This project consists of a very basic library for rendering 3D objects using WebGl. Seeing as most of my background is in strongly-typed languages such as C++/C#, the notion of using vanilla JavaScript to do anything other than count beans seemed horrifying to me, so I opted for using TypeScript. The TS source files are found in /src and their transpiled, vanilla JS gobbledegook that the webpage depends on is in /build.
If, for some reason, you wish to recompile the TypeScript, then doing so is as easy as typing make in the root directory of the project (so long as you have TypeScript installed)
The app should be accessible as a static page, though you may wish to run it on a small HTTP server
In an ideal world, a hypothetical user would be able to instantiate an instance of EngineContext and go to town adding new GameObjects and Components but this tends to be very buggy. As can be seen by Engine.ts, though, the framework provides and interface through which to create GameObjects, add a number of Component types such as materials and meshes, and even go as far as to apply custom shaders to those materials. Simply drop an EngineContext instance pointing to a canvas element in a script and it's BufferRenderer will be able to render its encapsulated objects to it!
Originally, there was going to be a spinning table, but for the time being perhaps you will enjoy tinkering with this translucent cube.
This project would not be possible without the efforts of the glMatrix team as well as this fantastic guide to WebGl provided by MDN.