Keve1227
10180
15
3
#cellular_automata #sierpinski_triangle #hexagons
May 3, 2018 1:51 PM
Keve1227
10180
15
3
#cellular_automata #sierpinski_triangle #hexagons
loveisallwereallyhave
Fractaly
EffeminateGuysTurnMeOn
F-f-f-FRRRAaaaaactals! Fractals!
merlecorey
laaame, your algorithm devolves into static, fun fact, easy algorithm for the maximum size sierpinski you can fit on a page is:
merlecorey
set the first pixel on, then for each pixel from top left if the pixel is black toggle the state of the pixel 1 to the right and 1 below
merlecorey
Keve1227
Had the hexagonal plane been infinite, the fractal would have branched on forever. Of course, there's still nothing spectacular about it...
merlecorey
yeah, but how many passes do you need to generate the full triangle using that method, if we assume an infinite area to work with, the
merlecorey
method i mention would do it in a single(albeit infinite) pass
Keve1227
The algorithm you mentioned does it in as many passes as there are rows in the final image.
Keve1227
Mine also does it in a single infinite pass, though in the dimension of time.
merlecorey
so in the gif you appear to be iterating through the entire image multiple times to generate the triangle