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<br />" <br /> <br />- ':<~n O~~~'l <br /> <br />Operations Code Overview <br /> <br />Solve [CRAMHOOK.MOO] <br /> <br />This procedure is called here to solve the model for the project delivery tlow routing <br /> <br />step. <br /> <br />CheckProjectOeliveries [OOPROJCT.MOO] <br /> <br />This procedure sulves the problem that may arise when uSers specify demands which are <br />not immediately downstream from the reservoir or which have an intervening capacity <br />limitation (such as minimum instream tlow requirement) that may prevent a reservoir release <br />from being diverted. The model will permit deliveries to be made by exchange, provided that <br />there is enough tlow (including simultaneous project releases from other reservoirs) in all <br />intervening reaches to support the exchange. When a project release fails to reach its demand, <br />then the capacities of hoth the project's release arc and the demand's delivery arc are reduced <br />by the same amount and the tlow-routing step repeated. <br /> <br />Do PostPro jectOeliveriesAccou nting [DO PROJCT. MO 0] <br /> <br />The purpose of this procedure is to transfer information regarding project releases and <br />the two exchanges from the netwurk which simulates the operations uf the physical system to <br />the networks which represent Taylor Park and Ridgway reservoir accounting. <br /> <br />SaveProjectDeliveries [PROTOCOL.MOO] <br /> <br />This procedure freezes the tlow through the Cimarron Canal project gate based on the <br />tlow through the gate after the project del iveries step. The freezing of this gate is performed <br />to ensure that the water is not re-appropriated during another step to meet some other higher <br />ranked opportunity. <br /> <br />DoContractReleasesStep [SOLUTION.MOD] <br /> <br />This procedure searches through the i ist of instream tlow reaches and determines if there <br />is a need for contract tlow support releases from the reservoirs. It will make one SOlution <br />attempt to route the water from the reservoirs which are enabled for contract support. releases <br />to supply these reaches and then will freeze the minimum tlow arcs on these reaches. If there <br />is an iteration of the Outer loop this procedure relies on ResetZeroReleases to unfreeze the arcs <br />frozen by this procedure. <br /> <br />SetNewOpsReleases [GUNFRCST.MOD] <br /> <br />This procedme calculates the necessary amount of water to be released from each <br />reservoir based on either a forecast or storage target number passed from the model interface. <br />It also takes into account all previously calculated releases from the reservoir to determine if <br />the minimum release is being made. The water released by this procedure is considered free <br />water once it is below the reservoir and this design minimizes the amount of free water that <br />each reservoir must reklSe to the system. It also checks to see if the amount of water it is <br /> <br />8 <br /> <br />