earthkit.meteo.thermo.array

Thermodynamic functions operating on numpy arrays.

Functions

celsius_to_kelvin(t)	Convert temperature values from Celsius to Kelvin.
dewpoint_from_relative_humidity(t, r)	Compute the dewpoint temperature from relative humidity.
dewpoint_from_specific_humidity(q, p)	Compute the dewpoint temperature from specific humidity.
ept_from_dewpoint(t, td, p[, method])	Compute the equivalent potential temperature from dewpoint.
ept_from_specific_humidity(t, q, p[, method])	Compute the equivalent potential temperature from specific humidity.
lcl(t, td, p[, method])	Compute the temperature and pressure of the Lifting Condensation Level (LCL) from dewpoint.
lcl_temperature(t, td[, method])	Compute the Lifting Condensation Level (LCL) temperature from dewpoint.
mixing_ratio_from_dewpoint(td, p)	Compute the mixing ratio from dewpoint.
mixing_ratio_from_specific_humidity(q)	Compute the mixing ratio from specific humidity.
mixing_ratio_from_vapour_pressure(e, p[, eps])	Compute the mixing ratio from vapour pressure.
potential_temperature(t, p)	Compute the potential temperature.
pressure_on_dry_adiabat(t, t_def, p_def)	Compute the pressure on a dry adiabat.
relative_humidity_from_dewpoint(t, td)	Compute the relative humidity from dewpoint temperature.
relative_humidity_from_specific_humidity(t, q, p)	Compute the relative humidity from specific humidity.
saturation_ept(t, p[, method])	Compute the saturation equivalent potential temperature.
saturation_mixing_ratio(t, p[, phase])	Compute the saturation mixing ratio from temperature with respect to a phase.
saturation_mixing_ratio_slope(t, p[, es, es_slope, ...])	Compute the slope of saturation mixing ratio with respect to temperature.
saturation_specific_humidity(t, p[, phase])	Compute the saturation specific humidity from temperature with respect to a phase.
saturation_specific_humidity_slope(t, p[, es, ...])	Compute the slope of saturation specific humidity with respect to temperature.
saturation_vapour_pressure(t[, phase])	Compute the saturation vapour pressure from temperature with respect to a phase.
saturation_vapour_pressure_slope(t[, phase])	Compute the slope of saturation vapour pressure with respect to temperature.
specific_gas_constant(q)	Compute the specific gas constant of moist air.
specific_humidity_from_dewpoint(td, p)	Compute the specific humidity from dewpoint.
specific_humidity_from_mixing_ratio(w)	Compute the specific humidity from mixing ratio.
specific_humidity_from_relative_humidity(t, r, p)	Compute the specific humidity from relative_humidity.
specific_humidity_from_vapour_pressure(e, p[, eps])	Compute the specific humidity from vapour pressure.
temperature_from_potential_temperature(th, p)	Compute the temperature from potential temperature.
temperature_from_saturation_vapour_pressure(es)	Compute the temperature from saturation vapour pressure.
temperature_on_dry_adiabat(p, t_def, p_def)	Compute the temperature on a dry adiabat.
temperature_on_moist_adiabat(ept, p[, ept_method, ...])	Compute the temperature on a moist adiabat (pseudoadiabat).
vapour_pressure_from_mixing_ratio(w, p)	Compute the vapour pressure from mixing ratio.
vapour_pressure_from_specific_humidity(q, p)	Compute the vapour pressure from specific humidity.
virtual_potential_temperature(t, q, p)	Compute the virtual potential temperature from temperature and specific humidity.
virtual_temperature(t, q)	Compute the virtual temperature from temperature and specific humidity.
wet_bulb_potential_temperature_from_dewpoint(t, td, p)	Compute the pseudo adiabatic wet bulb potential temperature from dewpoint.
wet_bulb_potential_temperature_from_specific_humidity(t, q, p)	Compute the pseudo adiabatic wet bulb potential temperature from specific humidity.
wet_bulb_temperature_from_dewpoint(t, td, p[, ...])	Compute the pseudo adiabatic wet bulb temperature from dewpoint.
wet_bulb_temperature_from_specific_humidity(t, q, p[, ...])	Compute the pseudo adiabatic wet bulb temperature from specific humidity.