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Since 2020.02, it also parses the [lateral] section in the .mdu file, uses the value of the Type property to find the .bc file (in the above case the value of Type is discharge, and discharge points to the Maas_D4118_lat.bc file). The times series with locationIds which match the Id property are inserted in the identified .bc file.

Other parameters like wind, precipitation and atmospheric pressure can be supplied by FEWS using a netcdf export directly to the file-location the model expects the nc-file to be. In the model you can use the old-style ext format file (in mdu keyword ExtForceFile) to use these netcdf-files. How to do this can be found in the D-Flow FM manual.

In the .mdu file itself it will replace Tstart, Tstop and RstInterval with the appropriate values.

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[TimeSettings]
EvaporationFromHrs=7
EvaporationToHrs=19
PeriodFromEvent=0
TimestepSize=900
StartTime='2021/05/06;11:00:00'
EndTime='2021/05/09;00:00:00'
 

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Precipitation, evapotranspiration and temperature can be supplied using netcdf-files exported from FEWS with the proper IDs related to the catchmentname/weatherstation in the model. In order to use the netcdf-file data in the model, you have to change the sobek_3b.fnm file. See code snippet below.

'Precipitation_RR.nc'             *125. Optional meteo NetCdf timeseries inputfile rainfall
'Evaporation_RR.nc'               *126. Optional meteo NetCdf timeseries inputfile evaporation
'Precipitation_RR.nc'               *127. Optional meteo NetCdf timeseries inputfile temperature (only for RR-HBV)

DFlow1D component (Sobek 3)

Will be used if library "cf_dll" is configured as component within the dimr config file

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