HydPy-L (LARSIM)¶
HydPy implements a close but not exact emulation of the central routines of the LARSIM model, applied by many forecasting centres in Germany and some neighbouring countries. The version 1 application model of HydPy-L agrees very well with a LARSIM configuration called LARSIM-ME (“ME” stands for Middle Europe), used by the German Federal Institute of Hydrology (BfG) for calculating hydroclimatic scenarios for large river basins (see e. g. the KLIWAS project).
HydPy-L is partly based on the original publication on LARSIM (BREMICKER), the summary of the theory and the range of applications of LARSIM, which is continuously updated by the LARSIM development community (LARSIM-Entwicklergemeinschaft), the LARSIM online documentation (LARSIM Online-Hilfe), and some helpful hints of the colleagues of the LUBW (Landesanstalt für Umwelt, Messungen und Naturschutz Baden-Württemberg) and the HYDRON GmbH. Some other parts of HydPy-L have been programmed more independently and were incorporated into the original LARSIM implementation later.
Available models:
- lland » HydPy-L (base model)
- lland_dd » HydPy-L-DD (adoption of LARSIM with degree day-based snow modelling)
- lland_knauf » HydPy-L-Knauf (adoption of LARSIM with Knauf-based snow modelling)
- lland_knauf_ic » HydPy-L-Knauf-Ic (adoption of LARSIM with Knauf-based snow modelling including snow interception)
For reasons of consistency with the original LARSIM implementation, the names of all parameter and sequence classes are German terms and abbreviations. Additionally, the documentation on each parameter or sequence contains an English translation.