auto save

diy1.py

 import turtle
 import turtle
-# pen=turtle.Pen()
 # pen.write("jyu\nyy",font=("MS Gothsic",50,"normal"))
 # pen.write("jyu\nyy",font=("MS Gothsic",50,"normal"))
 p=turtle.Pen()
 p=turtle.Pen()
+p.shape("turtle")
 p.color("red")
 p.color("red")
 p.left(45)
 p.left(45)
 p.forward(100)
 p.forward(100)
@@ -9,4 +9,55 @@ p.circle(50,180)
 p.right(90)
 p.right(90)
 p.circle(50,180)
 p.circle(50,180)
 p.forward(100)
 p.forward(100)
+p.penup()
+p.goto(100,100)
+p.pendown()
+p.right(45)
+p.forward(200)
+p.right(90)
+p.forward(200)
+p.right(90)
+p.forward(200)
+p.right(90)
+p.forward(200)
+p.right(90)
+p.home()
+p.goto(-100,100)
+p.home()
+p.left(90)
+p.forward(140)
+p.home()
+p.right(45)
+p.forward(100)
+p.right(180)
+p.circle(50,-180)
+p.left(90)
+p.circle(50,-180)
+p.home()
+p.right(90)
+p.forward(140)
+p.home()
+p.goto(-100,-100)
+p.home()
+p.goto(100,-100)
+p.home()
+p.left(315)
+p.forward(100)
+p.circle(50,180)
+p.right(90)
+p.circle(50,180)
+p.home()
+p.forward(140)
+p.home()
+p.right(135)
+p.forward(100)
+p.right(180)
+p.circle(50,-180)
+p.left(90)
+p.circle(50,-180)
+p.right(180)
+p.forward(100)
+p.right(135)
+p.forward(140)
+p.home()
 turtle.done()
 turtle.done()

k.py

+print("h\'h\'h")
\ No newline at end of file

yuan.py

+
+def zhuochang(r):
+    b=3.14*r*2
+    c=r*r*3.14
+    return b,c
+a=int(input("请输入圆的半径："))
+x=zhuochang(r)
+print("圆的半径为",r,"时,周长是%.1f,面积是%.1f" % x)
\ No newline at end of file

东莞.py

+a=int(input("请输入第一条边"))
+a=int(input("请输入第一条边"))
+b=int(input("请输入第二条边"))
+c=int(input("请输入第三条边"))
+z=int((a+b+c)*0.5)
+if a+b>c and a+c>b and c+b>a:
+     x=a+b+c
+    print("三角形的周长是",x,"三角形的面积是",s)
+else:
+    print("这三条边不能组成三角形!")
\ No newline at end of file