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Difference between revisions of "User:Hussell/ClockRepeater"

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(daily repeater experiment)
(Daily repeater: success!)
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Now I just need to figure out how to halve the frequency of a repeater without doubling the number of components, and I'll be able to build a perfectly precise dwarven clock.
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I've now tested a period doubler with a 600-step repeater, giving a 1200 step repeater:
 
 
Experiment in progress:
 
 
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The first two rows together form a 600 step repeater. The signal from the second row is fed into the third row, which, in theory, should act as a period doubler, making a 1200 step (daily?) repeater. If this system works, it may be possible to make a monthly repeater with about twice as many components as this. Without a period doubler, a monthly repeater of this type would require 28 times as many components as a daily repeater.
+
The first two rows together form a 600 step repeater. The signal from the second row is fed into the third row, which acts as a period doubler, making a 1200 step (daily!) repeater. I have an idea for a monthly repeater, using a 1000-step repeater doubled twice to 4000, delayed by 200 steps to 4200, then doubled another three times to 33600 steps (1 dwarf-month). The only bit I'm having trouble with is that extra 200 step delay in the middle. I'll put my design here when I have something which might work.

Revision as of 00:24, 5 December 2009

Credit for inspiration from MrFake, in An Advanced Repeater.

Z-level +1 Z-level 0 Z-level -1
% %
*
> *
% % ^
*
X *
^
<

^ and ^ are both 1-7 water plates linked to the gears of the same color. This time I've planned the necessary access doors and stairwells ahead of time instead of adding them haphazardly. Build order: upper pump, lower pump, gears, pressure plates.

The green pressure plate produces an OPEN signal exactly once every 200 steps (once 2 water have been put into the system). Tested and confirmed. Hopefully the base component in a dwarven clock that doesn't drift over time.

Using the same principles one can construct a repeater which produces a signal on any multiple of 200. The following is a tested design for a 400 step repeater:

Z-level +1 Z-level 0 Z-level -1
% %
*
> *
% % ^
*
X *
^
<
Z-level +1 Z-level 0 Z-level -1
% %
*
> *
% % ^
*
X *
^
<


A compact version, sharing some power transmission gears:

Z-level +1 Z-level 0 Z-level -1
% > %
% * * * %
^ ^
% X %
% * * * %
<
^ ^


600 step repeater:

Z-level +1 Z-level 0 Z-level -1
% %
*
* >
% % ^
*
* X
^
<
% %
*
* >
% % ^
*
* X
^
<
% %
*
* >
% % ^
*
* X
^
<

One way to initialize it is by putting 1 water on the red, blue, and cyan plates, then a 2nd water on the red and cyan plates, and finally a 2nd water on the blue plate.


I've now tested a period doubler with a 600-step repeater, giving a 1200 step repeater:

Z-level +1 Z-level 0 Z-level -1
% > %
% * * * %
^ ^
% X %
% * * * %
<
^ ^
% %
*
* >
% % ^
*
* X
^
<
% %
% * > * %
* *
^ ^
% %
% * X * %
* * *
<
^ ^

The first two rows together form a 600 step repeater. The signal from the second row is fed into the third row, which acts as a period doubler, making a 1200 step (daily!) repeater. I have an idea for a monthly repeater, using a 1000-step repeater doubled twice to 4000, delayed by 200 steps to 4200, then doubled another three times to 33600 steps (1 dwarf-month). The only bit I'm having trouble with is that extra 200 step delay in the middle. I'll put my design here when I have something which might work.