d-lehel / algorithm-visualization Goto Github PK

I'm Lehel, a passionate MSc student in Software Development. Here's a little bit about me:

• 😎 I'm currently working on various projects related to software development and exploring new technologies.
• 🌱 I'm continuously learning and expanding my knowledge in the field of software development.
• 💬 Feel free to ask me about anything related to software development, programming, or my projects.
• 📨 You can reach me through email or connect with me on LinkedIn
  • [email protected]
  • https://www.linkedin.com/in/deak-lehel-494083248
• ⚡ Fun fact: In addition to my passion for programming, I enjoy swimming, working out, typing, mind mapping, meditating, lucid-dreaming, reading, and building things in my workshop.

🔥 I love the process of creating interesting projects, regardless of the technology stack involved. I believe in continuous learning and innovation, and I'm always excited to explore new ideas and challenges. Feel free to explore my repositories and get in touch!

Here are some of my interesting repositories:

1. Tetris Game: A classic Tetris game developed for Android using Kotlin programming language. Play the game and test your puzzle-solving skills!

2. Snake Game: Experience the nostalgia of the Snake game on your Android device. Control the snake, eat food, and avoid obstacles in this addictive arcade game.

3. Snake AI: This project implements a Snake game using Pygame library and incorporates a neural network and genetic algorithm to train an AI agent to play the game.

4. Sudoku Solver: An Android Kotlin app that solves Sudoku puzzles using a genetic algorithm. It intelligently finds the solution to the puzzle by applying genetic algorithm techniques.

5. ShareApp: ShareApp is an Android application developed with Kotlin. It provides a platform for users to share their unused food items with others in the community. Users can browse and request available shared foods based on location proximity. Help reduce food waste and foster a sense of community with ShareApp.

6. Traveling Salesman: This project is a visualization using p5.js that demonstrates the solutions to the Traveling Salesman Problem. It implements algorithms like the nearest neighbor and 2-opt algorithm to optimize the route.

Feel free to explore these repositories and check out the code. If you have any questions or suggestions, feel free to reach out to me.