# Simulate Evapotranspiration and Soil Moisture with the SVAT Model LWF-Brook90

## Documentation for package ‘LWFBrook90R’ version 0.6.3

- DESCRIPTION file
- User guides, package vignettes and other documentation
- Package NEWS
- Package README

## Help Pages

approx_standprop | Create a daily sequence of stand properties from parameters using interpolation
calc_globrad | Calculate global solar radiation from sunshine duration hours
calc_vegperiod | Calculate the dates of budburst and beginning of leaf fall
correct_prec | Correct rain gauge precipitation data for wind and evaporation errors after Richter (1995)
extract_layer_output | Extracts values from layer data and organizes layer-wise variables in columns
hydpar_ff_b90 | Functions to derive soil hydraulic properties from soil physical properties
hydpar_hypres | Functions to derive soil hydraulic properties from soil physical properties
hydpar_hypres_tab | Functions to derive soil hydraulic properties from soil physical properties
hydpar_puh2 | Functions to derive soil hydraulic properties from soil physical properties
hydpar_wessolek_tab | Functions to derive soil hydraulic properties from soil physical properties
make_rootden | Generates a root density depth function for soil layers
make_seasLAI | Construct the seasonal course of leaf area index from parameters
make_standprop | Create daily plant characteristics from parameters and options
param_to_rlwfbrook90 | Create parameter vectors for the LWF-Brook90 Fortran library
parms_to_rbrook90 | Create parameter vectors for the LWF-Brook90 Fortran library
plant_b90 | Interpolate plant properties using the 'b90' method
plant_coupmodel | Interpolate plant properties using the 'Coupmodel' method.
plant_linear | Interpolate plant properties using the 'linear' method.
process_outputs_LWFB90 | Aggregate and group model outputs similar to ancient LWFB90 textfile outputs (.ASC-files)
ptfs | Functions to derive soil hydraulic properties from soil physical properties
replace_vecelements | Replace elements in a data.frame or vector of length > 1 by name
run_LWFB90 | Run the LWF-Brook90 hydrologic model
run_multisite_LWFB90 | Make a multi-site simulation using lists of climate, soil, and parameter input objects.
run_multi_LWFB90 | Make a multirun simulation using a set of variable input parameters.
r_lwfbrook90 | Interface function to the LWF-Brook90 model
set_optionsLWFB90 | Create a list of model control options
set_outputLWFB90 | Select output for LWF-Brook90
set_paramLWFB90 | Create the list of model parameters
siteparam_to_rlwfbrook90 | Create parameter vectors for the LWF-Brook90 Fortran library
slb1_meteo | Meteorological Data from the Solling Beech and Spruce experimental site
slb1_prec2013_hh | Hourly precipitation data from Solling Beech experimental site 'SLB1' for year 2013
slb1_soil | Soil profile data from the Solling Beech experimental site 'SLB1'
slb1_standprop | Annual stand properties of the Solling Beech experimental site 'SLB1'
soil_to_param | Split up soil into materials and soil nodes.
standprop_yearly_to_param | Transfer standproperties height, maxlai, sai, densef, age to parameter list object