User:MrFake/NStepCyclicRepeater

General n-step Cyclic Repeater

Allows for cyclic pressure plate-based switching and deterministic timing using a robust repeater, for any n>1.

Layout

Side View

1

2

3

█

*

█

█

*

█

█

*

█

...

█

█

%

>

█

%

>

█

%

>

█

...

^

█

█

^

█

█

^

█

█

Legend

%	>		pump outputting to the right
^			pressure plate
*			gear assembly supplying power
█			wall

Description

Plate 1 (just left of pump 1) is connected to gear 2. Plate 2 is connected to gear 3 and so on, wrapping around from the beginning to create a cycle--in the layout above, plate 3 is shown connected back to gear 1. Plate i in an n-step repeater is connected to gear (i mod n)+1.

This allows for a sequential repeater with any n steps, where n is an integer greater than 1.

Examples

Legend

%	-		pump outputting to the right
^			pressure plate
█			channel with no plate
█			wall

4-step cyclic repeater

Top Down View

█	█	█	█	█	█
█	^	%	-	^	█
█	|	█	█	%	█
█	%	█	█	|	█
█	^	-	%	^	█
█	█	█	█	█	█

6-step cyclic repeater

Top Down View

█	█	█	█	█	█
█	^	%	-	^	█
█	|	█	█	%	█
█	%	█	█	|	█
█	^	█	█	^	█
█	|	█	█	%	█
█	%	█	█	|	█
█	^	-	%	^	█
█	█	█	█	█	█

3-step cyclic repeater

█	█	█	█	█	█
█	^	%	-	^	█
█	|	█	█	%	█
█	%	█	█	|	█
█	^	-	%	█	█
█	█	█	█	█	█

The bottom right channel has no plate, so the bottom pump just passes the water. Thus, odd steps are allowed. The gear assembly above the bottom pump can optionally be attached to a lever so that the repeater can be switched off and return to a known state.

2-step Alternating Repeater

See this page for this special case using a double-pump stack design.