I learned how to program with WebGPU, using both rendering and compute pipelines. This particular demo uses vectors instead of matrices or quaternions for rotational math. I became really good at troubleshooting the GPU during this process. To see the demo in action, click on the link and then press 'n' to rotate the camera.

This is a number theory related image generated using low level WebGL primitives. It shows lines and triangles which display as approximated circles. There are controls to move the camera, and dragging the mouse on the canvas will also move the generated image.

This demo shows my ability to work with WebGL without using ThreeJS. It also shows that I was able to use VueJS with a Typescript/Vite development setup.

This is a VueJS user interface I made to demonstrate VueJS 3.0 skills. Although the user interface works, the back end program, which I have been working on for a while now, is still incomplete.

In other words... it doesn't work yet because this is the user interface for an experimental parser generator which I am still working on. The parser generator contains within it support for 3 programming languages and uses a kind of virtual machine I invented. Unfortunately, it's not done.

On the plus side, you can see a triple-tab ui widget, which I made take in a dynamic number of slots, accomplished by using an advanced custom-rendering function. There's also a modal that can be seen by pressing the export buttons.

If you want to see what I have so far, click on the picture link.