SpeciesEnum

class pyarts.arts.SpeciesEnum(*args, **kwargs)

Group name: “SpeciesEnum”

The valid species for the ARTS system.

Valid options:

"Bath" or "AIR": Any non-descript species
"Water" or "H2O": Water moluecule
"CarbonDioxide" or "CO2": Carbon Dioxide moluecule
"Ozone" or "O3": Ozone moluecule
"NitrogenOxide" or "N2O": Nitrogen Oxide moluecule
"CarbonMonoxide" or "CO": Carbon Monoxide moluecule
"Methane" or "CH4": Methane moluecule
"Oxygen" or "O2": Oxygen moluecule
"NitricOxide" or "NO": Nitric Oxide moluecule
"SulfurDioxide" or "SO2": Sulfur Dioxide moluecule
"NitrogenDioxide" or "NO2": Nitrogen Dioxide moluecule
"Ammonia" or "NH3": Ammonia moluecule
"NitricAcid" or "HNO3": Nitric Acid moluecule
"Hydroxyl" or "OH": Hydroxyl moluecule
"HydrogenFluoride" or "HF": Hydrogen Fluoride moluecule
"HydrogenChloride" or "HCl": Hydrogen Chloride moluecule
"HydrogenBromide" or "HBr": Hydrogen Bromide moluecule
"HydrogenIodide" or "HI": Hydrogen Iodide moluecule
"ChlorineMonoxide" or "ClO": Chlorine Monoxide moluecule
"CarbonylSulfide" or "OCS": Carbonyl Sulfide moluecule
"Formaldehyde" or "H2CO": Formaldehyde moluecule
"HeavyFormaldehyde" or "HDCO": Heavy Formaldehyde moluecule
"VeryHeavyFormaldehyde" or "D2CO": Very Heavy Formaldehyde moluecule
"HypochlorousAcid" or "HOCl": Hypochlorous Acid moluecule
"Nitrogen" or "N2": Nitrogen moluecule
"HydrogenCyanide" or "HCN": Hydrogen Cyanide moluecule
"Chloromethane" or "CH3Cl": Chloromethane moluecule
"HydrogenPeroxide" or "H2O2": Hydrogen Peroxide moluecule
"Acetylene" or "C2H2": Acetylene moluecule
"Ethane" or "C2H6": Ethane moluecule
"Phosphine" or "PH3": Phosphine moluecule
"CarbonylFluoride" or "COF2": Carbonyl Fluoride moluecule
"SulfurHexafluoride" or "SF6": Sulfur Hexafluoride moluecule
"HydrogenSulfide" or "H2S": Hydrogen Sulfide moluecule
"FormicAcid" or "HCOOH": Formic Acid moluecule
"LeftHeavyFormicAcid" or "DCOOH": Left Heavy Formic Acid moluecule
"RightHeavyFormicAcid" or "HCOOD": Right Heavy Formic Acid moluecule
"Hydroperoxyl" or "HO2": Hydroperoxyl moluecule
"OxygenAtom" or "O": Oxygen atom
"ChlorineNitrate" or "ClONO2": Chlorine Nitrate moluecule
"NitricOxideCation" or "NO+": Nitric Oxide Cation moluecule
"HypobromousAcid" or "HOBr": Hypobromous Acid moluecule
"Ethylene" or "C2H4": Ethylene moluecule
"Methanol" or "CH3OH": Methanol moluecule
"Bromomethane" or "CH3Br": Bromomethane moluecule
"Acetonitrile" or "CH3CN": Acetonitrile moluecule
"HeavyAcetonitrile" or "CH2DCN": Heavy Acetonitrile moluecule
"CarbonTetrafluoride" or "CF4": Carbon Tetrafluoride moluecule
"Diacetylene" or "C4H2": Diacetylene moluecule
"Cyanoacetylene" or "HC3N": Cyanoacetylene moluecule
"Hydrogen" or "H2": Hydrogen moluecule
"CarbonMonosulfide" or "CS": Carbon Monosulfide moluecule
"SulfurTrioxide" or "SO3": Sulfur Trioxide moluecule
"Cyanogen" or "C2N2": Cyanogen moluecule
"Phosgene" or "COCl2": Phosgene moluecule
"SulfurMonoxide" or "SO": Sulfur Monoxide moluecule
"CarbonDisulfide" or "CS2": Carbon Disulfide moluecule
"Methyl" or "CH3": Methyl moluecule
"Cyclopropene" or "C3H4": Cyclopropene moluecule
"SulfuricAcid" or "H2SO4": Sulfuric Acid moluecule
"HydrogenIsocyanide" or "HNC": Hydrogen Isocyanide moluecule
"BromineMonoxide" or "BrO": Bromine Monoxide moluecule
"ChlorineDioxide" or "OClO": Chlorine Dioxide moluecule
"Propane" or "C3H8": Propane moluecule
"Helium" or "He": Helium atom
"ChlorineMonoxideDimer" or "Cl2O2": Chlorine Monoxide Dimer moluecule
"HydrogenAtom" or "H": Hydrogen atom
"Argon" or "Ar": Argon atom
"Hexafluoroethane" or "C2F6": Hexafluoroethane moluecule
"Perfluoropropane" or "C3F8": Perfluoropropane moluecule
"Perfluorobutane" or "C4F10": Perfluorobutane moluecule
"Perfluoropentane" or "C5F12": Perfluoropentane moluecule
"Perfluorohexane" or "C6F14": Perfluorohexane moluecule
"Perfluorooctane" or "C8F18": Perfluorooctane moluecule
"Perfluorocyclobutane" or "cC4F8": Perfluorocyclobutane moluecule
"CarbonTetrachloride" or "CCl4": Carbon Tetrachloride moluecule
"CFC11" or "CFC11": CFC11 moluecule
"CFC113" or "CFC113": CFC113 moluecule
"CFC114" or "CFC114": CFC114 moluecule
"CFC115" or "CFC115": CFC115 moluecule
"CFC12" or "CFC12": CFC12 moluecule
"Dichloromethane" or "CH2Cl2": Dichloromethane moluecule
"Trichloroethane" or "CH3CCl3": Trichloroethane moluecule
"Trichloromethane" or "CHCl3": Trichloromethane moluecule
"Bromochlorodifluoromethane" or "Halon1211": Bromochlorodifluoromethane moluecule
"Bromotrifluoromethane" or "Halon1301": Bromotrifluoromethane moluecule
"Dibromotetrafluoroethane" or "Halon2402": Dibromotetrafluoroethane moluecule
"HCFC141b" or "HCFC141b": HCFC141b moluecule
"HCFC142b" or "HCFC142b": HCFC142b moluecule
"HCFC22" or "HCFC22": HCFC22 moluecule
"HFC125" or "HFC125": HFC125 moluecule
"HFC134a" or "HFC134a": HFC134a moluecule
"HFC143a" or "HFC143a": HFC143a moluecule
"HFC152a" or "HFC152a": HFC152a moluecule
"HFC227ea" or "HFC227ea": HFC227ea moluecule
"HFC23" or "HFC23": HFC23 moluecule
"HFC236fa" or "HFC236fa": HFC236fa moluecule
"HFC245fa" or "HFC245fa": HFC245fa moluecule
"HFC32" or "HFC32": HFC32 moluecule
"HFC365mfc" or "HFC365mfc": HFC365mfc moluecule
"NitrogenTrifluoride" or "NF3": Nitrogen Trifluoride moluecule
"SulfurylFluoride" or "SO2F2": Sulfuryl Fluoride moluecule
"HFC4310mee" or "HFC4310mee": HFC4310mee moluecule
"Germane" or "GeH4": Germane moluecule
"Iodomethane" or "CH3I": Iodomethane moluecule
"Fluoromethane" or "CH3F": Fluoromethane moluecule
"liquidcloud" or "liquidcloud": liquidcloud tag
"icecloud" or "icecloud": icecloud tag
"rain" or "rain": rain tag
"free_electrons" or "free_electrons": free electrons tag
"particles" or "particles": particles tag

Overview

Method	`readxml()`	Read variable from file
Method	`savexml()`	Saves variable to file
Static Method	`fromxml()`	Create variable from file
Static Method	`get_options()`	Get a list of all options
Static Method	`get_options_as_strings()`	Get a list of all options as strings
Static Data	`pyarts.arts.SpeciesEnum.AIR`	“AIR” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Acetonitrile`	“CH3CN” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Acetylene`	“C2H2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Ammonia`	“NH3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Ar`	“Ar” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Argon`	“Ar” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Bath`	“AIR” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.BrO`	“BrO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.BromineMonoxide`	“BrO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Bromochlorodifluoromethane`	“Halon1211” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Bromomethane`	“CH3Br” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Bromotrifluoromethane`	“Halon1301” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C2F6`	“C2F6” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C2H2`	“C2H2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C2H4`	“C2H4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C2H6`	“C2H6” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C2N2`	“C2N2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C3F8`	“C3F8” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C3H4`	“C3H4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C3H8`	“C3H8” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C4F10`	“C4F10” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C4H2`	“C4H2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C5F12`	“C5F12” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C6F14`	“C6F14” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.C8F18`	“C8F18” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CCl4`	“CCl4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CF4`	“CF4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CFC11`	“CFC11” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CFC113`	“CFC113” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CFC114`	“CFC114” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CFC115`	“CFC115” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CFC12`	“CFC12” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CH2Cl2`	“CH2Cl2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CH2DCN`	“CH2DCN” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CH3`	“CH3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CH3Br`	“CH3Br” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CH3CCl3`	“CH3CCl3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CH3CN`	“CH3CN” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CH3Cl`	“CH3Cl” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CH3F`	“CH3F” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CH3I`	“CH3I” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CH3OH`	“CH3OH” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CH4`	“CH4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CHCl3`	“CHCl3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CO`	“CO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CO2`	“CO2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.COCl2`	“COCl2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.COF2`	“COF2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CS`	“CS” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CS2`	“CS2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CarbonDioxide`	“CO2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CarbonDisulfide`	“CS2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CarbonMonosulfide`	“CS” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CarbonMonoxide`	“CO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CarbonTetrachloride`	“CCl4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CarbonTetrafluoride`	“CF4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CarbonylFluoride`	“COF2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.CarbonylSulfide`	“OCS” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.ChlorineDioxide`	“OClO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.ChlorineMonoxide`	“ClO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.ChlorineMonoxideDimer`	“Cl2O2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.ChlorineNitrate`	“ClONO2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Chloromethane`	“CH3Cl” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Cl2O2`	“Cl2O2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.ClO`	“ClO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.ClONO2`	“ClONO2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Cyanoacetylene`	“HC3N” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Cyanogen`	“C2N2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Cyclopropene`	“C3H4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.D2CO`	“D2CO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.DCOOH`	“DCOOH” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Diacetylene`	“C4H2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Dibromotetrafluoroethane`	“Halon2402” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Dichloromethane`	“CH2Cl2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Ethane`	“C2H6” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Ethylene`	“C2H4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Fluoromethane`	“CH3F” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Formaldehyde`	“H2CO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.FormicAcid`	“HCOOH” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.GeH4`	“GeH4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Germane`	“GeH4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.H`	“H” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.H2`	“H2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.H2CO`	“H2CO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.H2O`	“H2O” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.H2O2`	“H2O2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.H2S`	“H2S” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.H2SO4`	“H2SO4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HBr`	“HBr” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HC3N`	“HC3N” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HCFC141b`	“HCFC141b” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HCFC142b`	“HCFC142b” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HCFC22`	“HCFC22” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HCN`	“HCN” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HCOOD`	“HCOOD” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HCOOH`	“HCOOH” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HCl`	“HCl” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HDCO`	“HDCO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HF`	“HF” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HFC125`	“HFC125” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HFC134a`	“HFC134a” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HFC143a`	“HFC143a” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HFC152a`	“HFC152a” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HFC227ea`	“HFC227ea” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HFC23`	“HFC23” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HFC236fa`	“HFC236fa” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HFC245fa`	“HFC245fa” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HFC32`	“HFC32” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HFC365mfc`	“HFC365mfc” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HFC4310mee`	“HFC4310mee” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HI`	“HI” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HNC`	“HNC” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HNO3`	“HNO3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HO2`	“HO2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HOBr`	“HOBr” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HOCl`	“HOCl” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Halon1211`	“Halon1211” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Halon1301`	“Halon1301” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Halon2402`	“Halon2402” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.He`	“He” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HeavyAcetonitrile`	“CH2DCN” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HeavyFormaldehyde`	“HDCO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Helium`	“He” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Hexafluoroethane`	“C2F6” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Hydrogen`	“H2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HydrogenAtom`	“H” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HydrogenBromide`	“HBr” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HydrogenChloride`	“HCl” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HydrogenCyanide`	“HCN” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HydrogenFluoride`	“HF” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HydrogenIodide`	“HI” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HydrogenIsocyanide`	“HNC” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HydrogenPeroxide`	“H2O2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HydrogenSulfide`	“H2S” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Hydroperoxyl`	“HO2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Hydroxyl`	“OH” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HypobromousAcid`	“HOBr” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.HypochlorousAcid`	“HOCl” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Iodomethane`	“CH3I” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.LeftHeavyFormicAcid`	“DCOOH” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Methane`	“CH4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Methanol`	“CH3OH” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Methyl`	“CH3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.N2`	“N2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.N2O`	“N2O” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.NF3`	“NF3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.NH3`	“NH3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.NO`	“NO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.NO2`	“NO2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.NitricAcid`	“HNO3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.NitricOxide`	“NO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.NitricOxideCation`	“NO+” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Nitrogen`	“N2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.NitrogenDioxide`	“NO2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.NitrogenOxide`	“N2O” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.NitrogenTrifluoride`	“NF3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.O`	“O” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.O2`	“O2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.O3`	“O3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.OCS`	“OCS” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.OClO`	“OClO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.OH`	“OH” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Oxygen`	“O2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.OxygenAtom`	“O” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Ozone`	“O3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.PH3`	“PH3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Perfluorobutane`	“C4F10” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Perfluorocyclobutane`	“cC4F8” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Perfluorohexane`	“C6F14” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Perfluorooctane`	“C8F18” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Perfluoropentane`	“C5F12” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Perfluoropropane`	“C3F8” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Phosgene`	“COCl2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Phosphine`	“PH3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Propane`	“C3H8” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.RightHeavyFormicAcid`	“HCOOD” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.SF6`	“SF6” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.SO`	“SO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.SO2`	“SO2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.SO2F2`	“SO2F2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.SO3`	“SO3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.SulfurDioxide`	“SO2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.SulfurHexafluoride`	“SF6” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.SulfurMonoxide`	“SO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.SulfurTrioxide`	“SO3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.SulfuricAcid`	“H2SO4” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.SulfurylFluoride`	“SO2F2” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Trichloroethane`	“CH3CCl3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Trichloromethane`	“CHCl3” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.VeryHeavyFormaldehyde`	“D2CO” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.Water`	“H2O” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.cC4F8`	“cC4F8” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.free_electrons`	“free_electrons” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.icecloud`	“icecloud” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.liquidcloud`	“liquidcloud” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.particles`	“particles” - `SpeciesEnum`
Static Data	`pyarts.arts.SpeciesEnum.rain`	“rain” - `SpeciesEnum`
Operator	`__eq__()`	self == other
Operator	`__ge__()`	self >= other
Operator	`__gt__()`	self > other
Operator	`__hash__()`	Allows hashing
Operator	`__le__()`	self <= other
Operator	`__lt__()`	self < other
Operator	`__ne__()`	self != other

Constructors

__init__(self) → None
__init__(self, arg: pyarts.arts.SpeciesEnum) → None
__init__(self, arg: str, /) → None

Methods

readxml(self, file: str) → None

Read variable from file

Parameters:: file (str) – A file that can be read

On Error:: Throws RuntimeError for any failure to read

savexml(self, file: str, type: str = 'ascii', clobber: bool = True) → None

Saves variable to file

Parameters:

file (str) – The path to which the file is written. Note that several of the options might modify the name or write more files
type (str) – Type of file to save. See FileType for options.
clobber (bool) – Overwrite existing files or add new file with modified name?

On Error:: Throws RuntimeError for any failure to save

Static Methods

fromxml(file: str) → pyarts.arts.SpeciesEnum

Create variable from file

Parameters:: file (str) – A file that can be read

On Error:: Throws RuntimeError for any failure to read

get_options() → list[pyarts.arts.SpeciesEnum]: Get a list of all options

get_options_as_strings() → list[str]: Get a list of all options as strings

Operators

__eq__(self, arg: pyarts.arts.SpeciesEnum, /) → bool: self == other

__ge__(self, arg: pyarts.arts.SpeciesEnum, /) → bool: self >= other

__gt__(self, arg: pyarts.arts.SpeciesEnum, /) → bool: self > other

__hash__(self) → int: Allows hashing

__le__(self, arg: pyarts.arts.SpeciesEnum, /) → bool: self <= other

__lt__(self, arg: pyarts.arts.SpeciesEnum, /) → bool: self < other

__ne__(self, arg: pyarts.arts.SpeciesEnum, /) → bool: self != other