import random

def spin():

    all_syms = all_syms_ex = [["🍌" for x in range(12)], ["🍇" for x in range(12)], ["🍉" for x in range(12)], ["🍑" for x in range(12)], ["🍎" for x in range(12)] ,["🍒" for x in range(12)], ["🍪" for x in range(10)], ["🍩" for x in range(10)], ["🍬" for x in range(8)], ["🍭" for x in range(2)]]

    chance = random.randint(1,100)
    if chance <= 3:#🍭
        all_syms = all_syms_ex = [["🍌" for x in range(12)], ["🍇" for x in range(30)], ["🍉" for x in range(12)], ["🍑" for x in range(12)], ["🍎" for x in range(12)] ,["🍒" for x in range(12)], ["🍪" for x in range(10)], ["🍩" for x in range(10)], ["🍬" for x in range(8)], ["🍭" for x in range(8)]]
    elif chance <= 7 and chance > 3:#🍬
        all_syms = all_syms_ex = [["🍌" for x in range(12)], ["🍇" for x in range(30)], ["🍉" for x in range(12)], ["🍑" for x in range(12)], ["🍎" for x in range(12)] ,["🍒" for x in range(12)], ["🍪" for x in range(10)], ["🍩" for x in range(10)], ["🍬" for x in range(28)], ["🍭" for x in range(2)]]
    elif chance <= 11 and chance > 7:#🍩
        all_syms = all_syms_ex = [["🍌" for x in range(12)], ["🍇" for x in range(30)], ["🍉" for x in range(12)], ["🍑" for x in range(12)], ["🍎" for x in range(12)] ,["🍒" for x in range(12)], ["🍪" for x in range(10)], ["🍩" for x in range(30)], ["🍬" for x in range(8)], ["🍭" for x in range(2)]]
    elif chance <= 15 and chance > 11:#🍪
        all_syms = all_syms_ex = [["🍌" for x in range(12)], ["🍇" for x in range(30)], ["🍉" for x in range(12)], ["🍑" for x in range(12)], ["🍎" for x in range(12)] ,["🍒" for x in range(12)], ["🍪" for x in range(30)], ["🍩" for x in range(10)], ["🍬" for x in range(8)], ["🍭" for x in range(2)]]
    elif chance <= 20 and chance> 15:#🍒
        all_syms = all_syms_ex = [["🍌" for x in range(12)], ["🍇" for x in range(30)], ["🍉" for x in range(12)], ["🍑" for x in range(12)], ["🍎" for x in range(12)] ,["🍒" for x in range(32)], ["🍪" for x in range(10)], ["🍩" for x in range(10)], ["🍬" for x in range(8)], ["🍭" for x in range(2)]]
    elif chance <= 25 and chance > 20:#🍎
        all_syms = all_syms_ex = [["🍌" for x in range(12)], ["🍇" for x in range(30)], ["🍉" for x in range(12)], ["🍑" for x in range(12)], ["🍎" for x in range(32)] ,["🍒" for x in range(20)], ["🍪" for x in range(10)], ["🍩" for x in range(10)], ["🍬" for x in range(8)], ["🍭" for x in range(2)]]
    elif chance <= 30 and chance > 25:#🍑
        all_syms = all_syms_ex = [["🍌" for x in range(12)], ["🍇" for x in range(12)], ["🍉" for x in range(12)], ["🍑" for x in range(32)], ["🍎" for x in range(12)] ,["🍒" for x in range(12)], ["🍪" for x in range(10)], ["🍩" for x in range(10)], ["🍬" for x in range(8)], ["🍭" for x in range(2)]]
    elif chance <= 35 and chance > 30:#🍉
        all_syms = all_syms_ex = [["🍌" for x in range(12)], ["🍇" for x in range(12)], ["🍉" for x in range(32)], ["🍑" for x in range(12)], ["🍎" for x in range(12)] ,["🍒" for x in range(12)], ["🍪" for x in range(10)], ["🍩" for x in range(10)], ["🍬" for x in range(8)], ["🍭" for x in range(2)]]
    elif chance <= 40 and chance > 35:#🍇
        all_syms = all_syms_ex = [["🍌" for x in range(12)], ["🍇" for x in range(32)], ["🍉" for x in range(12)], ["🍑" for x in range(12)], ["🍎" for x in range(12)] ,["🍒" for x in range(12)], ["🍪" for x in range(10)], ["🍩" for x in range(10)], ["🍬" for x in range(8)], ["🍭" for x in range(2)]]
    elif chance <= 50 and chance > 40:#🍌
        all_syms = all_syms_ex = [["🍌" for x in range(32)], ["🍇" for x in range(12)], ["🍉" for x in range(12)], ["🍑" for x in range(12)], ["🍎" for x in range(12)] ,["🍒" for x in range(12)], ["🍪" for x in range(10)], ["🍩" for x in range(10)], ["🍬" for x in range(8)], ["🍭" for x in range(2)]]


    syms = [x for sym in all_syms for x in sym]

    reel_5 = [random.choice(syms) for x in range(6)], [random.choice(syms) for x in range(6)], [random.choice(syms) for x in range(6)], [random.choice(syms) for x in range(6)],[random.choice(syms) for x in range(6)]
    return reel_5, chance

def fruit_counter():
    reel_5, chance = spin()
    banana = 0
    grape = 0
    melon = 0
    peach = 0
    apple = 0
    cherry = 0
    cookie = 0
    donut = 0
    bonbon = 0
    scatter = 0
    sort_ed = []
    for reel in reel_5:
        reel = sorted(reel)
        sort_ed.append(reel)
        for x in reel:
            banana += x.count("🍌")
            grape += x.count("🍇")
            melon += x.count("🍉")
            peach += x.count("🍑")
            apple += x.count("🍎")
            cherry += x.count("🍒")
            cookie += x.count("🍪")
            donut += x.count("🍩")
            bonbon += x.count("🍬")
            scatter += x.count("🍭")
    for i in sort_ed:
        print(i)
    print("")

    return chance, sort_ed, banana, grape, melon, peach, apple, cookie, donut, bonbon, scatter



def remover():
    chance, sort_ed, banana, grape, melon, peach, apple, cookie, donut, bonbon, scatter = fruit_counter()

    removed = []
    for reel in sort_ed:
        for i in range(0,len(reel)):
            if banana >= 8:
                if reel[i] == "🍌":
                    reel[i] = " "
            if grape >= 8:
                if reel[i] == "🍇":
                    reel[i] = " "
            if melon >= 8:
                if reel[i] == "🍉":
                    reel[i] = " "
            if melon >= 8:
                if reel[i] == "🍑":
                    reel[i] = " "
            if peach >= 8:
                if reel[i] == "🍎":
                    reel[i] = " "
            if apple >= 8:
                if reel[i] == "🍒":
                    reel[i] = " "
            if cookie >= 8:
                if reel[i] == "🍪":
                    reel[i] = " "
            if donut >= 8:
                if reel[i] == "🍩":
                    reel[i] = " "
            if bonbon >= 8:
                if reel[i] == "🍬":
                    reel[i] = " "
        removed.append(reel)
    return removed

for x in remover():
    print(x)