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add4866177
* There's no tomorrow Life is but an echo * delirious * the fire burns within me yet again * OBLIVIOOOOOOOOOOOOON * too weary to die * ffff * Finished R-UST map * fusion core ui improvements * mais tu me tue! * drag me down * take me in * fix that wire * cl * R-UST -> INDRA * cc * UTs * sss * thanks mapdiff * sd --------- Co-authored-by: Matt Atlas <liermattia@gmail.com> Co-authored-by: shaky-jake <137534368+shaky-jake@users.noreply.github.com> Co-authored-by: ShakyJake <jakeisnowshaken@gmail.com>
123 lines
2.8 KiB
Plaintext
123 lines
2.8 KiB
Plaintext
/singleton/xgm_gas/oxygen
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id = GAS_OXYGEN
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name = "Oxygen"
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specific_heat = 20 // J/(mol*K)
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molar_mass = 0.032 // kg/mol
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flags = XGM_GAS_OXIDIZER | XGM_GAS_FUSION_FUEL
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/singleton/xgm_gas/nitrogen
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id = GAS_NITROGEN
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name = "Nitrogen"
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specific_heat = 20 // J/(mol*K)
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molar_mass = 0.028 // kg/mol
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/singleton/xgm_gas/carbon_dioxide
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id = GAS_CO2
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name = "Carbon Dioxide"
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specific_heat = 30 // J/(mol*K)
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molar_mass = 0.044 // kg/mol
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/singleton/xgm_gas/phoron
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id = GAS_PHORON
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name = "Phoron"
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//Note that this has a significant impact on TTV yield.
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//Because it is so high, any leftover phoron soaks up a lot of heat and drops the yield pressure.
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specific_heat = 200 // J/(mol*K)
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//Hypothetical group 14 (same as carbon), period 8 element.
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//Using multiplicity rule, it's atomic number is 162
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//and following a N/Z ratio of 1.5, the molar mass of a monatomic gas is:
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molar_mass = 0.405 // kg/mol
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tile_overlay = "phoron"
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overlay_limit = 0.7
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flags = XGM_GAS_FUEL | XGM_GAS_CONTAMINANT
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/singleton/xgm_gas/hydrogen
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id = GAS_HYDROGEN
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name = "Hydrogen"
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specific_heat = 100
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molar_mass = 0.002
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flags = XGM_GAS_FUEL|XGM_GAS_FUSION_FUEL
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/singleton/xgm_gas/sleeping_agent
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id = GAS_N2O
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name = "Nitrous Oxide"
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specific_heat = 40 // J/(mol*K)
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molar_mass = 0.044 // kg/mol. N2O
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tile_overlay = "sleeping_agent"
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overlay_limit = 1
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flags = XGM_GAS_OXIDIZER
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/singleton/xgm_gas/hydrogen/deuterium
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id = GAS_DEUTERIUM
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name = "Deuterium"
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specific_heat = 80
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molar_mass = 0.004
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/singleton/xgm_gas/hydrogen/tritium
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id = GAS_TRITIUM
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name = "Tritium"
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molar_mass = 0.006
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specific_heat = 60
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/singleton/xgm_gas/helium
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id = GAS_HELIUM
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name = "Helium"
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specific_heat = 80 // J/(mol*K)
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molar_mass = 0.004 // kg/mol
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flags = XGM_GAS_FUSION_FUEL
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/singleton/xgm_gas/alium
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id = GAS_ALIEN
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name = "Aliether"
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/singleton/xgm_gas/alium/New()
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var/num = rand(100,999)
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name = "Compound #[num]"
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specific_heat = rand(1, 400) // J/(mol*K)
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molar_mass = rand(20,800)/1000 // kg/mol
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if(prob(40))
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flags |= XGM_GAS_FUEL
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else if(prob(40)) //it's prooobably a bad idea for gas being oxidizer to itself.
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flags |= XGM_GAS_OXIDIZER
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if(prob(40))
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flags |= XGM_GAS_CONTAMINANT
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if(prob(50))
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tile_color = RANDOM_RGB
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overlay_limit = 0.5
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/singleton/xgm_gas/vapor
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id = GAS_STEAM
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name = "Steam"
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tile_overlay = "generic"
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overlay_limit = 0.5
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specific_heat = 30 // J/(mol*K)
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molar_mass = 0.020 // kg/mol
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/singleton/xgm_gas/sulfurdioxide
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id = GAS_SULFUR
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name = "Sulfur Dioxide"
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specific_heat = 30 // J/(mol*K)
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molar_mass = 0.044 // kg/mol
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/singleton/xgm_gas/chlorine
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id = GAS_CHLORINE
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name = "Chlorine"
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tile_overlay = "chlorine"
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overlay_limit = 0.5
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specific_heat = 5 // J/(mol*K)
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molar_mass = 0.017 // kg/mol
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flags = XGM_GAS_CONTAMINANT
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/singleton/xgm_gas/boron
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id = GAS_BORON
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name = "Boron"
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specific_heat = 11
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molar_mass = 0.011
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flags = XGM_GAS_FUSION_FUEL
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