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1.首先要有一个画布
2.随机乌龟和鱼的位置
3.移动
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import random as r
list_x = [0,10]
list_y = [0,10]
class Turtle:
def init(self):
#初始体力
self.power=100
#初始位置
self.x = r.randint(list_x[0],list_x[1]) # 这里重点知道 randint
self.y = r.randint(list_y[0],list_y[1])

def move(self):# 随机移动位置new_x = self.x+r.choice([1,2,-1,-2])new_y = self.y+r.choice([1,2,-1,-2])#检查移动后是否超出区域if new_x<list_x[0]:self.x = list_x[0]-(new_x-list_x[0])elif new_x>list_x[1]:self.x = list_x[1]-(new_x-list_x[1])else:self.x = new_x#检查是否超出Y轴if new_y<list_y[0]:self.y = list_y[0]-(new_y-list_y[0])elif new_y>list_y[1]:self.y = list_y[1]-(new_y-list_y[1])else:self.y = new_y#移动完毕，就需要self.power -= 1#返回移动后的位置return (self.x,self.y)
def eat(self):self.power += 20if self.power>100:self.power=100

class Fish:
def init(self):
#初始位置
self.x = r.randint(list_x[0],list_x[1])
self.y = r.randint(list_y[0],list_y[1])

def move(self):# 随机移动位置new_x = self.x+r.choice([1,-1])new_y = self.y+r.choice([1,-1])#检查移动后是否超出区域if new_x<list_x[0]:self.x = list_x[0]-(new_x-list_x[0])elif new_x>list_x[1]:self.x = list_x[1]-(new_x-list_x[1])else:self.x = new_x#检查是否超出Y轴if new_y<list_y[0]:self.y = list_y[0]-(new_y-list_y[0])elif new_y>list_y[1]:self.y = list_y[1]-(new_y-list_y[1])else:self.y = new_y#返回移动后的位置 return (self.x,self.y)

t = Turtle()
fish = []
for i in range(10):
new_fish = Fish()
fish.append(new_fish)

while True:
if not len(fish):
print(“鱼儿被吃完了，游戏结束”)
break
if not t.power:
print(“乌龟体力耗尽，牺牲了”)
break
pos = t.move()
for each_fish in fish[:]:
if each_fish.move() ==pos:
#鱼儿被吃掉
t.eat()
fish.remove(each_fish)
print(“有一条鱼被吃了”)