Lien : [url=https://geogebra.org/python/index.html?name=Hitomezashi_pyggb_2&code=eJytUMGqwjAQvO9X5Ni8F0sSPAm9espB8CgiFVfZ0qYhDX6%2F2VYRlNycQzZkJjPDwjWOg4itv%2BRBQxhj%2BoNlikQDAvhmrSE1utYGnGkOR3CWz%2BsYBQny%2FPmGlZcbEBnO1G0I6C8Vm5JPlVZGyoWzZQ5C5Adn5OtmJcCc0n2nfIRr5VdG2SfJ2ONtwOyyG9mrU%2FTvzKE7KkHT6U4TnXtstm0%2FoVRviSmKlo4MXko99YihSr8rmOtZTu7KBed6RVG5YMa83wfrfY1s]PyGGB[/url]

[code]from random import*[br]import time[br][br]n=40[br]t=0.01[br]L1=[][br]L2=[][br]for i in range(n):[br] L1.append(randint(0,1))[br] L2.append(randint(0,1))[br] [br]print(L1)[br]print(L2)[br][br][br]for j in range(n):[br] for i in range(0,n-1,2):[br] Segment(Point(j,i+L1[j], is_visible=False),Point(j,i+1+L1[j], is_visible=False))[br] time.sleep(t)[br][br][br]for j in range(n):[br] for i in range(0,n-1,2):[br] Segment(Point(i+L2[j],j, is_visible=False),Point(i+1+L2[j],j, is_visible=False))[br] time.sleep(t)[br][br][br][/code]