

A human made the graph
A human made the graph
Trigraphs are handled by the preprocessor, so if you’re not handling that, then that’s fine. Digraphs are handled by the tokenizer, however.
Are digraphs and trigraphs deprecated?
Did you reference the standard?
It’s at least partially because the specification was designed to detect and thwart attempts to tee the video and audio data in order to bypass copy protection on DVDs and Blu-Rays, iirc.
in fact I just asked that exact same question to chatgpt4 and it also replied 1/365
Yes, you can get different answers because of different phrasing and also because random vector input
I spent an hour and a half arguing with my brother about probability, because he asked ChatGPT what the probability that he and his daughter were born on the same day.
ChatGPT said 1/113465 which it claimed was 1/365^2 (this value is actually 1/133225) because there’s a 1/365 chance he was born on such and such day, and a 1/365 chance his daughter was too.
But anyone with even a rudimentary understanding of probability would know that it’s just 1/365, because it doesn’t actually matter on which day they both happened to be born.
He wanted to feel special, and ChatGPT confirmed his biases hard, and I got to be the dickhead and say it is special, but it’s 1/400 special not 1/100000. I don’t believe he’s completely forgiven me over disillusioning him.
So yeah, I’ve had a minor family falling out over ChatGPT hallucinations.
Well, realistically, what we’re doing now is much closer to what you want than to what I want, so I earnestly hope you’re right, and I don’t have to say I told you so.
Can you honestly tell me, in your heart of hearts, that you truly think by 2039 the US will be supermajority solar and wind power and that the nuclear power plants coming online won’t be useful to displace the remaining coal plants?
We don’t have to choose between solar now and nuclear later. We can do both. Perhaps it’s the case that the best time to build a fleet of new nuclear power plants was 15 years ago. But the second best time is now.
I’m not. I’m not saying it’s easy. Just that it is possible. I used to (but no longer) work at the Savannah River Site as a nuclear engineer involved in Plutonium Disposition. I am well aware of the danger and challenges. But I’m also aware that these problems are solvable if we put people onto the problem.
Right now high level nuclear waste from civilian nuclear power plants is not a pressing issue. It needs to be solved eventually, but eventually can easily be more than 100 years. Climate change is a far more pressing issue, and it needs to be solved ASAP. Turning down nuclear power, which is already working and ready to go, to focus on storage, which is still technology that is not quite there yet, strikes me as counterproductive. We should be reaching for anything and everything to get us off of coal and oil.
I am all for nuclear if it powers ambulances. I don’t want nuclear to power the tenth plastic-shit plant building the next thing nobody needs or a billion SUVs.
How is this different from Solar and Wind exactly? Wind and Solar can be used to power shitty consumer garbage factories just as easily as nuclear can?
Last I heard (seminar in Summer 2018) NuScale’s SMR was supposed to be able to do load following, but still needed some work analysis and design work to handle the effects of shadowing from control rods to prove they were safe for any power output history. I haven’t followed up since then, but I imagine that’s a bit of a complicated thing to simulate.
All of the nuclear waste ever produced by the entire 70+ year history of the civilian nuclear industry in the US can be fit safely into dry casks and placed one layer high onto 3 football fields.
99+% of that waste by mass is Transuranics, which are unburned fuel. Reprocess that out and of the other 1%, half of it can be separated out in 50 years, and the rest will decay to background in about 300. It’s not a short period of time, but it’s a human manageable period of time. We have human institutions that have lasted 300 years.
We haven’t “solved” nuclear waste because it’s simply not a pressing issue technically, and there’s no institutional will to, mostly due to politics.
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Well, the problem is you don’t know what you don’t know. One of the first example tasks in the paper was regarding implementing a symmetric cipher. Using a weak cipher was recommended by AI tools sometimes, these developers didn’t know that some ciphers were weak. Additionally, even when the AI tool recommended a strong cipher, such as AES, it generated code that screwed up an implementation detail (failing to return the authentication tag), making the result insecure. And the user didn’t know it was wrong because they didn’t know it was incomplete.
There’s no substitution for domain specific knowledge. Users who were forced to use traditional tools got the answer correct significantly more often because they had to read, process, and understand the documentation for the libraries, which meant they understood why the symmetric cipher was the way it is, and what additional information needed to be reported and why.
It seemed obvious to me as well, but studies like this are important, so that I have something to point to other than vibes.
This doesn’t specifically use the template metaprogramming interface for C++, but seems to do what you want regardless. https://github.com/jmmartinez/easy-just-in-time
I’ve never used the library myself though.
So it’s su then, not sudo.
So please forgive me if this is a rather naive question. I haven’t seriously used Windows in nearly 15 years.
I seem to recall runas being a lot like su, in that you enter the target user’s credentials, rather than your own as in sudo. This works because sudo is a setuid executable, and reads from configuration to find out what you’re allowed to do as the switched user.
Is the behavior of windows sudo like unix su or unix sudo with regard to the credentials you enter? Can you limit the user to only certain commands?
Not a cult. Not a cult. Not a cult. Not a cult.