from pylab import *

def pf():
    L = []
    pile = 0
    for i in range(0,100):
        L.append(randint(0,2))
        if (L[i] == 1):
            pile += 1
    return pile


def exo1() :
    prop53 = 0
    prop49 = 0
    for i in range (0,20000):
        jeu = pf()
        if (jeu > 53):
            prop53 += 1
        elif (jeu < 49):
            prop49 += 1

    prop53 = prop53 / 20000 * 100
    prop49 = prop49 / 20000 * 100

    print("Proportions de 53 : " ,prop53)
    print("Proportions de 49 : " ,prop49)

def pf_cons():
    L = []
    prob = []

    for j in range (3,9):
        pile = 0
        cons = 0;
        last_cons = False
        for i in range(0,100):
            L.append(randint(0,2))
            if (L[i] == 1):
                pile += 1
                if( pile >= j and last_cons == False):
                    cons += 1
                    last_cons = True
            else:
                pile = 0
                last_cons = False
        print(L)
        prob.append(cons)
    return prob


hist(pf_cons(),6)
show()