Advanced Airlock Accelerator

A single-chip solution for tight spaces, like the underutilized floor of your airlock! Tired of sitting around waiting for your airlock to let you out? This vent-mirroring script can be used to greatly speed up the cycling of an airlock, especially if sufficient stored gas is available for quick repressurization (see tips section below). Up to two active vents are supported as masters, and each master can have up to two slaves, making it perfect for the advanced airlocks required anywhere that atmosphere exists (or may exist) on both sides of the airlock. Slave vents will be set to do the same thing their master is doing, whatever that may be. Most scripts I've seen of this type are limited to one master, making them less useful for advanced airlocks, requiring an additional IC (and 50w more power) to accomplish the same task. Another possible use is to spread out vents between multiple frame cells to make an airlock slightly larger than the typical 1x1, without it taking significantly longer to cycle due to waiting for gas to transfer between cells. (When doing so, it's best to have a gas sensor assigned to the airlock console in every grid cell to ensure that it doesn't leave any trace contaminants in neighboring cells when depressurizing.) --- Setup --- The master vent(s) should be those controlled by the advanced airlock console. Ensure that you configure the correct vents as masters and slaves. For best results, the slaves for each master should be on the same pipe network as that master, with enough room in the pipes to store the evacuated air for quick repressurization. (Dumping it out of a passive vent will typically result in very slow repressurization no matter how many active vents are used!) d0 = Master 1 d1 = Slave 1 A d2 = Slave 1 B d3 = Master 2 d4 = Slave 2 A d5 = Slave 2 B You are not required to use two masters. (On Mars in particular, the exterior side doesn't really need accelerating. You can just set up the airlock console with an external press