simoji VS WebGL-Fluid-Simulation

I built Ohayo (https://ohayo.computer/) and Simoji (https://simoji.pub/) which are 2 more examples of the technology in action.

This is really interesting. Have you thought about a GUI for dummies?

I wanted to do something like this, but I approached from a different angle of GUI first (https://simoji.pub/#simoji%0A%20question%20What%20is%20the%2...).

I obviously don't have the faintest clue about the actual algos at work in an exchange simulator. I'm more of a CSS guy. Drop me an email ([email protected]) if you ever want to chat.

Interesting! This makes sense to me.

I'm new to physics engines—I just started figuring out how to upgrade my simple grid cellular automata engine to a 2D engine for my toy sim tool (https://github.com/breck7/simoji)—and have been surprised by existing implementations, because it just seems not how the universe actually computes. I had not seen PBD before and it seems to be a closer model.

This is my first simulation engine I've built, and obviously is very early (just a few days in). Source code is here: https://github.com/publicdomaincompany/simoji I plan to add monte carlos, sensitivity analysis, and explore prior art like NetLogo and GAMA and see what else I'm missing. I think it might useful in my thinking and essay writing to have a quick and dirty way to build back of the envelope simulations. I'm trying to figure out the essence of Agent Based Simulations and build a minimal DSL for that domain. Sharing even though it's pretty bad, just in case there are folks with complementary skillsets who might want to talk more.

It kinda reminds me of this fluid simulation website. The site is about a computer graphics technique that simulates the motion and appearance of fluids such as water, smoke or fire. You can use your mouse to move around the screen to see the simulation, also can change how the fluid simulation works by adjusting the sliders in the control panel next to it.

Typed arrays are essential for web apps that use WebGL and WebGPU. Being able to send this typed data to run computations on the GPU in parallel can give you 1000x speed up.

You can see it in action on this WebGL fluid simulator[0] by PavelDoGreat.

[0] https://github.com/PavelDoGreat/WebGL-Fluid-Simulation

this one is much smoother: https://paveldogreat.github.io/WebGL-Fluid-Simulation/

previously: https://news.ycombinator.com/item?id=34422948

Not a video. WebGL Fluid is the website.

Sure here it is

Off the top of my head I'm thinking of WebGL Fluid Simulation

Here is poor man's stirrer: https://paveldogreat.github.io/WebGL-Fluid-Simulation/