Graphic programming using Turtle class in Python
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1 Turtle Review
Here are all of the turtle functions we have utilized so far in this course:
turtle.forward(distance) – Moves the turtle forward in the direction it is currently facing the distance
entered
turtle.backward(distance) – Same as forward but it moves in the opposite direction the turtle is facing
turtle.right(degrees) – Roates the turtle to the right by the degrees enteres
turtle.left(degrees) – Same as right, but it rotates the turtle to the left
turtle.pensize(size) – Adjusts the size of the line left by the turtle to whatever value is entered for size
turtle.home() – Moves the turtle to the default location and faces it to the right
turtle.clear() – Clears all the lines that were left by the turtle in the window.
turtle.penup() – Causes the turtle to stop leaving lines (until pen is placed back down)
turtle.pendown() – Places the pen back down to the turtle can continue leaving lines when forward and
backward are called.
turtle.pencolor(color string) – Changes the color of the lines left by the turtle to whatever color string
entered (so long as Python recognizes it).
turtle.bgcolor(color string) – Changes the background color for the window that the turtle draws in.
turtle.speed(new speed) – Changes the speed at which the turtle moves to whatever newSpeed is.
turtle.clearscreen() – Deletes all drawings and turtles from the screen, leaving it in its initial state
Note that abbreviations also exist for many of these functions; for example:
� turtle.fd(distance)
� turtle.rt(degrees)
� turtle.pu()
1
2 Functions and Parameters
Here is the square function we looked at yesterday:
def square(side_length):
’’’
Draws a square given a numerical side_length
’’’
turtle.forward(side_length)
turtle.right(90)
turtle.forward(side_length)
turtle.right(90)
turtle.forward(side_length)
turtle.right(90)
turtle.forward(side_length)
turtle.right(90)
return
square(50) # This would give side_length the value of 50
square(100) # This would give side_length the value of 100
print side_length # This will give an error because side_length
# only exists inside the function!
Try it out:
(1 pt.) Create a new file called lab02.py. In this file, create a simple function called rhombus. It
will take one parameter, side length. Using this parameter, have your function create a rhombus
using turtle graphics. Call your rhombus function in the script. What happens if you provide no
arguments to the function? Two or three arguments?
Then, modify your rhombus function so it takes another argument for the angle inside the
rhombus.
3 Data types
Python recognizes many different types of values when working with data. These can be numbers,
strings of characters, or even user defined objects. For the time being, however, were only going to
focus on three of the data types:
integer – These are whole numbers, both positive and negative. Examples are 5000, 0, and -25
float – These are numbers that are followed by a decimal poi ...
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In the seventh century, the rule of Sindh state was in the hands of Rai dynasty. We know the names of five kings of this dynasty- Rai Divji, Rai Singhras, Rai Sahasi, Rai Sihras II and Rai Sahasi II. During the time of Rai Sihras II, Nimruz of Persia attacked Sindh and killed him. After the return of the Persians, Rai Sahasi II became the king. After killing him, one of his Brahmin ministers named Chach took over the throne. He married the widow of Rai Sahasi and became the ruler of entire Sindh by suppressing the rebellions of the governors.
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Rai dyansty Chach or Brahamn dynasty, History of Dahir History of Sindh NEP.pptx
Rai dyansty Chach or Brahamn dynasty, History of Dahir History of Sindh NEP.pptxDr. Ravi Shankar Arya Mahila P. G. College, Banaras Hindu University, Varanasi, India.
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Graphic programming using Turtle class in Python
- 2. The turtle MODULE Python allows you to import extra modules, specifically written for Python users. One of them is called turtle. You must import it to use it. You can then open a graphics window. import turtle # so we can use the turtles library of commands win = turtle.Screen() # creates a graphics window
- 3. The Turtle CLASS A Turtle is an example of class. ( turtle.Turtle()) When you create a new turtle it is called an INSTANCE. You can also call it an OBJECT. import turtle win = turtle.Screen() #make an instance of a turtle and we will call it delia delia = turtle.Turtle()
- 4. Turtle attributes Now you have an object called delia, you can give the turtle unique characteristics or ATTRIBUTES like shape and speed. The list of attributes you give to the Turtle will make delia a unique turtle.
- 5. Example Predict the shape that the Turtle delia will draw following the algorithm below.
- 6. Examples of some more attributes and instructions
- 7. from turtle import * color('red', 'yellow') begin_fill() while True: forward(200) left(170) if abs(pos()) < 1: break end_fill() done() import turtle skk = turtle.Turtle() for i in range(4): skk.forward(50) skk.right(90) turtle.done()
- 8. star = turtle.Turtle() star.right(75) star.forward(100) for i in range(4): star.right(144) star.forward(100) turtle.done() wn = turtle.Screen() wn.bgcolor("light green") skk = turtle.Turtle() skk.color("blue") def sqrfunc(size): for i in range(4): skk.fd(size) skk.left(90) size = size + 5 sqrfunc(6) sqrfunc(26) sqrfunc(46) sqrfunc(66) sqrfunc(86) sqrfunc(106) sqrfunc(126) sqrfunc(146)
- 9. Class Task • Create two instances of a turtle. • Call them delia and arthur. • delia is to go to position (50,50) and draw a square with that as centre. She then has to go to these 3 points, without leaving a trail, and stamp the 3 points …(-30,30), (100,-50), (0,0) • arthur is to draw two circles. One of radius 50 centre(0,0) and another of radius 40 centre (100,-50). Also the circles are to be filled with colours.
- 10. Challenge • Ask the user for the coordinates of the centre of a circle, a radius and a fill colour. • Get these properties for both delia and arthur and instruct them to draw the circles. • Finish with a stamp on the centre. • Write on each circle the properties given by the user. • For example “This is a red circle, centre (30,-30) and radius 45.”