![]() Until logic can be inserted between a remote door control and servo, your workaround with pads seems like a good idea. I also can't think of any negative impacts of this, but chime in if you can think of some examples. Sending the true along any lines that path to the servo in question is a bit gamey, but I think it gets the behavior we want without excessive confusion. The key is that the initial true is driven into the circuit from a remote door control station and a guard. If there's no logic in between, it works as it does currently. It can change accordingly based on that switching logic and the player's intent on its way to the servo. If it happens to hit a logic gate in between, that's fine and in fact what we're trying to accomplish. In keeping with the above assumption, once the guard authorizes the door to open, a true signal would be driven along any path that ultimately ends at the servo in question. Another possibility is an unseen signal cable from the door to the remote door control. You could explain this phenomenon by further assuming there's unseen CCTV in the remote console that the guards are watching. For purposes of game play, I'd have the players assume that the remote door control just knows. I think it should stay that way to avoid complications of manipulating the request with logic and losing track of which door is making the request. There's currently no implementation that renders the door signaling the remote door control with an open request. Adding this functionality would really open up some interesting door layouts and behaviors. I've also experimented with airlocks and ran into the same problem of a logic circuit not being supported between a remote door control station and a servo. (To put this in other words: Intercept and manipulate the signal) In order to do it like this you'd have to have a "someone wants to pass through" output on the door, which could be hooked up to the logic circuits.Īnother possibility is having a way to hook up a door-remote to a logic circuit, but it's going to be hard to figure out what door the input is coming from then, hence the suggested door output. That's the exact reason I chose pressure pads. So you cannot hook the door-remote up to a logic circuit to first see if it's allowed to be opened. What I mean by that is: The only way a door-remote works, is if you hook it up directly to a servo. The problem is however that the other door will also have to be hooked up to the door-remote, and you can't do any kind of processing between a door-remote and a servo. Sub1to wrote:When you hook up a relay from a door servo to a logic circuit, it's possible to output when another door should and shouldn't be able to open. If that bug is fixed, the servos can be removed and the logic outputs of door timers to be directly connected to the logic gates instead, and logic gates connected to Power switches directly) (the Three servos are not supposed to be connected to any doors, instead the servos are designed to workaround bug 0005442. If you rather want one door to be open at all time, then you can skip that part. Thus the logic Circuit then "unlock" the door. This to keep the doors closed at all times. prison file, the REQ to open A, and A, is ANDed together, same with REQ to open B, and B. Dont care about the regime options, just set all Clock settings to be open around the Clock. prison file in savefolder, load prison)ĭoor timers should both be set green, eg the Schedule should be Always open. (Select "show source", copy all text, paste into a empty. Only thing that can happen is that something blocks the door from closing, thne both open at the same time. (if both plates is actuated, both NORs will output false, thus the Circuit will unlock door A, this also ensures the system will never come in deadlock situation because 2 people want to go both ways, because when people have passed A, then A will no longer be actuated no more, so the airlock will switch over to unlock B) Click the guard and right-click anywhere to move the guard and see how the airlock works.Įven if both pressure pressure plates are actuated at the same time, both doors will NEVER open at the same time. Its possible to use NORs without oscillation.
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