Functional Board Game Design and Logic in Elixir

Have you ever wanted to build a board game engine but struggled to structure the rules and state transitions? Functional programming provides a clean, predictable way to model complex board logic without the headache of mutable state. In this course, you will learn how to design, model, and manipulate board game data using Elixir. You will understand how to represent grids, pieces, and player turns using immutable data structures, and how to write elegant, side-effect-free transformations to drive your game loop. What you'll learn: - Learn foundational functional programming concepts and Elixir data structures used in game design. - Represent board coordinates, grids, and game pieces using maps, structs, and tuples. - Apply pattern matching and multi-clause functions to handle game rules and state transitions. - Design transformation pipelines that process player moves and update the board state. - Implement validation patterns to handle illegal moves and edge cases gracefully. - Write unit tests with ExUnit to verify your game rules and state transformations. Starting with fundamental Elixir concepts and syntax, you will progress step-by-step through modeling a complete board game state, culminating in writing pure functions that handle complex player interactions. This course is designed for beginners and programmers curious about applying functional design patterns to game logic, with no prior Elixir experience required. Start reading today to build your first functional game engine from scratch.