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You should consider the following points in your solution: 1- The program should not contain any user-defined function. 2- The number of circles is 36, the starting radius is 100, and the offset angle that should be used each time to turn is10. 3- You should equally distribute the colors among the circles in your program, and you should select the colors from the colors list: colors=['brown','red','magenta','blue','green','orange'] 4- Your program should include only one loop. 5- Make sure to set properly the starting position (x & y) of your drawing, to maintain the above diagram.

You should consider the following points in your solution: 1- The program should not contain any user-defined function. 2- The number of circles is 36, the starting radius is 100, and the offset angle that should be used each time to turn is10. 3- You should equally distribute the colors among the circles in your program, and you should select the colors from the colors list: colors=['brown','red','magenta','blue','green','orange'] 4- Your program should include only one loop. 5- Make sure to set properly the starting position (x & y) of your drawing, to maintain the above diagram.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Introduction to Computing and Information Technology 2

Turtle Graphics is a Python feature like a drawing board, which lets us command a turtle to draw all over it! We can use functions like forward(...) and right(...) which can move the turtle around. Commonly used turtle methods are found in the posted pdf file "turtle – Turtle graphics – Python 3.7.1rc1 documentation" To make use of the turtle methods and functionalities, we need to import turtle. "turtle" comes packed with the standard Python package and need not be installed externally. The roadmap for executing a turtle program follows 3 steps: 1. Import the turtle module 2. Create a turtle to control. 3. Draw around using the turtle methods. Problem: a- Based on what you have learned in this course and using the appropriate commands, you are asked to implement a python program that draws the below diagram using the turtle. You should consider the following points in your solution: 1- The program should not contain any user-defined function. 2- The number of circles is 36, the starting radius is 100, and the offset angle that should be used each time to turn is10. 3- You should equally distribute the colors among the circles in your program, and you should select the colors from the colors list: colors=['brown','red','magenta','blue','green','orange'] 4- Your program should include only one loop. 5- Make sure to set properly the starting position (x & y) of your drawing, to maintain the above diagram. b- Try to change either the number of circles or the turning angle value. Discuss the impact of this change on the diagram and explain the reason behind that.
Transcribed Image Text:Turtle Graphics is a Python feature like a drawing board, which lets us command a turtle to draw all over it! We can use functions like forward(...) and right(...) which can move the turtle around. Commonly used turtle methods are found in the posted pdf file "turtle – Turtle graphics – Python 3.7.1rc1 documentation" To make use of the turtle methods and functionalities, we need to import turtle. "turtle" comes packed with the standard Python package and need not be installed externally. The roadmap for executing a turtle program follows 3 steps: 1. Import the turtle module 2. Create a turtle to control. 3. Draw around using the turtle methods. Problem: a- Based on what you have learned in this course and using the appropriate commands, you are asked to implement a python program that draws the below diagram using the turtle. You should consider the following points in your solution: 1- The program should not contain any user-defined function. 2- The number of circles is 36, the starting radius is 100, and the offset angle that should be used each time to turn is10. 3- You should equally distribute the colors among the circles in your program, and you should select the colors from the colors list: colors=['brown','red','magenta','blue','green','orange'] 4- Your program should include only one loop. 5- Make sure to set properly the starting position (x & y) of your drawing, to maintain the above diagram. b- Try to change either the number of circles or the turning angle value. Discuss the impact of this change on the diagram and explain the reason behind that.
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