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<br />RSS Object Documenlatlon: <br /> <br />the diversion is not connected to any other node, it is set to zero, <br /> <br />Number of slots: 4 <br /> <br />Slot: Inflow_1: (see Water class) <br /> <br />Slot: Inflow_2: (see Water class) <br /> <br />Slot: Inflow_ratio: (see Water class) <br /> <br />Slot: outflow: (see Water class) <br /> <br />3.5 Class: Diversion: <br /> <br />Description: The simplest of Nodes that can handle water flow: inflow, out- <br />flow and diversion, Its mass balance equation is inflow_1= outflow + con- <br />sumption . diversion, <br /> <br />Number of slots: 4 <br /> <br />Slot: Inflow_1: (see Water class) <br /> <br />Slot: diversion: (see Water class) <br /> <br />Slot: consumption: (see Water class) <br /> <br />Slot: outflow: (see Water class) <br /> <br />3,6 Class: Reservoir: <br /> <br />Description: An object for managing water storage and controlling water <br />flows on the system. Its mass balance equation is ending _storage = begin- <br />ninILstorage + inflow_1 + inflow_2 + bank_storage - evaporation - con- <br /> <br />34 <br /> <br />RSS Object Documentation: <br />