An Augmented Reality Framework for Code Evaluation And Explanation

🚀 LearnFlow AR – AR-Enhanced Code Analysis Platform

This project is a smart educational platform designed to help students understand programming concepts, algorithm efficiency, and optimization techniques through an interactive interface.

🔍 Features:
✔ Code input & analysis (Python-based)
✔ Detection of algorithm type (Two Sum, Fibonacci, Palindrome, etc.)
✔ Brute Force vs Better vs Optimized solutions
✔ Time & Space Complexity evaluation
✔ Scoring system based on efficiency
✔ Interactive UI with modern dashboard design
✔ AR (Augmented Reality) based explanation
✔ Video-based learning support

💡 Technologies Used:
- React + TypeScript + Vite
- Tailwind CSS (UI Design)
- Python (Flask Backend)
- Rule-based Algorithm Detection
- A-Frame / AR.js for AR Visualization

🎯 Objective:
To provide a learning-focused platform that helps students understand algorithm optimization and improve coding skills through visual and structured explanations.

📚 Supported Algorithms:
- Two Sum
- Fibonacci
- Binary Search
- Longest Palindrome
- Array Maximum
- Sorting Techniques

🔗 GitHub Repository:
https://github.com/kanthalidhruvan/learn-flow-ar

⚠️ Note:
This project uses rule-based logic for algorithm detection and is designed for educational purposes.

👨‍💻 Developed By:
Dhruva

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#AI #AR #FinalYearProject #DSA #Programming #React #Python #WebDevelopment #LearnFlow

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