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<br />c:".> <br />r".;:J <br />N <br />,- <br />-.J <br />QO <br /> <br />146 <br /> <br />FIGURE 5.2 <br /> <br />Colorado River Basin Simulation Program <br /> <br /> Input level of depletions to be imposed <br /> upon the river system <br /> 1. <br /> Input reservoir operating parameters <br /> l. <br />-I Simulate for n years where <br /> n = 1,2,...,NTRSN + NYRS <br /> J. <br /> Generate 12 months of natural <br /> tributary streamflow and salinity <br /> data <br /> l. <br /> Adjust tributary streamflow and <br /> salinity data by prescribed <br /> level of depletions <br /> 1. <br /> Combine tributary flows and add <br /> side inflows <br /> J. <br /> Route 12 months. of streamflows <br /> and salinity through Lake Powell <br /> .L . <br />. Add side inflows between Lakes <br /> Powell and Mead <br /> 1. <br /> Route 12 months of streamflows <br /> and salinity through Lake Mead <br /> 1 <br /> Calculate hydropower outputs of <br /> Glen Canyon and Hoover Dam <br /> power plants <br /> ,I, <br /> Next n 1 <br /> Compute and print statistics for all <br /> variables for n = NYRS <br /> I End I <br /> <br />(ROUTINE) <br /> <br />MAIN <br /> <br />VTGEN <br />VTCHEM <br /> <br />ADJTF <br />ADJTC <br /> <br />COMFLO <br />COMCHM <br /> <br />PWLHYD <br />PWLCHM <br /> <br />ABVMDQ <br />ABVMDC <br /> <br />MEDHYD <br />MEDCHM <br /> <br />POWCAP <br /> <br />RUNAVG <br />CDF <br />