Gotcha! ![See-no-evil monkey :see_no_evil: 🙈](https://cdn.jsdelivr.net/joypixels/assets/6.5/png/unicode/64/1f648.png)
The keyboard remains an issue…..to be solved.
Problem is to find one overhere.
I just start with the one I have.
![Four leaf clover :four_leaf_clover: 🍀](https://cdn.jsdelivr.net/joypixels/assets/6.5/png/unicode/64/1f340.png)
![See-no-evil monkey :see_no_evil: 🙈](https://cdn.jsdelivr.net/joypixels/assets/6.5/png/unicode/64/1f648.png)
The keyboard remains an issue…..to be solved.
Problem is to find one overhere.
I just start with the one I have.
![Four leaf clover :four_leaf_clover: 🍀](https://cdn.jsdelivr.net/joypixels/assets/6.5/png/unicode/64/1f340.png)
LOL!Gotcha!![]()
I did a lot of tinkering with an Apple Extended Keyboard matrix a few years ago --from what I remember, the wires operate as rows and columns. Whenever the corresponding pairs align, a keypress is registered. I'm not sure whether or not wires from important keys are routed through this Numpad section of the keyboard matrix though. I think you could probably test this theory out with a multimeter set to continuity mode.My guess is the electronics sees only the make contacts and so it should not harm function of the basic keys.
I only hope that you or someone else gets around to modeling //gs or any other style KeyCaps printed with sub-surface characters, I hope a set for printing surface characters with sub-surface lozenge embedded Numpad surround will follow. Fill and wipe color method would rock. Duo's Embedded UltraPad had lettering in magic marker on nice light gray rounded square decals.