GENERAL INPUTS
Inputs for SNOMLT
I nputs for SRFRNF
FCS
BARE
DA
EDAY
A
KO SWITCH
TLO
B
ILWC
ISDEP
ISWC
KMs
KOs
~
~
FDs
FIMC I
FIMCII
FD
TMC
TOC
MRHO
NEWDEN
SWI
TEMPs
SNOWs
FKEFF
FKMF
FKO
FKSS
I
nputs for GROFF1
&
nputs for CHNLRTNG
FRAIN
FSAV
FSNOW
FTEMP
~
DS IMPs
INIT IMPERV STOR
K
X
QB
QSS
INIT STOR
NZONE
PCT 1
RAINs
nputs for GROFF2
I
Inputs for GROFF4
CSs
Ds
DSs
FATR
FCAP I
FCAP II
HI
H II
IMC I s
CSs 2
Ds 2
DSs 2
FATR 3
FCAP I 2 FCAP II 2
HI2
H II 3
IMC I s 2
IMCIIs
KEFFs
PCT 2
SAVs
SMC I
IMCIIs 2
KEFFs 2 PCT 3
SAVs 2
SMC II
WILT I
WILT II
SMCI 2 SMCII 2 WILT I 2
WILT II 2
nputs for GROFF5
InpIut for GDWTR STOR
nput for GROFF3
I
Input for SBS STOR
& BASFLW 1 and 2
FLOW1 and 2
FATR 2
H II 2
KSSs
FATR 4
H II 4
KGW
Figure 4. DATA INPUTS sector. The input parameters for Object-GAWSER are programmed in this
sector. Similar input parameters are lumped together in boxes. The GENERAL INPUTS box includes
those input parameters that are meteorological inputs and those input parameters that apply to more than
one sector in the main object model. Every other box corresponds to a sector in the main object model.
Similar input parameters are grouped together in the boxes entitled General Inputs. General input
parameters include objects that occur in more than one sector in the main object model. For exam-
ple, BARE (percentage of ground not covered by snow), located in the upper left-hand corner of the
General Inputs box, occurs in every GROFF sector (GROFF1, GROFF2, etc.) in the main object
model. All other input boxes in the DATA INPUTS sector correspond to a sector in the main object
model. For example, the "Inputs for SNOMLT" box represents the input parameters for the SNOMLT
sector.
The input parameters whose names begin with the letter "F" are adjustment factors for set values,
which are represented by input parameters whose names end with a lowercase "s." The set values
are multiplied by the adjustment factors to yield adjusted values, which are represented by the ob-
jects whose names end with a lowercase "a." For example, FCS (maximum seepage rate) from the
"General Inputs" box is the adjustment factor for CSs located in the "Inputs for GROFF2" box and
for CSs_2 located in the "Inputs for GROFF4" box. The product of FCS and CSs is calculated in
CSa (from GROFF1) and CSa_2 (from GROFF2). The product of FCS and CSs_2 is calculated in
CSa_3 (from GROFF4) and CSa_4 (from GROFF5). CSa, CSa_2, CSa_3, and CSa_4 are not lo-
cated in the DATA INPUTS sector because they are not input parameters.
Input parameters are programmed first by double clicking on the object representing the desired
input parameter. A dialogue box will then appear on the screen. A description and the units of the
input parameter will appear at the top of the dialogue box. At the bottom of the dialogue box there
will appear a highlighted area where the value for the input parameter can be typed in using the
keyboard. Once the value for the input parameter has been entered, click on the "OK" button and
you will return to the main menu.
Meteorological inputs (RAINs, SNOWs, and TEMPs) are programmed differently than the other
input parameters in that they contain a graphical function. To program a meteorological input, first
double click on it to view its contents. When the dialogue box appears, click once on the "TO
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