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What exactly is it plotting? I assume the X axis is angular velocity.

i created something like this in algodoo

I enjoyed this game a lot.

How did you generate this It looks oscillatory maybe some weird fourier stuff

Can u provide some description on how it rotates and the system investigated? Probably the first time I see more than 3d systems in animation. Nor rotating 3d attractors are also not usual. Btw. source code would be best. :-)

turn on gigi d´agostinos "blablabla" and watch this vid here^^

dat kraken attack

I tried implementing a hash partitioning but without luck. Will try to learn from your code. Thank you.

This pulsating cluster looks like an aggressive swarm of all sorts of debris that has been swallowed up by anything that didn't repel it well enough

how was this made?

May be they have consciousness..

The one "creature seem to be eating other creatures but not the yellow detritus that looked like pond scum, and there were two fish like things that were also growing. Fascinating stuff.

Really cool work! Why the C++ version, is it faster than the python version? Since you used numpy (I think?) for the other version, I'd assumed performance would already be pretty high... I have a question regarding energy conservation - since there is friction, you should constantly be loosing energy, right? How does the simulation keep moving? Do you constantly add energy again? If you don't do it yet, I think it would be a pretty cool (and probably also relatively simple) to add an energy source (the sun) which adds (kinetic?) energy in just a region of the simulation (maybe the top of the image) while energy is lost (given off to the ground) elsewhere.

Just chill bro

Everyone talking about that one cluster doing backflips and devouring the ecosystem around it

Nice simulation! Have you tried space partioning? Seems to yield promising results as seen by e.g. Tom Mohr th-cam.com/video/p4YirERTVF0/w-d-xo.html

the singularity farmers and software slavers responsible for string feeding loops to good people in disillussionment deserve informationlessness

It's like a single living cell

Hi! I have a little problem here. Traceback (most recent call last): File "D:\Manuel\Simulations\particle_game_of_life-main\py\particle_gol_main.py", line 27, in <module> data, params, forces = pgol_params.params(target_n = 400, n_groups = 7) File "D:\Manuel\Simulations\particle_game_of_life-main\py\particle_gol_params.py", line 36, in params x,y,vx,vy,f = pgol_func.initialize(xlim,ylim,n) File "D:\Manuel\Simulations\particle_game_of_life-main\py\particle_gol_functions.py", line 74, in initialize z = np.arange(np.alen(x)) File "C:\Users\Victoras\AppData\Local\Programs\Python\Python310\lib\site-packages umpy\__init__.py", line 311, in __getattr__ raise AttributeError("module {!r} has no attribute " AttributeError: module 'numpy' has no attribute 'alen'

The description under the video was what I was missing under the other video. It's funny because I once had an idea for this kind of stuff of course people already did it.

I love it! Van u tell me on what rules do they behave

Yeah Science b*tch! Seriously tho, I love this, I can't wait to code some GLSL for it!

I dont get it but I love it.

dancing cell! dancing cell!!

Green nucleus unstable and will aways be, blue nucleus stable and will stay calm until to big, yellow nucleus stable as well and cell doesn't move unless touched and will follow blue if no Green particals around it

how do you use it

Yo he's fuckin' tearin' it up.

I like how cool when 2 cell emerged and form a denser planet!

This is by far the most visually impressive version of this idea published on youtube. Well done, you've really inspired me to make one myself.

blue gloop ball, no! you became that which you sought to avoid!

Try turning down the distance of reactivity it will have less extreme results

0:03 when everything formed

Thats really cool. What language is this in and do you have the code on github?

Maybe incerase the viscosity a bit

That's one of the most impressive takes on the "Game of Life" I've ever seen. Makes me think about cellular automata in a different way. I wasn't sure if this was pre-rendered until I peeked into the source code and realized it was a literal particle simulation with forces and everything. It's really good. You can practically see the forces expressed as invisible bubbles pushing the visible particles around (which is how I like to think of Conway's Game too) like one would imagine magnetic, strong/weak nuclear, and other forces to do. Really neat. Those Python data visualization libraries are incredible.

I don't how this give me a huge existencial crisis :')

Can you make a video like this that's like an hour long

Psychotic Jellyfish simulator

👍

is there a way that we can run this on our own?

What are the rules?

That one cluster kind of found a way to get more material by esentially gyriating extremely fast, It was esentially using a glitch to get around to consume more. Quite cool behavior (even if there is really none)

this isn't a particle version of game of life, this is a particle based cellular automata model that you made. why can't people just credit themselves instead of comparing themselves to others

I like the basic concept, and I hope you'll make more of these, but I would also like to recommend that the location-based defocusing or visual enlargement of particles should be either eliminated or extremely reduced, and also that an audio description of what's going on and how the rules work would be better than just having music.

this is actually really disturbing

I want to know how this works.

The nervously spazzing cell cluster is like greed and the concept of unlimited growth which completely fucks up peace in it's enviroment

Damn that chunky lad really killed the server, ey.

Whu does this hard bass thing happen?