Update atmos and AME guidebook (#20379)

diff --git a/Resources/ServerInfo/Guidebook/Engineering/AME.xml b/Resources/ServerInfo/Guidebook/Engineering/AME.xml
index 8f98c27ba97af1a639e037b8dacf77dc2786cc16..a0bcb44a4454494f77618451b56156f663dd76a8 100644 (file)
--- a/Resources/ServerInfo/Guidebook/Engineering/AME.xml
+++ b/Resources/ServerInfo/Guidebook/Engineering/AME.xml
@@ -18,4 +18,9 @@ Once this is done, you can use a multitool to convert each AME part into shieldi
 ## Fuel Economy
 The closer you are to the perfect ratio of [color=#a4885c]1:2[/color] (1 AME core to 2 fuel rate) the more efficient you'll be. You're cutting fuel efficiency to [color=#a4885c]50% and less[/color] if you're using more cores, but less fuel injection rate.
 For an example [color=#76db91]3 core and 6 fuel rate[/color] will generate [color=#76db91]240kW[/color], while [color=#f0684d]8 core 8 fuel rate[/color] will generate [color=#f0684d]160kW[/color]. Generating 80kW less while spending 2 more fuel each injection.
+
+## Upgrading the AME
+
+You can generally only upgrade the AME by getting more cores, which can be done by ordering more AME packages from [color=#a4885c]cargo[/color].
+
 </Document>
\ No newline at end of file

diff --git a/Resources/ServerInfo/Guidebook/Engineering/Atmospherics.xml b/Resources/ServerInfo/Guidebook/Engineering/Atmospherics.xml
index 7dea1fb75cbe6406b07178f152c93cd92978c530..693e3a0209851e02e5beef1dd3d526a26923bbcb 100644 (file)
--- a/Resources/ServerInfo/Guidebook/Engineering/Atmospherics.xml
+++ b/Resources/ServerInfo/Guidebook/Engineering/Atmospherics.xml
@@ -16,7 +16,7 @@ Variations on this mix may be necessary for the long-term comfort of atypical cr
 <GuideEntityEmbed Entity="StorageCanister"/>
 </Box>
 ## Vents and Scrubbers
-Vents and scrubbers are core atmospherics devices that fill and cleanse rooms, respectively. By default, they are configured for filling rooms to standard pressure (101.24kPa) and to remove all non-O2/N2 gasses from a room. They can be reconfigured from their default settings, allowing you to configure how they respond to various types of gasses or pressure levels. This can be done by interacting with an existing air alarm nearby, or installing and connecting them to a new one. 
+Vents and scrubbers are core atmospherics devices that fill and cleanse rooms, respectively. By default, they are configured for filling rooms to standard pressure (101.24kPa) and to remove all non-O2/N2 gasses from a room. They can be reconfigured from their default settings, allowing you to configure how they respond to various types of gasses or pressure levels. This can be done by interacting with an existing air alarm nearby, or installing and connecting them to a new one.
 
 <Box>
 <GuideEntityEmbed Entity="GasVentPump"/>
@@ -28,6 +28,32 @@ Should you encounter a situation where scrubbers aren't cleaning a room fast eno
 <Box>
 <GuideEntityEmbed Entity="PortableScrubber"/>
 </Box>
+# Gas mixes and Burn chambers
+In the event you finish all the tasks at hand, you can make some extra power or money by creating new chemical gasses.
+
+##Tritium
+Tritium is a clear, green gas that is highly flammable, radioactive, and combusts when in contact with oxygen making it very helpful when running the [color=#a4885c]TEG.[/color]
+It can be made by burning 1% Plasma and 96% or more Oxygen in the Burn Chamber. You can extract this gas through scrubbers.
+
+<Box>
+<GuideEntityEmbed Entity="PlasmaCanister" />
+<GuideEntityEmbed Entity="OxygenCanister" />
+<GuideEntityEmbed Entity="GasVentScrubber"/>
+<GuideEntityEmbed Entity="TritiumCanister" />
+</Box>
+
+##Frezon
+Frezon is a bluish-green gas that is very complex and very dangerous. To obtain frezon, you must mix Tritium, Oxygen, and Nitrogen in a 70K room to start the reaction, as well as prevent the Tritium from combusting with the oxygen.
+
+<Box>
+<GuideEntityEmbed Entity="TritiumCanister" />
+<GuideEntityEmbed Entity="AirCanister" />
+<GuideEntityEmbed Entity="GasVentScrubber"/>
+<GuideEntityEmbed Entity="StorageCanister" Caption="Frezon Canister"/>
+</Box>
+
+It is critical to understand that a frezon leak can devastate the station, causing a wintery hell filled with itchy sweaters and cold burns. Frezon is very cold, and can freeze the station to death if even a few moles get out, so make sure that you lock your canisters or just move your Frezon straight into a storage room.
+
 ## Reference Sheet
 - Standard atmospheric mix is [color=#a4885c]78% N2 and 22% O2 at 101.24kPa.[/color]
 - Gas obeys real math. You can use the equation PV = nRT (Pressure kPa * Volume L = Moles * R * Temperature K) to derive information you might need to know about a gas. R is approximately 8.31446