Information: number of rows defined by the number of date points (user input); number of columns defined by the number of operating levels (user input). Each column represents the time-varying elevations for a particular Operating Level. The value of the Operating Level is in the row header of each column. An elevation value is input for each operating level on each date point. All entered values have units of length. User can select whether to interpolate between values in time, or to have constant values until the next timestep.

Information: This slot is computed using the pool elevation converted to a storage and then looked up or interpolated on the Operating Level Storage Table

Information: Each column represents the time-varying storage for a particular Operating Level. The integer value of the Operating Level is in the header of each column. This table is generated from the Operating Level Table and has the same number of rows and columns. The values in the table are storage values (looked up from the elevation volume table) whereas the values in the Operating Level Table are elevations. This slot is computed at run-time so it is read-only to the user. All changes should be made in the Operating Level Table.

Information:  

Information: In general, this slot is computed at the start of the run for all timesteps; the Top of Conservation Pool Level is looked up on the Operating Level Storage Table at each timestep. But when the Sum Inflows over Interval method in the Conditional Operating Levels category is selected, at the start of each timestep, the Top of Conservation Pool Level is looked up for each timestep in the forecast period on the appropriate operating level storage table.

Information: Used by some conservation pool operations algorithms, along with the Top of Conservation Pool slot, to identify the volume in the conservation pool.

Information: In general, this slot is computed at the start of the run for all timesteps; the Bottom of Conservation Pool Level is looked up on the Operating Level Storage Table at each timestep. But when the Sum Inflows over Interval method in the Conditional Operating Levels category is selected, at the start of each timestep, the Bottom of Flood Pool Level is looked up for each timestep in the forecast period on the appropriate operating level storage table.

Information: This slot is computed at the beginning of the timestep; evaporation rates and other such factors that are not already defined at the beginning of timestep will not be taken into account in this computation. This slot is used by the water rights allocation solution algorithm to compute physical constraints and by storage accounts to compute allocation requests.

Information: This value is always non-negative.

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Information: It has identical dimension including dates and levels as the Operating Level Table. This table will be populated at beginning of run. The Operating Level Table will be its “source” slot.

Information:  

Information: In general, this slot is computed at the start of the run for all timesteps; the Top of Flood Pool Level is looked up on the Operating Level Storage Table at each timestep. But when the Sum Inflows over Interval method in the Conditional Operating Levels category is selected, at the start of each timestep, the Top of Flood Pool Level is looked up for each timestep in the forecast period on the appropriate operating level storage table.

Information: This value is always non-negative.

Information:  

Information: It has identical dimension including dates and levels as the Operating Level Table. This table will be populated at beginning of run. The Operating Level Table will be its “source” slot.