Of general use might be the ergodox_ez_outline.scad, which contains a bunch of variables and an outline of the base of the Ergodox-EZ that other users may wish to import in order to get the measurements right for their own projects.
Not guaranteed to be 100% accurate, but were measured from a semi-official Ergodox-EZ 3D model so should be pretty close. For all of my prints I have found them to be spot on.
Examples of the main meshes of interest can be previewed on Github by clicking on them. (In the exported meshes folder - no guarantee they are the latest version, only included for easy previewing).
There is also a slice folder with my Cura slicing settings. Choices made may be for esoteric reasons like speed, so use as a guide at best.
Totally rethinking ultimate keyboard ergonomics. Obtain a fully neutral shoulder angle, at minimal expense.
Designed to slide onto an L bracket, allowing the keyboard to be used with your arms hanging fully vertically down (most useful when standing). Example images to come later, once prototyping is complete.
Prints in 3 pieces: tops, left bottom, right bottom. Joints without glue, easily disassembled.
Benefits from high infill to increase ridgidity. I went with 60% in gyroid patten. Also recommend thick (1.5mm) walls. It actually isn't that expensive time-wise because that means most of the walls don't have infill but can just be done back and forth.
A less radical design, intended to enable extreme tilting of 60º+. Redesign with much better dimensional accuracy of https://www.thingiverse.com/thing:3207945 and https://www.thingiverse.com/thing:2748084. My redesign is more customisable (you can change the angle, wall and base thicknesses, wall height), which also gives it much-needed strength compared to the other designs.
Intended to be held on the desk or armrest with some variant of this clamp, although the sockets for the clamp can be disabled with a parameter.
Again, photo examples are on their way.
Needs a decent infill, otherwise the walls may snap. The limiting factor is layer adhesion, so do what you can when slicing to increase it and you should be fine. Unlike the projects it is based off, it minimises thin extensions that I found were very likely to snap. There are still some parts that are likely to snap, but the mount should still work without them.
I recommend slicing this sideways (so that it kinda looks like a Y from above), so that the parts that stick out are all printed with a single layer in the direction they stick out. Otherwise, layer adhesion is the only thing stopping them from snapping, and it isn't likely to be as strong.
Probably need to install BOSL2
Then open the .scad files in OpenSCAD.