and we're spending pretty much all of our time in the weave shed.
i hadn't thought of this before i started, but it turns out that areas of the fabric where the two faces interhange often tighten up a lot quicker than those areas of the warp where the faces don't interchange. as you can see in the second one the interchanging is occuring every 8 picks, by the time i'd finished i had to cut the fabric off and retie onto the front stick 'cause the warp was slack on the sides and in the middle and it was becoming impossible to weave properly.
that's why you're seeing these before i've finished the 3rd sample. we have 3 samples to do. it was supposed to be finished by the end of the week, but as some people have only just started weaving we've got an extension.
the weave department is understaffed, the college administration have no understanding of it whatsoever
in other news, i've just ordered a 400X magnification USB microscope (for examining textile fibres) and an Arduino Microcontroller newbie's kit, for to play with electronic. for my next project i want to create a fabric with conductive warps and wefts that can act as a touchpad by connecting one warp with one weft via the conductivity of the finger and all that. but i need to get the electronic part sorted out.
i need at least two layers of fabric (one with weft and one with warp) so the two sets of conductors are seperated from each other. i also possibly need an insulating layer in between, but i'm not sure about that yet.
it would be kinda groovy to make triple layered interchanging fabric though, a proper challenge for the old brainbox and that. would make me feel dead clever that would