in the case of simultaneous pressure plate activation
@inomanoms posted about it in another thread, but it's good to have such a straight forwards demonstration reference here, good job!
my automatic unidirectional airlock v1, inspired by
[Project] Motorized Airlock System
Wow, that opperates really slick! Definitely deserves it's own thread (especially if not replying to the inspiration thread).
Don't hide it away in here! In fact...
Here's what I built earlier today:
(as an aside this is a tip and trick?)
I'd tend to agree: let's try and organise threads as logically as possible. I'm not going to complain about anyone posting up their great creations
, but let's try to put them up where they're more likely to be found in the right context, etc. This thread is aiming right down the reductionist end of the technical scale, almost the opposite of magnificent builds. Don't be afraid to make a new thread, take the initiative, etc. Post to a personal thread if you don't think it's worthy (though It probably is), like people post their aesthetic builds elsewhere on the forums. Keep a personal thread anyway, to index all your content (and notable posts)...
Anyway. Here's my fairly epic teleporter 'micro'-tutorial from yesterday:
And a bonus little proof of concept build:
An "Idiot proof timer cascade shut-off mechanism (bi-directional)". It's extremely simple, but hopefully a massive improvement over trying to time a switch click to avoid sending your looped/linked timers into spasm! It's basically just a hoik tooth that stops you hitting the de-activation plate unless both the initiating timers below you are in the on state.
Note also that direction of pulse loop is controlled by wire route length - last timer hit goes first and takes train that way. (Don't know how much of this has been expounded elsewhere...?