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<br />RSS CDncepts and Methodology <br /> <br />c-t~ <br /> <br />~ ~ <br />ReS_l~ ~ReS_2 <br />~ <br />ReS_3 <br /> <br /> <br />use_~ <br /> <br />n <br />ConlJ <br /> <br />Use_6 <br /> <br />FIGURE 4. System 01 reservoirs and diversions. <br /> <br />input tables. The data in these input tables include the lime series of flows, incre- <br />mental flows, releases schedule, ending storage. or diversion schedule at the <br />particular node 10 which they are connected. Not shown in Rgure 5, for sake of <br />simpficily, are po.ssible tables receiving the results 01 the simulation. These tables <br />would be included in any actual simulation, if the user is interested in seeing or <br />analyzing the sirrulation results. <br /> <br />Initialization <br /> <br />The simulation in each time step begins with some Initialization procedures. <br />Following Ihese, each input table object attempts to perform its assigned opera- <br />tions. In most cases, each table will have sufficient data 10 enable it to perform its <br />operations. Those table objects Ihat can perform their operations place them- <br />selves in the object activation queue. Once at the top 01 the queue each table <br />sends its dala for the particular time period to ils connected water object via its <br />information communication ~nk_ <br /> <br />Activation <br /> <br />In this example lables send information 10 fourwaler objects on the river, nodes 1, <br />2.6 and 7. Each 01 these in lurn check their poRcy statements to see if any of <br />Ihese data are to be modified or it any of the remaining variables in the mass <br />balance equalion can be delermined. H the condition 01 any poticy statement lor <br />the object is mel, the operations contained in the statement are performed. <br /> <br />12 <br /> <br />RSS Concepts and Methodology <br />