List of Logic Circuits

Logic Circuits are player made circuits designed to trigger the various contraptions that can be made using logic blocks. This is a semi-exhaustive list on the multitude of helpful circuits that can be built in-game and what their intended uses are.

Legend	On State	Off State
Activation Module
Button
Inner Ship Remote
Wireless Logic Module
Trigger (Area) Controller
Trigger (Step On)
OR-Signal
NOT-Signal
AND-Signal
DELAY-Signal
Flip Flop
Randomizer
Sensor
Trigger (Area)

Pulse Circuits

Pulse Circuits are circuits that send a signal for a set amount of time before automatically resetting. They are similar to the Button block but can be customized for longer pulses.

Pulse Circuit (High)

Description	Outputs a signal that resets after 0.5 seconds.
Blocks Needed
Input	High (On) Signals
Output	Sends Low (Off) Signal on pulse Sends Low (Off) Signal on pulse Sends High (On) Signal on pulse Sends High (On) Signal on pulse
Modifications	Connect additional DELAY-Signals to increase the time before the circuit resets.

How to Build
Step	Selected Block ┌┐ └┘	Connects to ┌┐ └┘
1	Activation Module	NOT-Signal & OR-Signal
2	NOT-Signal	DELAY-Signal
Mod	DELAY-Signal	DELAY-Signal
3	DELAY-Signal	OR-Signal
4	OR-Signal	Activation Module
5	Press R on the Activation Module to turn the circuit on

Automatic Door Circuit

Description	Outputs a signal that resets after 1 second. Designed for automatic doors that are motion activated.
Blocks Needed	2x
Input	High (On) Signals
Output	Sends Low (Off) Signal on pulse

How to Build
Step	Selected Block ┌┐ └┘	Connects to ┌┐ └┘
1	Place Trigger (Area) Controller next to Activation Module.
2	Activation Module	NOT-Signal & OR-Signal
3	NOT-Signal	DELAY-Signal #1
4	DELAY-Signal #1	DELAY-Signal #2
5	DELAY-Signal #2	OR-Signal
6	OR-Signal	Activation Module
7	Press R on the Activation Module to turn the circuit on.
8	Place Trigger (Area)s in the desired location.
9	Trigger (Area) Controller	Trigger (Area)

Logic Clocks

Logic Clocks are circuits that are designed to pulse a logic signal endlessly. They can be any circuit that cycles a pulse repeatedly until it has been deactivated.

Half Second Clock (Design 1)

Description		Outputs a signal every 0.5 seconds.
Blocks Needed
Input	Turn On	Low (Off) Signal
	Turn Off	High (On) Signal
Output		Sends Low (Off) Signal on pulse Sends Low (Off) Signal on pulse Sends High (On) Signal on pulse
Modifications		Connect additional DELAY-Signals to increase the time between pulses.

How to Build
Step	Selected Block ┌┐ └┘	Connects to ┌┐ └┘
1	Activation Module	OR-Signal
2	OR-Signal	DELAY-Signal
3	DELAY-Signal	NOT-Signal
4	NOT-Signal	OR-Signal
5	Press R on the Activation Module to turn the circuit on

Memory Circuits

Memory Circuits are logic circuits that can remember a state for later use.

T-Flip-Flop

Description	High signals on the Flip Flop changes the state of both the NOT-Signal and itself. Used to trigger two alternating circuits with a single input
Blocks Needed
Input	High (On) Signals
Output	Sends opposite signal of NOT-Signal Sends opposite signal of Flip Flop

How to Build
Step	Selected Block ┌┐ └┘	Connects to ┌┐ └┘
1	Flip Flop	NOT-Signal
2	NOT-Signal	Flip Flop
3	Press R on the Flip Flop to turn the circuit on

RS-NOR

Description		A memory circuit that has 2 inputs. One that turns the circuit on and another that resets the circuit. Useful for devices that have one input and won't turn off until a separate input in sent no matter how many times the first input is pressed.
Blocks Needed		2x 2x
Input	#1	High (On) Signals. Disabled if input #2 is on.
	#2	High (On) Signals. Disabled if input #1 is on.
Output	#1	Sends High (On) Signal. Only sends if Input #2 is not active.
	#2	Sends High (On) Signal. Only sends if Input #1 is not active.

How to Build
Step	Selected Block ┌┐ └┘	Connects to ┌┐ └┘
1	OR-Signal #1	NOT-Signal #1
2	OR-Signal #2	NOT-Signal #2
3	NOT-Signal #1	OR-Signal #2
4	NOT-Signal #2	OR-Signal #1
5	Press R twice on either OR-Signal to turn the circuit on

3-Input Toggle

Description		A memory circuit with 3 inputs that will only allow one output to be active at a time. While one input is active activating another input automatically deactivates all others. Great for systems that have multiple input options that can only have one active at a time while also allowing the system to turned off with the currently activated input.
Blocks Needed		3x 6x 3x 3x 3x
Input	#1	High (On) Signals. Disabled if input #2 and #3 is on.
	#2	High (On) Signals. Disabled if input #1 and #3 is on.
	#3	High (On) Signals. Disabled if input #1 and #2 is on.
Output	#1	Sends High (On) Signal. Only sends if Input #2 and #3 is not active.
	#2	Sends High (On) Signal. Only sends if Input #1 and #3 is not active.
	#3	Sends High (On) Signal. Only sends if Input #1 and #2 is not active.
Modifications	Create additional columns to add more toggle-able options.

How to Build
Step	Selected Block ┌┐ └┘	Connects to ┌┐ └┘
1	Activation Module	DELAY-Signal #1
2	DELAY-Signal #1	DELAY-Signal #2
3	DELAY-Signal #2	AND-Signal
4	AND-Signal	Button
5	Button	Activation Module
6	OR-Signal	AND-Signal
7	Repeat steps 1-6 two more times with the other columns of blocks.
MOD	Repeat steps 1-6 as many times are you wish to create additional columns.
8	Column #1's Activation Module	Column #2 & #3's OR-Signal
9	Column #2's Activation Module	Column #1 & #3's OR-Signal
10	Column #3's Activation Module	Column #2 & #1's OR-Signal
MOD	Column #X's Activation Module	Column #Y's OR-Signal