Editing Atmosphere
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<languages /> | <languages /> | ||
<translate> | <translate> | ||
| + | <!--T:7--> | ||
| + | {{Itembox | ||
| + | | name = Kit (Atmospherics) | ||
| + | | createdwith = [[Hydraulic Pipe Bender]], [[Fabricator]] | ||
| + | | cost = 10g [[Iron]], 5g [[Gold]], 20g [[Copper]] | ||
| + | | stacks = no | ||
| + | }} | ||
| + | {{Structurebox | ||
| + | | name = Atmospherics | ||
| + | | image = [[File:Atmospherics front.jpg]] | ||
| + | | placement = Small Grid | ||
| + | | powerusage = ? | ||
| + | }} | ||
| + | |||
Atmospherics is one of the main simulated systems in [[Stationeers]]. The game world consists of many individual units of atmosphere that interact with each other as well as structures and items that are in contact or intersecting with them. | Atmospherics is one of the main simulated systems in [[Stationeers]]. The game world consists of many individual units of atmosphere that interact with each other as well as structures and items that are in contact or intersecting with them. | ||
== Atmosphere Properties == <!--T:1--> | == Atmosphere Properties == <!--T:1--> | ||
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Pressure is a product of the contents of the atmosphere adjusting by temperature/heat. | Pressure is a product of the contents of the atmosphere adjusting by temperature/heat. | ||
| β | == Large Grid | + | == Large Grid Atmospheres == <!--T:3--> |
The most common type of atmosphere is the large grid atmosphere. In the main game world, each large grid unit (the size of a [[Frame]]) contains one unit of atmosphere. | The most common type of atmosphere is the large grid atmosphere. In the main game world, each large grid unit (the size of a [[Frame]]) contains one unit of atmosphere. | ||
The atmosphere in one large grid will exchange contents and heat with neighbouring atmospheres in order to equalize their content. | The atmosphere in one large grid will exchange contents and heat with neighbouring atmospheres in order to equalize their content. | ||
An atmosphere in a vacuum will eventually spread out and dissipate in within a few large grid atmospheres of distance. | An atmosphere in a vacuum will eventually spread out and dissipate in within a few large grid atmospheres of distance. | ||
| β | == Pipe | + | == Pipe Networks == <!--T:4--> |
Each individual pipe network is simulated with one atmosphere. If you break up a pipe network with a device such as a pump or valve, you effectively control the interaction of gasses between the two atmospheres. | Each individual pipe network is simulated with one atmosphere. If you break up a pipe network with a device such as a pump or valve, you effectively control the interaction of gasses between the two atmospheres. | ||