Information: Used to calculate a mean depth at the dam.

Information: Pool Elevation minus the Epilimnion Thickness

Information: Inflow to Hypolimnion + Inflow to Epilimnion = Inflow.

Information: Hypolimnion inflow + epilimnion inflow = inflow.

Information: Output only

Information: Calculated by the calcHe function.

Information: Output only

Information: Because this slot is a Multi Slot, more than one link can be created to this slot which will add columns to the slot. The first column is the sum of the other columns but does not represent the inflow concentration. The dispatch methods do a weighted average to determine the weighted concentration, but this is not displayed in the slot.

Information: If not input at the initial timestep, this will default to zero.

Information: Because this slot is a Multi Slot, more than one link can be created to this slot which will add columns to the slot. The first column is the sum of the other columns but does not correctly represent the inflow concentration. The dispatch methods do a weighted average to determine the weighted concentration, but this is not displayed in the slot.

Information: When there are multiple links to this slot, the subslots will be shown. The first column is the sum column, which is not relevant as these are concentrations not mass.

Information: This slot is on a Sloped Power Reservoir only.

Information: This slot is on a Sloped Power Reservoir only.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: There is one column for each reservoir segment. The model must be initialized to update the number of segments in this aggregate series slot.

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Information: One column for each segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: One column for each segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: One column for each segment. The model must be initialized to update the number of segments in this aggregate series slot.

Information: One column for each segment. The model must be initialized to update the number of segments in this aggregate series slot.

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Information: This slot is used to update other Agg Series and Table slots with the correct number of segments. The model must be initialized to update the number of segments in the other slots slot.

Information: There will be four columns: Segment Bank Storage Proportion, Segment Diversion Proportion, Segment Return Flow Proportion, and Segment Hydrologic Inflow Proportion. The values in each column must add to 1.

Information: There is a row for each segment.

Information: The first column will be elevation. The second will be the first segment, and each additional column added to the table will be for any additional segments.

Information: The first column will be elevation. The second will be the first segment, and each additional column added to the table will be for any additional segments.

Information: Contains the maximum detritus decay rate (KmaxDet [1/T]), a detritus settling rate (Kset [L/T]), an oxygen stoichiometric coefficient for detritus (rDet [M/M]), and S-curve temperature correction data (K1, K2 [1/T], and T1, T2 [degC]).

Information: Contains the maximum ammonia decay rate (KmaxAmm [1/T]), an oxygen stoichiometric coefficient for ammonia (rAmm [M/M]), and S-curve temperature correction data (K1, K2 [1/T], T1, T2 [degC]).

Information: Contains the maximum dissolved organics decay rate (KmaxOrg [1/T]), an oxygen stoichiometric coefficient for dissolved organics (rOrg [M/M]), and S-curve temperature correction data (K1, K2 [1/T], T1, T2 [degC]).

Information: Contains the maximum sediment oxygen demand (KmaxSOD [M/L2 T]), a calibration coefficient for sediment oxygen demand (fSOD [None]), and S-curve temperature correction data (K1, K2 [1/T], T1, T2 [degC]).

Information: Contains the maximum photosynthesis rate at 20 degrees C (Pmax20 [M/L2 T]), a temperature correction coefficient for Pmax20 (thetaP [None]), a calibration coefficient for respiration (fPhoto [None]), maximum possible solar radiation (Emax [kcal/L2 T]), fraction of solar radiation absorbed at surface (beta [None]), and the extinction coefficient for solar radiation (eta [1/L]).

Information: Contains the maximum respiration rate at 20 degrees C (KmaxResp [M/L3 T]), a temperature correction coefficient for KmaxResp (thetaR [None]), a calibration coefficient for respiration (fResp [None]), and double S-curve temperature correction data (K1, K2, K3, K4 [1/T], T1, T2, T3, T4 [degC]).