Recursive Square Snowflake Drawing with Python Turtle Graphics
This is a Python script that uses the Turtle graphics module to draw a Square Snowflake. The snowflake is made up of squares that are recursively drawn at different levels of depth. The color of each square is randomly generated using the HSV color space.
The script defines three functions:
draw_square(x, y, size, color) - This function draws a square at the given coordinates with the given size and fill color.
draw_squares_recursive(x, y, size, level) - This recursive function is used to draw squares at different levels of depth. At each level, a square is drawn at the current position, and then four more squares are drawn recursively at the four corners of the current square.
draw_squares(center_x=0, center_y=0, size=300, level=6) - This function is the main entry point for drawing the Square Snowflake. It takes four optional parameters: center_x, center_y, size, and level. The default values are used if no parameters are provided. This function validates the input parameters, converts them to the expected types, and then calls draw_squares_recursive() with the provided parameters.
The script starts by importing the necessary modules and setting up the Turtle screen. The tracer() method is used to turn off animation and speed up the drawing process. The hideturtle() method is used to hide the turtle cursor. The try-except block in the draw_squares() function is used to catch any input parameter value errors.
Finally, the script calls draw_squares() with the default parameters and then waits for the user to close the graphics window.
.py link:
https://mega.nz/file/7ixmHaYa#3ddxXZ0...