Python Turtle Tutorial: How to Draw a Recursive Pattern of Nested Hexagons

This is a Python program that uses the turtle module to draw a recursive pattern of nested hexagons. The program defines three functions: draw_hexagon, draw_hexagon_circle, and draw_hexagon_circle_recursive.

The draw_hexagon function takes four parameters: x, y, length, direction, and color. It draws a hexagon at the specified position (x, y) with the specified length, direction, and color.

The draw_hexagon_circle function takes three parameters: radius, direction, and n. It draws a circle of n hexagons with a radius of radius and a starting direction of direction. The length of each hexagon's side is calculated based on the circle radius and number of hexagons. The color of each hexagon is chosen randomly.

The draw_hexagon_circle_recursive function is a recursive function that takes the same parameters as draw_hexagon_circle. It calls draw_hexagon_circle to draw a circle of hexagons at the current radius and direction, and then recursively calls itself with a smaller radius and a shifted direction. The recursion stops when the radius is less than 10.

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