Découvrez ce générateur de calcul aléatoire : https://nsi.xyz/calcul
Version 2.0, intègre le menu graphique pour python pour un paramétrage facile.
# Calcul Mental - V. 2.0.0.0 from kandinsky import * from ion import keydown from random import randint as rd,choice from time import * # menu récupéré sur nsi.xyz/menu def wait(buttons=range(53)): # Attends qu'une des touches précisées soit pressée while True: for i in buttons: if keydown(i): while keydown(i): pass return i def omega(): # Vérificateur d'OS try: get_keys() return True except: return False def menu(titre, action, *para): n, g, f = (0, 0, 0), (96, 96, 96), (255, 183, 52) # couleurs : réglages, optionsn focus if omega(): f = (192, 53, 53) set = [1 for i in para] # Valeurs par défaut curs = 0 # Initialisation sur l'action draw_string(titre, int(160 - 5 * len(titre)), 8, (42, 120, 224)) draw_string(action, int(160 - 5 * len(action)), 36, f) def menu_option(i, col, cursor): draw_string(" " * 13, 150, 64 + i * 25, col) txt = str(para[i][set[i]]) if txt.find("$") != -1: txt2 = txt[txt.find("$") + 1:] txt = txt[:txt.find("$")] draw_string(" " * 32, 0, 64 + (i + 1) * 25) draw_string(str(txt2), int(150 + (150 - 10 * len(str(txt2))) / 2), 64 + (i + 1) * 25, col) draw_string(" " * 17, 140, 64 + (i) * 25) draw_string(str(txt), int(150 + (150 - 10 * len(str(txt))) / 2), 64 + i * 25, col) draw_string("<" * cursor, 140, 64 + i * 25, g) draw_string(">" * cursor, 300, 64 + i * 25, g) for i in range(len(para)): draw_string(para[i][0], 10, 64 + i * 25, n) menu_option(i, g, False) while True: r = wait((0, 1, 2, 3, 4, 52)) if r in (4, 52): # Lance l'application return [para[i][set[i]] for i in range(len(para)-1)] elif r in (1, 2): if curs == 0: draw_string(action, int(160 - 5 * len(action)), 36, n) else: menu_option(curs - 1, g, False) curs = (curs - 1 * (r == 1) + 1 * (r == 2)) % (len(para) + 1) if curs == 0: draw_string(action, int(160 - 5 * len(action)), 36, f) else: menu_option(curs - 1, f, True) elif r in (0, 3) and curs != 0: set[curs - 1] = set[curs - 1] + 1 * (r == 3) - 1 * (r == 0) if set[curs - 1] == 0: set[curs - 1] = len(para[curs - 1]) - 1 if set[curs - 1] == len(para[curs - 1]): set[curs - 1] = 1 menu_option(curs - 1, f, True) def start(): fill_rect(0, 0, 320, 222, (255, 255, 255)) global mode, ope, dif, rep try: mode, ope, dif, rep = menu("Automatismes en calcul mental", "Calculer [OK]", ["Mode", "Classique", "Rapide"], ["Opération(s)", "+", "-", "x", "/", "+ -", " x / ", "+ - x", "+ - x /"], ["Difficulté", " modéré", "difficile", "expert", "facile"], ["Répétition", 42, 50, 100, 120, 20], ["Crédits", "Site web$nsi.xyz/calcul", "Auteur$Kevin Fedyna", "Contributeur$Vincent ROBERT", ]) dif = ["f", " ", "d", "e"].index(dif[0]) except: mode, ope, dif, rep = "Classique", "+", 1, 42 aff(1) return 1 # Difficulte da = [1, 9] db = [10, 19] dc = [1, 10] dd = [dc, [2, 10]] diff = {"+": [[da] * 2, [db, da], [db, da], [db] * 2], "-": [[da] * 2, [db, da], [[10, 20], [10, 20]], [db] * 2], "*": [[dc] * 2, [dc] * 2, [[2, 10], [11, 20]], [[1, 25], [1, 25]]], "/": [dd, dd, dd, [[1, 20], [2, 20]]]} def mel(a, b): l = [a, b] a = l[rd(0, 1)] l.remove(a) b = l[0] return a, b def draw_line(x, y, clr, *ts): for t in ts: d = list(map(lambda n: n // abs(n) if n != 0 else 0, t[0])) for i in range(t[1]): set_pixel(x + i * d[0], y + i * d[1], clr) x += i * d[0] y += i * d[1] def inputG(x, y): inp = "" dico = {46: "-", 49: ".", 48: "0", 42: "1", 43: "2", 44: "3", 36: "4", 37: "5", 38: "6", 30: "7", 31: "8", 32: "9"} while 1: try: key = wait() except: fill_rect(0, 0, 320, 222, (255,255,255)) draw_string("Merci d'avoir calculé !",45,100) return "e" if key == 6: return "h" if key in dico: inp += dico[key] if inp: if key in (4,52) and (inp.count("-") == 0 or (inp.count("-") == 1 and inp[0] == "-")): return eval(inp) if key == 17: draw_string(" " * len(inp), x, y) inp = inp[:-1] draw_string(inp, x, y) def aff(mde, prog=0, a=0, b=0, op="", c=0): global rep w = (255, 255, 255) if mde == 1: fill_rect(0, 0, 320, 222, w) fill_rect(0, 204, 320, 18, (200, 200, 200)) for i in [-1, 1]: draw_line(160, 215, w, ([i, 0], 3), ([0, 1], 5), ([i, 0], 5), ([0, -1], 7), ([-i, -1], 7)) draw_line(295,219,w,([1,0],10),([1,-1],5),([-1,-1],5),([-1,0],10),([1,1],5),([-1,-1],5),([1,-1],5)) draw_string("Automatismes en calcul mental", 15, 8, (42, 120, 224)) if mde == 2: fill_rect(0, 204, int(320 * (prog / rep)), 18, (42, 204, 120)) if mde == 3: fill_rect(0,92,320,50,w) draw_string(str(a) + " " + op + " " + str(b) + " = ",180-10*len(str(a)+" "+op+" "+str(b)+" = "),98) if mde == 4: fill_rect(0,92,320,50,w) todraw = str(a) + " " + op + " " + str(b) draw_string(todraw + " = " + str(c),180-10*len(todraw + " = "),98,(251,77,61)) draw_string(todraw + " = " + str(eval(todraw)),180-10*len(todraw + " = "),126,(42, 204, 120)) wait() def calcul(): global ope,dif,rep,mode # Le generateur de calcul exeMu = list(range(1, 6)) exeMu.append(10) exeDiv = [[2, 10], [2, 3, 5, 10]] juste = 0 chrono = 0 for i in range(rep): if len(ope) > 1: op = choice(ope.split(" ")) else: op = ope if op == "x": op = "*" while "exceptions gérées": a, b = [rd(*diff[op][dif][i]) for i in [0, 1]] if op in "+-*": a, b = mel(a, b) if op == "*" and dif == 0: if a in exeMu and b in exeMu: break elif op == "-" and dif == 0: if a >= b: break elif op == "/": a = a * b if dif in [0, 1, 2] and a <= 100: if dif in [0, 1] and b in exeDiv[dif]: break if dif == 2: break if dif == 3 and a <= 200: break else: break aff(2,i) c = "c" while c == "c": aff(3, a=a, b=b, op=op * (op != "*") + "x" * (op == "*")) depart = monotonic() c = inputG(180,98) chrono += monotonic()-depart if c == "e": return "e",0 if c == "h": return "s",0 if int(c) == int(eval(str(a) + op + str(b))): juste += 1 else: if mode == "Classique": aff(4, a=a, b=b, op=op * (op != "*") + "x" * (op == "*"), c=c) return juste,str(round(chrono/rep,1)) # mainloop while start(): justes,temps = calcul() if justes == "e": break elif justes == "s": pass else: fill_rect(0, 0, 320, 222, (255,255,255)) espace = 0 for i in [str(rep)+" calculs",str(rep-justes)+" erreur"+"s"*((rep-justes)>1),str(justes)+" juste"+"s"*(justes>1)]: draw_string(i,190-len(i.split(" ")[0]+" ")*10,30+espace*28,((0,0,0),(251,77,61),(42, 204, 120))[espace]) draw_string([mode,ope,["facile","modéré", "difficile", "expert"][dif]][espace],53,30+espace*28,(200,200,200)) espace += 1 fill_rect(53,118,214,22,(200, 200, 200)) fill_rect(55,120,int((justes/rep)*210),18,(42, 204, 120)) fill_rect(55+int((justes/rep)*210),120,int((1-(justes/rep))*210),18,(251,77,61)) fill_rect(55+int((justes/rep)*210),120,2,18,(200,200,200)) draw_string(temps+" secondes / calcul",160-5*len(temps+" secondes / calcul"),152,(200,200,200)) wait()