setup_data

Data.frame with the initial configuration of the model run

datasets

A tool to hydrologic modelling using the Budyko
framework and the Dynamic Water Balance model with Dynamical Dimension
Search algorithm to calibrate the model and analyze the outputs from
interactive graphics. It allows to calculate the water availability
in basins and also some water fluxes represented by
the structure of the model.
See Zhang, L., N., Potter, K., Hickel, Y., Zhang, Q., Shao (2008) <DOI:10.1016/j.jhydrol.2008.07.021> "Water balance modeling over variable time scales based on the Budyko framework - Model development and testing", Journal of Hydrology, 360, 117<e2><80><93>131.
See Tolson, B., C., Shoemaker (2007) <DOI:10.1029/2005WR004723> "Dynamically dimensioned search algorithm for computationally efficient watershed model calibration", Water Resources Research, 43, 1<e2><80><93>16.

David Zamora

DWBmodelUN

Dynamic Water Balance a Hydrological Model

Nicolas Duque

Carolina Vega

Pedro Arboleda

Camila Garcia

setup_data function

data.frame<dl class="dl-horizontal">
 <dt>setup_data</dt><dd>Data frame, contains the set-up and print options to run the DWBmodelUN.
 It consists of 11 parameters: the first seven are configurations of orders whose values can be 
 'yes' or 'no', indicating 1) If the model must be calibrated, 
 2) If the variables must be saved in raster format and which variables 3) R - Total runoff , 
 4) S - Soil moisture storage, 5) AET - Actual evapotranspiration, 6) Qd - Surface runoff , 
 and 7) Qb - Base flow. The last four variables are dates and refer to the times of the 
 input series, and the start and end times of the simulation and calibration of the model.</dd>
</dl>

Format

setup_data — setup_data

data.frame<dl class='dl-horizontal'>
 <dt>setup_data</dt><dd>Data frame, contains the set-up and print options to run the DWBmodelUN.
 It consists of 11 parameters: the first seven are configurations of orders whose values can be 
 'yes' or 'no', indicating 1) If the model must be calibrated, 
 2) If the variables must be saved in raster format and which variables 3) R - Total runoff , 
 4) S - Soil moisture storage, 5) AET - Actual evapotranspiration, 6) Qd - Surface runoff , 
 and 7) Qb - Base flow. The last four variables are dates and refer to the times of the 
 input series, and the start and end times of the simulation and calibration of the model.</dd>
</dl>

setup_data: setup_data

Description

Usage

Arguments

Format