More Gas Display Console Options

More Gas Display Console Options

This is a Plugin Mod. It requires Bepinex to be installed with the StationeersLaunchPad plugin. See: https://github.com/StationeersLaunchPad/StationeersLaunchPad If you are having errors after updating you can try to load your save without the mod enabled, saving and then renabling the mod. Your setting will probably get wipe though.

WARNING: This mod is incompatible with my KelvinConsole mod so make sure you disable/unsubscribe it if you have it installed.

This mod adds a bunch of modes to the gas display consoles which covers pretty much everything the atmospheric analyzer from the tablet gives you. There's 106 modes in total so have fun clicking!

You can use the quantity modifier to backtrack.

You can also use the filter function of the console to target specific modes or at least get closer to the one you want. To use the mod's filter function you will need to hold Left Alt when clicking the confirm button in the filter input menu. The filter first checks if you inputted a tag listed below, if it gets no match it tries to match your input to one of the display titles and returns the first one found. ex: inputting "LCH4R" will set the mode to "Liquid CH4 Ratio". ex: inputting "O2" will set the mode to "O2 Ratio". ex: inputting "8" will set the mode to "Total Moles".

This mod also adds logic memory/reader to the list just like the graph console does. This will allow you to add logic memories, logic readers and circuit housings to your linked devices. To have the units correctly reflected in the console the setting must be in:

• kPa for pressures
• K for temperatures
• mol for moles
• J for energy
• L for volumes
• 0 to 1 for ratio mode, although you can go over 100% if you want.

Note that in ratio mode, if you have a logic memories/readers and circuit housings linked, other devices are going to be ignored and ratios from setable devices are going to be averaged

Source: https://github.com/Vespinian/stationeers-mgdco

Expected Behavior:

• Temperatures are averaged
• Pressures are averaged
• Ratios are calculated by summing the total amount of moles of the selected gas in every selected device and dividing it by the sum of the total amount of moles in every selected device.
• Mole count is additive.
• Liquid volume is additive.
• Energy values are additive.
• Logic memory/reader and circuit housing negative values are ignored
• Logic memory/reader and circuit housing in ratio mode will average ratio of all logic memories/readers and circuit housings and ignore all other devices.

List of tags and modes: [olist] [*] "P" - Vanilla Pressure [*] "PP" - Precise Pressure (gives you the pressure down to the last mPa before 0) [*] "TC" - Temperature Celcius [*] "TK" - Temperature Kelvin [*] "EC" - Energy Convected [*] "ER" - Energy Radiated [*] "EL" - Energy Latent [*] "M", - Total Moles [*] "GM" - Gaseous Moles [*] "LM" - Liquid Moles [*] "LV" - Liquid Volume [*] "O2R" - O2 Ratio [*] "O2M" - O2 Moles [*] "GO2R" - Gaseous O2 Ratio [*] "GO2M" - Gaseous O2 Moles [*] "LO2R" - Liquid O2 Ratio [*] "LO2M" - Liquid O2 Moles [*] "LO2V" - Liquid O2 Volume [*] "NR" - N Ratio [*] "NM" - N Moles [*] "NR" - Gaseous N Ratio [*] "GNM" - Gaseous N Moles [*] "LNR" - Liquid N Ratio [*] "LNM" - Liquid N Moles [*] "LNV" - Liquid N Volume [*] "CO2R" - CO2 Ratio [*] "CO2M" - CO2 Moles [*] "GCO2R" - Gaseous CO2 Ratio [*] "GCO2M" - Gaseous CO2 Moles [*] "LCO2R" - Liquid CO2 Ratio [*] "LCO2M" - Liquid CO2 Moles [*] "LCO2V" - Liquid CO2 Volume [*] "POLR" - POL Ratio [*] "POLM" - POL Moles [*] "GPOLR" - Gaseous POL Ratio [*] "GPOLM" - Gaseous POL Moles [*] "LPOLR" - Liquid POL Ratio [*] "LPOLM" - Liquid POL Moles [*] "LPOLV" - Liquid POL Volume [*] "CH4R" - CH4 Ratio [*] "CH4M" - CH4 Moles [*] "GCH4R" - Gaseous CH4 Ratio [*] "GCH4M" - Gaseous CH4 Moles [*] "LCH4R" - Liquid CH4 Ratio [*] "LCH4M" - Liquid CH4 Moles [*] "LCH4V" - Liquid CH4 Volume [*] "N2OR" - N2O Ratio [*] "N2OM" - N2O Moles [*] "GN2OR" - Gaseous N2O Ratio [*] "GN2OM" - Gaseous N2O Moles [*] "LN2OR" - Liquid N2O Ratio [*] "LN2OM" - Liquid N2O Moles [*] "LN2OV" - Liquid N2O Volume [*] "H2OP " - H2O Ratio [*] "H2OM " - H2O Moles [*] "GH2OR" - Steam H2O Ratio [*] "GH2OM" - Steam H2O Moles [*] "LH2OR" - Water Ratio [*] "LH2OM" - Water Moles [*] "LH2OV" - Water Volume [*] "LPH2OR" - Polluted Water Ratio [*] "LPH2OM" - Polluted Water Moles [*] "LPH2OV" - Polluted Water Volume [*] "HeR" - Helium Ratio [*] "HeM" - Helium Moles [*] "N2H4R" - N2H4 Ratio [*] "N2H4M" - N2H4 Moles [*] "GN2H4R" - Gaseous N2H4 Ratio [*] "GN2H4M" - Gaseous N2H4 Moles [*] "LN2H4R" - Liquid N2H4 Ratio [*] "LN2H4M" - Liquid N2H4 Moles [*] "LN2H4V" - Liquid N2H4 Volume [*] "H2R" - H2 Ratio [*] "H2M" - H2 Moles [*] "GHe2R" - Gaseous H2 Ratio [*] "GHe2M" - Gaseous H2 Moles [*] "LH2R" - Liquid H2 Ratio [*] "LH2M" - Liquid H2 Moles [*] "LH2V" - Liquid H2 Volume [*] "LAlcR" - Alcohol Ratio [*] "LAlcM" - Alcohol Moles [*] "LAlcV" - Alcohol Volume [*] "O3R" - O3 Ratio [*] "O3M" - O3 Moles [*] "GO3R" - Gaseous O3 Ratio [*] "GO3M" - Gaseous O3 Moles [*] "LO3R" - Liquid O3 Ratio [*] "LO3M" - Liquid O3 Moles [*] "LO3V" - Liquid O3 Volume [*] "SiH4R" - Silanol Ratio [*] "SiH4M" - Silanol Moles