Arthur VS daedalOS

Here are three hobby projects I've worked on during the last 2 years. I've written extensive guides for all of them:

https://github.com/maxvfischer/DIY-CNC-machine A CNC-machine I built from scratch, using 40x 3d-printed parts.

https://github.com/maxvfischer/Arthur An AI art installation I built from scratch using a GAN network, Samsung The Frame, a button and a PIR-sensor.

https://github.com/maxvfischer/DIY-arcade A full-size Arcade Machine I built from scratch.

Here you have the complete electronic setup: https://github.com/maxvfischer/Arthur#electronic-components

When I set out to learn new skills, I usually try to wrap them in a project. I also try to document and open-source the whole process, both for my own learning, but to enable other to leverage my failures and learnings.

Here are the projects I've done so far:

https://github.com/maxvfischer/Arthur An AI art installation I built from scratch using a GAN network, Samsung The Frame, a button and a PIR-sensor (including, code, images and tutorial). The main draft is almost done, but quite some polishing to do.

https://github.com/maxvfischer/shibusa An automatic Zen Garden drawing infinite patterns in sand. Using stepper motors, inverse kinematics and a Raspberry Pi Zero W (including, code, images and tutorial). I'm almost done building the robot, but still have quite some implementation to do. Also, the guide is far from done, I've mostly uploaded images so far.

https://github.com/maxvfischer/DIY-arcade A full-size Arcade Machine I built from scratch (including, code, images and tutorial). I don't know where you draw the life of "half baked". It's done, but there's a lot of improvements that can be done.

https://github.com/maxvfischer/Arthur An AI art installation I built from scratch using a GAN network, Samsung The Frame, a button and a PIR-sensor (including, code, images and tutorial). The main draft is almost done, but quite some polishing to do.

https://github.com/maxvfischer/shibusa An automatic Zen Garden drawing infinite patterns in sand. Using stepper motors, inverse kinematics and a Raspberry Pi Zero W (including, code, images and tutorial). I'm almost done building the robot, but still have quite some implementation to do. Also, the guide is far from done, I've mostly uploaded images so far.

https://github.com/maxvfischer/Arthur

I've learned so much while making this project into my personal website (dustinbrett.com). It's made me a much better web developer as I have tried to emulate a desktop environment with pixel perfect accuracy using CSS, HTML & JavaScript.

I'm very happy to announce that my personal website has once again been nominated for a Webby Award!

This has also been ported to the web via Emscripten. I host it on my website if anyone wants to play. https://dustinbrett.com/?app=SpaceCadet

Demo: https://dustinbrett.com/

As someone who built a website around this idea, I agree! The desktop metaphor is powerful. If anyone wants to check it out it's at https://dustinbrett.com

Very cool! It's always refreshing to see the "OS in the browser" projects that try and actually make something functional. I've been working on one myself for nearly 3 years now, called daedalOS (https://github.com/DustinBrett/daedalOS).

The WASM kernel idea is very cool and I hope one day to be able to add something similar to my project. I think you are onto something and I am excited to see your progress as you implement the GUI.

If you want some Browserception, my desktop environment (https://dustinbrett.com/) can indeed do this. But after a few levels in Chromium you need to add a random query string (/?a=1) to the URL otherwise it stops working.