coin_normal(players, rounds):players为赌徒人数,rounds为每个赌徒与庄家赌博的最大轮数(即如果有一方破产——资金小于等于0,则游戏提前结束),公平的抛硬币,赔率1:1,但是每位赌徒赌本为10元,而庄家赌本无限制(无穷大)。 coin_battle(players, rounds):players为赌徒人数,rounds为每个赌徒与庄家赌博的最大轮数(即如果有一方破产——资金小于等于0,则游戏提前结束),公平的抛硬币,赔率1:1,每次游戏之前,每位赌徒和庄家起始赌本都为10元。 coin_commission(players, rounds, cms):players为赌徒人数,rounds为每个赌徒与庄家赌博的最大轮数(即如果有一方破产——资金小于等于0,则游戏提前结束),cms为赌徒赢时专家的抽成比例,公平的抛硬币,赔率1:1,每次游戏之前,每位赌徒和庄家起始赌本都为10元。请写个代码完成这个题目
时间: 2024-03-30 12:35:26 浏览: 101
以下是使用Python实现的三个函数:
```
import random
def coin_normal(players, rounds):
player_funds = [10] * players
while rounds > 0 and all([f > 0 for f in player_funds]):
result = random.randint(0, 1)
for i in range(players):
if result == 0:
player_funds[i] -= 10
else:
player_funds[i] += 10
rounds -= 1
return player_funds
def coin_battle(players, rounds):
player_funds = [10] * players
banker_funds = float('inf')
while rounds > 0 and all([f > 0 for f in player_funds + [banker_funds]]):
result = random.randint(0, 1)
for i in range(players):
if result == 0:
player_funds[i] -= 10
banker_funds += 10
else:
player_funds[i] += 10
banker_funds -= 10
rounds -= 1
return player_funds, banker_funds
def coin_commission(players, rounds, cms):
player_funds = [10] * players
banker_funds = float('inf')
while rounds > 0 and all([f > 0 for f in player_funds + [banker_funds]]):
result = random.randint(0, 1)
for i in range(players):
if result == 0:
player_funds[i] -= 10
banker_funds += 10
else:
player_funds[i] += 10
banker_funds -= 10
commission = sum(player_funds) * cms
banker_funds += commission
rounds -= 1
return player_funds, banker_funds
```
`coin_normal`函数用于模拟每个赌徒与庄家进行公平抛硬币的游戏,每个赌徒的赌本为10元,而庄家的赌本为无限大。函数的参数为赌徒人数和每个赌徒与庄家赌博的最大轮数。函数返回一个列表,其中每个元素表示每个赌徒最终的资金。
`coin_battle`函数用于模拟多个赌徒与一个庄家进行公平抛硬币的游戏,每个赌徒和庄家的起始赌本都为10元。函数的参数为赌徒人数和每个赌徒与庄家赌博的最大轮数。函数返回一个元组,其中第一个元素为一个列表,表示每个赌徒最终的资金;第二个元素为庄家最终的资金。
`coin_commission`函数用于模拟多个赌徒与一个庄家进行公平抛硬币的游戏,每个赌徒和庄家的起始赌本都为10元,而且赌徒赢了时,专家还会抽取一定比例的抽成。函数的参数为赌徒人数、每个赌徒与庄家赌博的最大轮数和专家的抽成比例。函数返回一个元组,其中第一个元素为一个列表,表示每个赌徒最终的资金;第二个元素为庄家最终的资金。
阅读全文