Implementing Hexagonal Grids for Maze Generation

Hexagonal grids are a popular choice for games, simulations, and procedural generation, but their coordinate systems can initially seem intimidating compared to standard square grids. This text-based course demystifies the geometry of hexagons and guides you step-by-step through the logic of building your own hex-based systems. By reading through clear explanations and studying modular code snippets, you will master the mathematical foundations of six-sided cells and learn how to connect them programmatically. You will transition from basic coordinate mapping to executing fully realized maze-generation algorithms on your custom grids. What you'll learn: - Understand the foundational mathematics of hexagonal coordinate systems, including axial and cubic coordinates. - Define cell adjacency and neighbor detection logic specifically for six-sided grids. - Implement classic maze-generation algorithms adapted for hexagonal layouts. - Apply modern clean-coding practices and structured data types to ensure robust grid logic. - Practice rendering grid structures programmatically using coordinate outputs. This course begins with core definitions of hexagonal geometry and coordinate systems before moving into practical implementation logic and algorithm design. It is designed for beginner to intermediate programmers looking to expand their algorithmic skills, with no prior experience in non-orthogonal grids required. Start coding your own hexagonal systems today.