All functions
|
P_effective()
|
Calculate the effective (net) precipitation |
accumulate()
|
Perform a basin-to-basin flow accumulation |
accumulate_flow()
|
Accumulate flow, given flow directions and weights. |
average_day_length()
|
Return the monthly average day length at given latitude(s) |
calc_detained()
|
Calculate detained runoff and snowmelt |
cell_areas_m2()
|
Compute the area occupied by each cell of a matrix |
coalesce()
|
Replace NA values with a specified constant |
create_inward_dir_matrix()
|
For each pixel, compute which cells drain _into_ that pixel. |
daily_hydro()
|
Compute hydrological parameters over a multi-day timestep with precipitation on some days |
daily_hydro_loop()
|
Compute hydrological parameters for all pixels |
day_length()
|
Return the day length at given latitude(s) |
day_length_matrix()
|
Compute a matrix of monthly average day length |
days_in_yyyymm()
|
Return the number of days in a given month |
downstream_flow()
|
Compute the sum of flow originating in downstream basins |
e_potential()
|
Potential evapotranspiration using Hamon's equation |
g()
|
Unitless drying function |
is.wsim.lsm.forcing()
|
Determine if an object represents an LSM forcing |
is.wsim.lsm.results()
|
Determine if an object represents LSM model results |
is.wsim.lsm.state()
|
Determine if an object represents an LSM state |
is_leap_year()
|
Determine if a given year is a leap year |
make_daily_precip()
|
Compute precipitation for each day in a multi-day period |
make_forcing()
|
Make a WSIM LSM forcing |
make_results()
|
Create a set of WSIM LSM results |
make_state()
|
Create a WSIM LSM state |
make_wet_day_list()
|
Generate a list of days in which precipitation occurs |
next_yyyymm()
|
Get the next month |
read_forcing_from_cdf()
|
Read model forcing from a netCDF file |
read_state_from_cdf()
|
Read a model state from a netCDF file |
run()
|
Run a single iteration of the the model |
saturated_vapor_pressure()
|
Saturated vapor pressure using Buck's equation |
snow_accum()
|
Snow accumulation |
snow_melt()
|
Calculate snowmelt |
soil_moisture_change()
|
Change in soil moisture |
write_lsm_values_to_cdf()
|
Write model values (state, observations, forcing) to netCDF file |