I absolutly dont trust it blindly at all. Where did you get that from?
I kept asking it questions and stepping through the debugger until I understood its implementation.
How do I know it's implementation is correct? Because I can see the results, I can see the data sturctures in memory, I can step though it and understand it - I know what electron densities around atoms look like, and I kept iterating on the code after it made mistakes, helping it and fixing it together, until it was finished. I just kept asking questions and interating so I could learn what I needed to of GLSL so that I could get it "un-stuck" when it hit a dead end or got caught in a loop.
I dont expect it to come up with the correct implementation straight away, what I'm saying is the enormous productivity increase kept momentum and enthusiasm up so much, I was able to implement something new and novel, something that would otherwise not have been created.
> I absolutely don't trust it blindly at all. Where did you get that from?
Not consulting a 2nd source or just looking at the results, as in..
> Because I can see the results
Which, yes, it's correct in that sense but as per the other comments you can copy and example and get that same result. In development a lot of things are correct but have different implications, e.g. bubble sort vs quick sort.
> I'm saying is the enormous productivity increase
Assuming it has led you on the right / correct path. It's often times led me on to the wrong path instead.
> Not consulting a 2nd source or just looking at the results, as in..
I do continuously check multiple sources : reality, our material simulations and predictions are lab verified, and spectographic analysis shows our predictions are correct - I have large experimentally generated datasets that our predictions and code are verified against.
We even have a system called "reality server" who's job is experimental parity, it runs continuously checking predictions (which are all totally produced by our code - code we are writing with the help of Cursor) against experiments.
> Which, yes, it's correct in that sense but as per the other comments you can copy and example and get that same result. In development a lot of things are correct but have different implications, e.g. bubble sort vs quick sort.
All of us approximate to "good enough". This is good enough. Results, Big-O, Integration ease, good enough is multivariate, but good enough is good enough, I'm a startup, and I'm not searching for divine correctness, good enough on the multiple variables is good enough.
> Assuming it has led you on the right / correct path. It's often times led me on to the wrong path instead.
It led me down the wrong path many times, that just means you are not yet finished. Then with more work, we found the correct solution together.
Even in our materials simulations we fail 100 times and win once, the win still enormously outweighs the fails.
Nobody is claiming it's perfect, nobody is claiming it doesn't get stuff wrong, nobody is claiming it doesn't lead you down the wrong path. It's about keeping experimental momentum up, because discovery is a factor or productivity - and my discovery is 5x because my productivity is 10x.
I kept asking it questions and stepping through the debugger until I understood its implementation. How do I know it's implementation is correct? Because I can see the results, I can see the data sturctures in memory, I can step though it and understand it - I know what electron densities around atoms look like, and I kept iterating on the code after it made mistakes, helping it and fixing it together, until it was finished. I just kept asking questions and interating so I could learn what I needed to of GLSL so that I could get it "un-stuck" when it hit a dead end or got caught in a loop.
I dont expect it to come up with the correct implementation straight away, what I'm saying is the enormous productivity increase kept momentum and enthusiasm up so much, I was able to implement something new and novel, something that would otherwise not have been created.