Question

Challenge: Recursion and Python Turtle Graphics Submit Assignment Due Friday by 11:59pm Points 100 Submitting a file upload Available after Nov 9 at 12am Challenge: Recursion and Python Turtle Graphics Description: Write a program that draws a picture using Python e, recursion, and Turtle graphics e. Purpose: The purpose of this challenge is to provide experience working with recursione in Pythone. It also provides experience working with Turtle graphics in Pythone Requirements: Recursion and Python Turtle Graphics provides information on how to use recursion to draw pictures using Python Turtle graphics. You are to write a Python program that uses recursion and Turtle graphics to draw a picture. What picture is drawn is up to you. I urge your write a program that generates the most amazing, awesome, cool, intriguing, and mind bending artwork you can. You are to do a screen capture of the picture that is drawn to create an image file that is included with the challenge submission. Create a folder to hold your Python program (the.py file(s)) and a screen capture of the picture drawn by the program. The names of the folder, Python program files, and the screen capture image can be anything that you want and are allowable names. Make a zip file of the folder and submit the zip file. Capturing the Screen A screen capture of the picture that is drawn is to be made so that an image of the picture can be included with the challenge submission. The following is information on capturing the screen on macOS and Windows. It is best to capture just the picture or the window that contains the picture instead of the whole desktop To take a screenshot on macos, check out How to take a screenshot on your Mace. To take a screenshot on Windows, check out How to Take Screenshots in Windows 104. Submission Submit a zip file of the folder that holds the Python program and screen capture image. The names of the folder, Python program files, and the screen capture image can be anything that you want and are allowable names.

Answer 1

Code:

from turtle import # # imports everything from module turtle def drawn, side, angle): a recursive function to draw graphics using turtle module parameters: n-> no of recursion side-> length of side angel-> angle to rotate if n < 0: # base case return # using methods from turtle module to draw right (45) # turn right 45 degrees forward (side) # move forward by side length right (angle) # move right by angle degrees draw (n-1, side, angle) # recursive call to draw () # calling the recursive function draw (48,200,61)

Code as text:

from turtle import * # imports everything from module turtle

def draw(n, side, angle):
''' a recursive function to draw graphics using turtle module
parameters: n-> no of recursion
side-> length of side
angel-> angle to rotate
'''
if n < 0: # base case
return

# using methods from turtle module to draw
right(45) # turn right 45 degrees
forward(side) # move forward by side length
right(angle) # move right by angle degrees
  
draw(n-1,side,angle) # recursive call to draw()

# calling the recursive function
draw(48,200,61)

Sample run:

output picture

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