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start:hype_file_reference:info.txt:criteria [2016/01/08 13:02] cpers |
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- | ====== Available performance criteria ====== | ||
- | Performance criteria for the model domain, based on performances at individual subbasins where observations exists. | ||
- | * **average/median:** criteria calculated in subbasins individually, and then combined (equal weight to each station, irrespective of time series length) | ||
- | * **regional:** criteria calculated on a combined long time series over all subbasins (thus weighted by data lengths) | ||
- | * **spatial:** time series att each subbasin is collapsed to a single long-term average, these averages are then combined to a "spatial series" over all subbasins, and the criteria calculated over those | ||
- | |||
- | **Note:** ''TAU'' and any of the ''RA'' criteria only can be calculated as the 4 first criteria. | ||
- | |||
- | /** | ||
- | * ____________IMPORTANT!__________IMPORTANT!________________IMPORTANT!_______________________IMPORTANT!______________ | ||
- | * | ||
- | * The table below is maintained in spreadsheed file 'file_reference_tables.xlsx' | ||
- | * in the wiki back-up folder on our server. | ||
- | * Please edit table contents there and then copy-paste the updated full table to this page. Ask René if something is | ||
- | * unclear. Thanks. | ||
- | * ___________________________________________________________________________________________________________________ | ||
- | */ | ||
- | |||
- | <sortable> | ||
- | ^ Criterion ID ^ Description ^ Equation ID ^ | ||
- | |''MR2''| average of Nash-Sutcliffe efficiency for all subbasins with observations.|//AVNSE//| | ||
- | |''MRE''| average of the relative bias for all subbasins (Note: fraction, not %).|//AVRB//| | ||
- | |''MRA''| average value of subbasin values of efficiency (RA) similar to Nash-Sutcliffe with coefficient //a// instead of a square.|//AVRA//| | ||
- | |''MCC''| Pearson correlation coefficient, average of all subbasins with observations.|//AVCC//| | ||
- | |''MRS''| error in standard deviation, average of all subbasins with observations.|//AVRSB//| | ||
- | |''MAR ''| average of absolute relative bias for all subbasins (Note: fraction, not %).|//AVARB//| | ||
- | |''RR2 ''| regional Nash-Sutcliffe efficiency (all data combined in one long time series).|//REGNSE//| | ||
- | |''RRE ''| regional relative bias (all data combined in one long time series).|//REGRB//| | ||
- | |''RRA ''| regional efficiency similar to Nash-Sutcliffe with coefficient //a// instead of a square.|//REGRA//| | ||
- | |''MD2 ''| median of Nash-Sutcliffe efficiency for all subbasins with observations.|//MEDNSE//| | ||
- | |''MDA ''| median of all subbasins’ RA (efficiency similar to Nash-Sutcliffe with coefficient //a// instead of a square). |//MEDRA//| | ||
- | |''MKG ''| median of all subbasins’ Kling-Gupta efficiency.|//MEDKGE//| | ||
- | |''MNR ''| median of all subbasins’ normalised RMSE.|//MEDNE//| | ||
- | |''SR2 ''| spatial Nash-Sutcliffe efficiency calculated using annual means for all subbasins (requires at least 5 years and 5 subbasins with data) to calculate the Nash-Sutcliffe efficiency.|//SPATNSE//| | ||
- | |''SRA ''|Spatial efficiency similar to Nash-Sutcliffe with coefficient //a// instead of a square.|//SPATRA//| | ||
- | |''TAU ''| average of Kendall's rank correlation coefficient (Tau) value for all subbasins.|//AVTAU//| | ||
- | </sortable> |