use gribberish_macros::{DisplayDescription, FromValue, ToParameter};
use gribberish_types::Parameter;
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum TemperatureProduct {
#[abbrev = "TMP"]
#[unit = "K"]
Temperature = 0,
#[description = "virtual temperature"]
#[abbrev = "VTMP"]
#[unit = "K"]
VirtualTemperature = 1,
#[description = "potential temperature"]
#[abbrev = "POT"]
#[unit = "K"]
PotentialTemperature = 2,
#[description = "pseudo-adiabatic potential temperature"]
#[abbrev = "EPOT"]
#[unit = "K"]
PseudoAdiabaticPotentialTemperature = 3,
#[description = "maximum temperature"]
#[abbrev = "TMAX"]
#[unit = "K"]
MaximumTemperature = 4,
#[description = "minimum temperature"]
#[abbrev = "TMIN"]
#[unit = "K"]
MinimumTemperature = 5,
#[description = "dewpoint temperature"]
#[abbrev = "DPT"]
#[unit = "K"]
DewpointTemperature = 6,
#[description = "dewpoint depression"]
#[abbrev = "DEPR"]
#[unit = "K"]
DewpointDepression = 7,
#[description = "lapse rate"]
#[abbrev = "LAPR"]
#[unit = "Km-1"]
LapseRate = 8,
#[description = "temperature anomaly"]
#[abbrev = "TMPA"]
#[unit = "K"]
TemperatureAnomaly = 9,
#[description = "latent heat net flux"]
#[abbrev = "LHTFL"]
#[unit = "Wm-2"]
LatentHeatNetFlux = 10,
#[description = "sensible heat net flux"]
#[abbrev = "SHTFL"]
#[unit = "Wm-2"]
SensibleHeatNetFlux = 11,
#[description = "heat index"]
#[abbrev = "HEATX"]
#[unit = "K"]
HeatIndex = 12,
#[description = "wind chill factor"]
#[abbrev = "WCF"]
#[unit = "K"]
WindChillFactor = 13,
#[description = "apparent temperature"]
#[abbrev = "APTMP"]
#[unit = "K"]
ApparentTemperature = 21,
#[description = "skin temperature"]
#[abbrev = "SKINT"]
#[unit = "K"]
SkinTemperature = 17,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum MoistureProduct {
#[description = "specific humidity"]
#[abbrev = "SPFH"]
#[unit = "kgkg-1"]
SpecificHumidity = 0,
#[description = "relative humidity"]
#[abbrev = "RH"]
#[unit = "%"]
RelativeHumidity = 1,
#[description = "humidity mixing ratio"]
#[abbrev = "MIXR"]
#[unit = "kgkg-1"]
HumidityMixingRatio = 2,
#[description = "precipitable water"]
#[abbrev = "PWAT"]
#[unit = "kgm-2"]
PrecipitableWater = 3,
#[abbrev = "EVP"]
#[unit = "kgm-2"]
Evaporation = 4,
#[description = "precipitation rate"]
#[abbrev = "PRATE"]
#[unit = "kgm-2s-1"]
PrecipitationRate = 7,
#[description = "large-scale precipitation (non-convective)"]
#[abbrev = "NCPCP"]
#[unit = "kgm-2"]
LargeScalePrecipitation = 9,
#[description = "precipitation type"]
#[abbrev = "PTYPE"]
#[unit = "code table 4.201"]
PrecipitationType = 19,
#[description = "total precipitation"]
#[abbrev = "APCP"]
#[unit = "kgm-2"]
TotalPrecipitation = 8,
#[description = "convective precipitation"]
#[abbrev = "ACPCP"]
#[unit = "gm-2"]
ConvectivePrecipitation = 10,
#[description = "snow depth"]
#[abbrev = "SNOD"]
#[unit = "m"]
SnowDepth = 11,
#[description = "water equivalent of accumulated snow depth"]
#[abbrev = "WEASD"]
#[unit = "kgm-2"]
WaterEquavalentSnowDepth = 13,
#[description = "cloud mixing ratio"]
#[abbrev = "CLWMR"]
#[unit = "kgkg-1"]
CloudMixingRatio = 22,
#[description = "ice water mixing ratio"]
#[abbrev = "ICMR"]
#[unit = "kgkg-1"]
IceWaterMixingRatio = 23,
#[description = "rain mixing ratio"]
#[abbrev = "RWMR"]
#[unit = "kgkg-1"]
RainMixingRatio = 24,
#[description = "snow mixing ratio"]
#[abbrev = "SNMR"]
#[unit = "kgkg-1"]
SnowMixingRatio = 25,
#[description = "total snowfall"]
#[abbrev = "ASNOW"]
#[unit = "m"]
TotalSnowfall = 29,
#[abbrev = "HAIL"]
#[unit = "m"]
Hail = 31,
#[description = "graupel"]
#[abbrev = "GRLE"]
#[unit = "kgkg-1"]
Graupel = 32,
#[description = "categorical rain"]
#[abbrev = "CRAIN"]
#[unit = "BOOL"]
CategoricalRain = 33,
#[description = "categorical freezing rain"]
#[abbrev = "CFRZR"]
#[unit = "BOOL"]
CategoricalFreezingRain = 34,
#[description = "categorical ice pellets"]
#[abbrev = "CICEP"]
#[unit = "BOOL"]
CategoricalIcePellets = 35,
#[description = "categorical snow"]
#[abbrev = "CSNOW"]
#[unit = "BOOL"]
CategoricalSnow = 36,
#[description = "convective precipitation"]
#[abbrev = "CPRAT"]
#[unit = "kgm-2"]
ConvectivePrecipitationWmo = 37,
#[description = "percent frozen precipitation"]
#[abbrev = "CPOFP"]
#[unit = "%"]
PercentFrozenPrecipitation = 39,
#[description = "snow cover"]
#[abbrev = "SNOWC"]
#[unit = "%"]
SnowCover = 42,
#[description = "total column water"]
#[abbrev = "TCW"]
#[unit = "kgm-2"]
TotalColumnWater = 51,
#[description = "total precipitation"]
#[abbrev = "TP"]
#[unit = "kgm-2"]
TotalPrecipitationWmo = 52,
#[description = "snowfall water equivalent"]
#[abbrev = "SF"]
#[unit = "kgm-2"]
SnowfallWaterEquivalent = 53,
#[description = "total column-integrated cloud water"]
#[abbrev = "TCOLW"]
#[unit = "kgm-2"]
TotalColumnIntegratedCloudWater = 69,
#[description = "total column-integrated cloud ice"]
#[abbrev = "TCOLI"]
#[unit = "kgm-2"]
TotalColumnIntegratedCloudIce = 70,
#[description = "snow density"]
#[abbrev = "RSN"]
#[unit = "kgm-3"]
SnowDensity = 61,
#[description = "total column vertically-integrated water vapour"]
#[abbrev = "TCWV"]
#[unit = "kgm-2"]
TotalColumnWaterVapour = 64,
#[description = "total column integrated graupel"]
#[abbrev = "TCOLG"]
#[unit = "kgm-2"]
TotalColumnIntegratedGraupel = 74,
#[description = "cloud ice mixing ratio"]
#[abbrev = "CIMIXR"]
#[unit = "kgkg-1"]
CloudIceMixingRatio = 82,
#[description = "effective radius of hail"]
#[abbrev = "EFRHAIL"]
#[unit = "m"]
EffectiveRadiusOfHail = 134,
#[description = "categorical rain (NCEP)"]
#[abbrev = "CRAIN"]
#[unit = "BOOL"]
CategoricalRainNcep = 192,
#[description = "categorical freezing rain (NCEP)"]
#[abbrev = "CFRZR"]
#[unit = "BOOL"]
CategoricalFreezingRainNcep = 193,
#[description = "categorical ice pellets (NCEP)"]
#[abbrev = "CICEP"]
#[unit = "BOOL"]
CategoricalIcePelletsNcep = 194,
#[description = "categorical snow (NCEP)"]
#[abbrev = "CSNOW"]
#[unit = "BOOL"]
CategoricalSnowNcep = 195,
#[description = "convective precipitation rate (NCEP)"]
#[abbrev = "CPRAT"]
#[unit = "kgm-2s-1"]
ConvectivePrecipitationRateNcep = 196,
#[description = "potential evaporation rate"]
#[abbrev = "PEVPR"]
#[unit = "Wm-2"]
PotentialEvaporationRate = 200,
#[description = "snow cover (NCEP)"]
#[abbrev = "SNOWC"]
#[unit = "%"]
SnowCoverNcep = 201,
#[description = "total icing potential diagnostic"]
#[abbrev = "TIPD"]
#[unit = "nondim"]
TotalIcingPotentialDiagnostic = 206,
#[description = "liquid precipitation (rainfall)"]
#[abbrev = "ARAIN"]
#[unit = "kgm-2"]
LiquidPrecipitationRainfall = 221,
#[description = "snowfall"]
#[abbrev = "SF"]
#[unit = "m"]
SnowfallEcmwf = 198,
#[description = "snow depth water equivalent"]
#[abbrev = "SD"]
#[unit = "m"]
SnowDepthWaterEquivalent = 254,
#[description = "relative humidity with respect to precipitable water"]
#[abbrev = "RHPW"]
#[unit = "%"]
RelativeHumidityPrecipitableWater = 242,
#[description = "freezing rain"]
#[abbrev = "FRZR"]
#[unit = "kgm-2"]
FreezingRain = 225,
#[description = "frozen rain"]
#[abbrev = "FROZR"]
#[unit = "kgm-2"]
FrozenRain = 227,
#[description = "snow to liquid ratio"]
#[abbrev = "SNLR"]
#[unit = "kgkg-1"]
SnowToLiquidRatio = 233,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum MomentumProduct {
#[description = "wind direction"]
#[abbrev = "WDIR"]
#[unit = "degrees"]
WindDirection = 0,
#[description = "wind speed"]
#[abbrev = "WIND"]
#[unit = "ms-1"]
WindSpeed = 1,
#[description = "u-component of wind speed"]
#[abbrev = "UGRD"]
#[unit = "ms-1"]
UComponentWindSpeed = 2,
#[description = "v-component of wind speed"]
#[abbrev = "VGRD"]
#[unit = "ms-1"]
VComponentWindSpeed = 3,
#[abbrev = "RELV"]
#[unit = "s-1"]
ShortWaveRadiation = 4,
#[description = "montgomery stream function"]
#[abbrev = "MNTSF"]
#[unit = "m2s-2"]
MontgomeryStreamFunction = 6,
#[description = "vertical velocity (pressure)"]
#[abbrev = "VVEL"]
#[unit = "Pas-1"]
VerticalVelocityPressure = 8,
#[description = "vertical velocity (geometric)"]
#[abbrev = "DZDT"]
#[unit = "ms-1"]
VerticalVelocityGeometric = 9,
#[description = "absolute vorticity"]
#[abbrev = "ABSV"]
#[unit = "s-1"]
AbsoluteVorticity = 10,
#[description = "relative vorticity"]
#[abbrev = "RELV"]
#[unit = "s-1"]
RelativeVorticity = 12,
#[description = "divergence"]
#[abbrev = "DIV"]
#[unit = "s-1"]
Divergence = 13,
#[description = "potential vorticity"]
#[abbrev = "PVORT"]
#[unit = "Km2kg-1s-1"]
PotentialVorticity = 14,
#[description = "vertical u-component shear"]
#[abbrev = "VUCSH"]
#[unit = "s-1"]
VerticalUComponentShear = 15,
#[description = "vertical v-component shear"]
#[abbrev = "VVCSH"]
#[unit = "s-1"]
VerticalVComponentShear = 16,
#[description = "momentum flux, u-component"]
#[abbrev = "UFLX"]
#[unit = "Nm-2"]
MomentumFluxU = 17,
#[description = "momentum flux, v-component"]
#[abbrev = "VFLX"]
#[unit = "Nm-2"]
MomentumFluxV = 18,
#[description = "Maximum wind speed"]
#[abbrev = "MAXGUST"]
#[unit = "ms-1"]
MaximumWindSpeed = 21,
#[description = "wind gust speed"]
#[abbrev = "GUST"]
#[unit = "ms-1"]
WindGust = 22,
#[description = "u-component of wind gust"]
#[abbrev = "UGUST"]
#[unit = "ms-1"]
UComponentWindGust = 23,
#[description = "v-component of wind gust"]
#[abbrev = "VGUST"]
#[unit = "ms-1"]
VComponentWindGust = 24,
#[description = "wind fetch"]
#[abbrev = "WINDF"]
#[unit = "m"]
WindFetch = 33,
#[description = "time-integrated eastward turbulent surface stress"]
#[abbrev = "EWSS"]
#[unit = "Nm-2s"]
EastwardTurbulentSurfaceStress = 62,
#[description = "time-integrated northward turbulent surface stress"]
#[abbrev = "NSSS"]
#[unit = "Nm-2s"]
NorthwardTurbulentSurfaceStress = 63,
#[description = "u-component of storm motion"]
#[abbrev = "UTSM"]
#[unit = "ms-1"]
UComponentStormMotion = 27,
#[description = "v-component of storm motion"]
#[abbrev = "VSTM"]
#[unit = "ms-1"]
VComponentStormMotion = 28,
#[description = "frictional velocity"]
#[abbrev = "FRICV"]
#[unit = "ms-1"]
FrictionalVelocity = 30,
#[description = "vertical speed shear (NCEP)"]
#[abbrev = "VWSH"]
#[unit = "s-1"]
VerticalSpeedShearNcep = 192,
#[description = "u-component of storm motion (NCEP)"]
#[abbrev = "USTM"]
#[unit = "ms-1"]
UComponentStormMotionNcep = 194,
#[description = "v-component of storm motion (NCEP)"]
#[abbrev = "VSTM"]
#[unit = "ms-1"]
VComponentStormMotionNcep = 195,
#[description = "frictional velocity (NCEP)"]
#[abbrev = "FRICV"]
#[unit = "ms-1"]
FrictionalVelocityNcep = 197,
#[description = "hourly maximum of upward vertical velocity"]
#[abbrev = "MAXUVV"]
#[unit = "ms-1"]
HourlyMaxUpwardVerticalVelocity = 220,
#[description = "hourly maximum of downward vertical velocity"]
#[abbrev = "MAXDVV"]
#[unit = "ms-1"]
HourlyMaxDownwardVerticalVelocity = 221,
#[description = "u component of hourly maximum 10m wind speed"]
#[abbrev = "MAXUW"]
#[unit = "ms-1"]
UComponentHourlyMaximumWindSpeed = 222,
#[description = "v component of hourly maximum 10m wind speed"]
#[abbrev = "MAXVW"]
#[unit = "ms-1"]
VComponentHourlyMaximumWindSpeed = 223,
#[description = "ventilation rate"]
#[abbrev = "VRATE"]
#[unit = "m2s-1"]
VentilationRate = 224,
#[description = "tropical wind direction"]
#[abbrev = "TPWDIR"]
#[unit = "degrees"]
TropicalWindDirection = 231,
#[description = "tropical wind speed"]
#[abbrev = "TPWSPD"]
#[unit = "ms-1"]
TropicalWindSpeed = 232,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum CloudProduct {
#[description = "total cloud cover"]
#[abbrev = "TCDC"]
#[unit = "%"]
TotalCloudCover = 1,
#[description = "convective cloud cover"]
#[abbrev = "CDCON"]
#[unit = "%"]
ConvectiveCloudCover = 2,
#[description = "low cloud cover"]
#[abbrev = "LCDC"]
#[unit = "%"]
LowCloudCover = 3,
#[description = "middle cloud cover"]
#[abbrev = "MCDC"]
#[unit = "%"]
MediumCloudCover = 4,
#[description = "high cloud cover"]
#[abbrev = "HCDC"]
#[unit = "%"]
HighCloudCover = 5,
#[description = "cloud water"]
#[abbrev = "CWAT"]
#[unit = "kgm-2"]
CloudWater = 6,
#[description = "cloud amount"]
#[abbrev = "CDCA"]
#[unit = "%"]
CloudAmount = 7,
#[description = "sunshine duration"]
#[abbrev = "SUNSD"]
#[unit = "s"]
SunshineDuration = 201,
#[description = "total cloud cover"]
#[abbrev = "TCC"]
#[unit = "proportion"]
TotalCloudCoverEcmwf = 192,
#[description = "cloud work function"]
#[abbrev = "CWORK"]
#[unit = "Jkg-1"]
CloudWorkFunction = 193,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum ShortWaveRadiationProduct {
#[description = "net shortwave radiation flux surface"]
#[abbrev = "nswrs"]
#[unit = "Wm-2"]
NetShortwaveRadiationFluxSurface = 0,
#[description = "net shortwave radiation flux top of atmosphere"]
#[abbrev = "nswrt"]
#[unit = "Wm-2"]
NetShortwaveRadiationFluxTop = 1,
#[description = "shortwave radiation flux"]
#[abbrev = "swavr"]
#[unit = "Wm-2"]
ShortwaveRadiationFlux = 2,
#[description = "global radiation flux"]
#[abbrev = "grad"]
#[unit = "Wm-2"]
GlobalRadiationFlux = 3,
#[description = "brightness temperature"]
#[abbrev = "brtmp"]
#[unit = "K"]
BrightnessTemperature = 4,
#[description = "radiance with respect to wave number"]
#[abbrev = "lwrad"]
#[unit = "Wm-1sr-1"]
RadianceFromWaveNumber = 5,
#[description = "radiance with respect to wavelength"]
#[abbrev = "swrad"]
#[unit = "Wm-3sr-1"]
RadianceFromWavelength = 6,
#[description = "downward shortwave radiation flux"]
#[abbrev = "dswrf"]
#[unit = "Wm-2"]
DownwardShortwaveRadiationFlux = 7,
#[description = "upward shortwave radiation flux"]
#[abbrev = "uswrf"]
#[unit = "Wm-2"]
UpwardShortwaveRadiationFlux = 8,
#[description = "net short wave radiation flux"]
#[abbrev = "nswrf"]
#[unit = "Wm-2"]
NetShortWaveRadiationFlux = 9,
#[description = "photosynthetically active radiation"]
#[abbrev = "photar"]
#[unit = "Wm-2"]
PhotosyntheticallyActiveRadiation = 10,
#[description = "net short wave radiation flux, clear sky"]
#[abbrev = "nswrfcs"]
#[unit = "Wm-2"]
NetShortWaveRadiationFluxClearSky = 11,
#[description = "downward uv radiation"]
#[abbrev = "dwuvr"]
#[unit = "Wm-2"]
DownwardUVRadiation = 12,
#[description = "direct short wave radiation flux"]
#[abbrev = "dswrflx"]
#[unit = "Wm-2"]
DirectShortWaveRadiationFlux = 13,
#[description = "diffuse short wave radiation flux"]
#[abbrev = "difswrf"]
#[unit = "Wm-2"]
DiffuseShortWaveRadiationFlux = 14,
#[description = "upward uv radiation emitted/reflected from the earth's surface"]
#[abbrev = "uvvearth"]
#[unit = "Wm-2"]
UpwardUVRadiationEmittedReflectedFromTheEarth = 15,
#[description = "uv index clear sky"]
#[abbrev = "uviucs"]
#[unit = "numeric"]
UVIndexClearSky = 50,
#[description = "uv index"]
#[abbrev = "uvi"]
#[unit = "numeric"]
UVIndex = 51,
#[description = "downward short wave radiation flux clear sky"]
#[abbrev = "dswrfcs"]
#[unit = "Wm-2"]
DownwardShortWaveRadiationFluxClearSky = 52,
#[description = "upward short wave radiation flux clear sky"]
#[abbrev = "uswrfcs"]
#[unit = "Wm-2"]
UpwardShortWaveRadiationFluxClearSky = 53,
#[description = "direct normal short wave radiation flux,"]
#[abbrev = "dnswrflx"]
#[unit = "Wm-2"]
DirectNormalShortWaveRadiationFlux = 54,
#[description = "uv visible albedo for diffuse radiation"]
#[abbrev = "uvalbdif"]
#[unit = "%"]
UVVisibleAlbedoForDiffuseRadiation = 55,
#[description = "uv visible albedo for direct radiation"]
#[abbrev = "uvalbdir"]
#[unit = "%"]
UVVisibleAlbedoForDirectRadiation = 56,
#[description = "uv visible albedo for direct radiation, geometric component"]
#[abbrev = "ubalbdirg"]
#[unit = "%"]
UVVisibleAlbedoForDirectRadiationGeometricComponent = 57,
#[description = "uv visible albedo for direct radiation, isotropic component"]
#[abbrev = "uvalbdiri"]
#[unit = "%"]
UVVisibleAlbedoForDirectRadiationIsotropicComponent = 58,
#[description = "uv visible albedo for direct radiation, volumetric component"]
#[abbrev = "uvbdirv"]
#[unit = "%"]
UVVisibleAlbedoForDirectRadiationVolumetricComponent = 59,
#[description = "photosynthetically active radiation flux, clear sky"]
#[abbrev = "phoarfcs"]
#[unit = "Wm-2"]
PhotosyntheticallyActiveRadiationFluxClearSky = 60,
#[description = "direct short wave radiation flux, clear sky"]
#[abbrev = "dswrflxcs"]
#[unit = "Wm-2"]
DirectShortWaveRadiationFluxClearSky = 61,
#[description = "downward short wave radiation flux"]
#[abbrev = "dswrf"]
#[unit = "Wm-2"]
DownwardShortWaveRadiationFlux = 192,
#[description = "upward short wave radiation flux"]
#[abbrev = "uswrf"]
#[unit = "Wm-2"]
UpwardShortWaveRadiationFlux = 193,
#[description = "uv b downward solar flux"]
#[abbrev = "duvb"]
#[unit = "Wm-2"]
UVBDownwardSolarFlux = 194,
#[description = "clear sky uv b downward solar flux"]
#[abbrev = "cduvb"]
#[unit = "Wm-2"]
ClearSkyUVBDownwardSolarFlux = 195,
#[description = "clear sky downward solar flux"]
#[abbrev = "csdsf"]
#[unit = "Wm-2"]
ClearSkyDownwardSolarFlux = 196,
#[description = "solar radiative heating rate"]
#[abbrev = "swhr"]
#[unit = "Ks-1"]
SolarRadiativeHeatingRate = 197,
#[description = "clear sky upward solar flux"]
#[abbrev = "csusf"]
#[unit = "Wm-2"]
ClearSkyUpwardSolarFlux = 198,
#[description = "cloud forcing net solar flux"]
#[abbrev = "cfnsf"]
#[unit = "Wm-2"]
CloudForcingNetSolarFlux = 199,
#[description = "visible beam downward solar flux"]
#[abbrev = "vbdsf"]
#[unit = "Wm-2"]
VisibleBeamDownwardSolarFlux = 200,
#[description = "visible diffuse downward solar flux"]
#[abbrev = "vddsf"]
#[unit = "Wm-2"]
VisibleDiffuseDownwardSolarFlux = 201,
#[description = "near ir beam downward solar flux"]
#[abbrev = "nbdsf"]
#[unit = "Wm-2"]
NearIrBeamDownwardSolarFlux = 202,
#[description = "near ir diffuse downward solar flux"]
#[abbrev = "nddsf"]
#[unit = "Wm-2"]
NearIrDiffuseDownwardSolarFlux = 203,
#[description = "downward total radiation flux"]
#[abbrev = "dtrf"]
#[unit = "Wm-2"]
DownwardTotalRadiationFlux = 204,
#[description = "upward total radiation flux"]
#[abbrev = "utrf"]
#[unit = "Wm-2"]
UpwardTotalRadiationFlux = 205,
#[description = "diffuse short wave radiation flux, clear sky"]
#[abbrev = "dfswrflxcs"]
#[unit = "Wm-2"]
DiffuseShortWaveRadiationFluxClearSky = 206,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum MassProduct {
#[abbrev = "PRES"]
#[unit = "pa"]
Pressure = 0,
#[description = "pressure reduced to MSL"]
#[abbrev = "PRMSL"]
#[unit = "pa"]
PressureReducedMSL = 1,
#[description = "pressure tendency"]
#[abbrev = "PTEND"]
#[unit = "pas-1"]
PressureTendency = 2,
#[description = "icao standard atmosphere reference height"]
#[abbrev = "ICAHT"]
#[unit = "m"]
IcaoStandardAtmosphereReferenceHeight = 3,
#[description = "geopotential"]
#[abbrev = "GP"]
#[unit = "m2s-2"]
Geopotential = 4,
#[description = "geopotential height"]
#[abbrev = "HGT"]
#[unit = "gpm"]
GeopotentialHeight = 5,
#[description = "geopotential height anomaly"]
#[abbrev = "GPA"]
#[unit = "gpm"]
GeopotentialHeightAnomaly = 9,
#[description = "density"]
#[abbrev = "DEN"]
#[unit = "kgm-3"]
Density = 10,
#[description = "thickness"]
#[abbrev = "THICK"]
#[unit = "m"]
Thickness = 12,
#[description = "planetary boundary layer height"]
#[abbrev = "HPBL"]
#[unit = "m"]
PlanetaryBoundaryLayerHeight = 18,
#[description = "standard deviation of sub-gridscale orography"]
#[abbrev = "SDOR"]
#[unit = "m"]
StandardDeviationOfOrography = 20,
#[description = "slope of sub-gridscale orography"]
#[abbrev = "SLOR"]
#[unit = "numeric"]
SlopeOfOrography = 22,
#[description = "mslp (eta model reduction)"]
#[abbrev = "MSLET"]
#[unit = "pa"]
MSLP = 192,
#[description = "zonal flux of gravity wave stress"]
#[abbrev = "UGWD"]
#[unit = "Nm-2"]
ZonalFluxGravityWaveStress = 194,
#[description = "meridional flux of gravity wave stress"]
#[abbrev = "VGWD"]
#[unit = "Nm-2"]
MeridionalFluxGravityWaveStress = 195,
#[description = "planetary boundary layer height (NCEP)"]
#[abbrev = "HPBL"]
#[unit = "m"]
PlanetaryBoundaryLayerHeightNcep = 196,
#[description = "mslp (maps system reduction)"]
#[abbrev = "MSLMA"]
#[unit = "pa"]
MSLPMaps = 198,
#[description = "pressure of level from which parcel was lifted"]
#[abbrev = "PLPL"]
#[unit = "pa"]
PressureOfLiftedParcel = 200,
#[description = "layer thickness"]
#[abbrev = "LAYTH"]
#[unit = "m"]
LayerThickness = 205,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum RadarProduct {
#[description = "base spectrum width"]
#[abbrev = "BSWID"]
#[unit = "ms-1"]
BaseSpectrumWidth = 0,
#[description = "vertically-integrated liquid"]
#[abbrev = "VERIL"]
#[unit = "kgm-1"]
VerticallyIntegratedLiquid = 3,
#[description = "base reflectivity"]
#[abbrev = "BREF"]
#[unit = "dB"]
BaseReflectivity = 1,
#[description = "layer maximum base reflectivity"]
#[abbrev = "LMAXBR"]
#[unit = "dB"]
LayerMaximumBaseReflectivity = 4,
#[description = "precipitation"]
#[abbrev = "PREC"]
#[unit = "kgm-2"]
Precipitation = 5,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum ForecastRadarImagery {
#[description = "echo top"]
#[abbrev = "RETOP"]
#[unit = "m"]
EchoTop = 3,
#[description = "reflectivity"]
#[abbrev = "REFD"]
#[unit = "dB"]
Reflectivity = 195,
#[description = "composite reflectivity"]
#[abbrev = "REFC"]
#[unit = "dB"]
CompositeReflectivity = 196,
#[description = "hourly maximum of simulated reflectivity"]
#[abbrev = "MAXREF"]
#[unit = "dB"]
HourlyMaxSimulatedReflectivity = 198,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum Electromagnetics {
#[abbrev = "LTNGSD"]
#[unit = "m-2 s-1"]
LightingStrikeDensity = 0,
#[description = "lightning potential index"]
#[abbrev = "LTPINX"]
#[unit = "J kg-1"]
LightingPotentialIndex = 1,
#[description = "cloud-to-ground lightning flash density"]
#[abbrev = "CDGDLTFD"]
#[unit = "km-2 day-1"]
CloudToGroundLightingFlashDensity = 2,
#[description = "cloud-to-cloud lightning flash density"]
#[abbrev = "CDCDLTFD"]
#[unit = "km-2 day-1"]
CloudToCloudLightingFlashDensity = 3,
#[description = "total lightning flash density"]
#[abbrev = "TLGTFD"]
#[unit = "km-2 day-1"]
TotalLightningFlashDensity = 4,
#[abbrev = "LTNG"]
#[unit = "nondim"]
Lightning = 192,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum ThermodynamicStabilityProduct {
#[description = "parcel lifted index"]
#[abbrev = "PLI"]
#[unit = "K"]
ParcelLiftedIndex = 0,
#[description = "best lifted index"]
#[abbrev = "BLI"]
#[unit = "K"]
BestLiftedIndex = 1,
#[description = "k index"]
#[abbrev = "KX"]
#[unit = "K"]
KIndex = 2,
#[description = "ko index"]
#[abbrev = "KOX"]
#[unit = "K"]
KOIndex = 3,
#[description = "total totals index"]
#[abbrev = "TOTALX"]
#[unit = "K"]
TotalTotalsIndex = 4,
#[description = "sweat index"]
#[abbrev = "SX"]
#[unit = "numeric"]
SweatIndex = 5,
#[description = "convective available potential energy"]
#[abbrev = "CAPE"]
#[unit = "Jkg-1"]
ConvectiveAvailablePotentialEnergy = 6,
#[description = "convective inhibition"]
#[abbrev = "CIN"]
#[unit = "Jkg-1"]
ConvectiveInhibition = 7,
#[description = "storm relative helicity"]
#[abbrev = "HLCY"]
#[unit = "m2s-2"]
StormRelativeHelicity = 8,
#[description = "energy helicity index"]
#[abbrev = "EHLX"]
#[unit = "numeric"]
EnergyHelicityIndex = 9,
#[description = "surface lifted index"]
#[abbrev = "LFTX"]
#[unit = "K"]
SurfaceLiftedIndex = 10,
#[description = "best (4 layer) lifted index"]
#[abbrev = "4LFTX"]
#[unit = "K"]
Best4LayerLiftedIndex = 11,
#[description = "richardson number"]
#[abbrev = "RI"]
#[unit = "numeric"]
RichardsonNumber = 12,
#[description = "leaf area index"]
#[abbrev = "LAI"]
#[unit = "numeric"]
LeafAreaIndex = 198,
#[description = "surface lifted index (NCEP)"]
#[abbrev = "LFTX"]
#[unit = "K"]
SurfaceLiftedIndexNcep = 192,
#[description = "best (4 layer) lifted index (NCEP)"]
#[abbrev = "4LFTX"]
#[unit = "K"]
Best4LayerLiftedIndexNcep = 193,
#[description = "hourly maximum of updraft helicity"]
#[abbrev = "MXUPHL"]
#[unit = "m2s-2"]
HourlyMaxUpdraftHelicity = 199,
#[description = "hourly minimum of updraft helicity"]
#[abbrev = "MNUPHL"]
#[unit = "m2s-2"]
HourlyMinUpdraftHelicity = 200,
#[description = "downdraft CAPE"]
#[abbrev = "DCAPE"]
#[unit = "Jkg-1"]
DowndraftCAPE = 203,
#[description = "effective layer height"]
#[abbrev = "EFHL"]
#[unit = "m"]
EffectiveLayerHeight = 204,
#[description = "effective storm relative helicity"]
#[abbrev = "ESP"]
#[unit = "m2s-2"]
EffectiveStormRelativeHelicity = 205,
#[description = "critical angle"]
#[abbrev = "CANGLE"]
#[unit = "degree"]
CriticalAngle = 206,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum PhysicalAtmosphericProperties {
#[description = "visibility"]
#[abbrev = "VIS"]
#[unit = "m"]
Visibility = 0,
#[description = "albedo"]
#[abbrev = "ALBDO"]
#[unit = "%"]
Albedo = 1,
#[description = "clear air turbulence"]
#[abbrev = "CAT"]
#[unit = "%"]
ClearAirTurbulence = 22,
#[description = "snow albedo"]
#[abbrev = "ASN"]
#[unit = "proportion"]
SnowAlbedo = 192,
#[description = "turbulence potential forecast index"]
#[abbrev = "TPFI"]
#[unit = "nondim"]
TurbulencePotentialForecastIndex = 219,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum LongWaveRadiationProduct {
#[description = "net long-wave radiation flux"]
#[abbrev = "NLWRS"]
#[unit = "Wm-2"]
NetLongWaveRadiationFlux = 0,
#[description = "downward long-wave radiation flux"]
#[abbrev = "DLWRF"]
#[unit = "Wm-2"]
DownwardLongWaveRadiationFlux = 3,
#[description = "upward long-wave radiation flux"]
#[abbrev = "ULWRF"]
#[unit = "Wm-2"]
UpwardLongWaveRadiationFlux = 4,
#[description = "net long-wave radiation flux (top of atmosphere)"]
#[abbrev = "NLWRT"]
#[unit = "Wm-2"]
NetLongWaveRadiationFluxTop = 5,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum TraceGasesProduct {
#[description = "total ozone"]
#[abbrev = "TOZNE"]
#[unit = "DU"]
TotalOzone = 0,
#[description = "ozone mixing ratio"]
#[abbrev = "O3MR"]
#[unit = "kgkg-1"]
OzoneMixingRatio = 1,
#[description = "total column integrated ozone"]
#[abbrev = "TCIOZ"]
#[unit = "DU"]
TotalColumnIntegratedOzone = 2,
#[description = "ozone mixing ratio"]
#[abbrev = "O3MR"]
#[unit = "kgkg-1"]
OzoneMixingRatio192 = 192,
#[description = "ozone concentration"]
#[abbrev = "OZCON"]
#[unit = "ppb"]
OzoneConcentration = 193,
#[description = "categorical ozone concentration"]
#[abbrev = "OZCAT"]
#[unit = "nondim"]
CategoricalOzoneConcentration = 194,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum AtmosphericChemicalConstituents {
#[description = "mass density"]
#[abbrev = "MASSDEN"]
#[unit = "kg m-3"]
MassDensity = 0,
#[description = "column integrated mass density"]
#[abbrev = "COLMD"]
#[unit = "kg m-2"]
ColumnIntegratedMassDensity = 1,
#[description = "mass mixing ratio"]
#[abbrev = "MASSMR"]
#[unit = "kg kg-1"]
MassMixingRatio = 2,
#[description = "atmosphere optical thickness"]
#[abbrev = "APTS"]
#[unit = ""]
AtmosphereOpticalThickness = 102,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum NcepMiscellaneous {
#[description = "latitude"]
#[abbrev = "NLAT"]
#[unit = "degrees"]
Latitude = 192,
#[description = "east longitude"]
#[abbrev = "ELON"]
#[unit = "degrees"]
EastLongitude = 193,
Missing = 255,
}
pub fn meteorological_parameter(category: u8, parameter: u8) -> Option<Parameter> {
match category {
0 => Some(Parameter::from(TemperatureProduct::from(parameter))),
1 => Some(Parameter::from(MoistureProduct::from(parameter))),
2 => Some(Parameter::from(MomentumProduct::from(parameter))),
3 => Some(Parameter::from(MassProduct::from(parameter))),
4 => Some(Parameter::from(ShortWaveRadiationProduct::from(parameter))),
5 => Some(Parameter::from(LongWaveRadiationProduct::from(parameter))),
6 => Some(Parameter::from(CloudProduct::from(parameter))),
7 => Some(Parameter::from(ThermodynamicStabilityProduct::from(
parameter,
))),
14 => Some(Parameter::from(TraceGasesProduct::from(parameter))),
15 => Some(Parameter::from(RadarProduct::from(parameter))),
16 => Some(Parameter::from(ForecastRadarImagery::from(parameter))),
17 => Some(Parameter::from(Electromagnetics::from(parameter))),
19 => Some(Parameter::from(PhysicalAtmosphericProperties::from(
parameter,
))),
20 => Some(Parameter::from(AtmosphericChemicalConstituents::from(
parameter,
))),
191 => Some(Parameter::from(NcepMiscellaneous::from(parameter))),
_ => None,
}
}
pub fn meteorological_category(category: u8) -> &'static str {
match category {
0 => "temperature",
1 => "moisture",
2 => "momentum",
3 => "mass",
4 => "short wave radiation",
5 => "long wave radiation",
6 => "cloud",
7 => "thermodynamic stability",
14 => "trace gases",
15 => "radar",
16 => "forecast radar imagery",
17 => "electromagnetics",
19 => "physical atmospheric properties",
20 => "atmospheric chemical constituents",
191 => "miscellaneous",
_ => "other",
}
}