RGB Waves in Koch Fractal

In this video, there are three wave sources which independently create circular wave impuls in the 7th iteration of the Koch Fractal. However, to make it clearly distinguishable I colored those three waves into three colors. It is interesting concept, because usually we do not separate waves like this (they all act on the same field).
The idea came from Reddit discussion thread, where Reddit user quadralien has suggested this to me. However, the technique I made it is a bit different than suggested.
The video is Full 4K in 3840 × 2160 (4K UHD) - it was necessary to capture all details of 7th iteration of the Koch structure. The wave equation is solved on 3840 × 2160 grid as well. The whole thing works as pure C++ application with OpenGL/Buffers/Avi output implemented using various techniques. Rendering time with numerical soluition and avi output took about 6h on my PC.
Watch in 2X speed if it's too slow (I don't want to reupload faster version also because some details are lost then).
See also Long RGB Waves in Koch Fractal with log colors: • Long RGB Waves in Koch...
Source code for the wave solution done using the same technique is available on a GitHub from my book on computer simulations (in Polish): github.com/maciejmatyka/sykofi2
Music:
Accralate - The Dark Contenent by Kevin MacLeod is licensed under the Creative Commons Attribution 4.0 License. creativecommons.org/licenses/...
Source: incompetech.com/music/royalty-...
Artist: incompetech.com/
End Note from author:
If you want to help me a bit in developing the channel please share some of my videos to people interested in such stuff. Also, if you have neat ideas for new videos and simulations, don't hesitate to let me know, this will definetely help me and inspire.
If you like this work, similar channels to mine that I can recommend are:
‪@NilsBerglund‬ and ‪@animations_ag‬ - those two are great and way more developed and popular. You may also like less popular but not worse ‪@physicssimulations7518‬.
I'm there:
My website about computer simulations: panoramx.ift.uni.wroc.pl/~maq/
My website at university: www.ift.uni.wroc.pl/~maq/
My blog: maciejmatyka.blogspot.com/
My medium: / maciej-matyka
Twitter: / maqpl
Linked In: / maciej-matyka-b2b47510b

[@EntangledFrequency]

Outstanding! You just showed how to form the Celtic knot (14 seconds) from three circles inside the Koch fractal! Which is one of the modalities of the torus. Fantastic work!

[@KagrithKriege]

This. This is how I internally made sense of "waves become particles" in physics.

[@NilsBerglund]

Very nice! I like the "resurgences" of the waves at their points of origin, and their symmetric images.

[@shikaishik]

夜のバーやディスコでこの演出をしたら、いいムードになりそうですね

[@maciejmatyka]

1- See also #2 version of it- Long RGB Waves in Koch Fractal with log colors: czcams.com/video/EWJK-PlGrzo/video.html
2- How to solve maze using physics? czcams.com/video/mgaLdmtesJg/video.html

[@The_Legend47]

Very "kaleidoscope-ish"

[@moobloom1798]

Third