pyrtlib.climatology.ProfileExtrapolation

class pyrtlib.climatology.ProfileExtrapolation(mode: Optional[str] = 'ITU-Annex1')

Bases: object

Methods

__init__([mode])	Initialize what extrapolation to be used.
pressure(lat, h[, season])	Determine the atmospheric pressure at a given latitude and height.
profile_extrapolation(lat, month, z, q)	Extrapolation of atmospheres to be used to determine temperature, pressure and water-vapour pressure as a function of altitude and latitude, for calculating gaseous attenuation when more reliable local data are not available.
standard_pressure(h, T_0, P_0)	Determine the standard pressure at a given height.
standard_temperature(h, T_0)	Determine the standard temperature at a given height.
standard_water_vapour_density(h, h_0, rho_0)	Determine the standard water vapour density at a given height.
standard_water_vapour_pressure(h[, h_0, rho_0])	Determine the standard water vapour pressure at a given height.
temperature(lat, h[, season])	Determine the temperature at a given latitude and height.
water_vapour_density(lat, h[, season])	Determine the water vapour density at a given latitude and height.

Attributes

height

Getter/Setter for altitude vector

Examples using pyrtlib.climatology.ProfileExtrapolation

Performing Upwelling Brightness Temperature calculation using IGRA2 Upper Air Observations (with Extrapolation).

Performing Upwelling Brightness Temperature calculation using IGRA2 Upper Air Observations (with Extrapolation).