eigenblake
Joined 3 years ago
Joined 3 years ago
The more you know about what you want to do ahead of time, the more optimally you can reorder your sequence of steps to give a better-than-naive solution. It makes me think about all software in terms of these abstract computation graphs and makes me wonder what else we can optimize automatically.
Of course, we do absolutely do need a formal model here, so we know what edits are possible, the same way db engines have relational algebra as their backing model. But this whole thing makes me feel like manual software optimization is soon to fall to AI. And I'm thinking that includes good-old-fashion AI first, not second, to LLM's. But I'm sure LLMs would be useful here too, especially for the formalization.
There's currently not a way to invert LaTeX engine output for bidirectional editing. So you can't easily drag objects around or interact with the page on LaTeX. That's what I'm setting out to change in the name of mathematical exposition.
I have more details on my plans here https://news.ycombinator.com/item?id=49689856
I've experimented with a few ways of making the editing realtime and I'm getting in the 10 millisecond ballpark on some edits, but I want to work backwards from the light speed path to see what it takes (besides a lot of time).
working on https://github.com/telox-engine
@eigenblake on social media and yt