Memory Toggle

Contains an internal Memory, and will output whatever signal is stored in that Memory. Signals sent to the Inputs only affect the Memory, and do not pass through to the Output.
Sending a Green Signal to the Set Port(S) will set the memory to Green.
Sending a Green Signal to the Reset Port(R) will reset the memory back to Red.

Research

Computing

Dimensions

2×2 tiles

Rotation

Turnable

Truth Table

Set Input	Reset Input	Output
Red	Red	unchanged
Green	Red	Green
Red	Green	Red
Green	Green	Red^[1]

Usage

A typical usage of Memory involves two signal inputs and four phases.

An activation signal connecting to the Set Port(S).
A deactivation signal connecting to the Reset Port(R).

Phase 1: Activation. The activation signal is Green, and the deactivation signal is Red. The Memory Toggle outputs Green.

Phase 2: Action. The activation signal is Red, and the deactivation signal is Red. The Memory Toggle continues outputting Green.

Phase 3: Deactivation. The activation signal is Red, and the deactivation signal is Green. The Memory Toggle outputs Red.

Phase 4: No-action. The activation signal is Red, and the deactivation signal is Red. The Memory Toggle continues outputting Red.

After the phase 4 it goes back to phase 1.

Or it could be explained by below time sequence.

Port	Time Sequence
Set	`000`	`111`	`000`	`000000`
Reset	`000000000`			`111`	`000`
Output	`000`	`111111`		`000000`

Automation Ribbon

Memory Toggle's behavior to Automation Ribbon is same as Automation Wire activation. Generally interpreting 4-Bit Signal into 1-Bit Signal is only use first Bit - For example, when input is 4-Bit RGGG, then it is interpreted as 1-Bit Red Signal.

Tips

The Memory Toggle, like other Automation gates, can be placed behind buildings and tiles, as well as in the same space as pipes or wires.
Like the AND and OR gates, the fourth space on the Memory Toggle's graphic does nothing, and Automation Wires can cross freely in this space.