If you want to get the water out, just tap the upper left cistern with a screw pump (remember to heat it first though)
The Generator is currently quite inefficient since there is only a few tiles where it connects to the cistern.
But you can see that it does generate water by turning on the flow amounts. If the left side cisterns have less than 6/7 water, you can slowly see the water level rise.
So you drain off bits of water, then the water tiles are frozen by the wandering bits of 1/7 magma and then thawed to put them back to 7/7, correct?
You say it's inefficient. What're your plans to make a better one? What kind of flow rates can we expect from an ideal water generator?
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Submitted by: Danarca - 2009-11-04
Ahhhh!
But how do you drain the water from there? Small pockets of water may be created with that method?
Submitted by: Servu - 2009-11-05
Yep, thats how it's supposed to work.
If you want to get the water out, just tap the upper left cistern with a screw pump (remember to heat it first though)
The Generator is currently quite inefficient since there is only a few tiles where it connects to the cistern.
But you can see that it does generate water by turning on the flow amounts. If the left side cisterns have less than 6/7 water, you can slowly see the water level rise.
Submitted by: Kanddak - 2009-11-05
So you drain off bits of water, then the water tiles are frozen by the wandering bits of 1/7 magma and then thawed to put them back to 7/7, correct?
You say it's inefficient. What're your plans to make a better one? What kind of flow rates can we expect from an ideal water generator?