Charlotta Pers

HYPE version 5.36.0

HYPE version 5.36.0. Main changes: external inflow from upstream catchment not simulated by HYPE, new folder path 'externaldir' for external inflow and pre-calculated runoff, new regional output in the form of calculated reservoir inflow, WetlandData.txt.

Hello, A few comments from my side. I have not been calibrating a model from scratch and not by running many parameter samples, so my comments might miss the most important points to get a better simulation. But anyway I though I share them. As you have used the parameters for lakes (gldepi, gratk, gratp), I guess you have lakes in the catchments. If you have lakes in the catchments the rating curve parameters have a large effect on the flow. Thus fixing those limit how well you can simulated the...

Hello Marwan, Your ClassData.txt file has the wrong format. It looks like you have used an old GeoClass file to make this ClassData file. Note that these files have different format. Read more on ClassData here: http://hype.smhi.net/wiki/doku.php?id=start:hype_file_reference:classdata.txt and look at the example snippet. För instance: The file has empty rows. It has no row with headings, which is where the error meassage comes from. It has only one ! instead of two (!!) for comment rows. The columns...

I got a question on the possibility to aggregate variables for selected subbasins in HYPE. Is there a function to calculate the sum over a region? Yes, there are. Output regions are used to calculate the average for other (larger) areas from subbasin results (http://hype.smhi.net/wiki/doku.php?id=start:hype_file_reference:outregions.txt), but they can be used in different ways. This because the average is calculated based on subbasin and weights defined in the file Outregions.txt. Examples: If you...

That is not a error message. HYPE simulated successfully. See for instance the post: https://sourceforge.net/p/hype/discussion/1818967/thread/34111166da/?limit=25#f210 /Lotta

HYPE version 5.35.0

HYPE version 5.35.0. Main changes: three soillayer evapotranspiration, inital soil water options, lake inflow output, concentrations of flow path output.