It’s not a part of the title but yes, “app” is the official descriptor now.

You’re right: strange how they keep shoving things nobody wants in the name of their product - first “Office” became “Microsoft 365” (subscription-only), then “with Copilot” (opt-out upsell) and now the mandatory Copilot upsell.

The silver lining is, small and medium-sized companies are increasingly ditching the pricey offering for employees who don’t have document editing a major part of their duties, making them realize LibreOffice is now good enough for their personal needs.

Fair, I still use Office 2007 via Wine. Even the newest one has the killer features (unless it’s the awful web version) but your willingness to use it depends on how strong your aversion towards proprietary OSs and AI is

Microsoft 365 Copilot App

Oh, you’re right. Without “App” though, that slipped through because someone wrote “the Microsoft 365 Copilot app” (a string you’ll see in official MS texts) in title case.

That doesn’t exist. It’s Copilot 365 now so you’re not missing much.

We’re one step closer to eliminating the challenges faced by people who accidentally flew to Austria or vice versa

Most files fall into two categories anyway. How about we upgrade them too?

• EMXML: Even More Extensible Markup Language: Now with binary blobs! Embed media with all 8 bits per byte!
• ZIPminusPK: ZIP But Every File is 2 Bytes Smaller By Omitting Phil Katz’s Signature

I know what hertz is, I’m en electrotechnician. The display’s refresh rate is measured in hertz, and has to be at least 40 Hz or you suffer from headaches and some from photosensitive epilepsy. (edit: only applies if the screen goes black between refreshes, which I just learned OLED, unlike CRTs, doesn’t.) Ideally 100 Hz or more. But the image (frames per second) does not have to change that often. For example, movies are 24 fps but 35mm film projectors are 72 Hz: they flash each frame 3x before advancing (using a three-blade shutter) because 24 Hz is seizure-inducing but using a unique picture for each refresh (72 fps) is expensive. Similarly, your OLED TV is 144 Hz when gaming at 144 fps (if you can afford that), when watching a 60fps gaming video or 24fps movie: the screen controller works the same all the time but the picture it’s fed changes more or less frequently.

If an OLED screen refreshed at 1 Hz, you’d see a line going down the display edit: I learned about TFT OLEDs which don’t do that. So it never goes below 60 Hz. However, the phone can reduce animation fps when the CPU can’t keep up or to save battery. 1 fps is extremely choppy though, I don’t know where OP got that. I did once use a phone capped to that framerate (via adbcontrol pre-Lollipop where the screenshot is transmitted over USB) and it was awfully non-responsive.

That’s slower than a car blinker. An impractical refresh rate for OLED; did you mean 1 fps?

Edit: turns out OLEDs, like LCDs, use TFT technology to stay on between refreshes so it’s fine.

And yes, smartphones have refrained from redrawing unchanged display areas for years. You can enable “Show surface updates” in Android developer settings (flashing lights warning) to get an idea. Usually, the display gets divided into vertical areas: status bar, main app, keyboard, navbar, and each only updates if there is a change.

I submitted the mysterious extra n situation on military keyboards as a question for Lateral and they featured it in today’s episode!

Spotify video • Spotify CDN raw file (34:18) • catbox.moe • Podverse.fm clip • Website with transcript

They reserve the right to edit questions and omitted the important n-lock key. A keyboard with a permanently missing 3 would be ridiculous.

Edit: Now it’s also a highlight on YouTube, their second-most-viewed last year, but they didn’t attribute the question to me there, not even in text

I did’t know much about the German keyboard layout but I know the Czech one, which is derived from it (we both use QWERTZ) and was able to look up most of what I didn’t know.

So, the keyboard has 4 layers: default, Shift, AltGr, AltGr+Shift (the fourth one is not standard but is recognized by xkb; in Czech I use it for custom character mappings, in German it is standardized but Linux-only).

• Default layer prints lowercase letters a-z and äöüß, numbers and the symbols in the lower-left of each key.
• Shift layer prints uppercase letters A-Z and ÄÖÜ and symbols at the top left of each key.
  • Caps Lock only affects letters. I don’t know what happens when you press ß with Caps Lock on a system too old to know about ẞ (only in Unicode since 2008, and “allowed” in German since 2017) and I don’t want to make vintage computers explode at 39c3.
• AltGr layer prints lower-right symbols, most of which are only populated in a later version of the layout.
• AltGr+Shift (Linux only) prints upper-right symbols.

As you can see, AltGr+2 produces ², and AltGr+3 produces ³. I think the full-size “2” and “n” are misprints. My old Czech keyboard has some errors too.

By the way, Czech is more chaotic:

• we have lots more diacritics so the number row only prints numbers on its Shift layer (most people therefore use the numpad only)
• to print rare diacritics (ó, ď, ť, ň, and German ä, ö, ü), one has to first press the corresponding modifier key (´, ˇ, ˚, ¨) like on typewriters
  • an alternative for common capital diacritics (á, é, ě, í, ú, ů, ý, ž, š, č, ř) is to briefly turn on Caps Lock (advantage over typewriters)
  • pressing the ˚ key twice prints the degree sign (°) twice (Windows) or once (Linux)
• there is a bloody dedicated § key but we need to press AltGr+7 twice, then backspace (or Alt+96) for a grave (`), which is part of ASCII and used in Markdown
• physical keyboards almost always reserve the right side of the keys for the English-US layout (very confusing for novices) so one has to type in the AltGr layer blind (except for €); it contains useful symbols ([]{}<>|\€$@#^&×÷`) as well as useless ones (Đđ – these are Slovene, why not the Slovak Ôô?), leading people to prefer Windows-only left-Alt+numpad codes (such as Alt+64 for @) that use the obsolete OEM-1252 codepage (the Unicode extension has to be enabled via registry and Alt+letters hex codes get passed to programs anyway, often defocusing the input element). I only found a Slovak one on Wikimedia Commons
• some lazy manufacturers combine the Czech/English and Slovak/English layouts, which are similar except ľ, ť and ô, leading to 5 (!) symbols per key, 3 of which are irrelevant unless you switch layouts
• Gboard for Android offers QWERTY for Czech, which looks normal (hold for diacritics, potentially swipe for ě and ů) and the unpopular QWERTZ-PC, which has all the physical keyboard’s quirks, but its “Czech QWERTZ” is based off German QWERTZ, containing ú and ů but not the other diacritics for some reason. All other keyboard apps with Czech language layout get this right (hold for diacritics, potentially swipe for ě and ů)!

Do you know why the 3 key has an n? I have a hunch:

This is clearly a tactical keyboard for use in military, aviation or maritime navigation systems! /s

How did they fail at drawing a casette… in the age of casettes?