auto save

diy1.py

-from turtle import *
-penup()
-
-bgcolor("light blue")
-color("light green")
-setheading(-40)
-fillcolor("green")
-begin_fill()
-circle(100,90)
-left(90)
-circle(100,90)
-left(90)
-end_fill()
-
-color("light green")
-setheading(135)
-fillcolor("green")
-begin_fill()
-circle(100,90)
-left(90)
-circle(100,90)
-left(90)
-end_fill()
-
-color("pink")
-fillcolor("light pink")
-begin_fill()
-setheading(-15)
-for i in range(5):
-    circle(100,90)
-    left(90)
-    circle(100,90)
-    left(90)
-    left(30)
-end_fill()
-
-color("#fef263")
-fillcolor("#fef263")
-begin_fill()
-setheading(-15)
-for i in range(5):
-    circle(50,90)
-    left(90)
-    circle(50,90)
-    left(90)
-    left(30)
-end_fill()
-
-
-
-
-hideturtle()
-done()
\ No newline at end of file
+import turtle
+import random
+pen=turtle.Turtle()
+pen.color("sienna")
+pen.speed(0)
+w=turtle.Screen()
+w.bgcolor("wheat")
+pen.left(90)
+pen.up()
+pen.backward(150)
+pen.down()
+def tree(n):
+    if n >= 0:
+        if n <= 12:
+            color_list=["snow","lightcoral"]
+            color=random.choice(color_list)
+            pen.color(color)
+            pen.pensize(n/3)
+        else:
+            pen.color("sienna")
+            pen.pensize(n/10)
+        pen.forward(n)
+        angle=random.random()
+        pen.right(30*angle)
+        length=1.5*random.random()
+        tree(n-10*length)
+        pen.left(60*angle)
+        tree(n-10*length)
+        pen.right(30*angle)
+        pen.up()
+        pen.backward(n)
+        pen.down()
+tree(60)
+turtle.done()