davo.bsky.social - Profile | ThreadSky | a Reddit-style client for Bluesky

Using skimage, cv2 & PIL to detect & extract layout features. Instead of setting custom parameters per image, you can tell Python to create a range of combinable configurations and let it work its magic.

submitted 8 days ago • 0 comments

Spring profiles. Made with #threejs.

submitted 11 days ago • 0 comments

Made a pretty realistic Spring with controllable coils, tension and resistance. Made with #threejs

submitted 12 days ago • 0 comments

Reminder for myself to never use Node.js for parsing structured data from LLMs. Go with Python.

submitted 14 days ago • 0 comments

In previous iterations, I managed to get pretty close using an arc-based interpolation. But I’m looking for a more generalized solution that allows me to truly control bounded/mapped interpolations between open planar meshes to close ring meshes.

submitted 22 days ago • 0 comments

Never been this close to solve my complex interpolation problem. The solution seems to be emerging by intuitively combining bones with conformal mapping equations. 5 bucks to Cauchy–Riemann.

submitted 22 days ago • 0 comments

WIP: Made a layout engine. It’s called Organica. - Auto Layout features based on the Cassowary Constraint Solving algo. - Custom easing curves. - Uses FTrig for Fast Trigonometry fns. - Comes with a Transitionable operator to handle transitions between layout mutations

submitted 29 days ago • 0 comments

Published my second package on NPM (it’s 🔒 for now) but I’m super happy I took time to learn how to ship utility libraries with Bun.

submitted 30 days ago • 0 comments

Ok, ominous…

submitted 31 days ago • 0 comments

What I find fascinating about the AI / Tech scene is how much of that grift is actual escapism. Bros thinking that they can hustle their way out of fascism.

submitted 34 days ago • 0 comments

A moment of clarity hits you while wandering, call it discovery. A moment of clarity hits you while playing, call it experience.

submitted 35 days ago • 0 comments

Future Works In Progress.

submitted 36 days ago • 0 comments

Well, it turns out the 2012 movie “Iron Sky”, where the naz*s built a base on the moon was not so far off after all.

submitted 38 days ago • 0 comments

This weekend I wrote a GLTF and GLB file exporter for Valence 3D (built on cgltf) With #gltf & #glb exporting you can quickly import your #3D scenes made in valence3d.app into rendering & game engines. GLTF is widely used on the web so I’m hoping this will help people with #threejs #r3f #webdev

submitted 40 days ago • 0 comments

Anyone here worked with Zig + WASM? Please, let me know... I started learning Zig this weekend and I kinda loved it. I don't want to rewrite the entire FTrig on Zig, just to prove a point, but I'm tempted to write a small version and compile it to wasm and see how much faster it can go.

submitted 40 days ago • 0 comments

Reading about math and seeing that any library that tries to balance accuracy & performance, at some point, will peruse some flavor of any of these approximation algorithms.

submitted 40 days ago • 0 comments

If you're interested in learning more about approximations, @3blue1brown.bsky.social has a fascinating video about the Taylor Series. youtu.be/3d6DsjIBzJ4?...

submitted 40 days ago • 0 comments

In the process of reading & researching about Polynomial Approximations I wrote the most predominant implementations: - Taylor & Maclaurin - Padé - Bhāskarā - Chebyshev (Minimax) It was such a fascinating way for me to uncover decades of Math, intertwined and weaved into one another.

submitted 40 days ago • 0 comments

Got a pretty extensive list of things to finish, one of them is to keep iterating on testing & benchmarks. I want to complement @bun.sh test with @fast-check.dev, so I can get a better framework to benchmark against Math.sin(), Math.cos().

submitted 40 days ago • 0 comments

Why writing a Fast Trig library? Turns out I use sin/cos pretty much on every project that has anything related to motion, from p5.js & d3.js to three.js. The Taylor Series, plus other polynomial approximations, can calculate trig functions at 2x, 3x fast than Math.sin() & Math.cos()

submitted 40 days ago • 0 comments

Made a new library called `ftrig` that can calculate sin, cos, asin & acos faster, by using polynomial approximations, LUTs, among other tricks. Almost done with testing & benchmarks. This was such a fun project, now I need to write a bit of documentation and stress testing it.

submitted 40 days ago • 0 comments

Just documenting this historical moment where a whole country is banned from using a social media platform. The message is wild.

submitted 40 days ago • 0 comments

VHS post-processing effect inspired by the work of @polygon1993.bsky.social r3f.maximeheckel.com/vhs

submitted 44 days ago • 0 comments

2025 is my year of learning how to make tools for making tools. - I'm learning how to use test driven development in my workflows(helps me understand if I'm understanding the problem/solution space). - Learning how to create self-optimizing prompts (helps me avoid wasting time & tokens)

submitted 43 days ago • 0 comments

When the rabbit hole goes deeper than anticipated...

submitted 45 days ago • 0 comments

Anyone else closing their IG accounts tonight?

submitted 47 days ago • 0 comments

The quality of fast is a measure of intentional imperfections that helps you progress, while the quality of perfection is a measure of unrealized progress.

submitted 60 days ago • 0 comments

Started learning about numerical approximation algos 🫢 When games pull off those impossible 60fps visuals with complex lighting & physics, they're often using these clever math shortcuts to get a good enough output (fast, but less precise), rather than exact calculations (slow, more precise).

submitted 60 days ago • 0 comments

During this process, I made a bunch of tools: - An algorithm || design pattern comparison & testing tool - A file renaming / tagging tool that can read my code, and can read PDFs (with metadata from Semantic Scholar) - A code summarization + tagging for documentation & source citation

submitted 71 days ago • 0 comments

I’m ~20 papers deep into finding the optimal solution for my plane-to-ring interpolation problem. Turns out it’s an awfully complicated thing to achieve. And so many different interpretations and ways to solve it. Thanks to @observablehq.com, @github.com & Semantic Scholar, I’m closer than ever.

submitted 71 days ago • 0 comments

I learned about the Finite Element Method 🫢 I’m not gonna add any complex stuff like shape functions, or boundaries… But the “framework” of thinking about breaking a global domain (plane, ring) into smaller local domains (2 planes, 2 half-rings), what is call “discretization”, feels like 🫡

submitted 78 days ago • 0 comments

Math over magic.

submitted 79 days ago • 0 comments

progress, bit by bit

submitted 80 days ago • 2 comments

CodexType w/multi-line working faster now, and I can set a fixed framerate. With a throttle on Three.js I keep the pieces in sync. #webgl #threejs

submitted 86 days ago • 0 comments