Advanced Logic Gates

tHeRePeater here again, as you might've guessed. Well, I won't have any ado.

XOR Gate

This baby is the piston door key. You NEED it! Now! NOW! Sorry. Where was I? The XOR Gate. You need it. Just kidding! Now, down to buisness. The XOR gate works like this: If lever 1 or 2 is ON, then the whatever is ON. if both or neither are ON, then the whatever is OFF. So, an example. You turn your outside lever ON, and open you 2x2 sticky piston door. You walk in. You flip your inside lever ON. The door closes. Later, you come back out to kill some creepers. You flip your inside lever OFF, door opens. You then flip the outside lever OFF, and the door closes.

XNOR Gate

This is the opposite of the XOR. I'll make it quick: lever 1 or 2 ON, whatever is OFF. If both or neither is ON, then the whatever is ON. Yeah, it is kinda refreshing to type that in so quick, isn't it? I should do that more often...

NAND Gate

This is, you guessed it, the opposite of the AND Gate! The whatever is always ON unless both levers are ON! This could be used... well, I guess I'm still working on that. I don't precisely know what preciely the precice thing its used for precicely is, precicely.

IMPLIES Gate

An interesting gate. If both levers are on, or if both are off, or if B is ON, then the whatever is ON. Only if A is on alone is the whatever off. Basically, if B is ON, then A acts as a normal lever. If B is OFF, however, then A acts like a NOT Gate/Inverter.

Are you STILL not satisfied? What do I gotta do? Oh... maybe make a MEMORY CIRCUT/LATCH page! I'll do that!