Built a lightweight three.js vehicle dynamics demo.
It visualizes chassis pitch, roll, simplified load transfer, and independent wheel travel across driving scenarios.
Demo:
https://t.co/x2nWD8DqPH
@threejs#threejs#webgl#VehicleDynamics
Built a lightweight three.js vehicle dynamics demo.
It visualizes chassis pitch, roll, simplified load transfer, and independent wheel travel across driving scenarios.
Demo:
https://t.co/x2nWD8DqPH
@threejs#threejs#webgl#VehicleDynamics
I’m a vehicle dynamics engineer, not a software engineer. GPT-5.6 Sol makes that distinction feel increasingly irrelevant.
With Codex, I’ve turned a 300MB vehicle dynamics textbook into a citation-grounded knowledge base, rebuilt my personal website with Three.js, connected Feishu to Codex, designed a persistent memory workflow, and used multiple agents to review and iterate on real engineering projects.
I define the goal, provide domain judgment, and challenge the architecture. Sol reads the repository, plans, implements, tests, reviews, and keeps iterating.
I switched because Codex doesn’t just help me write code. It lets a domain expert build real software. That’s why Sol became my default.
Or… what if we gave you $100 in Codex credits if you tell us what you love about GPT-5.6 Sol or why you switched?
Tweet it, claim your gift, enjoy more usage. First 10k get the free tokens!
https://t.co/8mU93eA13i