| dynatopmodel-package |
Implementation of the Dynamic TOPMODEL hydrological model. |
| aggregate_obs |
Resample observation data at a new time interval |
| aggregate_xts |
Resample observation data at a new time interval |
| approx.pe.ts |
Create sinsuiodal time series of potential evapotranspiration input |
| brompton |
Topographic and observation data for running Dynamic TOPMODEL. |
| build_chans |
Construct a raster of channel locations from vector or topographic data |
| build_layers |
Construct basic landscape layer data for Dynamic TOPMODEL run |
| build_routing_table |
Generate a network routing table |
| dev.reset |
Reset device parameters |
| discretise |
Discrete a catchment into hydrological response units (HRUs) |
| disp_output |
Display output of a Dynamic TOPMODEL run |
| dynatopmodel |
Implementation of the Dynamic TOPMODEL hydrological model. |
| get.disp.par |
Default list of parameters to control the graphical output during model simulation and via disp.output |
| get.run.par |
get.run.par Initalise model run parameters. Note this function is maintained for backward compatibility only |
| Mode |
Mode - modal value |
| new_guid |
Get one or more GUIDs |
| NSE |
Nash Sutcliffe Efficiency of a model's output against observations |
| run.dtm |
Run Dynamic TOPMODEL against hydrometric data and a catchment discretisation |
| time_at_peak |
Time of maximum observation |
| time_to_peak |
Time between the peak rainfall and the peak discharge |
| upslope.area |
Upslope contributing area and wetness index calculation |
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