<<< - morgan
>>> - me
<<< Hey bud, you've used Open Fixture before right? what acrylic thickness do you recommend?
>>> hey! I don't have any particular recommendations wrt thickness, I used 4mm and was satisfied
>>> I also double-cut the "hinge" parts, they were kinda flimsy for me
>>> as in, I cut one more layer and then overlaid it
>>> let me show you
>>> I had to edit the blue part a bit so that the second piece could fit
>>> first hinge I made broke, so, afterwards I just added yet another layer to the hinge and superglued the two layers together
>>> this is where it's flimsy
>>> might be good to go with this from the beginning, this is the top half and it holds pogopins - you really don't want to disassemble this half once the pogopins are in place and soldered =)
<<< ok, what else needs to be modified to do this? or does it just make the tap part slightly wider and the bold takes that up?
>>> only the blue part was modified, the hinge part was copied, and its copy was modified a little bit so that it wouldn't have the top&bottom pegs that go inside the square holes on the horizontal layers
>>> the copy is the one that's transparent
>>> also, do make sure that your pogopins fit inside the top half of the jig, inside the small autogenerated holes
>>> might need to edit the holes a little bit, enlarge or shrink. My fit wasn't perfet, but superglue helped.
>>> also, if you have pogopin sockets, this is the perfect place to use them
>>> pogopin tips actually matter here
>>> I got the T2 pins
>>> I assembled my jig with these, and it was suffering:
>>> I mostly have through-hole points, and these [pogopins] don't make any kind of good contact with those [points]
>>> so, when I next work on this jig, I will be reassembling it with T2, and, most importantly, pogopin sockets so that in the future I can improve the places where contact is not good
>>> otherwise, you can get stuck while testing and you won't know it's actually your pogopins that are unsuitable, and not the PCB
>>> also, you might need to mod the Openfixture script a little bit, by default it IIRC only exports the SMD testpoints and such, you might want to also have it export the through-hole parts
>>> IIRC it was a straightforward change, I can send the diff, want it?
<<< I was just about to start cutting when I realized it used some other rando pads instead of my actually test points
>>> here you go
>>> this is output of "git diff", this is not a commit
>>> you should be able to apply it, either way