save project

diy1.py

-import random
-class Hero(object):
-    def __init__(self, name):
-        self.name = name
-        self.level = 1
-        self.hp = 250
-        self.attack = 40
-        self.max_hp = self.hp
-
-    def cure(self):  # 治疗
-        self.hp+=60
-        if self.hp>self.max_hp:
-           self.hp=self.max_hp 
-        print(self.name+"使用了治疗，血量增加：", 60,"，目前的血量为：",self.hp)
-        
-    def combat(self, enemy):    # 普通攻击
-        info1 = self.name+"对"+enemy.name+"发起进攻，"
-        info2 = "造成"+str(self.attack)+"点伤害，"
-        enemy.hp -= self.attack
-        if enemy.hp > 0:
-            info3 = enemy.name+"还剩下"+str(enemy.hp)+"血量"
-            info = info1+info2+info3
-            print(info)
-        else:
-            info3 = enemy.name+"阵亡，游戏结束"
-            info = info1+info2+info3
-            print(info)
-            exit()
-
-class Player(Hero):
-    def __init__(self,hero_type,name):
-        super().__init__(name)
-        self.hp = 200
-        self.attack = 50
-        self.max_hp = self.hp
-        self.hero_type = hero_type
-        print("角色"+self.name+"创建成功，英雄类型为：", self.hero_type)
-        print("当前等级、血量、攻击力分别为：",self.level,self.hp,self.attack)
-    def cure(self):
-        boold=random.randint(30,50)
-        self.hp+=boold
-        if self.hp>self.max_hp:
-            self.hp=self.max_hp
-            print(self.name+"使用了治疗，血量增加:",boold,"，目前的血量为:",self.hp)
-
-houyi = Player("射手", "后羿")
-yase = Hero("垭瑟")
-print('-'*30)
-print('     战斗开始')
-while True:
-    print("-"*30)
-    choice=input("请选择释放英雄技能(1攻击/2治疗)：")
-    if choice=="q":
-        print("游戏结束")
-        break
-    elif choice=="1":
-        houyi.combat(yase)
-    elif choice=="2":
-        houyi.cure()
-    else:
-        print("请重新输入1或2")
-        continue
-    num=random.randint(1,3)
-    if num==1:
-        yase.cure()
-    else:
-        yase.combat(houyi)
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+import turtle
+pen=turtle.Pen()
+screen=turtle.Screen()
+screen.bgcolor("black")
+colors=["red","blue","green","orange"]
+for i in range(1,300):
+    pen.pencolor(colors[i%4])
+    pen.forward(i)
+    pen.right(91)
+pen.hideturtle()
+turtle.done()
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