generalized mandelbrot set but in desmos

preview_player
Показать описание

Рекомендации по теме
Комментарии
Автор

now that i've seen it like this, it looks like a flower blooming!

bensfractals
Автор

t(z) = arctan(z.y, z.x)
r(z) = sqrt(z.x^2 + z.y^2)
f(z) = r(z)^n(cos(t(z)*n), sin(t(z)*n)) + (x, y)
r(f((x, y))) = 2
n = slider value
Took me a while to figure this out based on The Fractalistic's reply.
Edit Log
r^n -> r(z)^n

asheep
Автор

This Is Not The Mandelbrot This Is The Fricking Lambda ☠️

Durple
Автор

ooo, I did it differently and found some extra stuff around the edges with my parameterization which I didn't expect, but this is awesome too!

codatheseus
Автор

It's weird to see that plotting the generalized Mandelbrot Set on Desmos Graphing Calculator needs trigonometry functions.

vincentlau
Автор

Link to the graph instead of the formula!

PDLD_official
Автор

give me the link to it to gift you some comedy

djehaomar
Автор

1 is circle
2 is mandelbrot set
3 is idk

Crystal-omlz
Автор

Can anyone explain me why everyone is just talking so much about fractals?

What's the reason to upload so many videos on fractals?

Why?

blissentity
visit shbcf.ru