‘‘‘ 1.首先要有一个画布 2.随机乌龟和鱼的位置 3.移动 ‘‘‘ 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 += 20 if 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")
