Inspiration
Solving LeetCode problems can be both fun and challenging. Oftentimes, graphics and animations help visualize the steps, making it easier to grasp complex concepts and improve learning.
What it does
The platform allows users to explore existing solutions to LeetCode problems through user posts with Wolfram Notebook links. It also lets users log in and contribute their own Wolfram-based solutions.
How I built it
I built the platform using Next.js for the front end and Supabase for authentication and database management. To integrate Wolfram's capabilities, I used generative AI to create Wolfram scripts, tested them on Wolfram Cloud and published the working code as public links. These links can be added as posts and associated with specific LeetCode problem, allowing the solutions to be displayed as embedded notebooks on the website.
What's next for LeetCode with Wolfram
- Integrate a generative AI chatbox to assist in the animation script generation.
- Include functions such as filters to make the website more interactable.
- Allow users to comment on other solution posts.
Built With
- ai
- nextjs
- supabase
- vercel
- wolfram-technologies

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