Function reference • seinebasin2

All functions

Calibration(<BasinsObs>): Simplified Calibration for BasinsObs object

Calibration(): Calibration of the parameters of one catchment or a network of sub-catchments

Calibration_multipleErrorCrits(): Calibration for multiple ErrorCrits

convertUnitQ(): Convert flows units

CreateInputsModel(<BasinsObs>): Create Inputs for airGRiwrm model with BasinsObs object

ErrorCrit_KGE3(): Custom Error Criterion based on KGE formula

ErrorCrit_KGE4(): Custom Error Criterion based on KGE formula

ErrorCrit_KGE5(): Custom Error Criterion based on KGE formula

IndicatorsRadialPlot(): Radial plot for Hydrological indicators

RunModel(<BasinsObs>): RunModel function for BasinsObs object

addDiversionsGRiwrm(): Add Diversions node to an GRiwrm object

addReservoirsGRiwrm(): Add Reservoirs node to an GRiwrm object

addReservoirsQ(): Add recorded flows on Seine Grands Lacs reservoir connections to a BasinsObs database

areaPoly(): Area of the polygons in SpatialPolygonsDataFrame

calcMonthlyInterannualMean() calcMonthlyMean() calcMonthlyMeanQuantile() calcMonthlyInterannualSum(): Compute monthly mean

calcQA(): Mean annual flow

calcQIndicators(): Fonction for calculation of indicators

calcQJXA(): QJXA values

calcQJXAn() calcQJXA2() calcQJXA10() calcQJXA20(): Yearly maximum daily flow for a return period

calcQLogNn(): Calculation of a value according to a return period according to a Galton distribution (log-normal)

calcQMNA(): QMNA values

calcQMNAn() calcQMNA2() calcQMNA5() calcQMNA10(): QMNA for a given return period

calcVCN(): Calculate the VCN for a given period in days

calcVCNn() calcVCN10_2() calcVCN10_5() calcVCN10_10() calcVCN30_2() calcVCN30_5() calcVCN30_10(): VCNn for a given return period

climato_safran2bvi(): Convert a data from a SAFRAn grid to BVI scale

convertMeteoBVI2BV(): Conversion of meteorological data from sub-basin scale to basin scale

createBasinsObs(): Create an object BasinsObs from SAFRAN grid

getAprioriIds(): Selection of upstream gauging stations as a priori for Lavenne regularisation

getDataPath(): Give the complete path of the data and cache data on local disk

getDrias2020filenames(): Extract the names of the files concerned by a GCM/RCM scenario

getGriwrm(): Create GRiwrm object for "natural" SeineBasin2

getGumbelParams(): Compute Gumbel's laws parameters

getMapGriwrm(): Create an Interractive MAP for SeineBasin2 watersheds

gis_bvi_V2: GIS layer of intermediate water basins of the Seine basin.

gis_reservoirs_V2: GIS layer of reservoirs of the Seine basin.

gis_rivers_V2: GIS layer of main rivers of the Seine basin.

gis_safran: GIS layer of DRIAS 2020 projections SAFRAN grid covering the Seine basin with downstream gauging station at Vernon

gis_villes: GIS layer of main cities of the Seine basin.

iconv_filename(): Convert a string to a compatible file name

listDataFiles(): Wrapper of base::list.files for handling cloud storage

loadBasinsObs(): Load observations for the semi-distributed model

loadCalibrationParams(): Load model calibration parameter

loadConfig(): Read default configuration of the package and complete it with eventual user config

loadHydratecDB(): Load Hydratec naturalised flow database

loadHypsoData(): Load hypsometric data for Cemaneige snow module

max_na_rm(): Maximum with NA stripped before computation

mean_na_rm(): Arithmetic Mean with NA stripped before computation

mergeTimeSeries(): Function that can merge two time series

min_na_rm(): Minimum with NA stripped before computation

not_na_count(): Count non-NA values in an object

plotTimeSeries(): Comparison beetween multiple time series

plot_monthly_mean(): Plot monthly mean at one gauging station

plot_seine_map(): Plot choroplethe map of the Seine River Basin at BVI scale

pmedian(): Median value

readDrias2020(): Read "Simulations 'DRIAS-2020': données quotidiennes corrigées [format Netcdf]" files

readQsim(): Load simulated flows recorded with saveFlowDB

saveFlowDB(): Save database of one simulation

saveMAPindicators(): Plot hydrological indicators ratio Map

savePlotOutputsModel(): Save result plots from airGRiwrm simulation

selectDriasPeriod(): Select a period in a time series

selectSubNetwork(): select specifique BVI tree from outlet