The Mandelbrot fractal is known to almost all computer geeks. But where does its complexity come from?
Here's another cool animation - the impact of shifting the starting point (z0) for Mandelbrot set:
https://vimeo.com/936068771/14ff98eadb
PS. If you liked the f(z) = z^2 video toward the end of the article, you might also enjoy playing with this interactive conformal map demo done by another person: http://www.rotormind.com/projects/portfolio/codework/conformal/
Thanks. Very nice.
Man you should also post about the kind of music you hear and heard ( in the past during your early years into programming ). It looks like you're on a song. Math-Breeze. And we're loving it.
Here's another cool animation - the impact of shifting the starting point (z0) for Mandelbrot set:
https://vimeo.com/936068771/14ff98eadb
PS. If you liked the f(z) = z^2 video toward the end of the article, you might also enjoy playing with this interactive conformal map demo done by another person: http://www.rotormind.com/projects/portfolio/codework/conformal/
Thanks. Very nice.
Man you should also post about the kind of music you hear and heard ( in the past during your early years into programming ). It looks like you're on a song. Math-Breeze. And we're loving it.