How to Draw a Fully Connected 24-Sided Polygon in Python using Turtle

This is a Python code that uses the turtle module to draw a fully connected 24-sided polygon. The polygon is drawn by calling two functions: draw_polygon and connect_points.

The draw_polygon function takes two arguments: num_sides and size. These arguments specify the number of sides of the polygon and the length of each side. The function uses a for loop to iterate over the number of sides and move the turtle forward by the specified size, turning it left by the calculated angle for each side.

The connect_points function also takes two arguments: num_sides and size. This function creates an empty list to store the points inside the polygon, draws the polygon by iterating over the number of sides, and adds each point to the list. Then, the function lifts the pen and uses two nested for loops to connect each point to all the other points inside the polygon.

After defining the functions, the code sets up the turtle screen by creating a Screen object, setting the title, size, and background color, and hiding the turtle. The turtle's pen color is also set to brown.

The turtle is then moved to the starting position and the draw_polygon function is called to draw the polygon. The connect_points function is then called to connect the points inside the polygon.

Finally, the turtle's speed is set to 10 (fast), and the turtle.done() function is called to stop listening for commands and keep the window open until it's manually closed.

.py link:
https://mega.nz/file/fzZgGLYY#B-ulN8GkPMeuOElalHpUJY4yGJgd2uHIyOrgq-bE4D8