圆桌上 100 个人轮流开枪，最可能活下来的是几号？

import random import matplotlib.pyplot as plt def game_simulation ( num_players = 100 , num_simulations = 1000000 ): survivor_counts = [ 0 ] * num_players for _ in range ( num_simulations ): players = list ( range ( 1 , num_players + 1 )) # players = [1, 2, ..., 100] bullet_position = random . randint ( 1 , 6 ) # 随机初始化子弹位置 current_position = 0 # 从 1 号玩家开始持枪 while len ( players ) > 1 : if bullet_position == 1 : # 当前持枪玩家的下一位玩家中弹，将其移出游戏 players . pop (( current_position + 1 ) % len ( players )) # 重置子弹位置 bullet_position = random . randint ( 1 , 6 ) # 当前持枪玩家调整为中弹玩家的下一位玩家 if current_position == len ( players ): current_position = 0 else : current_position = ( current_position + 1 ) % len ( players ) else : # 子弹未发射，轮到下一位玩家 bullet_position -= 1 current_position = ( current_position + 1 ) % len ( players ) # 记录最后幸存者 survivor_counts [ players [ 0 ] - 1 ] += 1 # 找到幸存次数最多的玩家 most_likely_survivor = survivor_counts . index ( max ( survivor_counts )) + 1 # 找到幸存次数最少的玩家 most_likely_death = survivor_counts . index ( min ( survivor_counts )) + 1 return most_likely_survivor , most_likely_death , survivor_counts most_likely_survivor , most_likely_death , survivor_counts = game_simulation () print ( f "最可能的幸存者是第 {most_likely_survivor} 号玩家。" ) print ( f "最可能的倒霉蛋是第 {most_likely_death} 号玩家。" ) print ( "每位玩家的幸存次数：" , survivor_counts )