

pls don’t spread my password around like that


pls don’t spread my password around like that
I can’t, my case has too many RGB LEDs


“Make no mistakes” wasn’t enough?? 😮


just stand there and wait until somebody comes in, like everyone does


I thought it was a given that, if it’s a phone app, you’re likely to want to carry it with you, not leave it on a desk with your computer.


that would still require the OS or user to spoof a location to actually prevent tracking. I hope they’d do that, but I wouldn’t expect them to.


HEL


that assumes
Possible? Sure. It’s also possible that I drink half a bottle of vodka on a Friday night and mess up with production.


fitting translation for “meta”

I’ve done it quietly 4y ago, only told some closer relatives. It was kind of funny when relatives I wasn’t talking to told my closer ones that we were keeping in touch on WhatsApp, not even aware I wasn’t in the platform for over 6 months at that point.
Now after years and leaving 2 family groups, politics, and a whole lot of drama behind, I feel it was a great decision, and the only regret was not doing it earlier.
in order to crack down on
AIunprofitable bots
I’m sure they’ll have no issues allowing bots that align with their interests


you can’t compare it to the islands, because the GPS trace is in an area within that green circle, with a different scale. You can only look at the 300m scale in the bottom right, which looks in the ballpark of an aircraft carrier to me


The problem is that you didn’t bring much, and it sounds like you’re trying to spread FUD yourself:


why are you making a post instead of replying to a comment?


so… some really basic shit that should have been expected in a pre-2010 update + AI
Well done, guys. I guess you gotta start somewhere.
you’re the one comparing it to Linux


I don’t think you can have both


You don’t need that assumption. Your assumption can just be “the person and vessel (or a point in the vessel, like its center of mass) don’t diverge significantly over time”.
Then, if you treat velocity as a vector and compute the person’s average velocity vector over time, you’ll have a pretty close estimation to the vessel’s velocity vector.
After all, if those two average vectors (vessel’s and person’s) were to differ much, they would end up in different locations.
The average basically zeroes the vector for each lap the person does, so the remainder must be the vessel’s.
ctrl is more useful