Description Usage Arguments Value Examples
Uses the PQRUT model hydrological model and a degree day snowmodel to simulate discharge values By default it uses parallel processing using 4 cores
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pathmain |
path to files, not needed if writeResults=FALSE |
ncl |
number of cluster, used for parallel processing |
seasn |
season |
param.station |
station number |
Nsim |
number of simulations |
int1 |
dataframe of initial conditions (SWE,soil moisture deficit and initial discharge ) for events (otput from the function initconditions) |
Pt |
a matrix with each column giving the input P sequence for a flood event (otput from the function rainsimulate1) not needed if writeResults=TRUE |
E |
a matrix with each column giving the input T sequence for a flood event (otput from the function rainsimulate1) not needed if writeResults=TRUE |
durt |
critical duration |
Area1 |
watershed Area |
kd |
coefficient for melting (usually 2-5) |
slconst |
loss due to infiltration (2 constant loss, 1 all of the precipitation infiltrates until a reservoir is filled up) ) |
snpSpt |
percent snow above which the snowmodel is activated |
ttsnow |
temperature threshold for snow, below this temperature the snowmodel is activated |
Tmax |
max T for snow melt |
Tmin |
min T for snowmelt |
modelsnow |
type of snow model (Snow.sim or snow) |
csv file with columns Q and snowmelt
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