Porting Pigo to Webassembly (WASM) was the next step in the library evolution. In this article I will give a detailed description of the code behind and I will explain the challenges I faced during the implementation.
This is an adapted version of Notch’s javascript based minecraft rendering experiment, extended with Perlin noise based terrain simulation.
Implementing real time fluid simulation in pure Javascript was a long desire of me and has been sitting in my todo list from a long time on. However from various reasons i never found enough time to start working on it.
The first question that may arise is what is Typescript? The answer is: Typescript is a superset of JavaScript which compiles to JavaScript at runtime, all while maintaining your existing code and using the existing libraries.
There are some quite well known procedural textures generation algorithms used in graphic industry: Voronoi, Perlin noise, simplex noise (a lightweight variation of Perlin noise), reaction-diffusion systems like Turing pattern etc. In this experiment i will implement the Worley noise in Javascript.
This is a simple experiment which scope was to familiarize myself with HTML5, after coding almost in AS3. At the same time i wanted to test the HTML5 canvas capabilities.
