I did post this quite a while ago. Well, that's not quite true. I was going to post it but then I forgot to and added a reply to that thread about it, but that was after everyone had already finished discussing the main topic of that thread, so nobody actually saw it. My idea is essentially invertible SWCH. When the TMP value of SWCH is set to 1, then it behaves as if it were the opposite life value. If two SWCH's are next to eachother and one has a TMP of 1 and the other 0 then they are in opposite states. The life value is still conducted through the SWCH the same. PSCN still makes the life value rise up to 10 as always, and NSCN will make it go down. And by make it go to 10 I mean 2 or whatever the sequence is. I can't remember if odd numbers are going up or down. Lol. Anyways, Uses: Smaller electronics! Especially SWCH-based relays! Also, easier to make ARAY-based ram modules. Specifically smaller ones. On a side note, I'm still voting for making it so SWCH conducts instantly. Especially the whole activate and deactivate thing. and by conduct instantly I mean conduct instantly always.