ReadRtout: Read WRF-Hydro RTOUT data files and generate basin-wide mean...
In NCAR/rwrfhydro: R tools for the WRF Hydro Model

Description Usage Arguments Details Value See Also Examples

ReadRtout reads in WRF-Hydro RTOUT files and outputs a time series of basin-wide mean water fluxes for water budget.

1 2	ReadRtout(pathOutdir, pathDomfile, mskvar = "basn_msk", basid = 1, parallel = FALSE, pattern = glob2rx(".RTOUT_DOMAIN"))

`pathOutdir`	The full pathname to the output directory containing the RTOUT files.
`pathDomfile`	The full pathname to the high-res hydro domain NetCDF file used in the model run (for grabbing the basin mask).
`mskvar`	The variable name in pathDomfile to use for the mask (DEFAULT="basn_msk").
`basid`	The basin ID to use (DEFAULT=1)
`parallel`	Logical for running in parallel mode (must have a parallel backend installed and registered (e.g., doMC or doParallel) (DEFAULT=FALSE)
`pattern`	The pattern to match for file ingest (DEFAULT=glob2rx('.RTOUT_DOMAIN'))

ReadRtout reads standard-format WRF-Hydro RTOUT NetCDF files and calculates basin-wide mean values for each time step for water budget terms.

OUTPUT RTOUT water budget variables:

QSTRMVOLRT: Mean accumulated depth of stream channel inflow (mm)
SFCHEADSUBRT: Mean depth of ponded water (mm)
QBDRYRT: Mean accumulated flow volume routed outside of the domain from the boundary cells (mm)

A dataframe containing a time series of basin-wide mean water budget variables.

Other modelDataReads: CreateBasinMask, ReadChrtgrid, ReadChrtout, ReadFrxstPts, ReadGwOut, ReadLdasoutAll, ReadLdasoutWb, ReadRouteLink

## Take an OUTPUT directory for an hourly routing timestep model run of 
## Fourmile Creek (Basin ID = 1) and create a new dataframe containing the 
## basin-wide mean values for the major water budget components over the 
## time series.

## Not run: 
library(doMC)
regsiterDoMC(3)
modRtout1h.mod1.fc <- 
  ReadRtout("../RUN.MOD1/OUTPUT", "../DOMAIN/Fulldom_hires_hydrofile_4mile.nc", 
            basid=1, parallel=TRUE)

## End(Not run)