Using the screwdriver from Project Red, the orientation of the gate can be changed freely in all four directions. If the A-line is 'off', then the gate switch 'off' the B-line, but a redstone signal/pulse can transmitted on the B-line. For a negative interaction between the lines ('A = off' result in 'B = on'), you must use the Invert Cell. the portfolio buffer are in f act t he r ight projects, the buff er needs to b e preceded by a gate wh ere projects are selected and priorit ised, i.e.

This function does NOT expire vice versa ('B = on' doesn't result in 'A = on'). Redstone signals are transmitted between the A-sides and B-sides, but if the the A-line is 'on', then the gate switch 'on' the B-line, even no signal receives one of the B-sides ('A = on' result in 'B = on'). The Buffer Cell has two A- and two B-sides for red alloy cables, redstone, an adjacent circuit, machine, lamp or anything that can be controlled with redstone signals. Also, programs put their data in a buffer to make it ready for a transfer to. A program can read the data from the buffer when it’s ready to work with it. It’s a transfer stop for data coming from some source like a network or pins operation. A Buffer Cell from 'Project Red' with A- and B-sides indicated by WAILAįor an easier usage, NEI and WAILA could be installed, which show the input, output and lock on the Buffer Cell. Memory used as temporary location for data in a program is commonly called a buffer.

Project red buffer gate