🔥The 9th Round of Easy Loan, Earn $40 Reward is in progress❗️ ⏰ Promotion Period: January 15th - Feburary 15th, 2025 👉 Register now and check more details at gate.io/campaigns/358

Happy to partner with Carbon Ads to monetize Liquid Layers (.5M visits/month)! Here is my idea to make ads a feature and not an annoything you want to close immediately, thereby increasing engagement, memorability and conversion. Many are dev products I use or would consider.

Experimenting with making my own mini convex/firebase with a DO SQLite DB per user. I'm using Drizzle to run migrations on start to keep schema uniform across DOs over time.

1 gorilla vs 100 ships

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

Found the bug (I had mixed up the render targets). Here is a more stable version.

Set up a multigrid pressure solver so it works a bit better when the mouse is moving fast.

Liquid Glass Layers I added a refraction shader as well as localization into many languages! Try it out at: grantkot.com/ll/

Liquid Glass Clock

Question about smart placement: Does it take the request url/path into account? So if I have some routes that need to access a centralized DB vs durable objects that need to be near the user, is it smart enough to figure that out? Trying to figure out if I should use separate

Working on a mass-spring system to add to the sandbox

Switched to XPBD which has a more controllable soft constraint parameter (compliance) where the behavior is consistent with variable timesteps. This way I can increase substeps when motion is fast because I'm too dumb to implement continuous collision detection.

added a basic camera pan & zoom

added anchor points

The powerPreference setting when initializing WebGL or WebGPU doesn't do much these days. I think a permission prompt to allow usage of discrete GPU would be very helpful for performance on Windows (see screenshot of proposal on gpuweb github). It doesn't matter on Apple because

inspired by the game Crayon Physics Deluxe. used the paper Meshless Deformations Based on Shape Matching by Muller et al.

Using clustered shape matching to make the lines a bit more flexible