设计一个父类，表示游戏角色：派生出多个子类用于表示不同职业的角色，为每一个类设置必要的属性和方法，并实例化对象进行测试。
①父类：Player
所有角色有普通杀与普通防御功能，Hp代表血量，Bubble代表技能冷却时间，Angry代表力量，Defend指代普通防御。
②子类：Tank（坦克）、Assassin（刺客）、Archmage（法师）
坦克特殊技能能够迅速恢复失掉的血量，适用于做肉盾。
刺客身手矫健，能够出其不意攻其不备。
法师拥有魔法，在一定范围内随机改变自身的属性。
③双方的攻击与操作是通过多线程（Threading）来实现的，即两者攻击与防御可以在同一时间出现。
④本代码实例化了坦克和刺客两个对象。
代码：
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import random import threading import time class Player(threading.Thread): def __init__(self, Name, Angry, Hp, Rank, Bubble, Defend): threading.Thread.__init__(self) self.__Name = Name self.Angry = Angry self.Hp = Hp self.Rank = Rank self.Bubble = Bubble self.Defend = Defend def getRank(self): return self.Rank def setRank(self, Rank): self.Rank = Rank def getHp(self): return self.Hp def setHp(self, Hp): self.Hp = Hp def normal_kill(self): time.sleep(0.5) return -(self.Angry * self.Rank) def random_defend(self): temp = random.randint(-10, self.Defend) # Defend越大则防御能力越大 if temp > 0: return True def outputinfo(self): print('名称：', self.__Name, 'Hp：', self.Hp, '等级：', self.Rank, '技能冷却：', self.Bubble) class Tank(Player): def __init__(self, Name, Angry, Hp, Rank, Bubble, Defend, recovery): threading.Thread.__init__(self) Player.__init__(self, Name, Angry, Hp, Rank, Bubble, Defend) self.__recovery = recovery def random_defend(self): temp = random.randint(-10, self.Defend + self.__recovery) if temp > 0: return True def regenerate(self): if self.Bubble > 0: time.sleep(0.5) if self.Hp < 100: self.Hp += 30 if self.Hp > 100: self.Hp = 100 self.Bubble -= 10 else: time.sleep(2) self.Hp += 5 class Assassin(Player): def __init__(self, Name, Angry, Hp, Rank, Bubble, Defend, Raid): Player.__init__(self, Name, Angry, Hp, Rank, Bubble, Defend) self.__Raid = Raid def Surprise_Attack(self): time.sleep(0.5) temp = 0 - self.Angry * self.Rank if self.Bubble > 0: temp2 = random.randint(-10, 20) if temp2 > 0: temp -= self.__Raid self.Bubble -= 10 return temp class Archmage(Player): def __init__(self, Name, Angry, Hp, Rank, Bubble, Defend, Magic): threading.Thread.__init__(self) Player.__init__(self, Name, Angry, Hp, Rank, Bubble, Defend) self.__Magic = Magic def magicHp(self): if self.Bubble > 0: temp = random.randint(50, 100) if temp > self.__Hp: self.__Hp = temp + self.__Magic self.Bubble -= 10 def magic_kill(self): temp = 0 if self.Bubble > 0: temp2 = random.randint(-10, 20) if temp2 > 0: temp -= self.__Magic self.Bubble -= 10 return temp def run_tank(tank, assassin): while tank.getHp() > 0 and assassin.getHp() >= 0: assassin.setHp(assassin.getHp() + tank.normal_kill()) tank.outputinfo() time.sleep(0.2) tank.regenerate() if tank1.getHp() > 0: print("程咬金赢了") else: print("荆轲赢了") def run_assassin(tank, assassin): while assassin.getHp() > 0 and tank.getHp() >= 0: if tank.random_defend() is True: tank.setHp(tank.getHp() + assassin.normal_kill()) else: assassin.Surprise_Attack() assassin.outputinfo() time.sleep(0.2) if __name__ == '__main__': print("-------------- 一刀999！--------------\n") time.sleep(1) print("所有角色有普通杀与普通防御功能，Hp代表血量，Bubble代表技能冷却时间\n") time.sleep(1) print("有坦克、刺客、法师三个角色\n") time.sleep(1) print("坦克 Tank\n") print("坦克特殊技能能够迅速恢复失掉的血量，适用于做肉盾\n") time.sleep(1) print("刺客 Assassin\n") print("刺客身手矫健，能够出其不意攻其不备\n") time.sleep(1) print("法师 Archmage\n") print("法师拥有魔法，随机改变自身的属性\n") time.sleep(1) print("游戏开始----------------------------------------------------！") time.sleep(1) # Name, Angry, Hp, Rank, Bubble, Defend, Magic): tank1 = Tank("程咬金", 5, 100, 1, 100, 20, 5) assassin1 = Assassin("荆轲", 5, 100, 1, 100, 20, 10) # run_tank(tank1, assassin1) # run_assassin(tank1, assassin1) threads = [] t1 = threading.Thread(target=run_tank, args=(tank1, assassin1)) threads.append(t1) t2 = threading.Thread(target=run_assassin, args=(tank1, assassin1)) threads.append(t2) for t in threads: # t.setDaemon(True) t.start() |
（等级制度有待完善）
