Programming Zeta Mazes: Custom Grids and Diagonal Paths

Procedural generation opens up endless possibilities for game design and algorithmic art, yet most guides limit you to standard square grids. By mastering alternative grid structures, you can program complex, visually striking Zeta mazes that incorporate diagonal paths and unique cell relationships. In this text-based course, you will transition from understanding basic maze logic to writing clean, modular code for custom grids. You will learn how to define non-traditional cell neighbor relationships, manage diagonal links, and represent these intricate networks programmatically using modern coding standards. What you'll learn: - Understand the foundational logic behind Zeta mazes and alternative grid geometries - Define cell relationships and neighbor structures using modern programming patterns like dataclasses and type hints - Implement maze generation algorithms adapted for non-orthogonal grids and diagonal connections - Manage grid traversal and pathfinding logic across custom coordinate systems - Generate structured data representations of your completed mazes for easy rendering This course begins with core definitions of grid geometry and cell adjacency before guiding you step-by-step through algorithm implementation. You will explore how to adapt classic maze-generation techniques to handle the unique challenges of diagonal paths. Designed for beginner to intermediate programmers eager to explore procedural generation, this course requires no prior experience with maze algorithms. Start coding your own custom maze generators today.