Related knowledge and application context for algorithm identification in the real experiment
| Related knowledge . | Application context . | Identified algorithms . |
|---|---|---|
| Algorithm rule for the interception process: If the time step is daily, then the maximum storage method is selected | Time step: daily | Daily interception algorithm in WetSpa |
| Algorithm rule for the snowmelt process: If the time step is daily, then the degree-day method is selected | Time step: daily | Degree-day method |
| Algorithm rule for the soil temperature process: If the time step is daily, then the Finn and Plauborg method is selected | Time step: daily | Finn and Plauborg method |
| Algorithm rule for the infiltration process: If the time step is daily, then the SCS-CN method is selected | Time step: daily | SCS-CN method |
| Algorithm rule for the depression process: If the time step is daily, then the Linsley method is selected | Time step: daily | Linsley method |
| Algorithm rule for the potential evapotranspiration process: If the climate inputs are maximum temperature and minimum temperature, then the Hargreaves method is selected | Climate input: maximum temperature and minimum temperature | Hargreaves method |
| Algorithm rule for the percolation process: If the time step is daily, then the Brooks and Corey formula is selected | Time step: daily | Brooks and Corey formula |
| Algorithm rule for the soil evaporation process: If the time step is daily, then the Thornthwaite and Mather formula is selected | Time step: daily | Thornthwaite and Mather formula |
| Algorithm rule for the subsurface flow process: If the time step is daily or hourly, then the Darcy formula is selected | Time step: daily | Darcy formula |
| Algorithm rule for the overland flow process: If the time step is daily or hourly, then the Nash unit hydrograph formula is selected | Time step: daily | Nash unit hydrograph formula |
| Algorithm rule for the ground water process: If the time step is daily, then the linear reservoir method is selected | Time step: daily | Linear reservoir method |
| Algorithm rule for the water balance process: If the time step is daily, then the soil water balance method is selected | Time step: daily | Soil water balance method |
| Algorithm rule for the channel flow process: If the time step is daily or hourly, then the Muskingum method is selected | Time step: daily | Muskingum method |
| Related knowledge . | Application context . | Identified algorithms . |
|---|---|---|
| Algorithm rule for the interception process: If the time step is daily, then the maximum storage method is selected | Time step: daily | Daily interception algorithm in WetSpa |
| Algorithm rule for the snowmelt process: If the time step is daily, then the degree-day method is selected | Time step: daily | Degree-day method |
| Algorithm rule for the soil temperature process: If the time step is daily, then the Finn and Plauborg method is selected | Time step: daily | Finn and Plauborg method |
| Algorithm rule for the infiltration process: If the time step is daily, then the SCS-CN method is selected | Time step: daily | SCS-CN method |
| Algorithm rule for the depression process: If the time step is daily, then the Linsley method is selected | Time step: daily | Linsley method |
| Algorithm rule for the potential evapotranspiration process: If the climate inputs are maximum temperature and minimum temperature, then the Hargreaves method is selected | Climate input: maximum temperature and minimum temperature | Hargreaves method |
| Algorithm rule for the percolation process: If the time step is daily, then the Brooks and Corey formula is selected | Time step: daily | Brooks and Corey formula |
| Algorithm rule for the soil evaporation process: If the time step is daily, then the Thornthwaite and Mather formula is selected | Time step: daily | Thornthwaite and Mather formula |
| Algorithm rule for the subsurface flow process: If the time step is daily or hourly, then the Darcy formula is selected | Time step: daily | Darcy formula |
| Algorithm rule for the overland flow process: If the time step is daily or hourly, then the Nash unit hydrograph formula is selected | Time step: daily | Nash unit hydrograph formula |
| Algorithm rule for the ground water process: If the time step is daily, then the linear reservoir method is selected | Time step: daily | Linear reservoir method |
| Algorithm rule for the water balance process: If the time step is daily, then the soil water balance method is selected | Time step: daily | Soil water balance method |
| Algorithm rule for the channel flow process: If the time step is daily or hourly, then the Muskingum method is selected | Time step: daily | Muskingum method |