PaulPolaschek

import turtle
import random

turtle.setup(1400,700)

p1=turtle.Turtle()
p1.pencolor("blue")
p1.pensize(3)
p1.fillcolor("blue")

PaulPolaschek

import random

"""
#########################################
#.......................................#
#.......................................#
#########################################
"""

maxlines=23

PaulPolaschek

import turtle
import random

#rekursive tree

def branch(length=50, angle=30, factor=0.5, stops=2):
    if length < 5: 
        return
    turtle.fd(length)
    turtle.left(angle)

PaulPolaschek

import random

"""
#########################################
#.......................................#
#.......................................#
#########################################
"""

maxlines=5

PaulPolaschek

import turtle
import random

def nadelbaum(c1="brown", c2stamm="brown",
		      c2nadeln="green", breite=20
		      hoehe=50):
	turtle.color("brown","brown")
	turtle.begin_fill()
	turtle.forward(20)
	turtle.right(90)

PaulPolaschek

import turtle
import random

turtle.setup(1400,800)

peter=turtle.Turtle()
peter.pencolor("blue")
peter.pensize(3)
peter.fillcolor("red")

PaulPolaschek

import turtle
import random

rosi = turtle.Turtle()
rosi.speed(0)
rosi.shape("turtle")
rosi.pensize(2)
rosi.pencolor("green")
rosi.fillcolor("red")
rosi.goto(-100,-50)

PaulPolaschek

import turtle
import random

rosi = turtle.Turtle()
rosi.speed(0)
rosi.shape("turtle")
rosi.pensize(2)
rosi.pencolor("green")
rosi.fillcolor("red")
rosi.goto(-100,-50)