Yes, speed and the benefits of all the tooling and static analysis they’re bringing to Python. Python is great for many things but “analyzing Python” isn’t necessarily one of them.
Yes, speed and the benefits of all the tooling and static analysis they’re bringing to Python. Python is great for many things but “analyzing Python” isn’t necessarily one of them.
Dawg you’re unhinged
It’s not the “where” specifically I’m correcting, it’s the “when.” The model is trained, then the query is run against the trained model. The query doesn’t involve any kind of internet search.
It doesn’t search the internet for cats, it is pre-trained on a large set of labelled images and learns how to predict images from labels. The fact that there are lots of cats (most of which have tails) and not many examples of things “with no tail” is pretty much why it doesn’t work, though.
That’s what the /etc/foo.conf.d/ is for :DDDDD
It means they admit they were wrong and you were correct. As in, “I have been corrected.”
No, it’s not a universal requirement nor is it particularly determined by the quality of your beans/grinder. Some very expensive grinders have anti-static mechanisms and better grinders typically have less static cling and retention. It’s also not so much about handling the grounds as it is about preventing small amounts of grounds from clinging to the inside of the grinder or your dosing cup.
Yeah, one of the key insights is that the extraction plateaus after a relatively short time and you won’t ever “over-steep” it, which is counterintuitive at least to me
Some grinders are particularly prone to static cling, my Fellow Ode v1 is terrible about it even in Florida
Measure the beans, spritz them, maybe shake them around a little to distribute the water, put in grinder. No need to wait. It should be a miniscule amount of water, you don’t want your grinder gears to rust.
The amount of VRAM isn’t really the issue, even an extremely good GPU like the 7900XTX (with 24GB VRAM) struggles with some ray tracing workloads because it requires specially designed hardware to run efficiently
So yeah that mission was so cookie cutter and done a thousand times before you confused it for a cowboy movie.
I didn’t confuse it for anything. That’s what happens in the mission. The shootout is what makes you move camp.
You mean the part where you go up on a mountain to ambush a pair of shepherds with your newly-purchased scoped rifle, intimidating them into abandoning their flock by sending bullets whizzing past their ear, herding the flock into town to collect payment only to be pegged as rustlers and forced to haggle to buy the auctioneers’ discretion? The mission that leads you directly to Leviticus Cornwall, one of the game’s main antagonists, and a major holdup/shootout? Yeah that IS a pretty good mission.
RDR2 is a fucking incredible game with easily 50-100+ hours of enjoyable content if you only play it once. Crazy take
Choking hazard for small children probably.
Desoldering is definitely the hard part and I’m not experienced enough to tell you exactly how to do it, but what helped me was adding a tiny bit of leaded solder to loosen up the existing solder on the mouse. That made it way easier to wick up.
Not the same issue
If you own a soldering iron or are willing to buy one and learn how to use it, a new set of mouse switches is like <$10 and it takes a few mins to replace them. Not something you should have to do after only 4 years though. If you get a mouse with optical switches this issue will never happen.
If you take immortality, you also probably need to take healing. Being mortally wounded and unable to die sounds, uh, bad.
I read the long E as a dot matrix printer noise https://youtu.be/tEJYNtI2ul4