20
15
10
OUTFLOW 5
(hyd 823)
5
INFLOW 5
(hyd 223)
0
10
20
30
40
50
60
70
80
90
Time (h)
Figure 45. Behavior of a linear reservoir in Object-GAWSER. INFLOW_5 and
OUTFLOW_5 represent the inflow to and outflow from the Object-GAWSER lin-
ear reservoir in the "SRFRNF" sector, and hyd 223 and hyd 823 represent the
inflow to and outflow from the Fortran version of a linear reservoir. Linear reser-
voirs are accurately modeled in Object-GAWSER because the inflow and outflow
curves match are identical.
20
15
10
OUTFL 2 LAG
(hyd 825)
5
INFLOW 2
(hyd 223)
0
10
20
30
40
50
60
70
80
90
Time (h)
Figure 46. Lag and route structure. INFLOW_2 and OUTFLOW_2_LAG rep-
resent inflow to and outflow from the lag and route structure in the "SRFRNF"
sector of Object-GAWSER. hyd 223 and hyd 825 represent inflow to and outflow
from the lag and route structure in GAWSER. The lag and route structure in
Object-GAWSER is accurately modeled because both inflow and outflow curves
are identical.
Figure 47 shows the behavior of the Muskingum structure. CHNL_INFLW and hyd 223 represent
the inflow while CHNL_OUTFLW and hyd 824 represent the outflow from the Muskingum struc-
ture. CHNL_INFLW and hyd 223 are identical while CHNL_OUTFLW and hyd 824 are also identi-
cal; therefore, the Object-GAWSER Muskingum structure directly replicates the GAWSER Muskin-
gum structure.
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