Package index • nwsrfsr

All functions

adc3(): Areal depeletion curve using a 3 parameter model
adjustq(): AdjustQ: Create upstream flow timeseries from observations and simulation
adjustq_load_example(): Load AdjustQ example
chanloss(): Seasonal chanloss
consuse(): Daily consuse model
fa_adj_nwrfc(): Conduct NWRFC style forcing adjustments
fa_nwrfc(): Conduct NWRFC style forcing adjustments
forcing_adjust_map_pet_ptps(): Adjust monthly climo based on 4 parameters
forcing_adjust_mat(): Adjust monthly climo based on 4 parameters
format_states(): Format state output from sac_snow_states
interp_fa(): Interpolate forcing adjustment factors
lagk(): Lag-K Routing for any number of upstream points
load_example(): Load and run a bundled example dataset
nrkw1_daily_flow: NRKW1 observed daily flow
nrkw1_forcing: NRKW1 forcing data
nrkw1_inst_flow: NRKW1 observed instantaneous flow
nrkw1_pars: NRKW1 optimal parameters
nrkw1_upflow: NRKW1 upstream flow data
nwsrfs_run(): Run the full NWSRFS model chain
nwsrfsr-package nwsrfsr: nwsrfsr: NWS River Forecast System Hydrologic Models
pet_hs(): Daily Potential Evapotranspiration using Hargreaves-Semani equations
print(<nwsrfs_run>): Print method for nwsrfs_run objects
rsnwelev(): Replace ptps column with ptps derived using rain snow line code (lapse rate + MAT)
sac_snow(): Execute SAC-SMA, SNOW17, return total channel inflow per zone, and model states
sac_snow_states(): Execute SAC-SMA, SNOW17, return total channel inflow per zone, and model states
sac_snow_uh(): Execute SAC-SMA, SNOW17 and UH with given parameters
sac_snow_uh_lagk(): Execute SAC-SMA, SNOW17, UH and LAG-K with given parameters
scale_uplimit(): Find a reasonable scale upper limit for optimization
sfc_pressure(): Conputes surface pressure in hPa from a given elevation
sfln2_daily_flow: SFLN2 observed daily flow
sfln2_forcing: SFLN2 forcing data
sfln2_inst_flow: SFLN2 observed instantaneous flow
sfln2_pars: SFLN2 optimal parameters
uh(): Two parameter unit hydrograph routing for one or more basin zones
uh2p(): R port of the nwsrfs UH fortran code
uh2p_cfs_in(): Create a 2 parameter gamma unit hydrograph with units cfs/in
uh2p_get_scale(): Get the scale parameter from a 2 parameter gamma unit hydrograph given the shape parameter and time of concentration.
uh2p_get_scale_r(): Get the scale parameter from a 2 parameter gamma unit hydrograph given the shape parameter and time of concentration.
uh2p_root(): root finding function for finding a scale parameter given shape and toc
uh2p_seek(): Objective function for finding a scale parameter given shape and toc
uh2p_seek2(): Objective function for finding a scale parameter given shape and toc
update_pars(): Update parameters and re-run model chain