Package index • SWATtunR

All functions

add_timestamp(): Add a time stamp to the save name

aggregate_time(): Aggregate time series table

calc_fdc(): Calculate Flow Duration Curve (FDC)

calc_fdc_rsr(): Calculate RSR for Flow Duration Curve Segments

calc_gof(): Calculate a goodness-of-fit table

calc_wyr(): Calculate water yield ratio

conc_to_load(): Convert concentration and discharge time series into a load time series.

copy_file_version(): Copy a file with an optional version suffix.

filter_period(): Filter a time period for a variable time series table.

group_hydr_values(): Group the values of a parameter in the file hydrology.hyd.

id_to_run(): Convert run ID values to run names

id_to_unit(): Generate 'unit' condition for parameter definition from ID vector

initialize_hardcal(): Initialize a hard calibration workflow

initialize_softcal(): Initialize a soft calibration workflow

load_to_conc(): Convert load and discharge time series into a concentration time series.

plot_dotty(): Plot Dotty

plot_dotty_yields(): Plot Dotty Yields

plot_esco_epco(): Plot esco (and epco) to identify appropriate parameter ranges.

plot_fdc(): Plot Flow Duration Curve (FDC) for Observed and Simulated Data

plot_gof(): Plot goodness of fit (GOF) tables

plot_oat(): Function to plot OAT (One-At-A-Time) analysis results

plot_parameter_identifiability(): Plot Parameter Identifiability

plot_pcp_vs_flow(): Plot Precipitation vs. Runoff

plot_phu_yld_bms(): Plot PHU, yield, and biomass over days to maturity

plot_timeseries(): Plot time series of simulation results and observations

prepare_plant_parameter(): Rearrange parameter change tables to SWATrunR format

rank_gof(): Rank lines in a table of goodness-of-fit values.

remove_unsuccesful_runs(): Remove Unsuccessful Runs from Simulation

run_to_id(): Convert run_names to integer ID values

sample_days_mat(): Sample days to maturity values

sample_lhs(): Sample parameters with Latin Hypercube Sampling (LHS)

sample_oat(): Sample parameter values one-at-a-time (OAT)

sum_variables(): Sum values of simulated variables

translate_to_boundaries(): Translate the normalized sampled values of a parameter to ranges of groups of that parameter (e.g. when perco should have different ranges based on the initial values of perco in all HRUs)

update_par(): Update Parameters

view_timeseries(): View interactive time series of simulation results and observations

write_cal_file(): Write Calibration File