Follow along as we rebuild the classic Snake game but with a retro twist. In this series we're coding Snake Rewind from scratch in C using Raylib, layering on everything from pixel perfect visuals to clone enemies, cinematic shaders and juicy arcade feedback.
Curated by: Let's Reinvent the Wheel (8 videos)
🚀 Welcome to Episode 1 of *Snake Rewind* : a retro inspired twist on the classic Snake game. Built from scratch in C using Raylib. 🎮 In this episode: We kick things off by setting up a *pixel perfect tile grid* that serves as the foundation for everything: from game logic to postprocessing shaders. If you are building a retro game or just want to learn about resolution scaling, render textures and grid layout in Raylib, then this one is for you! 🧱 What we cover: - Fixed resolution framebuffer setup - Grid rendering with spacing and tile logic - Preparing for retro shaders and gameplay mechanics 📺 Full Snake Rewind Series Playlist: https://www.youtube.com/playlist?list=PLI7p1zrAYQeUb67kPtsyduLk1aJChzIQZ 📖 Companion Blog Post: https://letsreinventthewheel.github.io/blog/snake-rewind-ep1/ 🧠 Source code: https://github.com/letsreinventthewheel/snake-rewind 🐍 Snake Rewind isn't just a remake. It is Snake with a twist: - 🐍 Clone snakes that retrace your path - ✨ Retro shaders: bloom, scanlines, chromasep - 🎮 Reactive UI, game feel, and juicy feedback - 🎧 Music and SFX polish (hopefully we can find free sounds) 💬 Got questions? Drop a comment. 👍 Like what you see? Hit the like button. 📌 Want more projects like this? Subscribe and stay tuned... 00:00 Project description 01:50 Repository and project setup 02:19 CMake configuration 03:55 Main loop using Raylib 05:27 Adjusting window size (same aspect ratio) 06:50 Pixelated view (using framebuffer) 10:42 Starting working on the Grid 12:54 Game grid initialization 13:49 Drawing the Grid 17:00 Grid horizonal alignment 21:00 Rendering Tile based on TileState 24:19 Animating Tiles 32:53 Adjust Grid dimensions #programming #CProgramming #GameDev #Raylib