Short Description of the Test Data set ### time series: Input\precip.txt precipitation als daily sum in WaSiM table format Input\Tmean.txt mean daily air temperatures in WaSiM table format Input\SpecificDischargeSorted.txt specific discharge of 6 hydrometric stations ### gridded data: Input\col500.dhk digital elevation model Input\col500.fzs30 flow travel time sums (seconds; time for surface flow to reach the subbasin outlet) Input\col500.ezg57d sub-basins, here with small sub-basins for each glacier Input\col500.art soil type codes Input\col500.use land use codes Input\col500.aq1 Thickness of aquifer Input\col500.bh1 Boundary conditions for groundwater model (constant pressure head) Input\col500.bq1 Boundary conditions for groundwater model (constant flux) Input\col500.lnk57 routing channels; used for re-infiltration of water into the groundwater Input\col500.dep depth of rivers in m Input\col500.kol colmation in m/s (resistance for infiltration and exfiltration between groundwater and river) Input\col500.kx005 hydraulic conductivity of the groundwater aquifer in x-direction in m/s Input\col500.ky005 hydraulic conductivity of the groundwater aquifer in x-direction in m/s Input\col500.s01 specific storage capacity of drained soil for the aquifer (will be dynamically overwritten in the model) Input\col500.wit widths of rivers in m How to use the test data set: - unzip the archive to a base folder, e.g. d:\WaSiM\Testdata - change the content of the variable $mainpath in the file Control\controlfile.txt in line 44 to the name of the base folder Note: don't forget the trainling \ on WIndows systems (resp. / on Linux) - start a command shell (cmd.exe) and change to the control folder - start WaSiM by typing wasimvzo64.exe controlfile.txt (you may need to use wasimvzo32 on a 32 bit system or the respective Linux executables on Linux systems) - after the model ran, a (countless :-) number of result files can be found in the output folder