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Mykhailo Moroz

@Michael_Moroz_ • 11,816 subscribers

Love physics simulations and rendering algorithms. Currently work at @ZibraAI as Lead Research Engineer. https://t.co/awt86lQb5a Discord: misha.m.

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Decided to implement this as a compute shader. Looks very nice with millions of points! I've also made the beta parameter parametrize the color by a spectrum function.

Decided to implement this as a compute shader. Looks very nice with millions of points! I've also made the beta parameter parametrize the color by a spectrum function.

310,015 görüntüleme • 2 yıl önce

Now that the latest Chrome version has WebGPU support I guess I can finally talk about this. A year ago David A Roberts and Cornus Ammonis were developing a compute shader based Shadertoy alternative called I already had a lot of fun making some toy projects 😳

Now that the latest Chrome version has WebGPU support I guess I can finally talk about this. A year ago David A Roberts and Cornus Ammonis were developing a compute shader based Shadertoy alternative called I already had a lot of fun making some toy projects 😳

125,660 görüntüleme • 3 yıl önce

I've implemented a Gaussian Splatting renderer in VRChat! It was tricky, but turned out to be feasible. I've also made a public gallery with 12 splats you can check out: By the way the renderer is open source!

I've implemented a Gaussian Splatting renderer in VRChat! It was tricky, but turned out to be feasible. I've also made a public gallery with 12 splats you can check out: By the way the renderer is open source!

45,776 görüntüleme • 11 ay önce

Decided to go back to making Shadertoy fluid sims for for a bit. This time I improved my particle clustering cellular automaton SPH fluid sim to support multiple species particle merging and splitting. Also some fine tuning of the physics.

Decided to go back to making Shadertoy fluid sims for for a bit. This time I improved my particle clustering cellular automaton SPH fluid sim to support multiple species particle merging and splitting. Also some fine tuning of the physics.

25,143 görüntüleme • 6 ay önce

Implemented anisotropic kernels in my VRChat fluid sim ( Now to figure out how to get high quality normals out of this... (no screen space, thanks) Also still need to make tighter billboard quads for the ellipsoids, rn pretty expensive to render

Implemented anisotropic kernels in my VRChat fluid sim ( Now to figure out how to get high quality normals out of this... (no screen space, thanks) Also still need to make tighter billboard quads for the ellipsoids, rn pretty expensive to render

53,711 görüntüleme • 2 yıl önce

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's mip counting sorting method for improved performance.

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's mip counting sorting method for improved performance.

27,714 görüntüleme • 1 yıl önce

Testing the black hole in a different world

Testing the black hole in a different world

30,998 görüntüleme • 1 yıl önce

I decided to post the black hole shader for free, it's not something super special to keep for myself. You can get it from For depth occlusion to properly work in VRChat you must also add a directional light (with hard shadows, color can be black).

I decided to post the black hole shader for free, it's not something super special to keep for myself. You can get it from For depth occlusion to properly work in VRChat you must also add a directional light (with hard shadows, color can be black).

28,406 görüntüleme • 1 yıl önce

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. Explanation thread👇🧵

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. Explanation thread👇🧵

15,816 görüntüleme • 1 yıl önce

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.

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.

14,516 görüntüleme • 1 yıl önce

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 I also ported my most popular shadertoy using it:

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 I also ported my most popular shadertoy using it:

13,174 görüntüleme • 1 yıl önce

Tried to use reintegration tracking for simulating something "shallow water equation" like. Curiously it was simply enough to put an ideal gas in a potential field of the terrain shape. In that case the density is proportional to the height of the water. (but you do need to find this proportionality constant somehow first)

Tried to use reintegration tracking for simulating something "shallow water equation" like. Curiously it was simply enough to put an ideal gas in a potential field of the terrain shape. In that case the density is proportional to the height of the water. (but you do need to find this proportionality constant somehow first)

18,859 görüntüleme • 2 yıl önce

I wrote a blog post about my own Python tensor compiler library called TensorFrost that I've been working on for the last 14 months! As a sneak peak here is the last pet project that I've made using it - an implementation of Neural Cellular Automata:

I wrote a blog post about my own Python tensor compiler library called TensorFrost that I've been working on for the last 14 months! As a sneak peak here is the last pet project that I've made using it - an implementation of Neural Cellular Automata:

11,989 görüntüleme • 1 yıl önce

Daha fazla içerik yok.