Python API Function Summary

mettoolbox.disaggregate.dewpoint_temperature(...)	Disaggregate daily relative humidity to hourly dew point.
mettoolbox.disaggregate.evaporation(method, ...)	Disaggregate daily evaporation to hourly evaporation.
mettoolbox.disaggregate.humidity(method, ...)	Disaggregate daily relative humidity to hourly humidity.
mettoolbox.disaggregate.precipitation(...[, ...])	Disaggregate daily precipitation to hourly precipitation.
mettoolbox.disaggregate.radiation(method, ...)	Disaggregate daily radiation to hourly radiation.
mettoolbox.disaggregate.temperature(method, ...)	Disaggregate daily temperature to hourly temperature.
mettoolbox.disaggregate.wind_speed(method, ...)	Disaggregate daily wind speed to hourly wind speed.
mettoolbox.indices.pe(rainfall, pet, ...[, ...])	Precipitation minus evaporation index.
mettoolbox.indices.spei(rainfall, pet, ...)	Standard Precipitation/Evaporation Index.
mettoolbox.pet.allen(lat, temp_min_col, ...)	Allen PET: f(Tmin, Tmax, Tavg, latitude)
mettoolbox.pet.blaney_criddle(...[, ...])	Evaporation calculated according to [blaney_1952].
mettoolbox.pet.hamon(lat, source_units[, ...])	Hamon PET: f(Tavg, latitude)
mettoolbox.pet.hargreaves(lat, temp_min_col, ...)	Hargreaves PET: f(Tmin, Tmax, Tavg, latitude)
mettoolbox.pet.linacre(lat, elevation, ...)	Evaporation calculated according to [linacre_1977].
mettoolbox.pet.oudin_form(lat, temp_min_col, ...)	Oudin PET: f(Tavg, latitude)
mettoolbox.pet.priestley_taylor(lat, lon, ...)	priestley_taylor PET: f(Tmin, Tmax, Tavg, latitude)
mettoolbox.pet.romanenko(source_units[, ...])	Evaporation calculated according to [romanenko_1961].
mettoolbox.ret.penman_monteith(lat, lon, ...)	penman_monteith PET: f(Tmin, Tmax, Tavg, latitude)