strangetortoise
Joined 5 years ago
Joined 5 years ago
If for example, you model it as a graph, with a peg represented by a node, and a bounce direction to another peg with a directed edge. Assign probabilities to all the edges. Then you cqn simply flood search outwards to the end of the graph, accumulating probabilities by multiplication. Any node on the boundary with probability higher than zero can be reached, given enough balls. This job is clearly in P.
I'm not sure it makes sense to talk about "P" for physical problems without a computational model, but I'm not a complexity theorist
Not familiar with the US, is this actually true? In europe, as a company, you're allowed to subtract VAT on products bought from VAT owed from sales. That would contradict most of what you're saying.
Additionally, from theres lots of educational resources, that might be harder to find for smaller engines
On the other hand, unity has a habit of shooting itself in the foot with incredibly messy and poor documentation, fragmented and duplicated functionality across multiple implementations (theres a common refrain in the unity community that every system in unity is either in beta or deprecated), so an engine that can provide an easier onboarding / dev experience could definitely compete there.
Strongly disagree. Maybe if you're in a very domain constrained environment, i vould see this being valuable. But i write graphics and simulation code all day, which involves a lot of translating math expressions. A compiler insisting on me using PascalCase (like for example .net uses) leads to very unreadable translations of formulas. And I'm not of the opinion that a system making me rewrite variable names to "meaningful names" helps understanding of the underlying math much, if you need to do symbol manipulation, or read backgrounds papers anyway.
Trust your users. Give them the tools to enforce safety barriers for themselves. Give them sensible defaults, sure. But give them ways to opt-out if they know that they need to break the conventions.
Anecdotally: I know that Wikipedia is not always correct. But I feel like I can build an intuition and reason on what pages I can reasonably trust on Wikipedia, since in my experience, the inaccurate bits I have encountered tend to be in certain categories. However it's much harder to feel confident about my intuition about ChatGPTs' correctness, since my exposure has led me to believe that the hallucinations are fairly random, and not concentrated in particular topics. This makes the tool much less attractive for me, as I feel like I need to double check every written word.
Perhaps I should be less trustful of Wikipedia...
The addict is of course not without blame, but at the very least I hope we can find a consensus that the dealer is behaving extremely immoral. This is essentially how I view facebook. It's abusing the human condition for profit with destructive effects.
Where this might help is if you don't have a strong background in algrabra, and don't know all the properties of e.g. quaternions by heart. You'd implement essentially the answer that you get after playing with a computer algebra system
Do you happen to know where (what source) you got that from? I'm genuinely curious, as to my knowledge, compilers are generally still easily fooled by things that causes them unable to vectorize code or factor out conditional jumps.
To give an example here, see Mike Actons' talk below (from about 43:10 onwards) in which he describes the compiler failures.