wolfhece.hydrology.data_treatment

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

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

This script and its content are protected by copyright law. Unauthorized copying or distribution of this file, via any medium, is strictly prohibited.

Module Contents

wolfhece.hydrology.data_treatment._

wolfhece.hydrology.data_treatment.cumul_data(data, dtData, dtOut, tData=None, beginDate=None, tRange=None, noDataValue=None)

wolfhece.hydrology.data_treatment.cumul_data_per_season(data, dtData, dtOut, tData)

wolfhece.hydrology.data_treatment.decompose_data_per_season(data, dtData, dtOut, tData)

wolfhece.hydrology.data_treatment.cumul_fromCst(cst, dateBegin, dateEnd, dt, isFlow=False)

wolfhece.hydrology.data_treatment.evaluate_Nash(simul, tSimul, measures, tMeasures, dateBegin, dateEnd, mask=[])

Function evaluating the Nash-Suttcliff coeff Caution: So far, if a measure is 0, it is not considered in the N-S evaluation.

wolfhece.hydrology.data_treatment.evaluate_logNash(simul, tSimul, measures, tMeasures, dateBegin, dateEnd)

wolfhece.hydrology.data_treatment.convert_inother_timestep(data, dtIn, dtOut)

data Check script Test_convert_dt_data for more information Function to correct!!! Only valid for rain data in [mm/h] with dtIn=1h -> dtOut=1day

wolfhece.hydrology.data_treatment.aggregate(data, dtIn, dtOut, method='mean')

wolfhece.hydrology.data_treatment.index_from_date(beginDate, currentDate, dt, dtUnit='sec', roundType='nearest')

wolfhece.hydrology.data_treatment.Horton_function(u, uMax, infilParams)

wolfhece.hydrology.data_treatment.read_C_hyd(fileName, path, dateBegin=None, dateEnd=None, deltaT=None, tzDelta=datetime.timedelta(hours=0))

wolfhece.hydrology.data_treatment.write_compare_file(data: list, fileName, delimter='\t')

wolfhece.hydrology.data_treatment.convert_to_compareData(time, hydro, unitsOut='mm/h', unitsIn='m^3/s', DrainageSurface=0.0)