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<br />The prograM can operate an unlimited n~er of floods for a <br />reservoir system. The series of floods can each start at different <br />reservoir storages or from the same storages or Clfl be continued using <br />the storages from the previous floods. Up to nine proportions (ratios) <br />of any or all floods may be operated. Floods extending over long <br />periods may be processed by dividing the flood into flow events which <br />are each less than the program limits. This may be done by manually <br />setting in several sets of flow data (with each less than the allow- <br />able) or by allowing the computer to generate separate floods (when <br />the data read exceeds the allowable limit). <br /> <br />The program can operate the system for a continuous period of <br />record (for example, 20 years of monthly data). Also a mixture of <br />computational intervals may be used such as a monthly operation for <br />a few years and then operating for daily or hourly flows during a <br />major flood and then back to a weekly or nonthly routing interval. <br />An unlimited number of events can be simulated in this manner. <br /> <br />Expected annual flood damages (average annual) or the damages <br />resulting from specific flood events can be computed for up to nine <br />damage categories for any or all control points using one or more <br />prop~rttons (ratios) of each of several historical or synthetic <br />floods. Expected annual damages will be computed for (1) natural <br />or unregulated conditions, (2) regulated conditions by the reservoir <br />system and (3) full regulation at those reservoir sites assuming <br /> <br />12 <br />