
Jonathan Malmaud
133 posts




AI-generated assets have often faced criticism for not being production-ready due to their non-editable internal representations. Now, Cube supports AI-assisted UV unwrapping to fix this. Simply go to one of your refined meshes and click on 'UV Remapping'. This feature is available now to all paid users: 3d.csm.ai/purchase-plan. AI retexturing can be used on top to achieve assets with unprecedented quality. For more information, visit our blog: csm.ai/blog/ai-genera…


📢Measuring The Impact Of Programming Language Distribution We present the BabelCode framework for multi-lingual code evaluation and an investigation into the impact of PL distributions in training data. Paper: arxiv.org/abs/2302.01973 Code: github.com/google-researc… 🧵



This is very cool. People will remember I've repeatedly tweeted this article (medium.com/the-technical-…) by @bellmar about the challenges of numerical representation. Well there's another way to store numbers, which Common Lisp does by default which is to store them as fractions.





In the last week, three people on reddit/r/statistics have asked about testing whether a sample came from a Gaussian distribution. The answer is that you should never test for normality. The result is a non-answer to the wrong question. allendowney.com/blog/2023/01/2…




You have to admire Ehrlich's staying power, he's been on this grift for literally a half century, making spectacularly wrong predictions about overpopulation, mass extinctions, famines, environmental disasters, etc. and yet the media incredulously reprints his every prediction.




Awesome CLI tool, but that answer? 🤔 Algorithm description (correct) doesn't match the code. The code (wrong) samples a shifted scaled Rayleigh distribution (which is non-negative when "mean"=0). But the answer sounds so helpful!


Can you trust deep learning for scientific inference? And what can you do when results are inaccurate? We address these questions for ML-based inference of complex gravitational wave models and get highly accurate and reliable results. arxiv.org/abs/2210.05686 1/12




