I recently delved into an experimental approach everyone calls "Vibe Coding," and my experience using Google's Gemini 2.5 Pro for this was quite impressive. While Vibe Coding isn't suited for developing complex software systems, it shines when it comes to tackling simpler tasks with remarkable speed and efficiency.
My Goal: To create a single, dynamic webpage visualizing the orbital dance of the Sun, Moon, and Earth.The Process & Outcome: I formulated a prompt (the beginning of which, even its first sentence, yielded a surprisingly good animation!) and Gemini 2.5 Pro delivered. This hands-on "Vibe Coding" offers a fascinating way to:
The Process & Outcome: I formulated a prompt (the beginning of which, even its first sentence, yielded a surprisingly good animation!) and Gemini 2.5 Pro delivered.
This hands-on "Vibe Coding" offers a fascinating way to:
- Gauge Model Evolution: It provides a quick method to observe what has changed or improved between different versions of an LLM.
- Compare LLM Capabilities: It could also serve as an interesting benchmark for analyzing and contrasting the outputs of various Large Language Models. This direct, iterative approach to coding with LLMs for smaller projects is certainly a compelling way to explore their capabilities and track their progress.
Prompt: Create one single HTML page with dynamic lighting and gentle animations that shows a sun with a planet in its orbit which itself is orbited by a moon. In the background are stars, nebulas and galaxies. Add shadows , and sliders to change aspects of the animation like animation speed, brightness, number of stars, nebulas, and galaxies displayed.
Result: an animation in one single Web page:
Here is another example - a 3D-ish scientific calculator:
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