starting from a pre-defined basis is shown in Figure 10. Note that SOLVE
should not be used after a BASIS is read in. The "INVERT"-"GO" sequence
must be used. The concurrent use of the BASIS feature and the TAPE
feature shown in Figure 7 can provide a useful programming strategy.
 Figure 11 demonstrates that problems can also be batched in a single
LCRAND job. BEGIN must appear before starting each new problem.
 In conclusion, the options available with the LCRAND-RANDQP programs
are not extensive, although they do provide the basics that are necessary.
It is possible to get solutions and create numerous scenarios in a
convenient and efficient manner. In fact, the computational efficiency
of LCRAND has been found to be exceptionally good. This coupled with a
basically simple input procedure make the LCRAND a valuable tool, despite
the limitations on flexibility.