Yes oh my god. I'm trying to rent right now and the application has me doing this fucking approveshield bullshit where they request every document you've ever had and direct access to your bank account before they'll approve that I'm not a criminal or liar. Whatever happened to bank statements?! Why does some random company need to know that my closest grocery store is kroger and i went to miniso for my girlfriend birthday, among hundreds of other small details of my life. And they weren't even satisfied with that, i had to send in a picture of my driver's license (standard these days) but the webpage opened up a qr code, to open on my phone which took me to the appstorr to download some other bullshit app to give every single permission and piece of my data to! I JUST WANT AN APARTMENT, I'VE DONE IT DOZENS OF TIMES, WHY ARE YOU TREATING MY LIKE I'M ON THE FBI MOST WANTED!
This is just an artifact of the legal environment in many jurisdictions which makes it almost impossible to build new apartments (supply shortage) plus ridiculous tenant protection laws which make it nearly impossible to evict deadbeats.
Roguelike/lites are is of the most popular genres of indie games nowadays. One of it's main characteristics is randomization and procedural generation.
While there are many Roguelikes with procedural generation, I think the most popular ones do not. Slay the Spire, Risk of Rain 2, Hades 1/2, BoE etc are all handmade stages with a random order with randomized player powers rather than procedurally generated.
I've seen a couple roguelike developers report that they played around with procedural generation, but it was difficult to prevent it from creating dungeons that were bad, unfun, or just straight-up killscreens. Turns out it's often easier to simply hand-draw good maps than to get the machine to generate okay-to-good ones.
Procedural generation is good when variety matters more than quality, which is a relatively rare occurrence.
That says more about the developer than procedural generation as a whole. Using procedural generation IS difficult, it requires understanding how to set up constraints on your p-random generated elements and ensuring the code validates that you have a "good" level/puzzle/whatever before dumping the PC into it.
There's also a whole, albeit niche, board game genera of so called 18xx game (eg. 1889 Shikoku) that deal with the economic aspects of 19th century railroads.
Usually dry as sand, but some of the heaviest games out there in terms of complexity.
Nice. I've also been doing this for a while too. I don't like to depend on a lot of addons, so I find the ublock only implementation of it quite elegant and fast. I also try to use filters nowadays to block other types of dark patterns (eg. Infinite scroll recommendations). It's surprising how much you can de-enshittify the modern corporate internet by just blocking tags with some css path filters.
And not to mention that a C compiler is something we have literally 50 years worth of code for. I still seriously doubt the ability of LLMs to tackle truly new problems.
What do you classify as new? Every problem that we solve as developers is a very small deviation from already existing problems. Maybe that’s the point of llms?
How many developers do you think are solving truly novel problems? Most like me are CRUD bunnies.
If your problem is a very small deviation from an existing problem, you should be able to take an existing open-source solution and make a very small modification to adapt it to your use case. No need for “vibe-coding” a lower-quality implementation from scratch.
Yeah, it kind of strikes me how a lot of the LLM use cases would actually be better served by existing techniques, like more/better libraries. And if that's not possible, it'd be way better to find the closest match, fork it, and make minimal modifications. At least then you have the benefit of an upstream.
But, sort of like cryptocurrency, the LLM people aren't so much trying to solve actual problems, but rather find an application of their existing technology. Sort of like the proverbial saying: when you're selling hammers, you want convince everyone that their problem as a nail.
In (quantitative) genetics literature, heritability is usually defined (simplifying a bit) as the proportion of variance of a trait (lifespan, height, etc), in a population, that can be explained by genetics. The rest, by environmental factors, or error.
If height were a 100% heritability means that all differences in height between individuals would be explainable by genetics.
Maybe I should have been more explicit that here "variance explained by" is used quite literally with the meaning it has in statistical modeling. I get that you meant it in a "correlation not causation" way, but "correlation" in the context of statistics is a loaded term. Interpretability of heritability is difficult in general. Most people struggle with it. But if it truly were 100% (rarely is if ever) it would imply causation solely from genetic factors. Causation from both genetics and environment is always there - heritability just seeks to formalize the measure of proportion.
> Static typing and duck typing both date back to the 1950s. You may have heard of Lisp.
> The last new significant thing invented in programming was OOP in the 1990s.
OOP is from the 1960s (Simula 67 is generally recognized as the first OOP language.) Probably not actually the last new significant thing invented in programming, though.
Open book exams are not a new thing and I've often had them for STEM disciplines (maths and biology). Depending on the subject, you will often fail those unless you had a good prior understanding of the material.
If you can pass an exam just by googling something, it means you're just testing rote-memorization rather, and maybe a better design is needed where synthesis and critical thinking skills are evaluated more actively.
I make a point of only using references that are either available for free online or through our university’s library subscriptions. These are all electronic. My open book exam became an open computer exam when I realized students were printing hundreds of pages just for a 3-hour exam. This semester I’m switching to no-computer, bring your own printed cheat-sheet for the exam.
I had a Continuous and Discrete Systems class that allowed open everything during exams. You could google whatever you wanted but the exam was so lengthy that if you had to google something, you really did not have much time to do it and would definitely not have enough time to do it a second time. I would load up a PDF of the chapters and lectures I needed and my homeworks for that unit with everything properly labeled. It was much faster looking for a similar problem you already did in the homework than trying to find the answer online.
Offer to make everyone espresso and macchiato with you GPU cooling module. They won't be able to hear the fan over the grinder and pump and milk foamer!
Except that the physical book isn't the way people lookup facts these days.
The open book test is purposes is to not have to know all facts (formulas) but proving how to find them and how to apply them. (Finding is part of it as the more you look, the less time you got to use it, thus there is an optimisation problem which things to remember and which to look up)
In modern times you wouldn't look those up in a book, thus other research techniques are required to deal with real life (which advanced certifications should prove)
Going to university isn't how people learn these days, so there is already a real-world disconnect, fundamentally. But that's okay as it isn't intended to be a reflection of the real world.
Observation? Children show clear signs of learning before they even make it through their first year out of the womb. Man, most people don't even consider university as an option until they are around 17-18 years of age, after they have already learned the vast majority of the things they will learn in life.
Data? Only 7-8% of the population have a university degree. Obviously you could learn in university without graduating, and unfortunately participation data is much harder to come by, but there is no evidence to suggest that the non-completion rate is anywhere high enough to think that even a majority of the population have step foot in a university even if for just one for day. If we go as far as to assume a 50% dropout rate, that is still no more than 16% of the population. Little more than rounding error.
Nothing? It's a random comment on the internet. It is not necessarily based on anything. Fundamentally, comments are only ever written for the enjoyment of writing. One trying to derive anything more from it has a misunderstanding of the world around them. I suppose you have a point that, for those who struggle to see the obvious, a university education would teach the critical thinking necessary to recognize the same. But, the fact that we are here echoes that university isn't how people learn these days.
> citing
Citing...? Like, as in quoting a passage? I can find no reason why I would want to repeat what someone else has written about. Whatever gives you enjoyment, but that seems like a pointless waste of time. It is already right there. You must be trying to say something else by this? I, unfortunately, am not in tune with your pet definition.
I'm not very familiar with the ecosystem, but I have used this on an RPi4 to run some games through wine.
I'm wondering, how's the landscape nowadays. Is this the leading project for x86 compatibility on ARM? With the rising popularity of the architecture for consumer platforms, I'd guess companies like Valve would be interested in investing in these sort of translation layers.
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