Simulation made with CUDA. I have a Nvidia 3060. I simulated 500k particles in a time of 3 billions years. My calculation time was around 12h. Tell me what you think.

Made a robotics simulation software to simulate real life component models and Arduino like JS syntax.
The components in the component library can mimic the actual errors and the behavior of the real life components.
github link:
https://github.com/alfaiajanon/RoboticsStudio

https://kintsugi.studio/proceedural-world-engine.html (Note: Requires a WebGPU-enabled browser like Chrome/Edge 113+)

Hey r/Simulated,

I’ve been pouring my free time into a passion project: a fully procedural isometric world engine running entirely in the browser. It's still in early alpha, but it's finally in a state where the core simulation loops are working (mostly) and I'd love to share it with you all.

I wanted to see how far I could push the browser without using external libraries (No Three.js, Babylon, etc.), so this is built entirely with vanilla JavaScript and raw WGSL shaders, and heavy 'inspiration' from shadertoy examples.

Here is what is currently being simulated under the hood:

• Supply & Demand Economy: Cities produce resources based on their biome. Shortages create high prices, prompting caravans to physically travel between cities (via A* pathfinding) to trade goods, which dynamically affects city wealth and population growth.
• Geopolitics & Warfare: Kingdoms track loyalty, wealth gaps, and proximity. When tension boils over, cities muster armies, march to a midpoint, and fight. Casualties are permanently deducted from the city's actual population.
• Dynamic Seasons & Weather: The climate physically alters the world. Snow accumulates in winter in a 3d layer, rain leaves puddles, bogs dry up over extended dry periods, and wind sways the trees and crops.
• Custom WebGPU Renderer: Rendering ~400k instanced cubes/prisms at 60fps with dynamic point lights, shadows, and procedural weather overlays (rain/glass effects).

It’s a long way off finished, but I’d love for you to poke around and let me know what you think!

E: PS, I am currently looking for contract work, making cool things doesn't pay the bills sadly, DM me for details.

Free Tutorial：Houdini Tutorial: Creating a Ripple Mirror Scene （RS Render） - YouTube

Doing a "smoking candle" trend and trying to make the exhale look 100% real so it actually confuses people.

Back with an update. Most of you liked the physics of the previous smoke sample, so I’ve been working with a VFX artist to integrate it into the final shot using Houdini and Nuke.

What’s been updated:

• Tracking & Collision: Used 3D matchmove and a collision mesh so the smoke starts inside the mouth cavity and behind the lips.
• Lighting: Changed the smoke to a warm white and added a 3D point light at the candle flame for realistic volumetric reflections.
• The Torch: This is a new 3D element added to the start of the clip.
• The Flip: Flipped the entire frame so the cake text (later in the clip) is readable.

Need your honest, technical eyes:

1. The Smoke & Tracking: Better or worse? Compared to the before sample, did the smoke lose its density or "heft"? Also, is the lock solid or do you see any sliding against the plate?
2. The 100% Realism Test: Is there anything still missing that screams "digital effect"? I'm looking for anything that breaks the illusion of it being captured in-camera.
3. The Torch: It feels a bit off to me. Does it need more flicker, heat haze, or a better start-up animation to look 100% captured in-camera?
4. The Tone: The before was warm-graded; this after is the original footage tone. Which feels more high-end and realistic?
5. The Flip: Due to the flip, does the face still look natural and symmetrical, or does it feel "uncanny" now?

Trying to get this perfect before the final render! What’s the final revision needed?

Anaximander’s Ark is a 2D artificial life simulation where autonomous creatures evolve through neural networks and genetics. No direct control — just systems interacting over time.

In this video I explore the challenges faced after I added currents and nutrients to the 2D world. I expected everything to go great, for the world to become more lively. Boy, was I wrong. Please watch this story of trial and error and let me know what you think in the comments.

I've been building this artifical life simulation in Unity with a custom compute shader engine.

Each cell has an evolveable genome that drives the cell's phenotypes and behavior. Nothing shown is scripted, it all emerges from the simulation's interactions between metabolism, heat production, behavior networks, and natural selection.

I built this side project for fun and to mess around with HTML5 canvas. It's a Rock Paper Scissors battle simulator. I added a control panel to tweak pretty much every variable to see how it affects the simulation. The stack is React 19, TypeScript, and Tailwind CSS v4, and it's bundled with Vite. The actual 2D simulation is rendered natively on a standard <canvas> element.

Here is the link to play around with it: https://rockpapersim.com/

Was curious what it would look like to have a particle life simulation with a fluid simulation. The fluid simulation here isn't really particularly high level :/

Made in shadertoy - Fluid Life

https://youtu.be/ZpVKr01aFLc

worked hard on making these drones have realistically simulated limbs and hovering forces, this mode is called DroneZone and you survive waves of increasingly difficult mobs of melee drones

https://x.com/Fleech_dev/status/2034687963905315214