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parent 1d08949d
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diy1.py
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()
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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()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()
\ No newline at end of file
jk.py
player=input("请出拳(石头/剪刀/布):")
print("玩家出拳："+piayer)
print("玩家出拳："+player)
import random
list=["石头","剪刀","布"]
computer=random.choice(list)
print("计算机出拳："+computer)
if piayer==computer:
if player==computer:
print("平局")
elif (player=="石头" and computer=="剪刀")or(piayer=="剪刀" and computer=="布")or(piayer=="布" and computer=="石头")
elif (player=="石头" and computer=="剪刀")or(player=="剪刀" and computer=="布")or(player=="布" and computer=="石头"):
print("恭喜，你赢了")
else:
print("很遗憾，你输了")
\ No newline at end of file
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