Earlier quoted context omitted.
you can - but they dont work reliably in practice. Common issues include search match fails, missing commas in replaced items (model doesnt have surround context while replacing), and a few other error cases. This issues are much worse for scattered edits across a file from real world queries (ex: make this page look nicer). Patches tend to work fine for single line or extremely focused edits though - Cursor uses s&r…
I wonder if it'd be feasible to have a much smaller model that could go in and correct these meshing issues that require simpler reasoning?
Launch HN: Morph (YC S23) – Apply AI code edits at 4,500 tokens/sec
41–50 of 196 posts
Re: Launch HN: Morph (YC S23) – Apply AI code edits at 4,500 tokens/sec
#42Re: Launch HN: Morph (YC S23) – Apply AI code edits at 4,500 tokens/sec
#43Last time I looked into Morph, I noticed you weren’t yet on OpenRouter. I see that’s changed, but it looks like only an older model is listed. Any plans to be more active there? Also, are there any benchmarks comparing your fast apply models to others like Relace or even Llama via Cerebras? I’m particularly interested in output accuracy.
Re: Launch HN: Morph (YC S23) – Apply AI code edits at 4,500 tokens/sec
#44Morph is a tool for integrating the output of other LLMs and not an LLM itself? It doesn't generate 4500 tok/sec, it can edit 4500 tok/sec?
Re: Launch HN: Morph (YC S23) – Apply AI code edits at 4,500 tokens/sec
#45> 1) Raw inference speed matters more than incremental accuracy gains for dev UX—agree or disagree? I know you are trying to generate some controversy/visibility, but i think if we are being transparent here, you know this is wrong. People prefer using larger (or reasoning) models, with much bigger diff in tok/sec just for quality in coding, it comes first. Even if i have a big edit to apply, like 5k tokens, 200-300m…
I do find that having inference happen ~50% faster is much more valuable to my workflow than a single digit accuracy increase. If I'm going to have to check that the changes are correct anyways, getting more iterations in faster feels much better than incremental accuracy. There's definitely a tipping point though. If the accuracy gains are so high that I can check its work less carefully or less often, the benefits…
Re: Launch HN: Morph (YC S23) – Apply AI code edits at 4,500 tokens/sec
#46Just for clarification here because I am a bit confused, Morph is a tool for integrating the output of other LLMs and not an LLM itself? It doesn't generate 4500 tok/sec, it can edit 4500 tok/sec?
Re: Launch HN: Morph (YC S23) – Apply AI code edits at 4,500 tokens/sec
#47> 1) Raw inference speed matters more than incremental accuracy gains for dev UX—agree or disagree? I know you are trying to generate some controversy/visibility, but i think if we are being transparent here, you know this is wrong. People prefer using larger (or reasoning) models, with much bigger diff in tok/sec just for quality in coding, it comes first. Even if i have a big edit to apply, like 5k tokens, 200-300m…
Re: Launch HN: Morph (YC S23) – Apply AI code edits at 4,500 tokens/sec
#48> 1) Raw inference speed matters more than incremental accuracy gains for dev UX—agree or disagree? I know you are trying to generate some controversy/visibility, but i think if we are being transparent here, you know this is wrong. People prefer using larger (or reasoning) models, with much bigger diff in tok/sec just for quality in coding, it comes first. Even if i have a big edit to apply, like 5k tokens, 200-300m…
Slow is smooth and smooth is fast.
Re: Launch HN: Morph (YC S23) – Apply AI code edits at 4,500 tokens/sec
#49because ruby no need corecting. It works.
Re: Launch HN: Morph (YC S23) – Apply AI code edits at 4,500 tokens/sec
#50Earlier quoted context omitted.
how so? Is your view that flow state at all isnt a thing, or just with using LLMs?
Flow state is 100% a thing, it's just impossible with LLMs (at least, for me). I can't be blocked waiting on things during a flow state or my mind starts wondering to other places.
Now it's dying in the same place. Thankfully I got to spend the brunt of my career working through the fun, intermediate years.