My research suggests that ice sinks in liquid ammonia. So they're less icebergs than they are ice mountains.


The best landing spot you could find was this large iceberg. The sheet of ice is only a few meters thick and seems to contain a lot of trapped air, but frozen water is a very solid ...

My research suggests that ice sinks in liquid ammonia. So they're less icebergs than they are ice mountains.

If you set a decider combinator with inputs to be filtered on green and with the control signal indicating what things to allow through on red, you can configure it as "If Each (Red) != 0, then Output Each Input Value (Green)". This will achieve the desired result with only what has been shown ...

What you suggest wouldn't allow to have say green wire conveying lots of different inputs to be filtered, and red wire the control value to select which signals from the green wire to let pass the combinator. It would mean setting up many different conditions on the combinator itself so that ...

maybe a filter combinator ? Maybe something like a sensor for the planet that would tell gravity or pressure or day-cycle ?


My first thought was some kind of sorting combinator; select minimum/maximum (non-zero) input. Lots of interesting possibilities. If it was a sensor would it require a ...

In Angel's Refining, the higher levels or sorting rarely seem to be more efficient, several times they get worse.

Crushed Saphirite Sorting for example gives 1 ore, 1 chunk and 2 pebbles, netting 4 ore after processing the chunk with additional pebbles from the ore. That costs four crushed ...