This code creates a turtle graphics program that draws a fully connected polygon with 50 sides, where each side is a different color based on its hue, and then connects all the points inside the polygon with different colors based on the distance between them.
The program starts by importing the necessary modules: colorsys, time, turtle, and math. It then creates a screen object with a specified title, size, and background color.
The turtle's speed is set to 0 (fastest) and hidden. The turtle is moved to the starting position, and two functions are defined: draw_polygon and connect_points.
The draw_polygon function takes two arguments: num_sides and size. It uses a for loop to iterate through each side of the polygon, calculating the hue based on the current side number, converting the hue to RGB values, and then converting the RGB values to a hexadecimal color code. The turtle's pen color is set to the calculated color, and the turtle moves forward a distance of size and turns left by an angle of 360/num_sides degrees to draw the next side of the polygon.
The connect_points function takes two arguments: num_sides and size. It creates an empty list to store the points, draws the polygon, and adds each point to the list. It then lifts the turtle's pen and connects each point to all the other points, calculating the distance between them, the hue based on the distance, and then converting the hue to a hexadecimal color code. The turtle's pen color is set to the calculated color, and the turtle moves to the first point, puts down the pen, and draws a line to the second point.
The program pauses for 2 seconds, and the turtle's speed is set to 0 (fastest). The draw_polygon and connect_points functions are called with the desired number of sides and side length. Finally, the turtle is told to stop listening for commands, and the window remains open until closed.
Overall, this code generates an interesting and colorful graphic that demonstrates how to use the colorsys module in Python.
.py link:
https://mega.nz/file/TiwyyZiT#gC6PCt0...