功德车竞速源代码

# -*- coding: utf-8 -*-

# @Time : 1/22/2020 4:22 PM

# @Author : Wu Xing

import random

# total_pace = int(input('Enter your total pace:'))

total_pace = 100

Zero_player_pace = [5, 6, 7, 8]

Dinglou_player_pace = [7, 8, 9, 10]

Wanke_player_pace = [10, 11, 12]

WankeX2_player_pace = [11, 12, 13, 14, 15]

def Random_pace(pace):

return random.choice(pace)

def Player_pace_lenth(min, max):

if total_pace / max > int(total_pace / max):

min_days = int(total_pace / max) + 1

else:

min_days = int(total_pace / max)

if total_pace / min > int(total_pace / min):

max_days = int(total_pace / min) + 1

else:

max_days = int(total_pace / min)

return min_days, max_days

# round = int(input('Enter your expected matching round:'))

round = 3000

wanke_win_round = 0

wankeX2_win_round = 0

ping_ju = 0

for timer in range(1, round + 1):

zero_steps = []

dinglou_steps = []

wanke_steps = []

wankeX2_steps = []

wanke_win = 0

wankeX2_win = 0

wanke_rest_day = 0

wankeX2_rest_day = 0

print('round', timer)

for step in range(1, 21):

print('Day', step, ':')

if sum(wanke_steps) > 99 or sum(wankeX2_steps) > 99:

if wanke_rest_day == 0:

if wanke_rest_day < wankeX2_rest_day:

wanke_win = wanke_win + 1

else:

wankeX2_win = wankeX2_win + 1

if wanke_win > wankeX2_win:

wanke_win_round = wanke_win_round + 1

print('1 wan ke WIN.')

elif wanke_win < wankeX2_win:

wankeX2_win_round = wankeX2_win_round + 1

print('2 wan ke WIN.')

elif wanke_win == wankeX2_win:

ping_ju = ping_ju + 1

print('ping ju')

print('round', wanke_win, wankeX2_win)

print()

break

else:

player_steps = [Random_pace(Zero_player_pace),

Random_pace(Dinglou_player_pace),

Random_pace(Wanke_player_pace),

Random_pace(WankeX2_player_pace)]

wanke_rest_day = int((total_pace - sum(wanke_steps)) / 12)

wankeX2_rest_day = int((total_pace - sum(wankeX2_steps)) / 15)

zero_steps.append(player_steps[0])

dinglou_steps.append(player_steps[1])

wanke_steps.append(player_steps[2])

wankeX2_steps.append(player_steps[3])

print('0 Player\'s pace is', player_steps[0], '\tTotal pace is:', sum(zero_steps), '\tRest day is:', 0)

print('3Q Player\'s pace is', player_steps[1], '\tTotal pace is:', sum(dinglou_steps), '\tRest day is:', 0)

print('1W Player\'s pace is', player_steps[2], '\tTotal pace is:', sum(wanke_steps), '\tRest day is:',

wanke_rest_day)

print('2W Player\'s pace is', player_steps[3], '\tTotal pace is:', sum(wankeX2_steps), '\tRest day is:',

wankeX2_rest_day)

# input('press enter to the next day')

# print(wanke_win_round, wankeX2_win_round)

print('\nGame run', round, 'times:\n')

print('1 wan ke win:', wanke_win_round, 'times.')

print('2 wan ke win:', wankeX2_win_round, 'times.')

print('ping ju:', ping_ju, 'times.\n')

print('1 wan ke win percent:', '{:.3%}'.format(wanke_win_round / (wanke_win_round + wankeX2_win_round + ping_ju)))

print('2 wan ke win percent:', '{:.3%}'.format(wankeX2_win_round / (wanke_win_round + wankeX2_win_round + ping_ju)))