Users are excited about the interactive epipolar geometry visualization built with OpenAI Codex because they find the result very cool and appreciate AI's creative power to realize such tools.
Based on 4 visible X reactions from 4 accounts; directional sample.
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@CSProfKGD Love it! Tell us a bit more. I also saw an amazing presentation with 3b1b + claude at RSS.
@CSProfKGD Wow! The interactive webpage is so cool!
@jbhuang0604 If you can dream it, it can make it.
AI won’t just change how we assess students. It can also transform how we teach them. Interactive visualizations can make abstract concepts more intuitive and engaging. Check out this epipolar geometry visualization created with Codex. Link to interactive webpage in thread.
I started Codex in “planning” mode. Gave it an image of the epipolar geometry resembling the visual I was seeking and described the type of interactivity I wanted. Codex then executed it in a few mins. Worked out of the box 🤯 I then spent about an hour tuning the visuals to my liking. My project repo is public: https://github.com/CSProfKGD/epipolar-geometry-visualization
Yes, it even includes a light mode for its fans, @dimadamen 😜
Users are excited about the interactive epipolar geometry visualization built with OpenAI Codex because they find the result very cool and appreciate AI's creative power to realize such tools.
Based on 4 visible X reactions from 4 accounts; directional sample.
Ask a question below.
Published answers will appear here.