yd3,20,90,blanc)
  fill_rect(xd+180,yd3,20,90,bleu)
  xd-=10
  fill_rect(xd2+20,yd4,20,90,blanc)
  fill_rect(xd2,yd4,20,90,bleu)
  fill_rect(xd2+110,yd5,20,90,blanc)
  fill_rect(xd2+90,yd5,20,90,bleu)
  fill_rect(xd2+200,yd6,20,90,blanc)
  fill_rect(xd2+180,yd6,20,90,bleu)
  xd2-=10

def hb1():
  global yd1
  global yd2
  global yd3
  if yd6==0:
    yd1=110
  elif yd6==110:
    yd1=0
  yd2=choice(hb)
  yd3=choice(hb)
  if yd1==0 and yd2==0:
    yd3=110
  elif yd1==110 and yd2==110:
    yd3=0
  else:
    yd3=choice(hb)

def hb2():
  global yd4
  global yd5
  global yd6
  if yd3==0:
    yd4=110
  elif yd3==110:
    yd4=0
  yd5=choice(hb)
  yd6=choice(hb)
  if yd4==0 and yd5==0:
    yd6=110
  elif yd4==110 and yd5==110:
    yd6=0
  else:
    yd6=choice(hb)

def flappy():
  global x
  global y
  global xd
  global xd2
  global yd6
  global best_temps
  x,y=120,100
  xd,xd2=320,590
  yd6=0
  hb1()
  hb2()
  fill_rect(0,200,320,25,marron)
  fill_rect(x,y,20,20,jaune)
  t1=monotonic()
  t_départ=t1
  point=0
  while y>-10 and y<180:
    t=monotonic()
    dt=t-t1
    temps=ceil(t-t_départ)
    draw_string("Time : "+str(temps),10,30)
    draw_string("Best Time : "+str(best_temps),10,10)
    if dt>0.1:
      t1=monotonic()
      decor()
      bird()
      collision()
    fill_rect(0,200,320,25,marron)
  
  g_over()
  temps_final=ceil(t_fin-t_départ)
  if temps_final>best_temps:
    best_temps=temps_final
  draw_string("Time : "+str(temps_final),10,30)
  draw_string("Best Time : "+str(best_temps),10,10)
  draw_string("RETRY ? (OK)",100,130)

jaune=color(255,255,0)
blanc=color(255,255,255)
marron=color(139,69,19)
bleu=color(0,0,255)
hb=[0,110]
jeu=1
best_temps=0
flappy()
while True:
  if keydown(KEY_OK):
    fill_rect(0,0,400,300,blanc)
    flappy()