Python Turtle Tutorial: Drawing a Recursive Stacked Hexagon Pattern
This Python code uses the Turtle module to draw a recursive pattern of stacked hexagons. The hexagons are drawn with random colors generated using the colorsys module.
The code starts by setting up the screen using the turtle.Screen() function, setting the screen title and size, and turning off screen updates for faster drawing. It then defines a recursive function called hexagons that takes four arguments: the x and y coordinates of the hexagon's center, the length of its sides, and the recursion depth (n).
The function first checks whether n is zero, in which case it returns and the recursion ends. If n is not zero, it lifts the pen, moves to the starting position of the hexagon, sets the turtle's color to a random hue using colorsys.hsv_to_rgb(), and draws the hexagon using a for loop that iterates six times to draw each side.
After drawing the hexagon, the function calls itself four times to draw smaller hexagons recursively above, below, to the left, and to the right of the current hexagon. Each smaller hexagon has half the side length of the previous one, and the recursion depth is reduced by one. This creates the stacked hexagon pattern.
Finally, the main program calls the hexagons function with initial parameters, updates the screen to show the final drawing, and keeps the window open until it is closed using turtle.done() function.
This code can be modified by changing the initial parameters of the hexagons function, such as the x and y coordinates, the length of the sides, and the recursion depth, to create different variations of the stacked hexagon pattern. Additionally, the color of the hexagons can be modified by changing the hue, saturation, and value parameters in the colorsys.hsv_to_rgb() function.
.py link:
https://mega.nz/file/WzggCbQR#lMtlWGw...
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