bourgoisloic

Thank you. There is not, but on the readme you can find a few links to learn more[1].

I don't have solid metrics, but using only JS for a previous attempt, I couldn't have 8 points running smoothly [2]. Now it works with 500[3].

I'm not sure whether it's because I have a better understanding of the problems now or just because Rust/wasm is way faster, but what is sure is that Rust makes it easier to write performant code, even if it's harder to learn at first.

[1] https://github.com/loicbourgois/gravitle#learn-more

[2] https://loicbourgois.github.io/treeminor/demo/heart

[3] https://loicbourgois.github.io/gravitle/playground.html?test...

The springs are not damped yet, but for the main example, drag is enabled[1]. This continuously slows down the particles.

Drag is computed[2] for all the particles using something similar to the Drag equation[3].

Also, like electricslpnsld said, having a small enough time step helps.

[1] https://github.com/loicbourgois/gravitle/blob/master/fronten...

[2] https://github.com/loicbourgois/gravitle/blob/master/src/par...

[3] https://en.wikipedia.org/wiki/Drag_equation

Thank you for the feedback. I will look into this. Maybe the issue is only related to WebGL rendering.