Ce jeu ne fonctionnera que sur votre calculatrice, pas sur l’émulateur.
Pour le lancer, tapez >>go() ou >>go(30) si vous voulez que la machine cache 30 mines au lieu de 20
from kandinsky import * from ion import keydown from random import choice fr = fill_rect N,G,V = 3*(0,),3*(120,),(0,255,0) def wait(b): while True: for i in b: if keydown(i): while keydown(i): True return i def cpte(x,y,b): return len([i for (i,j) in b if abs(i-x)<2 and abs(j-y)<2]) def place(d,b = []): while len(b) < d: x, y = choice(range(15)), choice(range(10)) if (x,y) not in b and x+y > 0 and x+y < 23 and \ cpte(14,9,b) < 2 and cpte(0,0,b) < 2: b.append((x,y)) return b def grille(): for i in range(16): if i<11:fr(8,21+20*i,301,1,N) fr(8+20*i,21,1,200,N) def fin(b,t): for (x,y) in b: draw_string('*',13+20*x,23+20*y,G) sc = 0 for i in range(150): if get_pixel(9+20*(i%15),22+20*(i//15))[0]==120: sc+=1 aff(t + ' Score=' + str(sc)) def aff(t): draw_string(t + (' '*40),8,2,N) def ca(x,y,c=G): fr(9+20*x,22+20*y,19,19,c) def dep(x,y,t): ca(x,y,G) return max(0,min(14,x-1+t%3)),max(0,min(9,y-6+t//6)) def go(d=20): grille() x,y,b = 0,0,place(d) ca(14,9,V) while True: ca(x,y,N) nb = cpte(x,y,b) aff(str(nb)+' mine'+'s'*(nb>1)) t = wait([5,30,31,32,36,38,42,43,44]) if t==5: return x,y = dep(x,y,t) if (x,y) in b: fin(b, 'PERDU') return else: if (x,y) == (14,9): fin(b,'BRAVO') return