wolfhece.hydrology.Comparison

Author: HECE - University of Liege, Pierre Archambeau, Christophe Dessers Date: 2024

Copyright (c) 2024 University of Liege. All rights reserved.

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Module Contents

class wolfhece.hydrology.Comparison.Comparison(workingDir, dictCatchment, dictToCompar)

This class contains several Catchment objects and all the procedures to produce plots that can compare different results of these Catchments.

compare_now()

hydro_subbasin()

hydro_junction()

hyetos(catchColors=[], rangeRain=[], writeFile='', myTraits=None, beginDate=None, endDate=None, dt=None, yrangeData=[], addData=[], dt_addData=[], beginDates_addData=[], endDates_addData=[], label_addData=[], color_addData=[], typeOfTraits_addData=[], cumulOrigin_addData=[])

TO DO : A Généraliser dans le cas où les sous-bassins n’ont pas le même nom et topologie !!!!!

comparison_with_measures(addCatchment)

outlet_all_basins_same_topo(plotDict={}, show=True, envelop=False, refModuleName='')

outlet_all_RB_height_same_topo(plotDict={}, show=True, envelop=False, displayMax=False)

Plot the heights of all rentention basin. The measures given should also be heights in [m]. This function considers that the topology in all the catchments is the same.

outlet_all_RB_hydro_same_topo(plotDict={}, show=True, envelop=False, refModuleName='')

plot_ind_subBasins(withEvap=False, withCt=False, selection_by_iD=[], writeDir='')

Plot subbasins selected by id from all catchment on individual graphs. Not regrouped yet on a sigle graph.

plot_all_diff_cumulRain_with_lagtime(interval, selection_by_iD=[], writeDir='')

save_all_ExcelFile_Vesdre_simul2D(writeDir='')

construct_default_plotDict(mycolors=[])

add_stations_to_plotDict(stationKeys: list = [], stationNames: list = [], measures: list = [])

add_station_to_plotDict(stationKey: str, stationName: str = '', measure=None, xRange=None, yRange=None)

add_data_in_station(stationKey: str, data: list = [], datesBegin: list = [], datesEnd: list = [], deltaT: list = [], labels: list = [], colors: list = [], typeOfTraits: list = [], addDataObj: list = [], addDataUnits: str = 'm3/s')

add_data_in_station_from_Subbasin(stationKey: str, myAddDataObj: list, addDataUnits: str = 'm3/s')

set_general_plot(xRange=None, yRange=None, timeZone=None, sameRain=None, displayRain=None, addTable=None, addMeasureTable=None, refName=None, writingDir='')

set_station_plot(stationKey, xRange=None, yRange=None, measure=None)

reset_addData(stationKey, backupAddData=None)

plot_Nash_and_peak(stationKey: list[str, int], measures: list[wolfhece.hydrology.Catchment.SubBasin], intervals: list = [])