Slang can be made extremely close to GLSL/Shadertoy style of shaders by using a set of defines and typealiases, I've made a template in compute.toyts just for that compute.toys/view/1947 I also ported my most popular shadertoy using it: compute.toys/view/1948

Compute.toys finally got the Slang compiler integrated, which means its finally time to ditch WGSL 🎉🎉 I've ported my FFT to it, coding in it is much nicer. compute.toys/view/1922 Should try something with its autodiff next.

Made a mixed radix FFT implementation in compute.toys/view/1915 It is neat, but I still wonder how do you properly handle large prime factor size FFT's?

I've ported my vrchat isosurface ray tracer to shadertoy and added it to my fluid simulation there. Its probably the fastest multibounce ray tracing for liquids I've made thus far. shadertoy.com/view/w3sXzs

I posted my own implementation of the trilinear isosurface intersection on shadertoy 2 methods, one is the one from jcgt.org/published/00... and the other one is my own idea of using 4 trilinear samples (can use HW samplers here) to reconstruct the cubic. www.shadertoy.com/view/WXS3Rm

Managed to get Nvidia Flow (PhysX) to compile and run, after initially failing the other week. Was curious for a quick peek now that it's been open sourced (github.com/NVIDIA-Omniv...) Flow itself isn't CUDA based, but instead uses compute shaders Some higher level observations in the replies 1/?

I've been improving my VRChat liquid simulation for the last few weeks. Of the most notable things that I've implemented is a ray tracing algorithm over a 3d texture isosurface (using some ideas from jcgt.org/published/00...) Its surprisingly performant for VR resolutions!

Is it me or is bluesky video quality absolute trash

I'm slowly porting my approximate grid SPH simulation to VRChat. It did require few improvements to be stable enough, now its a hybrid neighbor index/particle average grid. Still need to implement @d4rkpl4y3r.bsky.social 's mip counting sorting method for improved performance.

I usually render particle fluids with particles, as it gives the most details, but here I tried using ray marching for the fluid. It certainly is much more liquid like, but at the same time its slower and loses some detail. I wonder if I can improve this. compute.toys/view/1809

I tried to apply my previous simulation approach to model soft bodies. By keeping the initial positions and using those to create springs between particles with spring length being the distance between initial positions its easy to make a soft body sim. compute.toys/view/1807

Been recently looking into fluid simulations again. This time I've testing if I can make a good SPH simulation but only having "average" cell particles. It seems to work surprisingly well, and it doesn't need sorting either. compute.toys/view/1782 Explanation thread👇🧵

On a day like this I recommend donating to Ukraine's military units. @serhii-rieznik.bsky.social has a drive going. A fellow Berliner, collecting for Kraken unit to grab them another drone. I can personally vouch for Serhii as an aid organiser who has done great work. www.paypal.com/paypalme/ser...

There was a severe lack of good volumetrics in VRC, so I decided to make my first VRChat world👀 vrchat.com/home/world/w... The world is based on Room -02- world from どんぐりのお店's BOOTH and the volumetric fog is a modification of this Shadertoy shadertoy.com/view/Wc23Rm

Successfully smashing together two neutron stars, to make a #blackhole. The amount of extra resolution you need to simulate a black hole compared to a neutron star is kind of nuts

Met with @michael-moroz.bsky.social

Today I uploaded my Powder Toy in #VRChat creation as a world, so people who don't know me can play with it: vrchat.com/home/launch?... I also added 10 new elements, including a bunch of explosives which can push around particles when detonated, via a rudimentary wind simulation.

I made Powder Toy in VRChat! It supports several kinds of liquids and solids, including chemical reactions between them. It's done entirely with fragment shaders and cameras, so I can put it on my avatar.

Almost forgor about this place huh In any case, here is a video of a superfluid simulation www.youtube.com/watch?v=uuGR... As well as the simulation itself compute.toys/view/1640

Hello everyone! I've been experimenting with some different ways of rendering a fluid simulation, and made a video about the journey over here: youtu.be/kOkfC5fLfgE

Been trying to figure out a way to get random sequence shuffles cheaply in-place. Seem to have gotten something good enough Perhaps its not the best way(and to be fair idk if there is anything better), but seems to work.

Very cool I guess the TLDR here would be: 1) Properly utilize memory hierarchy (groupshared cache, more register util by computing multiple elements per thread) 2) Less thread divergence = better 3) I guess using something like sum tables to reduce blur compute amount?

Interesting set of optimizations on SVO (size and traversal) dubiousconst282.github.io/2024/10/03/v...

A week ago was trying to replicate the look of the lightbulb from Technology Connections video www.youtube.com/watch?v=dHsk... I didn't get it very similar, but nonetheless it still is a very interesting result. compute.toys/view/1556

Hello everyone 😃 Decided to try jumping ship to Bluesky, hopefully this place is going to be better than twitter in the long run🤞