HydPy-Meteo¶
The HydPy-Meteo model family provides models that calculate meteorological factors.
One example is meteo_glob_fao56, which calculates global and clear sky solar
radiation. Application models of other model families, for example, evap_ret_fao56,
require such factors as input. Users can either prepare the complete time series of
these factors during preprocessing and let evap_ret_fao56 read them from files before
or during a simulation or couple meteo_glob_fao56 and evap_ret_fao56 to calculate
global and clear sky radiation “on the fly”.
Available models:
- meteo » HydPy-Meteo (base model)
- meteo_glob_io » HydPy-Meteo-Glob-IO (external global radiation data)
- meteo_clear_glob_io » HydPy-Meteo-Clear-Glob-IO (external clear sky and global radiation data)
- meteo_psun_sun_glob_io » HydPy-Meteo-PSun-Sun-Glob-IO (external possible and actual sunshine duration and global radiation data)
- meteo_temp_io » HydPy-Meteo-Temp-IO (external temperature data)
- meteo_precip_io » HydPy-Meteo-Precip-IO (external precipitation data)
- meteo_glob_fao56 » HydPy-Meteo-Glob-FAO56 (global radiation estimation adopted from FAO56)
- meteo_glob_morsim » HydPy-Meteo-Glob-MORSIM (global radiation estimation adopted from MORECS/LARSIM)
- meteo_sun_fao56 » HydPy-Meteo-Sun-FAO56 (sunshine duration estimation adopted from FAO56)
- meteo_sun_morsim » HydPy-Meteo-Sun-MORSIM (sunshine duration estimation adopted from MORECS/LARSIM)