Ugh, you’re right! I didn’t realize. I’m going to give SpamBlocker a try instead. I just downloaded and flipped through the options and it looks better than “Yet Another Call Blocker” anyway.

You’re right, I hadn’t noticed that.

Looks like the F-droid version is way behind, because you can see on their GitLab page that the project is still maintained. It’d be best to get the app directly through GitLab I suppose, or add an F-droid repo that has a more up-to-date version.

It can block hidden numbers, if that’s what you mean by “private”.

I hope you like the app!

Yes. Go to settings and toggle the Block hidden numbers option

I use Yet Another Call Blocker. It has a custom block list you can use to block a specific number.

The block list also supports wildcard characters, which is my favorite feature! I use it to block swaths of numbers (much of my spam comes from the state I used to live in, so I block those area codes).

That’s insane!

Looked up “cromulent” in the dictionary. Wasn’t disappointed!!

The chances of a deal are said to be weeks away, if not non-existent.

What kind of non-sentence is that?

Looks like Gitlab hit the Dev with a dmce takedown notice.

Looks like there’s a copy on Github (at least for now).

If the browser extension isn’t working there’s always Archive.today and smry.ai provide cached versions of pages. Other alternatives are outlined here as well

A couple of ideas:

Encoding holograms

• Model the object in 3D space (using Blender maybe?)
• Use the Angular Spectrum algorithm to model light propagation, its interaction with the object, and it hitting the recording medium.
• Your final recorded hologram should have two maps (aka “images”) across (x, y): a map of the light’s amplitude and another of its phase offset. This is your recorded hologram.

Decoding holograms:

• Use the angular spectrum algorithm again except reverse the light’s propagation direction. The amplitude and phase maps from the encoding phase are the initial conditions you’ll use for the light.
• The light’s amplitude and phase information you calculate at various planes above the recording plane are the 3D “reconstructed” image.

Last thought

Holography is often used to record information from the real world, and in that process it’s impossible to record the light’s phase during the encode step. Physicist’s call it “the phase problem” and there are all kinds of fancy tricks to try to get around it when decoding holograms in the computer. If you’re simulating everything from scratch then you have the luxury of recording the phase as well as the amplitude - and this should make decoding much easier as a result!

A coworker recently sent me a Word document with edits and comments they had added. When I downloaded & opened it (in Word on Windows!) it told me that it had the edits/comments but it wouldn’t let me see them unless I log in to my Microsoft account and then view it online in the web version of Word. What the actual fuck?

Fuck that. I responded to my coworker and asked them to just send me the edits via email in plain text. I’m not winning popularity contests at work, but what the fuck Microsoft?

If you’re nervous about the switch consider dual-booting. Then you’re not fully committed to the switch & you can have your old Windows system back whenever you want it.

Main steps are:

• Run a defrag on your Windows machine to physically consolidate all your Windows data to one area.
• Break that partition into two (Linux will go one the new empty side)
• Install Linux from a USB as normal, but don’t choose to wipe your drive completely. Choose a manual option instead where you specifically indicate your intended Linux partition from above.
• Optional: Once installation is complete you can set up another partition to hold files which can be available to both OSs.
  • Boot into Linux & define the remaining unused space in the Linux partition as a new NTFS partition & give it a name which makes it obvious what it is (i.e. “sharedspace”)
  • Then boot into Windows and move the existing data you’d like to share between OSs here (work documents, movies, music, etc.)

Some useful links:

• Video on setting up a dual boot
• Howtogeek used to have a great walkthrough for doing this but I’m getting a 404 error when I try to follow the link now :(
• Optional: Setting up Linux symlinks to point to the shared space partition

What’s a “gang input”?

This is the way

I use Bats! for a HIIT timer & Loops Habit Tracker to keep myself honest. Both are available on F-Droid.

These are my main core apps. Not fully divested from closed ecosystems (YouTube & Google Maps are in there with alternative private frontends). But close enough for me.

• Mull - Private Firefox
• OrganicMaps & GMaps WV - Maps
• Eternity - Lemmy
• Meglodon - Mastadon
• ProtonVPN - VPN
• AntennaPod - Podcasts
• Bitwarden - Passwords
• Joplin - Notes
• NewPipe Sponsorblock - YouTube w/o ads or in-video promotions
  • Need to add the Izzy repo to get this one
• VLC - Music & video
• Yet Another Call Blocker - Spam calls
• Geometric Weather - Weather

• Making Sense: Centrist & atheist host talks politics, ethics, philosophy issues with guests.

• Huberman Lab: Science-based health advice

“Sure, it is not perfect. But, sometimes it is incredibly helpful. No matter what you do with it, unfortunately, it is not an open-source solution.”

This article needed a better ai to write it .

I use Linux at the office. I’m the only employee at my company who does.

I haven’t had many issues collaborating with others using libreoffice while they use MS office. I do keep a Windows VM running for those somewhat rare instances where I need Windows for something though. I also needed to invest quite some time to figure out Linux alternatives for everything (how to use company VPN, how to get MS Teams working, how to connect to network drives, etc).

But so far so good. Been 100% Linux at work for maybe ~1.5 years?

Super cool (except the Instagram link)