Λ.3.
Instructions
for Introducing
Data Cards into Program
DAMBLD
161
NONO(K), the node number for reservoir K, FORMAT 15, right justified, columns 6-10.
CAPAC(K), the capacity of reservoirs Κ (in acre-ft Χ 10
4 ), FORMAT
F10.0, columns 11-20.
AOPCST(K), the annual operating cost for reservoir Κ (in dollars),
FORMAT F10.0, columns 21-30.
Cards Ν -f 1 to MM (MM is the total number of possible projects.)
On each card punch information about reservoir K.
NRES(K), FORMAT 15, right justified, columns 1-5.
NONO(K), FORMAT 15, right justified, columns 6-10.
CAPAC(K), FORMAT 110, right justified, columns 11-20.
INV(K), the total capital investment required for reservoir Κ (in dollars), FORMAT 110, right justified, columns 21-30.
MAR(K), the maximum annual return from reservoir Κ (in dollars),
FORMAT 110, right justified, columns 31-40.
AOPCST(K), FORMAT F10.0, columns 41-50.
LIFE(K), the economic life of reservoir Κ (years), FORMAT 15, right
justified, columns 51-55.
Card MM + 1
AVCAP(l), the available capital at the beginning of year 1, FORMAT
F12.2, columns 1-12.
Card MM + 2
NODES, the number of nodes in the original system (if the nodes are
not numbered consecutively, use the highest node number), FORMAT
15, right justified, columns 1-5.
ARCS, the number of arcs in the original system, FORMAT 15, right
justified, columns 6-10.
Cards MM + 8 to the Last Card
I(M), J(M), the source node and the sink node for each arc M, FORMAT (8(16,14)), right justified.
HI (Μ), the maximum number of flow units that may be passed through
arc Μ (in acre-ft Χ 10
4 , FORMAT (8(110)), right justified.
LO(M), the minimum number of flow units that may be passed through
arc Μ (in acre-ft Χ 10
4 ), FORMAT (8(110)), right justified.
FLOW(M), the initial flow in arc Μ (in acre-ft Χ 10
4 ), FORMAT
(8(110)), right justified.