It would be interesting to see a similar approach that incrementally works from simpler ( fewer curves ) to more complex representations.
That way one could probably apply RLHF along the trajectory too.
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It would be interesting to see a similar approach that incrementally works from simpler ( fewer curves ) to more complex representations.
That way one could probably apply RLHF along the trajectory too.
This opens up lots of opportunities for document authoring tools. Really cool stuff, can't wait to try out the code once it's available.
glad someone actually did it! great work!
This is excellent! I think the utility of generating vectors is far, far greater than all the raster generation that's been a big focus thus far (DALL-E, Midjourney, etc). Those efforts have been incredibly impressive, of course, but raster outputs are so much more difficult to work with. You're forced to "upscale" or "inpaint" the rasters using subsequent generative AI calls to actually iterate towards something use…
Nice! Looking forward to similar textual generation of diagrams. (The Pic/Pikchr for the LLM age.)
This is excellent! I think the utility of generating vectors is far, far greater than all the raster generation that's been a big focus thus far (DALL-E, Midjourney, etc). Those efforts have been incredibly impressive, of course, but raster outputs are so much more difficult to work with. You're forced to "upscale" or "inpaint" the rasters using subsequent generative AI calls to actually iterate towards something use…
I always imagine how useful Sora.ai could be if it would generate 3D models to render their animations from instead