Very much related:

LLaMA-Mesh by nv-tlabs on Github | Unifying 3D Mesh Generation with Language Models. Create 3D meshes by chatting.

meshgen by huggingface on Github | A blender addon for generating meshes with AI. This initial release contains a minimal integration of LLaMA-Mesh in Blender.

Are you buying ebooks in a physical store? How does that work?

The linked site does not have a valid SSL certificate. To me, that seems pretty sketchy for a registrar. Are you sure the URL is correct?

There’s also a more lightweight alternative for recording tracks called OpenTracks. It can export the data in KMZ, KML, GPX or CSV format.

I’m curious - how would they just “have phones switch”, and if that’s actually possible, to which “open non Google platform”?

I think some used them to gain insight in clicks (bit.ly provided stats for numbers, user agents etc.), and to track the origin of clicks by generating a unique shortened URL for each linking post.

Also, the obvious use case of turning a long direct URL to a file into something people can actually be bothered to manually copy from paper…

Yes, you can cast from the official YouTube app (or Revanced). You need to generate a code for connection in the SmartTube settings, then connect your phone through the cast menu. The option in the cast menu on the phone is called something like “Connect with code” IIRC.

Checked my second GOS user profile with google services, just to make sure – nothing to be seen.

Why not paperless? I’ve thought of trying out paperless-ngx but would like to hear about your experiences with it or other thoughts about it.

Thanks for sharing. It seems like there’s a lot of supported options. Many of them, I have no idea what are, but cars and doorbells are easy enough to understand, at least. Do you have any examples of interesting, less obvious use cases of your own, or of others’?

For local reception, receivers with RTL2832U chips are a cheap option. They are also called RTL-SDR. I have simply been using a long wire as a “random wire antenna”. Some of the older dongles also need an upconverter to be able to tune into low HF frequencies:

An upconverter for the RTL-SDR translates low HF frequencies ‘up’ into ones that are receivable by the RTL-SDR. This is a different method to the direct sampling mode used in the V3 dongles to achieve HF reception.

Quoted source: https://www.rtl-sdr.com/a-homebrew-one-transistor-upconverter-for-the-rtl-sdr/