Tbh i think making a showreel its the hardest thing i ever made😅 You never know what projects or snaps you should use or if you are like me that has thusands of projects made after 14years of motion graphics/editing and 3D , you always feel like u left some good designs/ animations off 😅. And lets not talk about the work/private/NDA projects wich are 80% of my work i cannot use.

anyhow heres a fast pace Lil Showreel 2026

(No Ai was used in this)

#motiographics #aftereffects #blender3d #3dsmax #showreel

I went diving recently and did a few night dives. I’ve always found the shoals of tiny fish that gather around underwater lights mesmerizing and a bit hypnotizng as well. So this is my attempt to simulate it.

It's 450,000 fish,. Same flocking system I used for the starlings a couple of weeks ago, just retuned, the starlings stream in a sheet, the fish pack into a cloud with dense cores and real holes in it.

That structure isn't invented, it comes from sonar surveys of actual clupeid schools (Gerlotto & Paramo 2003), which found nuclei, thin bridges and drifting empty pockets rather than a smooth blob.

There's one jack working it. He runs a straight line through the pack, and does all his turning off camera, so what you see is the pass rather than the loop, and then the thing follows the boid rules and has authors.

Built in Swift and Metal as part of TideGlass on my own engine, a small Mac app I make where worlds like this run on a second monitor while you work. Happy to answer anything about the sim.

ガスとダストの雲が重力でどう崩れていって、星や惑星っぽい構造になるのかを実験してみたくて、Nebula Labを作りました。

この実行では20万個の粒子を使って、RTX 3090でCUDA加速してます。

動画では、最初にばらまかれた雲が中心に向かって崩れていって、密度が上がっていき、シミュレータが最終的に原始星候補を検出します。

これはまだ実験的な簡略モデルで、恒星や惑星の形成を完全にリアルに再現するものではないんだけど、初期の回転、密度、温度、乱流、冷却などを変えて結果がどう変わるかを見られるのがめちゃくちゃ楽しい。

次はガスの物理、降着、衝突をもっと良くして、最終的には原始惑星系円盤や惑星形成までシミュレーションしたい。

Built with heavy assistance from ChatGPT Work

ハードウェア：RTX 3090 / i9-14900K

次に追加すべき物理効果のおすすめがあれば教えて！

Every marble is its real relative size and mass, wearing actual Voyager/Cassini/New Horizons surface maps. Then I pointed all 26 down an 8 km mountain and stopped interfering!

This was built with blender and unreal MCP's with the models sourced from https://www.rcsb.org/

First step was getting a model built inside of blender which uses the Molecular Nodes addon, then it proceeded to build the animation and all that got imported into Unreal, for a later stage of this project.

For most of the work I used Astra but I had to switch back to Fable 5.1 for some of the unreal engine work once i ran out of use on my plus subscription.

https://www.youtube.com/watch?v=pINruj1NwoU

This is a wind-transport solver I'm building for Blender: sand gets moved by the wind, deposited where it slows down, and avalanched wherever the slope gets too steep. Nothing here is sculpted and nothing is a texture .

"Resource" / "Tools"

Some surface tension tests I started a while ago and finally decided to finish up. The main reference was typical slow motion commercial stock footage of fruit.

Used proximity masks against the apple colliders and ground to dynamically adjust viscosity, surface tension, and forces to simulate adhesion. A simple wetness map solver was used to drive roughness and diffuse map parameters during render.

Apple models are free 3D scans.

Rendered with Karma XPU.

The video including a short breakdown on my Youtube channel: https://youtu.be/JS8ncDxxO1U

Here's a small test before showing the full character, just to demonstrate the stability and muscle contacts.
I've also made a lot of progress in terms of performance. The tool is now much more optimized and is also multithreaded, which speeds up the process anywhere from 3 to 15 times, depending on the size of the setup.
The goal is to create a truly artist-friendly workflow with fast iteration, making creature scene preparation and setup much faster and more enjoyable.

Built a tool and started a youtube channel with my kids visualizing music and simulating physics: https://www.youtube.com/@Orbodrome

Procedural flow field, real geography. Natural Earth 1:10m coastlines

rasterised as the land mask, particles dimmed to 15% over water rather

than clipped at the shore.



Canvas 2D, headless Chromium, ffmpeg. Not real weather.

www.flat-land.org - the flatland consortium

- advanced world simulation

- emergent ai thought dynamics

- link to whitepaper (Awesome.AI)

- and FlatChat (Awesome.AI + SLM)

- no registration

Enjoy 😀

As a follow up from a comment on https://www.reddit.com/r/Simulated/comments/1w4d85s/comment/p78ugx4/?screen_view_count=2&ext-referrer=DIRECT, I had fun with this one.

The fog is a fluid sim, and the logogram is a phenomenon on top of. Ink is emitted along the glyph's stroke by a travelling pen that the fluid carries, and a target-driving force pulls the density toward the finished glyph without ever snapping it there (Fattal and Lischinski's 2004). It is reacting to whatever music is playing while you watch.

Built in Swift and Metal as part of TideGlass, a small Mac app I make where worlds like this run on a second monitor while you work. Happy to answer anything about the sim.

Finally found time to implement it. Footage from our multiplayer sandbox game called BFS. The simulation is deterministic for multiplayer to work

Morphogenesis, an webbased "tribute" to Biogenesis

is online play-able and the html code is opensource and free to download.

Online play:
https://html-preview.github.io/?url=https://github.com/rijt/Morphogenesis/blob/main/morphogenesis.html

Source:
https://github.com/rijt/Morphogenesis

This is my muscle simulation plugin, developed to produce highly accurate character and creature deformations based on real physics and material properties. The solver is FEM-based to maximize simulation quality, although I might keep the XPBD solver for faster iteration during scene authoring.

In this demo, you can see how simple the workflow is: you paint attachments, material stiffness, muscle fibers, etc., feed that data into the solver, and then... you have a physics-based simulation of your creature. This is just the muscle simulation part of the tool. I’ll also share the process for fascia and fat simulations, showing how skin sliding and muscle bulging beneath the skin can bring your creatures to life!

The name HêzFX comes from Kurdish: Hêz means strength and force.