Jump to: navigation, search

Invert Cell: Difference between revisions

(Created page with "{{Block |image=Invert_Cell_256.png |invimage=Invert Cell |type=Multipart block |dirt=Support block |gravity=No |transparent=Yes <small>(partial)</small> |light=Yes, 7 |tool=an...")
 
No edit summary
 
Line 12: Line 12:
|availability=Survival
|availability=Survival
|firstver=v4.0.0
|firstver=v4.0.0
|name=
|data=24
|multipartid=pr_agate
|nameid=None
}}  
}}  
   
   
The '''Invert Cell''', is an array [[Logic Gate|logic gate]]. Array gates can function both as gates and wires. They are also slightly taller than normal gates.
The '''Invert Cell''', is an array [[Logic Gate|logic gate]]. Array gates have gate logic as well as 1 or more pass-through wires. They are also slightly taller than normal gates.


== Obtaining ==
== Obtaining ==

Latest revision as of 17:05, 17 March 2015

Invert Cell
Invert Cell 256.png
Invert Cell
Type

Multipart block

Physics

No

Transparency

Yes (partial)

Luminance

Yes, 7

Blast resistance

?

Tool

Any tool

Renewable

Yes

Stackable

Yes (64)

Flammable

No

Availability

Survival

First appearance

v4.0.0

Drops

Itself

Data value

dec: 24 hex: 18 bin: 11000

Multipart ID

pr_agate

The Invert Cell, is an array logic gate. Array gates have gate logic as well as 1 or more pass-through wires. They are also slightly taller than normal gates.

Obtaining

Crafting

Ingredients Crafting recipe
Circuit Plate +
Wired Plate +
Platformed Plate +
Cathode
Circuit PlateWired PlateCircuit PlateWired PlatePlatformed PlateWired PlateCircuit PlateCathodeCircuit Plate
Invert Cell


Usage

I/O

The Invert Cell has a total of 4 inputs outputs. All IOs in this gate act as wires. The wire connecting the front and back is the bottom wire and the left and right wire is the top wire.

Logic

The Invert cell acts much like 2 separate wires in a single block. This gate can allow one 'wire' to transverse between the front and back, and the other between left and right without crossing the signals. If the bottom wire is unpowered, a signal is conducted upwards to the top wire. When the bottom one is powered, the top returns to its natural state. Unlike traditional gates, there is no delay when passing a signal between inputs; it functions identically to wires.

History

Version Changes
v4.0.0 Added the Invert Cell.

Issues

Issues pertaining to "Invert Cell" are maintained on the ProjectRed Github page. Report issues there.




Cookies help us deliver our services. By using our services, you agree to our use of cookies.