Life Support: Difference between revisions
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==Volume Amount== | ==Volume Amount== | ||
The amount of life support volume reqiured on a [[spacecraft]] depends on the number of [[berth]] | The amount of life support volume reqiured on a [[spacecraft]] depends on the number of [[berth]]s onboard. | ||
volume needed = berths * ? | volume needed = berths * ? | ||
Extra life support volume will help the spacecraft re-pressurize faster if it has been depressurized. And also provide redundancy, allowing the life support system to sustain more damage before becoming inoperative. | Extra life support volume will help the spacecraft re-pressurize faster if it has been depressurized. And also provide redundancy, allowing the life support system to sustain more damage before becoming inoperative. | ||
==Maximum Berths== | |||
The [[quality]] level of the life support system determine the maximum amount of crew the [[spacecraft]] can have. | |||
lifeSupportQMin = (nonOfficerBerths - 8) x 8 | |||
conversely | |||
nonOfficerBerthsMax = 8 + lifeSupportQ / 8 | |||
[[Category:Spacecraft Systems]] | [[Category:Spacecraft Systems]] | ||
Revision as of 23:18, 29 January 2018
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Life support maintain a habitable environment on board spacecraft and buildings.
When the life support system is offline avatars will be unable to spawn on the spacecraft, this includes both spawning from the Recall Home ability and death.
Artificial Gravity
The life support gravity module functions the same as the non-gravity variant, but adds artificial gravity to the spacecraft at the cost of reqiuring eludium.
While functioning correctly, the life support gravity variant generates an artificial gravity field on the spacecraft. This means that while not on the surface of a planet there will be gravity on board the spacecraft while the life support gravity system is online.
Volume Amount
The amount of life support volume reqiured on a spacecraft depends on the number of berths onboard.
volume needed = berths * ?
Extra life support volume will help the spacecraft re-pressurize faster if it has been depressurized. And also provide redundancy, allowing the life support system to sustain more damage before becoming inoperative.
Maximum Berths
The quality level of the life support system determine the maximum amount of crew the spacecraft can have.
lifeSupportQMin = (nonOfficerBerths - 8) x 8
conversely
nonOfficerBerthsMax = 8 + lifeSupportQ / 8