# RiverWare_Object 6.7 Development
# Created 15:28 May 11, 2015
# CADSWES, University of Colorado at Boulder, http://cadswes.colorado.edu/
# objects:  1
# clusters: 0
# 
DST 0
FlagEncoding 3
# Section: Objects
set obj {PowerRes}
set o "$ws.PowerRes"
$ws SimObj $obj {SlopePowerReservoir} 382 283 {} 265 336 265 336
"$o" geospatialCoords 0 0 265 336
"$o" objOrd wsList 5027
"$o" objSlotOrderType ListOrder_DEFAULT 0 Ascend
"$o" sDM {Alternate Hydrologies} {None} {STD}
"$o" sDM {Stochastic Optimization Storage Type} {None} {STD}
"$o" sDM {Hydrologic Inflow} {None} {STD}
"$o" sDM {Spill} {None} {STD}
"$o" sDM {Unregulated Spill Type} {Bare Crest Only} {STD}
"$o" sDM {Regulated Spill Overflow} {None} {STD}
"$o" sDM {Input Outflow Adjustment} {None} {STD}
"$o" sDM {Evaporation and Precipitation} {None} {STD}
"$o" sDM {Surface Area Modification} {None} {STD}
"$o" sDM {Evap and Precip Rate Specification} {None} {STD}
"$o" sDM {Bank Storage} {None} {STD}
"$o" sDM {Sediment} {None} {STD}
"$o" sDM {Seepage} {None} {STD}
"$o" sDM {Diversion from Reservoir} {None} {STD}
"$o" sDM {Target Operation} {None} {STD}
"$o" sDM {Surcharge Release} {None} {STD}
"$o" sDM {Elevation Max Duration Constraints} {None} {STD}
"$o" sDM {Low Flow Releases} {None} {STD}
"$o" sDM {Flood Control Release} {None} {STD}
"$o" sDM {Operating Levels} {None} {STD}
"$o" sDM {Conditional Operating Levels} {None} {STD}
"$o" sDM {Energy in Storage} {None} {STD}
"$o" sDM {Reservoir Account Slot Inflow} {No Method} {OLAM_NEVER}
"$o" sDM {Reservoir Account Gain Loss} {No Method} {OLAM_NEVER}
"$o" sDM {Sediment Transport Calculations} {None} {STD}
"$o" sDM {Reservoir Account Reconciliation} {No Method} {OLAM_NEVER}
"$o" sDM {Spill Lower Bound MTLE} {Piecewise} {STD}
"$o" sDM {Spill Upper Bound MTGE} {Line} {STD}
"$o" sDM {Optimization Spill} {None} {STD}
"$o" sDM {Optimization Evaporation} {None} {STD}
"$o" sDM {Evaporation Linearization Automation} {None} {STD}
"$o" sDM {Pool Elevation Linearization Automation} {None} {STD}
"$o" sDM {Surface Area STLE} {Substitution} {STD}
"$o" sDM {Surface Area STGE} {Substitution} {STD}
"$o" sDM {Surface Area MTLE} {Tangent} {STD}
"$o" sDM {Surface Area MTGE} {Tangent} {STD}
"$o" sDM {Energy In Storage STLE} {Substitution} {STD}
"$o" sDM {Energy In Storage STGE} {Substitution} {STD}
"$o" sDM {Energy In Storage MTLE} {Tangent} {STD}
"$o" sDM {Energy In Storage MTGE} {Tangent} {STD}
"$o" sDM {Instantiate Reservoir Optimization Slots} {Instantiate Reservoir Optimization Slots} {STD}
"$o" sDM {Creditable Capacity Available} {None} {STD}
"$o" sDM {Live Capacity Available} {None} {STD}
"$o" sDM {Worst Case Outflow Available} {None} {STD}
"$o" sDM {Reservoir Water Quality} {None} {STD}
"$o" sDM {WQ Reservoir Routing} {Predictor-Corrector Salt} {STD}
"$o" sDM {Bank Storage Salt} {None} {STD}
"$o" sDM {WQ Distribute Inflow} {None} {STD}
"$o" sDM {WQ Distribute Outflow} {None} {STD}
"$o" sDM {Surface Heat Flux} {None} {STD}
"$o" sDM {Power} {None} {STD}
"$o" sDM {Power Release} {None} {STD}
"$o" sDM {Input Energy Adjustment} {None} {STD}
"$o" sDM {Tailwater} {None} {STD}
"$o" sDM {Future Value} {None} {STD}
"$o" sDM {Cumul Stor Val Table Automation} {None} {STD}
"$o" sDM {Ramping} {None} {STD}
"$o" sDM {Regulation} {None} {STD}
"$o" sDM {Hole Cuts} {None} {STD}
"$o" sDM {Additional Hydropower Release} {None} {STD}
"$o" sDM {Load Calculation} {None} {STD}
"$o" sDM {Optimization Future Value} {None} {STD}
"$o" sDM {Cumul Stor Val Linearization Automation} {None} {STD}
"$o" sDM {Cumulative Storage Value STGE} {Line} {STD}
"$o" sDM {Cumulative Storage Value MTGE} {Line} {STD}
"$o" sDM {Optimization Power} {Independent Linearizations} {STD}
"$o" sDM {Power Lambda Computation} {With Reducing Constraints} {STD}
"$o" sDM {Power Linearization Automation} {None} {STD}
"$o" sDM {Optimization Head Computation} {None} {STD}
"$o" sDM {Optimization Tailwater} {Opt Linked or Input} {STD}
"$o" sDM {Tailwater Linearization Automation} {None} {STD}
"$o" sDM {Smooth Energy Invisible Category} {No Smoothing} {STD}
"$o" sDM {Optimization Reserves} {None} {STD}
"$o" sDM {Turbine Capacity STLE} {Line} {STD}
"$o" sDM {Turbine Capacity STGE} {Piecewise} {STD}
"$o" sDM {Turbine Capacity MTLE} {Line} {STD}
"$o" sDM {Turbine Capacity MTGE} {Piecewise} {STD}
"$o" sDM {Instantiate Power Reservoir Optimization Slots (Group 1)} {Instantiate Power Reservoir Optimization Slots (Group 1)} {STD}
"$o" sDM {Best Turbine Flow STLE} {Line} {STD}
"$o" sDM {Best Turbine Flow STGE} {Piecewise} {STD}
"$o" sDM {Best Turbine Flow MTLE} {Line} {STD}
"$o" sDM {Best Turbine Flow MTGE} {Piecewise} {STD}
"$o" sDM {Instantiate Power Reservoir Optimization Slots (Group 2)} {Instantiate Power Reservoir Optimization Slots (Group 2)} {STD}
"$o" sDM {Power STLE} {Substitution} {STD}
"$o" sDM {Power STGE} {Substitution} {STD}
"$o" sDM {Power MTLE} {Line} {STD}
"$o" sDM {Power MTGE} {Piecewise} {STD}
"$o" sDM {Tailwater Elevation STLE} {None} {STD}
"$o" sDM {Tailwater Elevation STGE} {None} {STD}
"$o" sDM {Tailwater Elevation MTLE} {None} {STD}
"$o" sDM {Tailwater Elevation MTGE} {None} {STD}
"$o" sDM {Instantiate Power Reservoir Optimization Slots (Group 3)} {Instantiate Power Reservoir Optimization Slots (Group 3)} {STD}
"$o" sDM {Instantiate Power Reservoir Optimization Slots (Group 4)} {Instantiate Power Reservoir Optimization Slots (Group 4)} {STD}
"$o" sDM {Startup} {None} {STD}
"$o" sDM {Head Loss} {None} {STD}
"$o" sDM {Cavitation} {None} {STD}
"$o" sDM {Avoidance Zones} {None} {STD}
"$o" sDM {Frequency Regulation} {None} {STD}
"$o" sDM {Power Plant Failure} {None} {STD}
"$o" sDM {Slope Storage} {None} {STD}
"$o" sDM {Slope Storage Coefficients} {Impulse Response} {STD}
"$o" sDM {Optimization Partition} {Minimal Partitions} {STD}
"$o" sDM {Target Slope Storage} {None} {STD}
"$o" sDM {Generate Forecast Hydrology} {None} {STD}
"$o" sDM {Incremental Hydrologic Inflows on Subbasin} {None} {STD}
"$o" sDM {Optimization Backwater} {Lambda Method} {STD}
"$o" sDM {Pool Elevation STLE} {Substitution} {STD}
"$o" sDM {Pool Elevation STGE} {Substitution} {STD}
"$o" sDM {Pool Elevation MTLE} {Tangent} {STD}
"$o" sDM {Pool Elevation MTGE} {Tangent} {STD}
"$o" sDM {Backwater Elevation STLE} {Piecewise} {STD}
"$o" sDM {Backwater Elevation STGE} {Tangent} {STD}
"$o" sDM {Wedge STLE} {Substitution} {STD}
"$o" sDM {Wedge STGE} {Substitution} {STD}
"$o" sDM {Wedge MTLE} {Piecewise} {STD}
"$o" sDM {Wedge MTGE} {Line} {STD}
"$o" sDM {Backwater Lambda Computation} {With Reducing Constraints} {STD}
"$o" sDM {Slope Water Quality} {None} {STD}
"$o" {SimObjMultiSlot} {Inflow}
set s "$o.Inflow"
"$s" order 1 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Outflow}
set s "$o.Outflow"
"$s" order 2 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Storage}
set s "$o.Storage"
"$s" order 3 
"$s" cvg 2 0.0001
"$s" unit {Volume} 1 {m3} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {m3} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {m3} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Previous Storage}
set s "$o.Previous Storage"
"$s" order 500 
"$s" cvg 2 1e-006
"$s" unit {Volume} 1 {m3} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {m3} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {m3} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Pool Elevation}
set s "$o.Pool Elevation"
"$s" order 4 
"$s" cvg 2 0.0001
"$s" unit {Length} 1 {m} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {m} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {m} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Flow FROM Pumped Storage}
set s "$o.Flow FROM Pumped Storage"
"$s" order 5 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Flow TO Pumped Storage}
set s "$o.Flow TO Pumped Storage"
"$s" order 6 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Canal Flow}
set s "$o.Canal Flow"
"$s" order 7 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Total Inflows}
set s "$o.Total Inflows"
"$s" order 8 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Inflow Sum}
set s "$o.Inflow Sum"
"$s" order 9 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Diversion}
set s "$o.Diversion"
"$s" order 10 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {ScalarSlot} {Diversion Capacity}
set s "$o.Diversion Capacity"
"$s" order 11 
"$s" units {Flow} 1 {cms} {%f} 2
"$s" value 30 {cms}
"$o" {SimObjMultiSlot} {Return Flow}
set s "$o.Return Flow"
"$s" order 12 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Spill}
set s "$o.Spill"
"$s" order 13 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Turbine Release}
set s "$o.Turbine Release"
"$s" order 14 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {TableSlot} {Max Iterations}
set s "$o.Max Iterations"
"$s" order 15 
"$s" resize 1 1
"$s" setRowLabels {} 
"$s" setColumnLabels {No. of Iterations} 
"$s" setMaximums NaN 
"$s" setMinimums NaN 
"$s" setUnitTypes {NONE} 
"$s" setScales 1 
"$s" setUsrUnits {NONE} 
"$s" setUsrFormat {%f} 
"$s" setUsrPrecision {2} 
"$s" row -1 NaN 
"$o" {TableSlot} {Convergence Percentage}
set s "$o.Convergence Percentage"
"$s" order 16 
"$s" resize 1 1
"$s" setRowLabels {} 
"$s" setColumnLabels {Convergence Value} 
"$s" setMaximums NaN 
"$s" setMinimums NaN 
"$s" setUnitTypes {NONE} 
"$s" setScales 1 
"$s" setUsrUnits {NONE} 
"$s" setUsrFormat {%f} 
"$s" setUsrPrecision {2} 
"$s" row -1 NaN 
"$o" {TableSlot} {Elevation Volume Table}
set s "$o.Elevation Volume Table"
"$s" order 17 
"$s" resize 1 2
"$s" setRowLabels {} 
"$s" setColumnLabels {Pool Elevation} {Level Storage} 
"$s" setMaximums NaN NaN 
"$s" setMinimums NaN NaN 
"$s" setUnitTypes {Length} {Volume} 
"$s" setScales 1 1 
"$s" setUsrUnits {m} {m3} 
"$s" setUsrFormat {%f} {%f} 
"$s" setUsrPrecision {2} {2} 
"$s" row -1 NaN 
"$o" {SeriesSlot} {Energy}
set s "$o.Energy"
"$s" order 18 
"$s" cvg 2 0.0001
"$s" unit {Energy} 1 {MWH} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {MWH} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {MWH} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Power}
set s "$o.Power"
"$s" order 19 
"$s" cvg 2 0.0001
"$s" unit {Power} 1 {MW} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {MW} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {MW} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Operating Head}
set s "$o.Operating Head"
"$s" order 20 
"$s" cvg 2 0.0001
"$s" unit {Length} 1 {m} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {m} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {m} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Tailwater Elevation}
set s "$o.Tailwater Elevation"
"$s" order 21 
"$s" cvg 2 0.0001
"$s" unit {Length} 1 {m} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {m} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {m} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Backwater Elevation}
set s "$o.Backwater Elevation"
"$s" order 22 
"$s" cvg 2 0.0001
"$s" unit {Length} 1 {m} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {m} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {m} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {SeriesSlot} {Inflow 2}
set s "$o.Inflow 2"
"$s" order 23 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$o" {AggSeriesSlot} {Flow Param}
set s "$o.Flow Param"
"$s" order 500 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$s" setAggLabel {Segment 1}
"$o" {TableSlot} {Profile Coeff Table}
set s "$o.Profile Coeff Table"
"$s" order 500 
"$s" resize 4 1
"$s" setRowLabels {a} {b} {wc} {Impulse Resp Coeffs} 
"$s" setColumnLabels {Segment 1} 
"$s" setMaximums NaN 
"$s" setMinimums NaN 
"$s" setUnitTypes {NONE} 
"$s" setScales 1 
"$s" setUsrUnits {NONE} 
"$s" setUsrFormat {%f} 
"$s" setUsrPrecision {2} 
"$s" row -1 NaN 
"$o" {TableSlot} {Profile K Coeff Table}
set s "$o.Profile K Coeff Table"
"$s" order 500 
"$s" resize 1 2
"$s" setRowLabels {} 
"$s" setColumnLabels {Delta Storage 1} {K Parameter 1} 
"$s" setMaximums NaN NaN 
"$s" setMinimums NaN NaN 
"$s" setUnitTypes {Volume} {NONE} 
"$s" setScales 1 1 
"$s" setUsrUnits {m3} {NONE} 
"$s" setUsrFormat {%f} {%f} 
"$s" setUsrPrecision {2} {2} 
"$s" row -1 NaN 
"$o" {AggSeriesSlot} {Prof Hydro Inflow}
set s "$o.Prof Hydro Inflow"
"$s" order 500 
"$s" cvg 2 0.0001
"$s" unit {Flow} 1 {cms} {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 2 
"$s" setDSeries {cms} {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR -1 NaN 
"$s" setAggLabel {Segment 1}
"$o" {TableSlot} {Profile Backwater Table}
set s "$o.Profile Backwater Table"
"$s" order 500 
"$s" resize 1 3
"$s" setRowLabels {} 
"$s" setColumnLabels {Flow Param 1} {Headwater 1} {Backwater 1} 
"$s" setMaximums NaN NaN NaN 
"$s" setMinimums NaN NaN NaN 
"$s" setUnitTypes {Flow} {Length} {Length} 
"$s" setScales 1 1 1 
"$s" setUsrUnits {cms} {m} {m} 
"$s" setUsrFormat {%f} {%f} {%f} 
"$s" setUsrPrecision {2} {2} {2} 
"$s" row -1 NaN 
"$o" {TableSeriesSlot} {Intermed Backwater Elev}
set s "$o.Intermed Backwater Elev"
"$s" order 500 
"$s" resize 1 1
"$s" setRowLabels {} 
"$s" setColumnLabels {Segment 1} 
"$s" setMaximums NaN 
"$s" setMinimums NaN 
"$s" setUnitTypes {Length} 
"$s" setScales 1 
"$s" setUsrUnits {m} 
"$s" setUsrFormat {%f} 
"$s" setUsrPrecision {2} 
"$s" row -1 NaN 
"$s" DateRange {05-08-2015 06:00:00} {05-08-2015 06:00:00} 6 HOUR
"$o" hideSlots 0 hideOff hideEmptyOff
# Section: Snapshot Object Relationships