save project

my_tree.py

 import turtle
 import turtle
+import random
 
 
-
+c=['lightcoral','snow',"green","blue","red",'yellow','navy','g','b','linen','pink']
 def tree(n):
 def tree(n):
-    if n>=50:
+    if n>=0:
+        if n<=12:
+            pen.pencolor(random.choice(c))
+            pen.pensize(n/3)
+        else:
+            pen.pencolor("sienna")
+            pen.pensize(n/10)
+
         pen.fd(n)
         pen.fd(n)
-        pen.rt(30)
-        tree(n-50)
-        pen.lt(60)
-        tree(n-50)
-        pen.rt(30)
+        a=random.randint(0,30)
+        b=random.randint(1,15)
+        pen.rt(a)
+        tree(n-b)
+        pen.lt(a*2)
+        tree(n-b)
+        pen.rt(a)
         pen.up()
         pen.up()
         pen.bk(n)
         pen.bk(n)
         pen.down()
         pen.down()
         
         
+
+
 pen = turtle.Turtle()
 pen = turtle.Turtle()
 pen.color('sienna')
 pen.color('sienna')
 pen.speed(0)
 pen.speed(0)
-pen.pensize(5)
+
 
 
 w = turtle.Screen()
 w = turtle.Screen()
 w.bgcolor('wheat')  
 w.bgcolor('wheat')  
 
 
 
 
-pen.lt(0)
+pen.lt(90)
 pen.up()
 pen.up()
-pen.bk(500)
+pen.bk(250)
 pen.down()
 pen.down()
-tree(300) 
+tree(60) 
 
 
 turtle.done()
 turtle.done()