use gribberish_macros::{DisplayDescription, FromValue, ToParameter};
use gribberish_types::Parameter;
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum WavesProduct {
#[description = "primary wave spectra"]
#[abbrev = "WVSP1"]
#[unit = "-"]
WaveSpectra1 = 0,
#[description = "secondary wave spectra"]
#[abbrev = "-"]
#[unit = "WVSP2"]
WaveSpectra2 = 1,
#[description = "tertiary wave spectra"]
#[abbrev = "-"]
#[unit = "WVSP3"]
WaveSpectra3 = 2,
#[description = "significant wave height of combined wind and swell waves"]
#[abbrev = "HTSGW"]
#[unit = "m"]
SignificantWaveHeight = 3,
#[description = "direction of wind waves"]
#[abbrev = "WVDIR"]
#[unit = "degree"]
WindWaveDirection = 4,
#[description = "significant height of wind waves"]
#[abbrev = "WVHGT"]
#[unit = "m"]
WindSignificantWaveHeight = 5,
#[description = "mean period of wind waves"]
#[abbrev = "WVPER"]
#[unit = "s"]
WindWaveMeanPeriod = 6,
#[description = "direction of swell waves"]
#[abbrev = "SWDIR"]
#[unit = "degree"]
SwellWaveDirection = 7,
#[description = "significant height of swell waves"]
#[abbrev = "SWELL"]
#[unit = "m"]
SwellSignificantWaveHeight = 8,
#[description = "mean period of swell waves"]
#[abbrev = "SWPER"]
#[unit = "s"]
SwellMeanPeriod = 9,
#[description = "primary wave direction"]
#[abbrev = "DIRPW"]
#[unit = "degree"]
PrimaryWaveDirection = 10,
#[description = "primary wave mean period"]
#[abbrev = "PERPW"]
#[unit = "s"]
PrimaryMeanPeriod = 11,
#[description = "secondary wave direction"]
#[abbrev = "DIRSW"]
#[unit = "degree"]
SecondaryWaveDirection = 12,
#[description = "secondary wave mean period"]
#[abbrev = "PERSW"]
#[unit = "s"]
SecondaryMeanPeriod = 13,
#[description = "direction of combined wind and swell waves"]
#[abbrev = "WWSDIR"]
#[unit = "degree"]
CombinedWaveDirection = 14,
#[description = "mean period of combined wind and swell waves"]
#[abbrev = "MWSPER"]
#[unit = "s"]
CombinedMeanPeriod = 15,
#[description = "coefficient of drag with waves"]
#[abbrev = "CDWW"]
#[unit = "-"]
WaveDragCoefficient = 16,
#[description = "friction velocity"]
#[abbrev = "FRICV"]
#[unit = "ms-1"]
FrictionVelocity = 17,
#[description = "wave stress"]
#[abbrev = "WSTR"]
#[unit = "Nm-2"]
WaveStress = 18,
#[description = "normalized wave stress"]
#[abbrev = "NWSTR"]
#[unit = "-"]
NormalizedWaveStress = 19,
#[description = "mean square slope of waves"]
#[abbrev = "MSSW"]
#[unit = "-"]
MeanSquareWaveSlope = 20,
#[description = "u-component of stokes drift"]
#[abbrev = "USSD"]
#[unit = "ms-1"]
UComponentStokesDrift = 21,
#[description = "v-component of stokes drift"]
#[abbrev = "VSSD"]
#[unit = "ms-1"]
VComponentStokesDrift = 22,
#[description = "period of maximumm individual wave height"]
#[abbrev = "PMAXWH"]
#[unit = "s"]
MaxWaveHeightPeriod = 23,
#[description = "maximum individual wave height"]
#[abbrev = "MAXWH"]
#[unit = "m"]
MaxWaveHeight = 24,
#[description = "inverse mean wave frequency"]
#[abbrev = "IMWF"]
#[unit = "s"]
InverseMeanWaveFrequency = 25,
#[description = "inverse mean frequency of the wind waves"]
#[abbrev = "IMFWW"]
#[unit = "s"]
InverseMeanWindWaveFrequency = 26,
#[description = "inverse mean frequency of the total swell"]
#[abbrev = "IMFTSW"]
#[unit = "s"]
InverseMeanTotalSwellFrequency = 27,
#[description = "mean zero crossing wave period"]
#[abbrev = "MZWPER"]
#[unit = "s"]
MeanZeroCrossingWavePeriod = 28,
#[description = "mean zero crossing period of the wind waves"]
#[abbrev = "MZPWW"]
#[unit = "s"]
MeanZeroCrossingWindWavePeriod = 29,
#[description = "mean zero crossing of the total swell"]
#[abbrev = "MZPTSW"]
#[unit = "s"]
MeanZeroCrossingTotalSwellPeriod = 30,
#[description = "wave directional width"]
#[abbrev = "WDIRW"]
#[unit = "-"]
DirectionalWidthWaves = 31,
#[description = "directional width of the wind waves"]
#[abbrev = "DIRWWW"]
#[unit = "-"]
DirectionalWidthWindWaves = 32,
#[description = "directional width of the total swell"]
#[abbrev = "DIRWTS"]
#[unit = "-"]
DirectionalWidthTotalSwell = 33,
#[description = "peak wave period"]
#[abbrev = "PWPER"]
#[unit = "s"]
PeakWavePeriod = 34,
#[description = "peak period of the wind waves"]
#[abbrev = "PPERWW"]
#[unit = "s"]
PeakWindWavePeriod = 35,
#[description = "peak period of the total swell"]
#[abbrev = "PPERTS"]
#[unit = "s"]
PeakTotalSwellPeriod = 36,
#[description = "altimeter wave height"]
#[abbrev = "ALTWH"]
#[unit = "m"]
AltimeterWaveHeight = 37,
#[description = "altimeter corrected wave height"]
#[abbrev = "ALCWH"]
#[unit = "m"]
AltimeterCorrectedWaveHeight = 38,
#[description = "altimeter range relative correction"]
#[abbrev = "ALRRC"]
#[unit = "-"]
AltimeterRangeRelativeCorrection = 39,
#[description = "10 meter neutral wind speed over waves"]
#[abbrev = "MNWSOW"]
#[unit = "ms-1"]
NeutralWindSpeedOverWaves = 40,
#[description = "10 meter wind direction over waves"]
#[abbrev = "MWDIRW"]
#[unit = "degree"]
WindDirectionOverWaves = 41,
#[description = "wave energy spectrum"]
#[abbrev = "WESP"]
#[unit = "m-2 s rad-1"]
WaveEnergySpectrum = 42,
#[description = "kurtosis of the sea surface elevation due to waves"]
#[abbrev = "KSSEW"]
#[unit = "-"]
KurtosisFromWaves = 43,
#[description = "benjamin-feir index"]
#[abbrev = "BENINX"]
#[unit = "-"]
BenjaminFeirIndex = 44,
#[description = "spectral peakedness factor"]
#[abbrev = "SPFTR"]
#[unit = "s-1"]
SpectralPeakednessFactor = 45,
#[description = "wave steepness"]
#[abbrev = "WSTP"]
#[unit = "porportion"]
WaveSteepness = 192,
#[description = "wave length"]
#[abbrev = "WLENG"]
#[unit = "-"]
WaveLength = 193,
Missing = 255,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum CurrentsProduct {
#[description = "current direction"]
#[abbrev = "DIRC"]
#[unit = "degree True"]
CurrentDirection = 0,
#[description = "current speed"]
#[abbrev = "SPC"]
#[unit = "ms-1"]
CurrentSpeed = 1,
#[description = "u component of current speed"]
#[abbrev = "UOGRD"]
#[unit = "ms-1"]
CurrentSpeedU = 2,
#[description = "v component of current speed"]
#[abbrev = "VOGRD"]
#[unit = "ms-1"]
CurrentSpeedV = 3,
#[description = "rip current occurance probability"]
#[abbrev = "RIPCOP"]
#[unit = "%"]
RipCurrentProbability = 4,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum SurfacePropertiesProduct {
#[description = "water temperature"]
#[abbrev = "WTMP"]
#[unit = "K"]
WaterTemperature = 0,
#[description = "deviation of sea level from mean"]
#[abbrev = "DSLM"]
#[unit = "m"]
DeviationOfSeaLevelMean = 1,
#[description = "total water level accounting for tide, wind and waves"]
#[abbrev = "TWLWAV"]
#[unit = "m"]
TotalWaterLevelTideWindWaves = 205,
#[description = "total water level increase due to waves"]
#[abbrev = "RUNUP"]
#[unit = "m"]
TotalWaterLevelIncreaseWaves = 206,
#[description = "mean water level increase due to waves"]
#[abbrev = "SETUP"]
#[unit = "m"]
MeanWaterLevelIncreaseWaves = 207,
#[description = "time varying water level increase due to waves"]
#[abbrev = "SWASH"]
#[unit = "m"]
TimeVaryingWaterLevelIncreaseWaves = 208,
#[description = "total water level above dune toe"]
#[abbrev = "TWLDT"]
#[unit = "m"]
TotalWaterLevelAboveDuneToe = 209,
#[description = "total water level above dune crest"]
#[abbrev = "TWLDC"]
#[unit = "m"]
TotalWaterLevelAboveDuneCrest = 210,
#[description = "erosion occurrence probability"]
#[abbrev = "EROSNP"]
#[unit = "%"]
ErosionOccuranceProbability = 252,
#[description = "overwash occurrence probability"]
#[abbrev = "OWASHP"]
#[unit = "%"]
OverwashOccuranceProbability = 253,
}
#[repr(u8)]
#[derive(Eq, PartialEq, Debug, DisplayDescription, FromValue, ToParameter)]
pub enum IceProduct {
#[description = "ice cover"]
#[abbrev = "ICEC"]
#[unit = "porportion"]
IceCover = 0,
#[description = "ice thickness"]
#[abbrev = "ICETK"]
#[unit = "m"]
IceThickness = 1,
Missing = 255,
}
pub fn oceanographic_parameter(category: u8, parameter: u8) -> Option<Parameter> {
match category {
0 => Some(Parameter::from(WavesProduct::from(parameter))),
1 => Some(Parameter::from(CurrentsProduct::from(parameter))),
2 => Some(Parameter::from(IceProduct::from(parameter))),
3 => Some(Parameter::from(SurfacePropertiesProduct::from(parameter))),
_ => None,
}
}
pub fn oceanographic_category(category: u8) -> &'static str {
match category {
0 => "waves",
1 => "currents",
2 => "ice",
3 => "surface",
4 => "subsurface",
_ => "misc",
}
}