Refactor to one scheduler, separated csv/grib under one folder
This commit is contained in:
Guntis Smaukstelis
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package parse.grib
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object Codes {
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def codesToString(discipline: Int, category: Int, product: Int): String = {
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val disciplineName = gribCodes.get(discipline).map(_._1).getOrElse("unknown")
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val categoryName = gribCodes.get(discipline).flatMap(_._2.get(category)).map(_._1).getOrElse("unknown")
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val productName = gribCodes.get(discipline).flatMap(_._2.get(category)).flatMap(_._2.get(product)).getOrElse("unknown")
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s"$disciplineName, $categoryName, $productName"
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}
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private val gribCodes: Map[Int, (String, Map[Int, (String, Map[Int, String])])] = Map(
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0 -> (
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"meteorology",
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Map(
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0 -> (
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"temperature",
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Map(
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0 -> "temperature",
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1 -> "virtual-temperature",
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2 -> "potential-temperature",
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3 -> "pseudo - adiabatic - potential - temperature",
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4 -> "maximum - temperature",
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5 -> "minimum - temperature",
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6 -> "dev - point - temperature",
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7 -> "dev - point - depression",
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8 -> "lapse - rate",
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9 -> "temperature - anomaly",
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10 -> "latent - heat - net - flux",
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11 -> "sensible - heat - net - flux",
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30 -> "latent - heat - net - flux - fue - to - evaporation",
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31 -> "latent - heat - net - flux - due - to - sublimation",
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),
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),
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1 -> (
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"moisture",
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Map(
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0 -> "specific-humidity",
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1 -> "relative-humidity",
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2 -> "humidity - mixing - ratio",
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3 -> "precipitable - water",
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4 -> "vapour - pressure",
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5 -> "saturation - deficit",
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6 -> "evaporation",
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7 -> "precipitation - rate",
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8 -> "total - precipitation",
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52 -> "total - precipitation - rate",
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53 -> "total - snowfall - rate - water - equivalent",
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60 -> "snow - depth - water - equivalent",
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64 -> "total - column - integrated - water - vapour",
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65 -> "rain - precipitation - rate",
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69 -> "total - column - integrate - cloud - water",
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70 -> "total - column - integrate - cloud - ice",
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75 -> "graupel - snow - pellets - prepitation - rate",
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128 -> "total - solid - precipitation - rate",
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192 -> "categorical - rain",
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199 -> "potential - evaporation",
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),
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),
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2 -> (
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"momentum",
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Map(
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0 -> "wind - direction", // from which blowing
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1 -> "wind - speed",
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2 -> "u - component - of - wind",
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3 -> "v - component - of - wind",
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4 -> "stream - function",
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5 -> "velocity - potential",
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17 -> "momentum - flux - u - component",
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18 -> "momentum - flux - v - component",
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22 -> "wind - speed - gust",
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23 -> "u - component - of - wind - gust",
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24 -> "v - component - of - wind - gust",
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),
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),
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3 -> (
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"mass",
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Map(
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0 -> "pressure",
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1 -> "pressure - reduced - to - msl",
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2 -> "pressure - tendency",
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3 -> "icao - standard - atmosphere - reference - height",
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4 -> "geopotential",
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5 -> "geopotential - height",
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6 -> "geometric - height",
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),
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),
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4 -> (
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"short-wave-radiation",
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Map(
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0 -> "net - short - wave - radiation - flux - surface",
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1 -> "net - short - wave - radiation - flux - top - of - atmosphere",
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2 -> "short - wave - radiation - flux",
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3 -> "global - radiation - flux",
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4 -> "brightness - temperature",
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5 -> "radiance - with -respect - to - wave - number",
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6 -> "radiance - with -respect - to - wavelength",
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7 -> "downward - short - wave - radiation - flux",
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8 -> "upward - short - wave - radiation - flux",
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9 -> "net - short - wave - radiation - flux",
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),
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),
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5 -> (
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"long-wave-radiation",
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Map(
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4 -> "upward-long-wave-radiation-flux",
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5 -> "net-long-wave-radiation-flux",
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),
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),
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6 -> (
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"cloud",
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Map(
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0 -> "cloud - ice",
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1 -> "total - cloud - cover",
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2 -> "convective - cloud - cover",
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3 -> "low - cloud - cover",
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4 -> "medium - cloud - cover",
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5 -> "high - cloud - cover",
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6 -> "cloud - water",
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7 -> "cloud - amount",
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8 -> "cloud - type",
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9 -> "thunderstorm - maximum - tops",
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10 -> "thunderstorm - coverage",
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11 -> "cloud - base",
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12 -> "cloud - top",
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32 -> "fraction - of - cloud - cover",
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199 -> "ice - fraction - of - total - condensate",
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),
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),
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7 -> (
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"thermodynamic-stability",
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Map(
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6 -> "convective - available - potential - energy",
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7 -> "convective - inhibition",
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),
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),
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17 -> (
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"electrodynamics",
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Map(
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193 -> "unknown-local-use",
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),
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),
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19 -> (
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"physical-atmospheric",
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Map(
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0 -> "visibility",
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1 -> "albedo",
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2 -> "thunderstorm - probability",
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3 -> "mixed - layer - depth",
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4 -> "volcanic - ash",
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),
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),
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),
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),
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1 -> (
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"hydrologic",
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Map(),
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),
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2 -> (
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"land-surface",
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Map(
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0 -> (
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"vegetation-biomass",
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Map(
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0 -> "land-cover",
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)
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)
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),
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),
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3 -> (
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"space",
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Map(
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2 -> (
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"charged-particle-mass",
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Map(
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1 -> "electron-density"
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),
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),
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6 -> (
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"solar-electromagnetic-emissions",
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Map(
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3 -> "solar-euv-irradiance",
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),
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),
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),
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),
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)
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}
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