@BTCqzy1: Claude is incredible! Prehistoric Creatures – 3D Dinosaur Interactive Exhibition is now live! I had Claude turn the generated 3D dinosaur models into a drag-and-rotate interactive website. I've always believed that AI making interactive 3D models of prehistoric creatures is fascinating for science education. Compared to static images or short videos, being able to...
Summary
The user used AI tools like Claude and Codex to create a drag-and-rotate 3D dinosaur interactive exhibition website, demonstrating the potential of AI in creating interactive 3D models for science education.
View Cached Full Text
Cached at: 05/19/26, 06:47 AM
Claude is indeed amazing.
Prehistoric Creatures – 3D Dinosaur Interactive Exhibition is now live!
I had Claude turn the generated 3D dinosaur models into an interactive website where you can drag and rotate them~
I’ve always believed that turning prehistoric creatures into interactive 3D models using AI is truly fascinating for education and science communication.
Compared to static images or short videos, being able to rotate, zoom in, and examine details up close with your own hands feels completely different. And that’s how this 3D dinosaur interactive exhibition came to be.
Every detail is so clear you can see the scale textures and muscle contours.
The previous underwater 3D world page was made with Codex, but this time I had Claude do it~
Alice! (@BTCqzy1): Today I asked Codex to create an interesting 【Underwater 3D Science World】, and added some animations too.
You can freely click to switch views + drag to rotate~
The images were generated with Image 2, the overall atmosphere is decent~ But the animation part still has some flaws, so I’ll keep iterating~
Similar Articles
@LinearUncle: Not to complain, but many websites made by Claude feel like techies' self-indulgence, with a strong Claude AI flavor. I rarely see designers praising Claude, maybe because different professions are like different mountains. Codex-related models' direct output interfaces, though not as good as Claude's individually, hide a powerful tool: GPT-image-2. Using GPT-image-2 to generate UI images (preferably with reference images) yields very beautiful and distinctive results. However, translating these UI images into actual websites or app interfaces has always been a challenge. I previously shared a Chinese designer's approach, and today I'll share another great solution.
User complains that Claude-generated websites lack design sense and have an obvious AI flavor, while UI images generated by Codex models combined with GPT-image-2 look better, but implementation still faces challenges.
@LufzzLiz: Wow, this is amazing. A 3D biological structure page generated by GPT Image 2 + Gemini 3.1 Pro is great for AI education. I'm going to replicate it~
The user shares an impressive example of a 3D biological structure page generated using GPT Image 2 and Gemini 3.1 Pro, noting its potential for AI education and expressing intent to replicate it.
@servasyy_ai: I'm blown away by Codex! It generated the UI design via GPT Images 2, wrote the entire codebase, and launched an interactive science app on its own. I tried generating 3D biological structures and built an app to explore them interactively. Demo
The user shares their experience using Codex and GPT Images 2 to automatically generate UI designs and write complete code, successfully launching an interactive science app for exploring 3D biological structures.
@XAMTO_AI: Can a web page really build a '200-million-year time machine'? Just stumbled upon this divine project on GitHub — this guy directly crammed the 200-million-year evolutionary history of mammals into an interactive web page — the visual effect rivals the high-dimensional data screens in sci-fi blockbusters. The project is called DeepTime Mammalia (SeanWong…
Introducing the open-source project DeepTime Mammalia, an interactive mammalian evolutionary tree web page based on Three.js and D3.js, providing an immersive science education experience with stunning visuals.
@Saccc_c: Inspired by a 3D biological structure visualization that received nearly 10 million views online, I created a 3D artifact exhibition of Sanxingdui. I believe that visualization of historical artifacts has huge commercial value, because the current 3D tours produced by domestic museums are still unsatisfactory. The method is also very simple: 1. After taking a screenshot of the artifact from the Sanxingdui Museum official website, use Image 2.0 to generate a clear front view, then directly generate a 3D image in Tripo. (I bought a Tripo membership on Xianyu.) 2. Let Claude Code replicate the open-source repository of Huang Lao (@servasyy_ai), but what I need is a museum 3D browsing view. The content and style design both refer to the Sanxingdui Museum official website and the 3D images I downloaded. Huang Lao's repository: http://github.com/huangserva/3DCellForge... Now please immerse yourself in the tour:
The author used the Tripo image-to-3D service and an open-source React+Three.js 3D model studio (3DCellForge) to create a 3D exhibition of Sanxingdui artifacts, arguing for the commercial value of historical artifact visualization.