Class: WrfLibrary::Wrf::Entry

Inherits:
Object
  • Object
show all
Defined in:
lib/wrf_library/wrf/entry.rb

Overview

Simple data class to represent an entry of the wrf station output

Instance Attribute Summary collapse

Instance Attribute Details

#air_temperature ⇒ Float

Returns 2 m Temperature (K).

Returns:

  • (Float) —

    2 m Temperature (K)



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# File 'lib/wrf_library/wrf/entry.rb', line 12

def air_temperature
  @air_temperature
end

#cumulus_rainfall ⇒ Float

Returns rainfall from a cumulus scheme (mm).

Returns:

  • (Float) —

    rainfall from a cumulus scheme (mm)



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# File 'lib/wrf_library/wrf/entry.rb', line 36

def cumulus_rainfall
  @cumulus_rainfall
end

#explicit_rainfall ⇒ Float

Returns rainfall from an explicit scheme (mm).

Returns:

  • (Float) —

    rainfall from an explicit scheme (mm)



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# File 'lib/wrf_library/wrf/entry.rb', line 38

def explicit_rainfall
  @explicit_rainfall
end

#forecast_time ⇒ Time

Returns timestamp of the forecast data.

Returns:

  • (Time) —

    timestamp of the forecast data



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# File 'lib/wrf_library/wrf/entry.rb', line 10

def forecast_time
  @forecast_time
end

#latent_heat ⇒ Float

Returns surface latent heat flux (W/m^2, upward is positive).

Returns:

  • (Float) —

    surface latent heat flux (W/m^2, upward is positive)



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# File 'lib/wrf_library/wrf/entry.rb', line 30

def latent_heat
  @latent_heat
end

#longwave ⇒ Float

Returns downward longwave radiation flux at the ground (W/m^2, downward is positive).

Returns:

  • (Float) —

    downward longwave radiation flux at the ground (W/m^2, downward is positive)



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# File 'lib/wrf_library/wrf/entry.rb', line 23

def longwave
  @longwave
end

#mixing_ratio ⇒ Float

Returns 2 m vapor mixing ratio (kg/kg).

Returns:

  • (Float) —

    2 m vapor mixing ratio (kg/kg)



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# File 'lib/wrf_library/wrf/entry.rb', line 14

def mixing_ratio
  @mixing_ratio
end

#pressure ⇒ Float

Returns surface pressure (Pa).

Returns:

  • (Float) —

    surface pressure (Pa)



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# File 'lib/wrf_library/wrf/entry.rb', line 20

def pressure
  @pressure
end

#sensible_heat ⇒ Float

Returns surface sensible heat flux (W/m^2, upward is positive).

Returns:

  • (Float) —

    surface sensible heat flux (W/m^2, upward is positive)



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# File 'lib/wrf_library/wrf/entry.rb', line 28

def sensible_heat
  @sensible_heat
end

#shortwave ⇒ Float

Returns net shortwave radiation flux at the ground (W/m^2, downward is positive).

Returns:

  • (Float) —

    net shortwave radiation flux at the ground (W/m^2, downward is positive)



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# File 'lib/wrf_library/wrf/entry.rb', line 26

def shortwave
  @shortwave
end

#skin_temperature ⇒ Float

Returns skin temperature (K).

Returns:

  • (Float) —

    skin temperature (K)



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# File 'lib/wrf_library/wrf/entry.rb', line 32

def skin_temperature
  @skin_temperature
end

#soil_temperature ⇒ Float

Returns top soil layer temperature (K).

Returns:

  • (Float) —

    top soil layer temperature (K)



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# File 'lib/wrf_library/wrf/entry.rb', line 34

def soil_temperature
  @soil_temperature
end

#u_wind ⇒ Float

Returns 10 m U wind (earth-relative).

Returns:

  • (Float) —

    10 m U wind (earth-relative)



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# File 'lib/wrf_library/wrf/entry.rb', line 16

def u_wind
  @u_wind
end

#v_wind ⇒ Float

Returns 10 m V wind (earth-relative).

Returns:

  • (Float) —

    10 m V wind (earth-relative)



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# File 'lib/wrf_library/wrf/entry.rb', line 18

def v_wind
  @v_wind
end

#water_vapor ⇒ Float

Returns total column-integrated water vapor and cloud variables.

Returns:

  • (Float) —

    total column-integrated water vapor and cloud variables



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# File 'lib/wrf_library/wrf/entry.rb', line 40

def water_vapor
  @water_vapor
end