ルーレット.py

code:python

import numpy as np

import time

from random import randint

def roulette(num, mode):

base = 30

num_start = randint(1,num)

num_extend = randint(1,num)*3

num_max = base + num_extend

data = list(np.arange(1,num_max,1) + num_start)

time_sleep = 0.05

for i in range(len(data)):

print(atai,end=' ',flush=True)

if mode == 'test':

continue

if i < len(data) - 10:

time.sleep(time_sleep)

else:

time_sleep *= 1.3

time.sleep(time_sleep)

print('<<',atai,'>>',end=' ',flush=True)

return atai

num = int(input('最大値? '))

roulette(num,'actual')

ルーレットの出る目に偏りがないことを確認するためのプログラム。

code:python

import numpy as np

import matplotlib.pyplot as plt

import pandas as pd

import time

from random import randint

def roulette(num, mode):

base = 30

num_start = randint(1,num)

num_extend = randint(1,num)*3

num_max = base + num_extend

data = list(np.arange(1,num_max,1) + num_start)

time_sleep = 0.05

for i in range(len(data)):

print(atai,end=' ',flush=True)

if mode == 'test':

continue

if i < len(data) - 10:

time.sleep(time_sleep)

else:

time_sleep *= 1.3

time.sleep(time_sleep)

print('<<',atai,'>>',end=' ',flush=True)

return atai

num = int(input('最大値? '))

result1 = []

for i in range(1000):

result1.append(roulette(num,'test'))

result2 = pd.DataFrame(result1)

print(result2.describe())

plt.hist(result1,bins=num,range=(1,num))

plt.savefig('result.png')

https://gyazo.com/2233c2ed9c239925a0981e6f0606a9a9