本文小编为大家详细介绍“基于Python如何实现格斗小游戏”，内容详细，步骤清晰，细节处理妥当，希望这篇“基于Python如何实现格斗小游戏”文章能帮助大家解决疑惑，下面跟着小编的思路慢慢深入，一起来学习新知识吧。
一、简易版本格斗
import timeimport randomlose_player = 0lose_enemy = 0for i in range(3): print('-'*10+'第'+str(i+1)+'局'+'-'*10) hp_player = random.randint(100,181) attack_player = random.randint(30,51) hp_enemy = random.randint(100,181) attack_enemy = random.randint(30,51) print('【玩家血量】：',hp_player,'【玩家战力】：',attack_player) print('【敌人血量】：',hp_enemy,'【敌人战力】：',attack_enemy) print('-'*30) time.sleep(1.5) while hp_player > 0 and hp_enemy > 0: hp_player = hp_player - attack_enemy hp_enemy = hp_enemy - attack_player print('你发起了攻击，【敌人】剩余血量：',hp_enemy) print('敌人向你发起了攻击，【玩家】的血量剩余：',hp_player) print('-'*30) time.sleep(1.5) if hp_enemy <= 0 and hp_player < 0: print('玩家和敌人同归于尽了！') elif hp_enemy < 0 and hp_player >= 0: print('欧耶！敌人被玩家干掉了！') lose_enemy += 1 elif hp_player < 0 and hp_enemy > 0: print('悲催，玩家被敌人干掉了！') lose_player += 1 print('-'*30) time.sleep(1.5) if lose_enemy == 2: print('【最终结果：玩家获胜！】') break elif lose_player == 2: print('【最终结果：你输了！】') breakelse: if lose_enemy > lose_player: print('【最终结果：玩家获胜！】') elif lose_player > lose_enemy: print('【最终结果：玩家输了！】') else: print('【最终结果：平局】')二、炼狱角斗场格斗
import timeimport randomclass Role(): def __init__(self,name = '|角色|'): self.name = name self.life = random.randint(100,150) self.attack = random.randint(30,50)class Sains_knight(Role): def __init__(self,name = '|圣光骑士|'): Role.__init__(self,name) self.life = 5 * self.life self.attack = 3 * self.attack def fight_buff(self,enemy): if enemy == '|暗影刺客|': self.attack *= 1.5 else: self.attack = self.attackclass Shadow_Assassin(Role): def __init__(self,name = '|暗影刺客|'): Role.__init__(self, name) self.life = 3 * self.life self.attack = 5 * self.ttack def fight_buff(self,enemy): if enemy == '|精灵弩手|': self.attack *= 1.5 else: self.attack = self.attackclass Faerie_Bowman(Role): def __init__(self,name = '|精灵弩手|'): Role.__init__(self, name) self.life = 4 * self.life self.attack = 4 * self.attack def fight_buff(self,enemy): if enemy == '|圣光骑士|': self.attack *= 1.5 else: self.attack = self.attackclass GAME(): def __init__(self): self.players = [] self.enemies = [] self.show_title() self.show_role() self.order_role() self.pk_role() # 随机生成角色的属性 def born_role(self): for i in range(3): self.players.append(random.choice([Sains_knight(),Shadow_Assassin(),Faerie_Bowman()])) self.enemies.append(random.choice([Sains_knight(),Shadow_Assassin(),Faerie_Bowman()])) # 生成和展示角色信息 def show_role(self): self.born_role() # 展示我方的3个角色 print('----------------- 角色信息 -----------------') print('你的队伍：') for i in range(3): print('|我方|%s 血量：%s 攻击：%s' % (self.players[i].name,self.players[i].life,self.players[i].attack)) print('--------------------------------------------') print('敌人队伍：') # 展示敌方的3个角色 for i in range(3): print('|敌方|%s 血量：%s 攻击：%s' % (self.enemies[i].name, self.enemies[i].life, self.enemies[i].attack)) print('--------------------------------------------') input('请按回车键继续。') # 为了让玩家更有控制感，可以插入类似的代码来切分游戏进程。 # 角色排序，选择出场顺序。 def order_role(self): order_dict = {} for i in range(3): order = int(input('你想让{}第几个上场？（输入数字1-3）'.format(self.players[i].name))) order_dict[order] = self.players[i] self.players = [] for i in range(1,4): self.players.append(order_dict[i]) print('\n我方角色的出场顺序是：%s、%s、%s' % (self.players[0].name, self.players[1].name, self.players[2].name)) print('敌方角色的出场顺序是：%s、%s、%s' % (self.enemies[0].name, self.enemies[1].name, self.enemies[2].name)) # 角色PK def pk_role(self): round = 1 score = 0 for i in range(3): # 一共要打三局 player_name = self.players[i].name enemy_name = self.enemies[i].name #判断敌人是否对其有克制效果，有则进行攻击加成 self.players[i].fight_buff(enemy_name) self.enemies[i].fight_buff(player_name) player_life = self.players[i].life player_attack = self.players[i].attack enemy_life = self.enemies[i].life enemy_attack = self.enemies[i].attack # 每一局开战前展示战斗信息 print('\n----------------- 【第%s局】 -----------------' % round) print('玩家角色：%s vs 敌方角色：%s ' % (player_name, enemy_name)) print('%s 血量：%s 攻击：%s' % (player_name, player_life, player_attack)) print('%s 血量：%s 攻击：%s' % (enemy_name, enemy_life, enemy_attack)) print('--------------------------------------------') input('请按回车键继续。\n') # 开始判断血量是否都大于零，然后互扣血量。 while player_life > 0 and enemy_life > 0: enemy_life = enemy_life - player_attack player_life = player_life - enemy_attack print('%s发起了攻击，%s剩余血量%s' % (player_name, enemy_name, enemy_life)) print('%s发起了攻击，%s剩余血量%s' % (enemy_name, player_name, player_life)) print('--------------------------------------------') time.sleep(1) else: # 每局的战果展示，以及分数score和局数的变化。 # 调用show_result()函数，打印返回元组中的result。 print(self.show_result(player_life,enemy_life)[1]) # 调用show_result()函数，完成计分变动。 score += int(self.show_result(player_life,enemy_life)[0]) round += 1 input('\n点击回车，查看比赛的最终结果\n') if score > 0: print('【最终结果：你赢了！】\n') elif score < 0: print('【最终结果：你输了！】\n') else: print('【最终结果：平局！】\n') # 返回单局战果和计分法所加分数。 def show_result(self,player_life, enemy_life): # 注意：该函数要设定参数，才能判断单局战果。 if player_life > 0 and enemy_life <= 0: result = '\n敌人死翘翘了，你赢了！' return 1, result # 返回元组(1,'\n敌人死翘翘了，你赢了！')，类似角色属性的传递。 elif player_life <= 0 and enemy_life > 0: result = '\n悲催，敌人把你干掉了！' return -1, result else: result = '\n哎呀，你和敌人同归于尽了！' return 0, result #展示 def show_title(self): print('''--------------欢迎来到炼狱角斗场-----------------在昔日的黄昏山脉，陆奥帝国的北境边界上，有传说中的‘炼狱角斗场'!鲜血与战斗是角斗士的归宿，金钱与荣耀是角斗士的信仰！今日，只要【你的队伍】能取得胜利，你将获得一笔够花500的财富!将随机生成【你的队伍】和【敌人队伍】！''') input('\n狭路相逢勇者胜，话不投机半句多(按任意键继续...)')GAME_START = GAME()读到这里，这篇“基于Python如何实现格斗小游戏”文章已经介绍完毕，想要掌握这篇文章的知识点还需要大家自己动手实践使用过才能领会，如果想了解更多相关内容的文章，欢迎关注编程网行业资讯频道。
