Update README.md

README.md

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-# LeeHandsome
+# @LeeHandsome
-My repl.it account is @LeeHandsome,welcome to join me!
+### 6

Turtle

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-import turtle as tt
-import random
-
-x_apple = random.randrange(-24, 24) * 10
-y_apple = random.randrange(-23, 24) * 10
-eat_sym = 0
-
-
-class HungrySnake:
-    # 蛇的初始运动矢量
-    x_add = 10
-    y_add = 0
-    # 蛇的初始状态, 用坐标表示
-    snake = [[0, 0], [10, 0], [20, 0], [30, 0], [40, 0], [50, 0]]
-
-    # 以蛇的坐标为顶点画方块
-    def draw_snake(self):
-        for each in self.snake:
-            square_spot(each[0], each[1], 10, 'black')
-
-    # 运动方式: pop队首, append队尾
-    def move_a_step(self):
-        self.snake.pop(0)
-        self.snake.append([self.snake[-1][0] + self.x_add, self.snake[-1][1] + self.y_add])
-
-    # 改变运动方向矢量方法, 用于后面响应按键
-    def change_direction(self, x_lab, y_lab):
-        HungrySnake.x_add = x_lab
-        HungrySnake.y_add = y_lab
-
-    def is_crash(self):
-        # 判断是否撞墙
-        if \
-                self.snake[-1][0] <= -250 or self.snake[-1][0] >= 240 or self.snake[-1][1] <= -240 or self.snake[-1][
-                    1] >= 260:
-            return True
-        # 判断是否撞身体
-        elif self.snake[-1] in self.snake[:-1]:
-            return True
-        else:
-            False
-
-    # 吃到苹果, 在append
-    def eat_apple(self):
-        self.snake.append(self.snake[-1])
-
-def square_spot(x, y, width, color):
-    tt.up()
-    tt.goto(x, y)
-    tt.down()
-    tt.color(color)  # 设定填充颜色
-    tt.begin_fill()  # 申明开始填充
-    # 开始画图
-    tt.forward(width)
-    tt.right(90)
-    tt.forward(width)
-    tt.right(90)
-    tt.forward(width)
-    tt.right(90)
-    tt.forward(width)
-    tt.right(90)
-    tt.end_fill()  # 申明填充结束
-    tt.up()
-
-
-def show_apple():
-    global x_apple, y_apple
-    if HungrySnake().snake[-1] == [x_apple,y_apple]:
-        x_apple = random.randrange(-24, 24) * 10
-        y_apple = random.randrange(-23, 24) * 10
-        HungrySnake().eat_apple()
-    else:
-        square_spot(x_apple, y_apple, 10, 'red')
-    print('apple: %s' % [x_apple,y_apple])
-
-
-def game_loop():
-    tt.clear()
-    show_apple()
-    HungrySnake().draw_snake()
-    HungrySnake().move_a_step()
-    print('snake: %s' % HungrySnake().snake)
-    print('speed: %s' % [HungrySnake().x_add, HungrySnake().y_add])
-    print('Crash: %s' % HungrySnake().is_crash())
-    if not HungrySnake().is_crash():
-        tt.ontimer(game_loop, 100)
-    else:
-        square_spot(HungrySnake().snake[-1][0], HungrySnake().snake[-1][1], 10, 'red')
-        tt.done()
-
-
-tt.setup(500, 500)
-
-tt.hideturtle()
-tt.tracer(False)
-tt.listen()
-
-tt.onkey(lambda: HungrySnake().change_direction(-10, 0), 'Left')
-tt.onkey(lambda: HungrySnake().change_direction(10, 0), 'Right')
-tt.onkey(lambda: HungrySnake().change_direction(0, 10), 'Up')  # 不加lambda, 后面的对象类型是None. 加lambda之后才是函数
-tt.onkey(lambda: HungrySnake().change_direction(0, -10), 'Down')
-
-game_loop()
-tt.done()
-

test

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-import requests
-print（requests.get(baidu.com).text[:100]）