They are used as part of a binary -> decimal converter.

It is split into two parts, usualy mirrored, but not in this case.

One part is the binary address.

The other part is the binary address inverted.

I too have just barely begun to understand the binary encoding saves.  Could you explain the significance of having both the address and the inverse?

A will represent the BRAY beam.

B will represent the block of INWR.

We want to output if A = B

The equal operater can work like an XNOR so: A XNOR B.

If you only use the address you get: B OR NOT A.

If you only use the inverted address you get: A OR NOT B.

Put them together and you get: (A OR (NOT B)) AND (B OR (NOT A)).

This simplified gives you: A XNOR B.

Basicaly it involves a ton of boolean logic.

@konsole (View Post)

Some people use it for making lets say for example a light writer.

when you tap S, a particular Aray will be trigered that will alow only one particular row that will allow a line of Aray to only get the row of the Inwr(s) that will triger a particular amount of wifi that will draw the character S.

It's hard to understand but if you really want to I'll make a save for it

There are a couple of things you could optimize but yes, you have done everything right.