.. currentmodule:: pyspc.model Modélisation Hydrologique ========================= GRPv2016 -------- Le module pySPC est capable de manipuler des données de plusieurs fichiers liés au modèle pluie-débit GRP - en condition de calage : GRP *Calage* - en condition opérationnelle : GRP *Temps-Réel* .. _table_grpfiles: .. table:: Correspondance entre les fichiers GRP et les classes pySPC :widths: 1,1,1 +------------------+------------------------------------+-----------------------------+ + Catégorie + Fichier + Classe + +==================+====================================+=============================+ + GRP *Calage* + Bassins / 12345678.DAT + GRP_Basin + +------------------+------------------------------------+-----------------------------+ + GRP *Calage* + BDD_P / 12345678_P.txt + GRP_Data + +------------------+------------------------------------+-----------------------------+ + GRP *Calage* + BDD_Q / 12345678_Q.txt + GRP_Data + +------------------+------------------------------------+-----------------------------+ + GRP *Calage* + BDD_E / 12345678_E.txt + GRP_Data + +------------------+------------------------------------+-----------------------------+ + GRP *Calage* + BDD_T / 12345678_T.txt + GRP_Data + +------------------+------------------------------------+-----------------------------+ + GRP *Calage* + Resultats / \*_PP_P0P0.TXT + GRP_Fcst + +------------------+------------------------------------+-----------------------------+ + GRP *Calage* + Ficher performance PDF + GRP_Verif + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + BD_Debit / 12345678 / QV_10A.DAT + GRPRT_Archive + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + BD_Pluie / 12345678 / PF_10A.DAT + GRPRT_Archive + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + BD_Debit / 12345678 / BASSIN.DAT + GRPRT_Basin + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + Paramétrage / Config_Prevision.txt + GRPRT_Cfg + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + Entrées / Debit.txt + GRPRT_Data + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + Entrées / Pluie.txt + GRPRT_Data + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + Entrées / Temp.txt + GRPRT_Data + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + Entrées / Scen_XXX_PluScenXXX.txt + GRPRT_Data ou GRPRT_Metscen + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + Sorties / GRP_Obs.txt + GRPRT_Fcst + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + Sorties / GRP_Sim.txt + GRPRT_Fcst + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + Sorties / GRP_Prev_xxxx.txt + GRPRT_Fcst + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + Sorties / GRP_D_Obs.txt + GRPRT_Fcst + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + Sorties / GRP_D_Sim.txt + GRPRT_Fcst + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + Sorties / GRP_D_Prev_xxxx.txt + GRPRT_Fcst + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + BD_Debit / 12345678 / PQE_1A.DAT + GRPRT_Intern + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + BD_Debit / 12345678 / PQE_1A_D.DAT + GRPRT_Intern + +------------------+------------------------------------+-----------------------------+ + GRP *Temps-Réel* + BD_Debit / 12345678 / PARAM.DAT + GRPRT_Param + +------------------+------------------------------------+-----------------------------+ Calage ++++++ .. autosummary:: :toctree: api/ grp16.cal_basin.GRP_Basin grp16.cal_config.GRP_Cfg grp16.cal_data.GRP_Data grp16.cal_event.GRP_Event grp16.cal_fcst.GRP_Fcst grp16.cal_verif.GRP_Verif Temps-Réel ++++++++++ .. autosummary:: :toctree: api/ grp16.rt_archive.GRPRT_Archive grp16.rt_basin.GRPRT_Basin grp16.rt_config.GRPRT_Cfg grp16.rt_data.GRPRT_Data grp16.rt_fcst.GRPRT_Fcst grp16.rt_intern.GRPRT_Intern grp16.rt_param.GRPRT_Param GRPv2018 -------- Le module pySPC est capable de manipuler des données de plusieurs fichiers liés au modèle pluie-débit GRP - en condition de calage : GRP *Calage* - en condition opérationnelle : GRP *Temps-Réel* Calage ++++++ .. autosummary:: :toctree: api/ grp18.cal_basin.GRP_Basin grp18.cal_config.GRP_Cfg grp18.cal_data.GRP_Data grp18.cal_event.GRP_Event grp18.cal_fcst.GRP_Fcst grp18.cal_verif.GRP_Verif Temps-Réel ++++++++++ .. autosummary:: :toctree: api/ grp18.rt_archive.GRPRT_Archive grp18.rt_basin.GRPRT_Basin grp18.rt_config.GRPRT_Cfg grp18.rt_data.GRPRT_Data grp18.rt_metscen.GRPRT_Metscen grp18.rt_fcst.GRPRT_Fcst grp18.rt_intern.GRPRT_Intern grp18.rt_param.GRPRT_Param GRPv2020 -------- Le module pySPC est capable de manipuler des données de plusieurs fichiers liés au modèle pluie-débit GRP - en condition de calage : GRP *Calage* - en condition opérationnelle : GRP *Temps-Réel* Calage ++++++ .. autosummary:: :toctree: api/ grp20.cal_basin.GRP_Basin grp20.cal_config.GRP_Cfg grp20.cal_data.GRP_Data grp20.cal_event.GRP_Event grp20.cal_fcst.GRP_Fcst grp20.cal_report.report_model grp20.cal_report.report_verif grp20.cal_verif.GRP_Verif grp20.tdelta Temps-Réel ++++++++++ .. autosummary:: :toctree: api/ grp20.rt_archive.GRPRT_Archive grp20.rt_basin.GRPRT_Basin grp20.rt_config.GRPRT_Cfg grp20.rt_data.GRPRT_Data grp20.rt_metscen.GRPRT_Metscen grp20.rt_fcst.GRPRT_Fcst grp20.rt_intern.GRPRT_Intern grp20.rt_param.GRPRT_Param GRPv2022 -------- Le module pySPC est capable de manipuler des données de plusieurs fichiers liés au modèle pluie-débit GRP - en condition de calage : GRP *Calage* - en condition opérationnelle : GRP *Temps-Réel* Calage ++++++ .. autosummary:: :toctree: api/ grp22.cal_basin.GRP_Basin grp22.cal_config.GRP_Cfg grp22.cal_data.GRP_Data grp22.cal_event.GRP_Event grp22.cal_fcst.GRP_Fcst grp22.cal_report.report_model grp22.cal_report.report_verif grp22.cal_verif.GRP_Verif grp22.tdelta Temps-Réel ++++++++++ .. autosummary:: :toctree: api/ grp22.rt_archive.GRPRT_Archive grp22.rt_basin.GRPRT_Basin grp22.rt_config.GRPRT_Cfg grp22.rt_data.GRPRT_Data grp22.rt_metscen.GRPRT_Metscen grp22.rt_fcst.GRPRT_Fcst grp22.rt_intern.GRPRT_Intern grp22.rt_param.GRPRT_Param grp22.rt_runs.GRPRT_Run grp22.rt_runs.GRPRT_Runs grp22.rt_utils MOHYS ----- .. autosummary:: :toctree: api/ mohys.unit_hydrograph MORDOR ------ .. autosummary:: :toctree: api/ mordor.forecast.Fcst mordor.volumes.Vol OTAMINv2016 ----------- .. autosummary:: :toctree: api/ otamin16.data.Data otamin16.rt_data.RT_Data otamin16.table.Table OTAMINv2018 ----------- .. autosummary:: :toctree: api/ otamin18.data.Data otamin18.rt_data.RT_Data otamin18.table.Table PLATHYNES --------- .. autosummary:: :toctree: api/ plathynes.config.Config plathynes.observation.Data plathynes.export.Export plathynes.results.Results plathynes.tdelta plathynes.unit_hydrograph PREMHYCE -------- .. autosummary:: :toctree: api/ premhyce.observation.Data premhyce.forecast.Fcst ETP Oudin --------- .. autosummary:: :toctree: api/ oudin.daily2hourly oudin.daily_ETP .. code-block:: bib @PHDTHESIS{oudin:pastel-00000931, author = {Oudin, Ludovic}, title = {{Recherche d'un mod{\`e}le d'{\'e}vapotranspiration potentielle pertinent comme entr{\'e}e d'un mod{\`e}le pluie-d{\'e}bit global}}, school = {{ENGREF (AgroParisTech)}}, year = {2004}, type = {Theses}, month = Oct, file = {memoire.pdf:https\://pastel.archives-ouvertes.fr/pastel-00000931/file/memoire.pdf:PDF}, hal_id = {pastel-00000931}, hal_version = {v1}, keywords = {Sciences de l'eau ; Hydrologie ; Evapotranspiration ; Mod{\'e}lisation pluie-d{\'e}bit ; {\'e}vapotranspiration potentielle ; Changement climatique}, url = {https://pastel.archives-ouvertes.fr/pastel-00000931} } @ARTICLE{Oudin2005290, author = {Ludovic Oudin and Frederic Hervieu and Claude Michel and Charles Perrin and Vazken Andreassian and Francois Anctil and Cecile Loumagne}, title = {Which potential evapotranspiration input for a lumped rainfall-runoff model?: Part 2 Towards a simple and efficient potential evapotranspiration model for rainfall-runoff modelling}, journal = {Journal of Hydrology }, year = {2005}, volume = {303}, pages = {290 - 306}, number = {1-4}, abstract = {This research sought to identify the most relevant approach to calculate potential evapotranspiration (PE) for use in a daily rainfall-runoff model, while answering the following question: How can we use available atmospheric variables to represent the evaporative demand at the basin scale? The value of 27 \{PE\} models was assessed in terms of streamflow simulation efficiency over a large sample of 308 catchments located in France, Australia and the United States. While trying to identify which atmospheric variables were the most relevant to compute \{PE\} as input to rainfall-runoff models, we showed that the formulae based on temperature and radiation tend to provide the best streamflow simulations. Surprisingly, \{PE\} approaches based on the Penman approach seem less advantageous to feed rainfall-runoff models. This investigation has resulted in a proposal for a temperature-based \{PE\} model, combining simplicity and efficiency, and adapted to four rainfall-runoff models. This \{PE\} model only requires mean air temperature (derived from long-term averages) and leads to a slight but steady improvement in rainfall-runoff model efficiency.}, doi = {http://dx.doi.org/10.1016/j.jhydrol.2004.08.026}, issn = {0022-1694}, keywords = {Rainfall-runoff modelling}, url = {http://www.sciencedirect.com/science/article/pii/S0022169404004056} } Régime hydrologique de Sauquet ------------------------------ .. autosummary:: :toctree: api/ sauquet.REGIMES sauquet.compute_distance Méthode SOCOSE -------------- .. autosummary:: :toctree: api/ socose.socose socose.build_hydrograph socose.unit_hydrograph socose.plot_hydrograph