Kraken Club Offhand Hits Per Round Simulation

import random
import numpy

qa = 0
ta = 0
da = 0
AM3 = False
fua = 0
kraken_club_eq = True

main_hit_rate = 99
off_hit_rate = 87


def kraken_club():
    kraken_hits = list(range(0, 8))
    kraken_rates = [5, 15, 25, 25, 15, 10, 3, 2]

    result = random.choices(kraken_hits, kraken_rates, k=1)

    return result[0]


def melee_round(qa_rate, ta_rate, da_rate, AM3, fua_rate, kraken, hit_rate_main, hit_rate_off):
    main_hit = 1
    off_hit = 1

    main_post_acc = 0
    off_post_acc = 0

    if random.random() < qa_rate / 100:
        main_hit += 3
    elif random.random() < ta_rate / 100:
        main_hit += 2
    elif random.random() < da_rate / 100:
        main_hit += 1
    elif AM3 and random.random() < 0.6:
        if random.random() < 1 / 3:
            main_hit += 2
        else:
            main_hit += 1

    if random.random() < fua_rate / 100:
        main_hit += 1

    if random.random() < qa_rate / 100:
        off_hit += 3
    elif random.random() < ta_rate / 100:
        off_hit += 2
    elif random.random() < da_rate / 100:
        off_hit += 1
    elif kraken:
        off_hit += kraken_club()

    off_hit = min(8 - main_hit, off_hit)

    hit_rate_main = max(hit_rate_main, 20)
    hit_rate_off = max(hit_rate_off, 20)

    for _ in range(main_hit):
        if random.random() < hit_rate_main / 100:
            main_post_acc += 1

    for _ in range(off_hit):
        if random.random() < hit_rate_off / 100:
            off_post_acc += 1

    return main_post_acc + off_post_acc


def average_hits():
    hits = []
    for _ in range(10000):
        hits.append(melee_round(qa, ta, da, AM3, fua,
                                kraken_club_eq, main_hit_rate, off_hit_rate))

    print(numpy.average(hits))


average_hits()