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start:hype_file_reference:xoregobs.txt

Xoregobs.txt

The file is used for introducing time series of output region variables into the model. The time series are observations used for evaluation of the model, e.g. rgrswe snow water equivalent.

The file is located in the modeldir folder. File should include a continuous time period of values for each time step, which doesn’t need to cover the whole simulation time period. Missing values should be given as -9999.

The first row is a comment row which is skipped when reading the file. The second row gives the variable names. For the first column, the date column, the name “date” can be used (no name may not be omitted). The third row gives which output region (outregid in Outregions.txt) the column’s data is given for. The date column may in this case belong to subbasin 0 (may not be omitted). The first column is date in format yyyy-mm-dd [HH:MM]. If set in info.txt that matlab-format should be read (readformat 1) the date format is yyyymmdd[HHMM]. Second to last columns are data columns.

Observation variables that can be given in Xobs.txt are tabled below. They are a selection of the HYPE variables. The outregion version of the variables can be given in Xoregobs.txt by extending the name of the variable with 'rg' in the beginning (e.g. rswe correspond to outregion variable rgrswe). Some regional variables may give result that is (e.g. rgwstr).

Column # refers to the column in HYPE variable table for the corresponding subbasin variabel.

Column Agg. indicates the type of aggregation of the variables. The type determines how the variable is treated when asked for as an output variable or in a criterion calculation. The meanperiod of the output/criterion determines the period over which the variables values will be aggregated. They will be averaged, weight-averaged or summed according to the type of aggregation. Similarly variable values in Xobs.txt represent either averages, weighted averages, or sums over the timestep.

# Variable ID Unit Description Agg. Reference area
5rswemmobserved snow water equivalent, provided in Xobs.txtAvg.subbasin land area
6rsnwcmobserved snow depth, provided in Xobs.txtAvg.subbasin land area
27resfcmobserved frost depth, provided in Xobs.txtAvg.subbasin land area
28regwmobserved groundwater level, provided in Xobs.txtAvg.subbasin land area
39rfsc-recorded fractional snow cover area, provided in Xobs.txtAvg.subbasin land area
41rfse-recorded fractional snow cover area error, provided in Xobs.txtAvg.subbasin land area
42rfsm-recorded fractional snow cover multi, provided in Xobs.txt :?:Avg.subbasin land area
43rfme-recorded fractional snow cover multi error, provided in Xobs.txtAvg.subbasin land area
45wstrmobserved water level olake, provided in Xobs.txtAvg.outlet lake area
56rinfm3/sobserved (derived) flow (including P-E) to olake, provided in Xobs.txtAvg.subbasin upstream area
69rolicmrecorded olake ice depth, provided in Xobs.txtAvg.outlet lake area
70rilicmrecorded ilake ice depth, provided in Xobs.txtAvg.internal lake area
71rolbcmrecorded olake blackice depth, provided in Xobs.txtAvg.outlet lake area
72rilbcmrecorded ilake blackice depth, provided in Xobs.txtAvg.internal lake area
73rolscmrecorded olake snow depth, provided in Xobs.txtAvg.outlet lake area
74rilscmrecorded ilake snow depth, provided in Xobs.txtAvg.internal lake area
81rmricmrecorded main river ice depth, provided in Xobs.txtAvg.main river area
82rlricmrecorded local river ice depth, provided in Xobs.txtAvg.local river area
83rmrbcmrecorded main river blackice depth, provided in Xobs.txtAvg.main river area
84rlrbcmrecorded local river blackice depth, provided in Xobs.txtAvg.local river area
85rmrscmrecorded main river snow depth, provided in Xobs.txtAvg.main river area
86rlrscmrecorded local river snow depth, provided in Xobs.txtAvg.local river area
97rolt°Crecorded olake surface temperature, provided in Xobs.txtAvg.outlet lake area
98rilt°Crecorded ilake surface temperature, provided in Xobs.txtAvg.internal lake area
99rmrt°Crecorded main river surface temperature, provided in Xobs.txtAvg.main river area
112xom0..9depends on variable typeoptional, not predefined variable (averaged over output time interval) provided in Xobs.txt or XobsXOMn.txtAvg.depends on variable type
115rgmbmmrecorded glacier mass balance, provided in Xobs.txtAvg.specific glacier area
117rgmakm2area used in recorded mass balance, provided in Xobs.txtAvg.specific glacier area
118rgmpdaysrecorded mass balance period, provided in Xobs.txtAvg.none
119S105-recorded (FSUHSS) snow cover surrounding terrain open (fraction from 0 to 10), provided in Xobs.txtAvg.area of non-forest land cover
120S106-recorded (FSUHSS) snow cover course open (fraction from 0 to 10), provided in Xobs.txtAvg.area of non-forest land cover
121S108cmrecorded (FSUHSS) mean depth open, provided in Xobs.txtAvg.area of non-forest land cover
122S111g/cm3recorded (FSUHSS) mean density open, provided in Xobs.txtAvg.area of non-forest land cover
123S114mmrecorded (FSUHSS) snow water equivalent open, provided in Xobs.txtAvg.area of forest land cover
124S205-recorded (FSUHSS)snow cover surrounding terrain forest (fraction from 0 to 10), provided in Xobs.txtAvg.area of forest land cover
125S206-recorded (FSUHSS) snow cover course forest (fraction from 0 to 10), provided in Xobs.txtAvg.area of forest land cover
126S208cmrecorded (FSUHSS) mean depth forest, provided in Xobs.txtAvg.area of forest land cover
127S211g/cm3recorded (FSUHSS) mean density forest, provided in Xobs.txtAvg.area of forest land cover
128S214mmrecorded (FSUHSS) snow water equivalent forest, provided in Xobs.txtAvg.area of forest land cover
143reT1undefinedobserved concentration of stable water isotope tracer in outflow from olake/subbasin, unit dependent on unit in user-provided precipitation concentration of cpT1, typically ‰ deviation from V-SMOW, provided in Xobs.txtW. Avg.subbasin upstream area
144reT2°Cobserved water temperature in outflow from olake/subbasin, provided in Xobs.txtW. Avg.subbasin upstream area
146reIN,
reON,
reSP,
rePP,
reTN,
reTP
µg/Lobserved concentration of N and P species in outflow from olake/subbasin, provided in Xobs.txtW. Avg.subbasin upstream area
147cpT1undefinedobserved concentration of stable water isotopes in precipitation, unit user-provided, typically ‰ deviation from V-SMOW, provided in Xobs.txtW. Avg.subbasin area
160reOCmg/Lobserved OC concentration in outflow from olake/subbasin, provided in Xobs.txtW. Avg.subbasin upstream area
169repomm/[timestep]observed potential evapotranspiration, provided in Xobs.txtSumsubbasin area
170eobsmm/[timestep]observed evapotranspiration, provided in Xobs.txtSumsubbasin area
175rrunmm/[timestep]observed local runoff from soil, provided in Xobs.txtSumsubbasin land area
193xos0..9depends on variableoptional, not predefined variable (summed over output time interval) provided in Xobs.txt or XobsXOSn.txtSumdepends on variable
202cpINµg/Lobserved concentration of inorganic nitrogen in precipitation, provided in Xobs.txtW. Avg.subbasin area
203cpSPµg/Lobserved concentration of soluble phosphorus in precipitation, provided in Xobs.txtW. Avg.subbasin area
263roumm3/sobserved outflow from olake outlet 1Avg.subbasin upstream area
264roubm3/sobserved outflow from olake outlet 2Avg.subbasin upstream area
start/hype_file_reference/xoregobs.txt.txt · Last modified: 2017/10/12 16:21 by cpers