Snake Game: A JavaScript Learning Journey 🐍 Just finished brushing up my JavaScript fundamentals by building a classic Snake Game! Here's what this project reinforced: Key Concepts Practiced: ✅ DOM Manipulation - Dynamically creating and updating game board elements ✅ Event Listeners - Handling keyboard input for snake direction control ✅ State Management - Managing snake position, food location, score, and game state ✅ Array Methods - Using unshift(), pop(), forEach() for snake movement ✅ Intervals & Timers - setInterval() for game loop and timer functionality ✅ Local Storage - Persisting high scores across sessions ✅ Conditional Logic - Collision detection and boundary checking Game Features: 🎮 Real-time snake movement with arrow key controls 🍎 Randomized food placement 📊 Score tracking with persistent high score ⏱️ Game timer 🔄 Restart functionality 🎨 Responsive grid-based game board Tech Stack: Vanilla JavaScript (no frameworks!) HTML5 & CSS3 LocalStorage API Nothing beats hands-on coding to solidify JavaScript concepts. Every game feature taught me something new about event handling, DOM manipulation, and game state management. Who else likes learning through building projects? Drop your favorite JavaScript project ideas below! 👇 github link -https://lnkd.in/gjmpKpBz live - https://lnkd.in/ggi_jdti #JavaScript #WebDevelopment #GameDevelopment #LearningJourney #CodingProjects #Frontend
Great work
Add periodic boundary conditions. No walls. The left boundary is connected to the right, and the top boundary is connected to the bottom boundary.