A.2 - Model Control File (*.ccu)
# white.ccu - Control File
Potential Consumptive Use Calculation for the White River Basin
September 2008
Simulation Test
1948 2008 - nyr1, nyr2 - begin year, end year of simulation
1 - flag1 - consumptive use option (1=BC, 3=PM, 4=Hargreaves, 5=ASCE
Standardized Penman-Monteith)
1 - rn_xco - monthly precipitation method (0=none, 1=SCS monthly method,
2=USBR monthly method, 3=total daily max, 4=fraction of total daily, 5=SCS
NEH)
1 - iclim = 0, climate station scenario (unit CU), 1, structure scenario
1 - isuply - water supply option (0=none (PCU only), 1=water supply limited by
structure, 2=water rights considered, 4=groundwater)
1 - sout - type of input summary (*.sum) output file (0 = basic, 1 = detailed)
1 - ism - consider soil moisture (0=do not consider soil moisture, 1=consider-
user initialized, 2=consider-run presimulation to initialize)
0.5 0.0 0.0 - initial soil moisture content for senior, junior, other parcels (fraction
of capacity for each type)
1 - iprytsm - operate soil moisture (0=by proration, 1=by priority)
20 - ismcar - default annual carry over soil moisture coefficient (percent)
3 - typout - output report level (0=*.sum, 1=0 + *.cir, *.wsl, 2=1 + *swb, 3=2
+ *.dwb, 4=3 + *.4wb)
0 - iflood - number of subirrigated crops; if iflood>1 then read iflood lines
of crop names
1 - ddscw - switch to create StateMod format output (0=no, 1=yes-in calendar
year)
0 - idaily - operate daily preprocessor (1=daily diversions w/ daily admin,
2=daily div w/ mo admin, 3=daily div w/ single admin, 4=mo div w/ mo
admin, 5=mo div w/ single admin)
99999.00000 - administration number for CU by priority
0 - idrain, consider supply from drains (0=no drain file, 1=use drain supply
file, 1=use drain supply file with negative values allowed - special case
only)
4 - imiss, missing data fill options: 0=none, 1=Fill div using avg shortage,
2=Fill clim w/ hist avg & div w/ hist avg, 3=Fill clim w/ hist avg & div
w/ 0, 4=Fill clim w/ hist avg & do not fill div, 5=Fill div w/ 0 & do not
fill clim
90 - def_irr, simulate deficit irrigation pumping (percent)