In Python 3 You can create a more interesting and realistic-looking tree by randomizing the angle the turtle turns. Rather than always using a 30 degree angle, select an angle between 15 and 45 degrees. randomizing how much the branches shrink each time you make a recursive call. Instead of always subtracting 15, try subtracting a random amount between 5 and 25. add color to the tree by making the large branches brown, and the small branches green. Choose a threshold value (or use the existing value 5) for the length of the trunk and set the color accordingly. Here is a simple version that creates a "dot" in the base case (for a leaf). Your program output does have to be similar. Thank You.
In Python 3 You can create a more interesting and realistic-looking tree by randomizing the angle the turtle turns. Rather than always using a 30 degree angle, select an angle between 15 and 45 degrees. randomizing how much the branches shrink each time you make a recursive call. Instead of always subtracting 15, try subtracting a random amount between 5 and 25. add color to the tree by making the large branches brown, and the small branches green. Choose a threshold value (or use the existing value 5) for the length of the trunk and set the color accordingly. Here is a simple version that creates a "dot" in the base case (for a leaf). Your program output does have to be similar. Thank You.
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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In Python 3
You can create a more interesting and realistic-looking tree by
- randomizing the angle the turtle turns. Rather than always using a 30 degree angle, select an angle between 15 and 45 degrees.
- randomizing how much the branches shrink each time you make a recursive call. Instead of always subtracting 15, try subtracting a random amount between 5 and 25.
- add color to the tree by making the large branches brown, and the small branches green. Choose a threshold value (or use the existing value 5) for the length of the trunk and set the color accordingly.
Here is a simple version that creates a "dot" in the base case (for a leaf). Your program output does have to be similar.
Thank You.

Transcribed Image Text:In Python 3
You can create a more interesting and realistic looking tree by
a. randomizing the angle the turtle turns. Rather than always using a 30 degree
angle, select an angle between 15 and 45 degrees.
b. randomizing how much the branches shrink each time you make a recursive call.
Instead of always subtracting 15, try subtracting a random amount between 5 and
25.
c. add color to the tree by making the large branches brown, and the small branches
green. Choose a threshold value (or use the existing value 5) for the length of the
trunk and set the color accordingly.
Here is a simple version that creates a "dot" in the base case (for a leaf). Your
program output does have to be similar.
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