RE: https://macaw.social/@mergesort/116489003711610334
Top shelf human 🚀
RE: https://macaw.social/@mergesort/116489003711610334
Top shelf human 🚀
I'm about to say something I haven't said in 8 years: I'm looking for a full-time job.
I'm looking for the right role with the right people and the right mission, all of which I've laid out in this blog post. I'm mostly interested in something new, so if this sounds like your team I'd love to talk. https://fabisevi.ch/2026/04/29/open-to-work
Both inquiries and reposts would be incredibly appreciated. 🙇🏻♂️

I won't bury the lede, I'm looking to go back to work full-time. I'm thankful to not be under financial strain, so I'm not rushing into anything. Instead I'm coming at this from a place of genuine interest in finding the right opportunity for me. Recently I've had some great conversations with interesting companies, and it helped me realize that there are some things I miss about not being an indie. I'm putting this post out into the universe to find the right fit, and the best place to start is to tell you why I'm going back to work and what I'm looking for.
How to design a GDPR-compliant cookie banner:
3D folks, I'm trying to find a good formal definition of "manifold" and "watertight" in relation to meshes.
Most definitions say something like "every edge is connected to exactly two faces", but that would imply that an inside-out mesh, a self-intersecting mesh, or a pair of triangles connected back-to-back (with zero volume) would also be manifold.
Is there a definition somewhere that covers these cases? And what is the difference between "watertight" and "manifold", or are they synonyms?
GitHub's UI has become unusably slow in the latest versions of Safari.
So much for the web having standards.
I still reckon a decent desktop client would be preferable to how bad most web apps are these days.
Wasn't expecting to have to write my own nonLossyASCII decoder today (because Apple apparently broke theirs?) but there we go.
I might actually be able to ship this update!