Digital Art Coding Games Functional Programming Lazy Loading RxJS three.js WebGL
· 10 Minutes / 2,415 Words
This is the third part in a series on creating a game with RxJS 5, Immutable.js and three.js. We’ll look at rendering 3D graphics with WebGL by using the three.js library. The goal of this part is to have a scene that’s updated according to the Immutable.js collection returned by our game state stream.
Coding Games RxJS Functional Programming
· 11 Minutes / 2,746 Words
This is the second part in a series on creating a game with RxJS 5, Immutable.js and three.js. We’ll look into describing the game state with RxJS 5 observables and Immutable.js. The goal of this part is to have a stream of objects, where each object is an Immutable.js collection that represents the whole game state at a particular point in time.
Coding Games RxJS Functional Programming
· 5 Minutes / 1,399 Words
This is the first part in a series on creating a game with RxJS 5, Immutable.js and three.js. We’ll look into how to create a basic game loop, which serves as a starting point for further development of the game project.
Digital Art Coding Games Functional Programming RxJS three.js WebGL
· 1 Minute / 322 Words
This series of blog posts will guide you through creating a computer game using RxJS 5, Immutable.js and WebGL/three.js, following the functional reactive programming paradigm in JavaScript. You can find the full source code on GitHub, which you can fork and adapt for your own projects.
Coding Games RxJS Functional Programming
· 5 Minutes / 1,436 Words
Functional Reactive Programming is currently one of the hottest paradigms in the JavaScript community. I played with RxJS over the last couple of weeks and decided that there is no better way to dive into it than recreating a classic game. Computer games infamously store a lot of external state and my goal was to model everything as streams without relying on a single external state variable.
