collapseos VS discipline

Something like this is probably a lot more realistic than (as fast) "integrated circuits at home" : http://collapseos.org/

http://collapseos.org/

I know the point of it isn't to run on new hardware, but this would be a way to learn it on a stable platform without having to worry about dealing with constant problems from old hardware before trying to implement it on said.

There is something called Collapse OS I read about here on HN:

http://collapseos.org/

I myself am a collector of old devices, having raised three kids plus being a web dev. Hate throwing them away too I was just think about this today could I extract the CPUs or RAM or something to reuse rather than destory for the metals. I'd like to learn more hardware but no time.

Some hope for Colapse OS [1] perhaps?

[1] http://collapseos.org

http://collapseos.org/

Here is a quick guide to the science for those with the brain worms:

Maybe start with sufficient support for a simple OS that allows you to edit and compile programs. Something like FreeDOS or CollapseOs. Once you have that working you can extend it.

During collapse we'll all be using Dusk OS and post collapse we'll be using cobbled together rugged computers running on Collapse OS. I imagine at that point we can probably put the sub name to a vote. Maybe "r/ordinarylife".

Not Linux....but you could just install Kolibri OS for a very light desktop or consider CollapseOS and DuskOS....think Dusk should run bare metal on now and won't be too bloated, but there's always CollapseOS if you prefer to keep things light

I will suggest that Baroque ornamentation was attached to things that were part of the function of the object, but you have hidden all the electronics that make your computer function inside its (yes, beautiful) case. Those electronics have an intricacy and a beauty all their own, even if their appearance is mostly dictated by function and cost. Maybe it's not what you're going for, but see for example the DISCIPLINE keyboard for an example of bringing the electronics to the forefront, and positioning them with attention to artistry and not only function.

There are other benefits: A PCB design can be shared so that others can fabricate it themselves. (Or modify it if they wish). A PCB design will likely have a schematic, too, which can be studied.

I'd also bet that PCB projects are more likely to inspire better PCB projects. -- Or at least, the domain I've tried my hand at has been PCBs for custom mechanical keyboards.

e.g. I've seen boards inspired by https://github.com/hsgw/plaid such as https://github.com/coseyfannitutti/discipline or https://github.com/rtitmuss/torn and I think there are several popular split keyboard designs which basically descend from https://github.com/MakotoKurauchi/helix

All the files and instructions are in the designer's Github repositories, see https://github.com/coseyfannitutti/mysterium and https://github.com/coseyfannitutti/discipline

Thank you! What do you want to know? The case is designed to fit a Discipline PCB, I designed a new PCB (and plate), which uses the same ATMega32a and a very similar circuit but redesigned from scratch to fit an ortholinear layout while still being compatible with the case. The big knob is set up with a smooth (ie no detent) encoder which complements the extra weight nicely (it spins well!). It's set up for scrolling at the moment but I'm going to add some different functions for different layers. The other two knobs control volume and undo/redo, and have a more usual detent decoder. Keycaps are DSA Historic... That's all I can think of!

Hey there, I have downloaded the file for the acrylic plate from github. https://github.com/coseyfannitutti/discipline Somewhere there is the correct plate. But watch out, there are also top plates for a different acrylic case.

Open source on github