This is a Python program that visualizes the Mandelbrot set using the Python Imaging Library (PIL). The program generates a Mandelbrot set fractal image and saves it to the specified file location.
To run the program, execute the following command: python3 mandelbrot_visualizer.py
Once the program is running, it will generate a Mandelbrot set image with the specified settings and save it to the specified file location. You can modify the settings of the image by changing the following parameters:
c: The complex value used as the center of the image.
w: The complex value used as the width and height of the image.
px: The number of pixels in the x-axis.
py: The number of pixels in the y-axis.
m: The maximum number of iterations used to determine if a point is in the Mandelbrot set.
out_name: The file name of the image to be saved.
The mandelbrot() function takes two arguments, a complex number c and an integer m, and returns an integer that represents the number of iterations required to determine if c is in the Mandelbrot set.
The sample() function takes five arguments, two complex numbers z and w, two integers x and y, and two integers sx and sy. It converts complex numbers to pixels.
The color() function takes two integers i and max_i, and returns a tuple of three integers representing the hue, saturation, and value of the color.
The render_mandelbrot() function takes six arguments, a complex number c, a complex number w, two integers px and py, an integer m, and a string out_name. It renders the Mandelbrot set fractal image and saves it to the specified file location.
Eample Output is example.jpg
This program is licensed under the MIT License. See the LICENSE file for more information.