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TurtleGraphics.py
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TurtleGraphics.py
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import turtle
pointer = turtle.Turtle()
pointer.width(8)
pointer.color("red")
new = turtle.getscreen()
pointer.speed(4)
new.bgcolor("lightblue")
# PENUP
pointer.left(180)
pointer.penup()
pointer.forward(300)
pointer.right(90)
pointer.forward(100)
pointer.pendown()
# Print H
# draw it!
pointer.forward(50)
pointer.right(90)
pointer.forward(50)
pointer.left(90)
pointer.forward(50)
pointer.left(90)
pointer.penup()
pointer.forward(50)
pointer.left(90)
pointer.pendown()
pointer.forward(50)
pointer.left(90)
pointer.forward(50)
pointer.right(90)
pointer.forward(50)
# print A
pointer.penup()
pointer.left(90)
pointer.forward(15)
pointer.pendown()
pointer.left(70)
pointer.forward(110)
pointer.right(70)
pointer.right(70)
pointer.forward(110)
pointer.left(180)
pointer.forward(55)
pointer.left(70)
pointer.forward(38)
pointer.left(70)
pointer.penup()
pointer.forward(55)
pointer.left(110)
pointer.forward(100)
# print P
pointer.left(90)
pointer.pendown()
pointer.forward(100)
pointer.right(90)
pointer.forward(50)
pointer.right(20)
pointer.forward(20)
pointer.right(70)
pointer.forward(40)
pointer.right(70)
pointer.forward(20)
pointer.right(20)
pointer.forward(50)
pointer.left(90)
pointer.forward(50)
pointer.left(90)
pointer.penup()
pointer.forward(100)
# print P
pointer.left(90)
pointer.pendown()
pointer.forward(100)
pointer.right(90)
pointer.forward(50)
pointer.right(20)
pointer.forward(20)
pointer.right(70)
pointer.forward(40)
pointer.right(70)
pointer.forward(20)
pointer.right(20)
pointer.forward(50)
pointer.left(90)
pointer.forward(50)
pointer.left(90)
pointer.penup()
pointer.forward(100)
# print Y
pointer.forward(20)
pointer.pendown()
pointer.left(90)
pointer.forward(50)
pointer.left(30)
pointer.forward(60)
pointer.backward(60)
pointer.right(60)
pointer.forward(60)
pointer.backward(60)
pointer.left(30)
# go to Home
pointer.penup()
pointer.home()
pointer.color("yellow")
new.bgcolor("green")
# setting second row
pointer.backward(300)
pointer.right(90)
pointer.forward(60)
pointer.left(180)
# print P
pointer.pendown()
pointer.forward(100)
pointer.right(90)
pointer.forward(50)
pointer.right(20)
pointer.forward(20)
pointer.right(70)
pointer.forward(40)
pointer.right(70)
pointer.forward(20)
pointer.right(20)
pointer.forward(50)
pointer.backward(50)
pointer.left(180)
pointer.right(20)
pointer.forward(20)
pointer.right(70)
pointer.forward(40)
pointer.right(70)
pointer.forward(20)
pointer.right(20)
pointer.forward(50)
pointer.right(90)
pointer.forward(10)
# go to Home
pointer.penup()
pointer.home()
# setting up
pointer.backward(200)
pointer.right(90)
pointer.forward(10)
pointer.left(90)
pointer.pendown()
pointer.forward(20)
pointer.penup()
pointer.home()
# D
pointer.backward(150)
pointer.right(90)
pointer.forward(60)
pointer.pendown()
pointer.backward(100)
pointer.right(90)
pointer.forward(10)
pointer.backward(70)
pointer.left(180)
pointer.right(20)
pointer.forward(20)
pointer.right(70)
pointer.forward(88)
pointer.right(70)
pointer.forward(20)
pointer.right(20)
pointer.forward(70)
pointer.penup()
pointer.home()
# set up for A
pointer.backward(50)
pointer.right(90)
pointer.forward(65)
pointer.left(90)
# print A
pointer.pendown()
pointer.left(70)
pointer.forward(110)
pointer.right(70)
pointer.right(70)
pointer.forward(110)
pointer.left(180)
pointer.forward(55)
pointer.left(70)
pointer.forward(38)
pointer.left(70)
pointer.penup()
pointer.forward(55)
pointer.left(110)
pointer.forward(100)
# print Y
pointer.pendown()
pointer.left(90)
pointer.forward(50)
pointer.left(30)
pointer.forward(60)
pointer.backward(60)
pointer.right(60)
pointer.forward(60)
pointer.backward(60)
pointer.left(30)
# go to Home
pointer.penup()
pointer.home()
# setting up position
pointer.right(90)
pointer.forward(215)
pointer.right(90)
pointer.forward(200)
pointer.right(90)
# color
pointer.color("green")
new.bgcolor("lightblue")
#DESIGNING
# design pattern
pointer.home()
pointer.forward(200)
pointer.pendown()
pointer.color("red")
pointer.width(3)
pointer.speed(0)
def squre(length, angle):
pointer.forward(length)
pointer.right(angle)
pointer.forward(length)
pointer.right(angle)
pointer.forward(length)
pointer.right(angle)
pointer.forward(length)
pointer.right(angle)
squre(80, 90)
for i in range(36):
pointer.right(10)
squre(80, 90)
turtle.mainl