# RiverWare_Model 7.2 Development
# Created 14:35 October 10, 2017
# CADSWES, University of Colorado at Boulder, http://cadswes.colorado.edu/
# 
# The catalog command is parsed by the RiverSMART
# RiverWare model plugin:
#  - It must appear in the first 100 lines of the file.
#  - Lines up to and including it must not exceed 4K bytes.
#  - Its name must not change.
Catalog {\
<Catalog>\
 <MRMControl><mrmCfgList></mrmCfgList>\
 </MRMControl>\
 <DmiMgr><datasetList></datasetList>\
  <dmiList></dmiList>\
 </DmiMgr>\
 <RplApplication><rplSetList><rplSetInfo rplSetName="Initialization Rules Set" rplSetType="Initialization Rules"></rplSetInfo>\
   <rplSetInfo rplSetName="Expression Slot Functions Set" rplSetType="Expression Slots"></rplSetInfo>\
  </rplSetList>\
 </RplApplication>\
</Catalog>\
} # End Catalog
ModelSimObjCount   4
ModelAccountCount  0
ModelSupplyCount   0
ModelExchangeCount 0
DST 0
$ws.Model.FileInfo saveInfo 1 {philw} {10-10-2017 14:35:45} {RiverWare 7.2} 
$ws.Model.FileInfo comment {}
$ws.Model.RunHistoryParam MaxModelRunHistoryRecs 1
$ws.AutoSave 1 0 0 15 {C:/Users/philw/AppData/Local/Temp/} none
$ws.StringMgr 1 {\
<stringMgr size="256" name=""/>\
}
SaveOutputs 1
OutputsSavePrecision 12
FlagEncoding 3
BaselineModel 0
ModelLockSet 0
ObjectListWidth 256
WsObjListOrderMode SORT_BY_NAME
LockedIcons 0
SelWindowIcon {RwIconStandard}
WorkspaceSize 6450 6450
AccountingSize 6450 6450
GeospatialSize 6450 6450
DisplayProperties 0
EpochBeginYear 1800
OverrideDefaultPlotAxesForVertDist 0
CurrCanvasType SIMULATION
InitCanvasSpec SIMULATION {\
<InitialViewSpec LocType="LocType_CenterAveObj" CanvId="SIMULATION">\
 <Zoom factor="1"/>\
 <CenterPos y="6219" x="431.5"/>\
 <WorkspaceInitDateTime ena="0" symbolicDT=""/>\
</InitialViewSpec>}
InitCanvasSpec ACCOUNTING {\
<InitialViewSpec LocType="LocType_CenterAveObj" CanvId="ACCOUNTING">\
 <Zoom factor="1"/>\
 <CenterPos y="0" x="0"/>\
</InitialViewSpec>}
InitCanvasSpec GEOSPATIAL {\
<InitialViewSpec LocType="LocType_CenterAveObj" CanvId="GEOSPATIAL">\
 <Zoom factor="1"/>\
 <CenterPos y="0" x="0"/>\
</InitialViewSpec>}
WaterYearStartMonthIndex 9 YearNamedFromEnd
SlotGroupsEnabled 1
SlotDlgPrefs {\
<SlotDlgPrefs>\
 <ShowSelStatus show="1"/>\
 <ShowNotes show="P"/>\
 <ShowDesc_General show="1"/>\
</SlotDlgPrefs>}
$ws.runInfo pauseAtDate {10-03-2017 18:00:00}
$ws.runInfo pauseAtPriority 2
$ws.runInfo setDescription {Model Run}
$ws.runInfo runParam {10-03-2017 12:00:00} {10-04-2017 12:00:00} 6 HOUR 
$ws.runInfo setType 0
$ws.runInfo setResumedRun 0 {10-03-2017 18:00:00}
$ws.runInfo setActiveCategories 1 0
$ws.runInfo setInlineCategories 1 0
$ws.runInfo setMaxSimIterations 40
$ws.runInfo setMaxAcctIterations 20
$ws.runInfo setSeriesExtensionIncrement 1
$ws.runInfo setWarnOutOfBounds 0
$ws.multiRunInfo setDescription {Model Run}
$ws.multiRunInfo runParam {10-03-2017 12:00:00} {10-04-2017 12:00:00} 6 HOUR 
$ws.multiRunInfo setType 3
$ws.multiRunInfo setResumedRun 0 {10-03-2017 18:00:00}
$ws.multiRunInfo setActiveCategories 1 0
$ws.multiRunInfo setInlineCategories 1 0
$ws.multiRunInfo setMaxSimIterations 40
$ws.multiRunInfo setMaxAcctIterations 20
$ws.multiRunInfo setSeriesExtensionIncrement 1
$ws.multiRunInfo setWarnOutOfBounds 0
# Section: Unit Manager
Section {Unit Manager}
set unitMgr "$ws.UnitMgr"
$unitMgr initScaledUnits 61
$unitMgr scaledUnit 0 {NONE} 1 {NONE}
$unitMgr scaledUnit 1 {Length} 1 {m}
$unitMgr scaledUnit 2 {Length} 1 {ft}
$unitMgr scaledUnit 3 {SqrtLength} 1 {m1/2}
$unitMgr scaledUnit 4 {Area} 1 {m2}
$unitMgr scaledUnit 5 {Area} 1 {acre}
$unitMgr scaledUnit 6 {Volume} 1 {m3}
$unitMgr scaledUnit 7 {Volume} 1 {acre-ft}
$unitMgr scaledUnit 8 {Flow} 1 {cms}
$unitMgr scaledUnit 9 {Flow} 1 {cfs}
$unitMgr scaledUnit 10 {Flow} 1 {acre-ft/day}
$unitMgr scaledUnit 11 {FlowSquared} 1 {cms2}
$unitMgr scaledUnit 12 {FlowPerSqrtLength} 1 {cms/m1/2}
$unitMgr scaledUnit 13 {PerFlow} 1 {1/cms}
$unitMgr scaledUnit 14 {Power} 1 {MW}
$unitMgr scaledUnit 15 {PowerPerFlow} 1 {MW/cms}
$unitMgr scaledUnit 16 {Energy} 1 {MWH}
$unitMgr scaledUnit 17 {Time} 1 {hr}
$unitMgr scaledUnit 18 {Time} 1 {day}
$unitMgr scaledUnit 19 {TimeSquared} 1 {hour2}
$unitMgr scaledUnit 20 {Mass} 1 {g}
$unitMgr scaledUnit 21 {Mass} 1 {tons}
$unitMgr scaledUnit 22 {Heat} 1 {J}
$unitMgr scaledUnit 23 {EnergyFlux} 1 {J/m2sec}
$unitMgr scaledUnit 24 {MassFlux} 1 {g/m2sec}
$unitMgr scaledUnit 25 {VolFlux} 1 {g/m3sec}
$unitMgr scaledUnit 26 {Concentration} 1 {g/m3}
$unitMgr scaledUnit 27 {Concentration} 1 {lb/ft3}
$unitMgr scaledUnit 28 {AreaPerTime} 1 {m2/s}
$unitMgr scaledUnit 29 {PerTime} 1 {1/sec}
$unitMgr scaledUnit 30 {Temperature} 1 {C}
$unitMgr scaledUnit 31 {LengthPerTemperature_F} 1 {m/F}
$unitMgr scaledUnit 32 {TemperatureInFahren} 1 {F}
$unitMgr scaledUnit 33 {SpecificHeat} 1 {J/gC}
$unitMgr scaledUnit 34 {Velocity} 1 {m/s}
$unitMgr scaledUnit 35 {VelocityPerTemperature_F} 1 {m/s-F}
$unitMgr scaledUnit 36 {Density} 1 {kg/m3_dens}
$unitMgr scaledUnit 37 {PowerCost} 1 {$/MWh}
$unitMgr scaledUnit 38 {Value} 1 {$}
$unitMgr scaledUnit 39 {ValuePerFlow} 1 {$/cms}
$unitMgr scaledUnit 40 {ValuePerVolume} 1 {$/m3}
$unitMgr scaledUnit 41 {LengthPerVolume} 1 {m/m3}
$unitMgr scaledUnit 42 {LengthPerFlow} 1 {m/cms}
$unitMgr scaledUnit 43 {PerLength} 1 {1/m}
$unitMgr scaledUnit 44 {PerLengthTime} 1 {1/m-s}
$unitMgr scaledUnit 45 {FlowPerLength} 1 {cms/m}
$unitMgr scaledUnit 46 {VolumePerFlow} 1 {m3/cms}
$unitMgr scaledUnit 47 {energyPerLength} 1 {MWH/m}
$unitMgr scaledUnit 48 {powerPerLength} 1 {MW/m}
$unitMgr scaledUnit 49 {Fraction} 1 {decimal}
$unitMgr scaledUnit 50 {FractionPerFlow} 1 {decimal/cms}
$unitMgr scaledUnit 51 {FractionPerLength} 1 {decimal/m}
$unitMgr scaledUnit 52 {noDimension} 1 {m/m}
$unitMgr scaledUnit 53 {VolumeSquared} 1 {m6}
$unitMgr scaledUnit 54 {TimePerLength} 1 {s/m}
$unitMgr scaledUnit 55 {FlowVolume} 1 {m6/t}
$unitMgr scaledUnit 56 {FlowTime} 1 {cmshour}
$unitMgr scaledUnit 57 {FlowPerTime} 1 {cmss}
$unitMgr scaledUnit 58 {DateTime} 1 {FullDateTime}
$unitMgr scaledUnit 59 {DateTime} 1 {MonthAndDay}
$unitMgr scaledUnit 60 {String} 1 {Text}
$unitMgr end
# Section: Unit Schemes
"$ws.unitScheme" addUserScheme {<UnitScheme name="Scheme 1">\
 <Rule>\
  <Key unitType="NONE" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="NONE" units="NONE" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Length" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Length" units="m" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="SqrtLength" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="SqrtLength" units="m1/2" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Area" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Area" units="m2" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Volume" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Volume" units="m3" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Flow" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Flow" units="cms" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="FlowSquared" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="FlowSquared" units="cms2" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="FlowPerSqrtLength" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="FlowPerSqrtLength" units="cms/m1/2" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="PerFlow" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="PerFlow" units="1/cms" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Power" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Power" units="MW" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="PowerPerFlow" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="PowerPerFlow" units="MW/cms" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Energy" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Energy" units="MWH" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Time" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Time" units="hr" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="TimeSquared" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="TimeSquared" units="hour2" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Mass" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Mass" units="g" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Heat" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Heat" units="J" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="EnergyFlux" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="EnergyFlux" units="J/m2sec" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="MassFlux" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="MassFlux" units="g/m2sec" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="VolFlux" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="VolFlux" units="g/m3sec" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Concentration" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Concentration" units="g/m3" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="AreaPerTime" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="AreaPerTime" units="m2/s" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="PerTime" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="PerTime" units="1/sec" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Temperature" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Temperature" units="C" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="LengthPerTemperature_F" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="LengthPerTemperature_F" units="m/F" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="TemperatureInFahren" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="TemperatureInFahren" units="F" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="SpecificHeat" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="SpecificHeat" units="J/gC" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Velocity" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Velocity" units="m/s" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="VelocityPerTemperature_F" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="VelocityPerTemperature_F" units="m/s-F" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Density" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Density" units="kg/m3_dens" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="PowerCost" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="PowerCost" units="$/MWh" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Value" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Value" units="$" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="ValuePerFlow" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="ValuePerFlow" units="$/cms" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="ValuePerVolume" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="ValuePerVolume" units="$/m3" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="LengthPerVolume" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="LengthPerVolume" units="m/m3" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="LengthPerFlow" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="LengthPerFlow" units="m/cms" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="PerLength" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="PerLength" units="1/m" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="PerLengthTime" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="PerLengthTime" units="1/m-s" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="FlowPerLength" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="FlowPerLength" units="cms/m" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="VolumePerFlow" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="VolumePerFlow" units="m3/cms" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="energyPerLength" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="energyPerLength" units="MWH/m" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="powerPerLength" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="powerPerLength" units="MW/m" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="Fraction" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="Fraction" units="decimal" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="FractionPerFlow" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="FractionPerFlow" units="decimal/cms" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="FractionPerLength" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="FractionPerLength" units="decimal/m" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="noDimension" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="noDimension" units="m/m" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="VolumeSquared" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="VolumeSquared" units="m6" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="TimePerLength" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="TimePerLength" units="s/m" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="FlowVolume" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="FlowVolume" units="m6/t" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="FlowTime" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="FlowTime" units="cmshour" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="FlowPerTime" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="FlowPerTime" units="cmss" prec="2"/>\
 </Rule>\
 <Rule>\
  <Key unitType="String" keyType="UnitTypeKey"/>\
  <Attribs format="f" unitType="String" units="Text" prec="2"/>\
 </Rule>\
</UnitScheme>\
}
"$ws.unitScheme" activeUnitScheme {Scheme 1}
"$ws.unitScheme" skipTransitionScheme true 
CanvasConfig SIMULATION IconLabelLocation {Below}
CanvasConfig SIMULATION CanvasColor #ffffff
CanvasConfig SIMULATION IconLabelFont {MS Shell Dlg 2,8.25,-1,5,50,0,0,0,0,0}
CanvasConfig SIMULATION IconLabelFontColor #000000
CanvasConfig ACCOUNTING IconLabelLocation {Below}
CanvasConfig ACCOUNTING CanvasColor #ffffff
CanvasConfig ACCOUNTING IconLabelFont {MS Shell Dlg 2,8.25,-1,5,50,0,0,0,0,0}
CanvasConfig ACCOUNTING IconLabelFontColor #000000
CanvasConfig GEOSPATIAL ProjDescription {}
CanvasConfig GEOSPATIAL ProjectionUnitsString {} 0
CanvasConfig GEOSPATIAL ProjHorizAxisText {x}
CanvasConfig GEOSPATIAL ProjVertAxisText {y}
CanvasConfig GEOSPATIAL GeoDescription {}
CanvasConfig GEOSPATIAL GeoUnitsString {deg} 4
CanvasConfig GEOSPATIAL GeoHorizAxisText {long}
CanvasConfig GEOSPATIAL GeoVertAxisText {lat}
CanvasConfig GEOSPATIAL ProjWellKnownText {}
CanvasConfig GEOSPATIAL CanvasLowerLeft 0 0
CanvasConfig GEOSPATIAL CanvasUpperRight 6450 6450
CanvasConfig GEOSPATIAL IconLabelLocation {Below}
CanvasConfig GEOSPATIAL IconSize 40
CanvasConfig GEOSPATIAL CanvasColor #ffffff
CanvasConfig GEOSPATIAL IconLabelFont {MS Shell Dlg 2,8.25,-1,5,50,0,0,0,0,0}
CanvasConfig GEOSPATIAL IconLabelFontColor #000000
CanvasConfig GEOSPATIAL DisplayScale 1
CanvasConfig GEOSPATIAL DisplayScaleFromImage 1
# Section: DMI (part one)
set mgr "$ws.dmiMgr"
"$mgr" numInvRec 0
# Section: New Time Series Text Annotation Notes
set annoMgr "$ws.AnnoMgr"
# Section: Objects
Section {Objects}
set obj {Res1}
set o "$ws.Res1"
$ws SimObj $obj {StorageReservoir} 249 300 {} 249 301 249 301
"$o" geospatialCoords 0 0 249 301
"$o" objAttributes {<SimObjAttributes simObjName="Res1"/> \
}
"$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 {Diversion Power} {None} {STD}
"$o" sDM {Diversion Tailwater} {None} {STD}
"$o" sDM {Diversion Power Bypass} {None} {STD}
"$o" sDM {Target Operation} {None} {STD}
"$o" sDM {Surcharge Release} {None} {STD}
"$o" sDM {Elevation Max Duration Constraints} {None} {STD}
"$o" sDM {Rating Curves Modification} {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 {Optimization Total Dissolved Gas} {None} {STD}
"$o" sDM {Generate Forecast Hydrology} {None} {STD}
"$o" sDM {Incremental Hydrologic Inflows on Subbasin} {None} {STD}
"$o" sDM {Tailwater} {None} {STD}
"$o" sDM {Future Value} {None} {STD}
"$o" sDM {Cumul Stor Val Table Automation} {None} {STD}
"$o" sDM {Disable Reservoir Processes} {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}
"$o" sDM {Pool Elevation STLE} {Substitution} {STD}
"$o" sDM {Pool Elevation STGE} {Substitution} {STD}
"$o" sDM {Pool Elevation MTLE} {Tangent} {STD}
"$o" sDM {Pool Elevation MTGE} {Tangent} {STD}
"$o" sDM {Release Capacity STLE} {Substitution} {STD}
"$o" sDM {Release Capacity STGE} {Substitution} {STD}
"$o" sDM {Release Capacity MTLE} {Tangent} {STD}
"$o" sDM {Release Capacity MTGE} {Tangent} {STD}
"$o" sDM {Instantiate Storage Reservoir Optimization Slots} {Instantiate Storage Reservoir Optimization Slots} {STD}
"$o" {SimObjMultiSlot} {Inflow}
set s "$o.Inflow"
"$s" order 1 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Outflow}
set s "$o.Outflow"
"$s" order 2 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Storage}
set s "$o.Storage"
"$s" order 3 
"$s" cvg 2 0.0001
"$s" unit 6 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Previous Storage}
set s "$o.Previous Storage"
"$s" order 500 
"$s" cvg 2 9.9999999999999995e-007
"$s" unit 6 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Pool Elevation}
set s "$o.Pool Elevation"
"$s" order 4 
"$s" cvg 2 0.0001
"$s" unit 1 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Flow FROM Pumped Storage}
set s "$o.Flow FROM Pumped Storage"
"$s" order 5 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Flow TO Pumped Storage}
set s "$o.Flow TO Pumped Storage"
"$s" order 6 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Canal Flow}
set s "$o.Canal Flow"
"$s" order 7 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Total Inflows}
set s "$o.Total Inflows"
"$s" order 8 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Inflow Sum}
set s "$o.Inflow Sum"
"$s" order 9 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Diversion}
set s "$o.Diversion"
"$s" order 10 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {ScalarSlot} {Diversion Capacity}
set s "$o.Diversion Capacity"
"$s" order 11 
"$s" units 8 {%f} 2
"$s" value NaN {cms}
"$o" {SimObjMultiSlot} {Return Flow}
set s "$o.Return Flow"
"$s" order 12 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Spill}
set s "$o.Spill"
"$s" order 13 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Release}
set s "$o.Release"
"$s" order 14 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {TableSlot} {Max Iterations}
set s "$o.Max Iterations"
"$s" order 15 
"$s" resize 1 1
"$s" setRowLabels {} 
"$s" setColumnLabels {No. of Iterations} 
"$s" setMaximums NaN 
"$s" setMinimums NaN 
"$s" setUnits 0 
"$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 
"$s" setUnits 0 
"$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} {Storage} 
"$s" setMaximums NaN NaN 
"$s" setMinimums NaN NaN 
"$s" setUnits 1 6 
"$s" setUsrFormat {%f} {%f} 
"$s" setUsrPrecision {2} {2} 
"$s" row -1 NaN 
"$o" {TableSlot} {Max Release}
set s "$o.Max Release"
"$s" order 18 
"$s" resize 1 2
"$s" setRowLabels {} 
"$s" setColumnLabels {Pool Elevation} {Discharge} 
"$s" setMaximums NaN NaN 
"$s" setMinimums NaN NaN 
"$s" setUnits 1 8 
"$s" setUsrFormat {%f} {%f} 
"$s" setUsrPrecision {2} {2} 
"$s" row -1 NaN 
"$o" hideSlots 0 hideOff hideEmptyOff
set obj {Res2}
set o "$ws.Res2"
$ws SimObj $obj {LevelPowerReservoir} 383 257 {} 383 257 383 257
"$o" geospatialCoords 0 0 383 257
"$o" objAttributes {<SimObjAttributes simObjName="Res2"/> \
}
"$o" objOrd wsList 5028
"$o" objSlotOrderType ListOrder_DEFAULT 0 Ascend
"$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 {Diversion Power} {None} {STD}
"$o" sDM {Diversion Tailwater} {None} {STD}
"$o" sDM {Diversion Power Bypass} {None} {STD}
"$o" sDM {Target Operation} {None} {STD}
"$o" sDM {Surcharge Release} {None} {STD}
"$o" sDM {Elevation Max Duration Constraints} {None} {STD}
"$o" sDM {Rating Curves Modification} {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 {Optimization Total Dissolved Gas} {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} {None} {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 {Power Unit Information} {None} {STD}
"$o" sDM {Generate Forecast Hydrology} {None} {STD}
"$o" sDM {Incremental Hydrologic Inflows on Subbasin} {None} {STD}
"$o" sDM {Disable Reservoir Processes} {None} {STD}
"$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" {SimObjMultiSlot} {Inflow}
set s "$o.Inflow"
"$s" order 1 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Outflow}
set s "$o.Outflow"
"$s" order 2 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Storage}
set s "$o.Storage"
"$s" order 3 
"$s" cvg 2 0.0001
"$s" unit 6 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Previous Storage}
set s "$o.Previous Storage"
"$s" order 500 
"$s" cvg 2 9.9999999999999995e-007
"$s" unit 6 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Pool Elevation}
set s "$o.Pool Elevation"
"$s" order 4 
"$s" cvg 2 0.0001
"$s" unit 1 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Flow FROM Pumped Storage}
set s "$o.Flow FROM Pumped Storage"
"$s" order 5 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Flow TO Pumped Storage}
set s "$o.Flow TO Pumped Storage"
"$s" order 6 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Canal Flow}
set s "$o.Canal Flow"
"$s" order 7 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Total Inflows}
set s "$o.Total Inflows"
"$s" order 8 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Inflow Sum}
set s "$o.Inflow Sum"
"$s" order 9 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Diversion}
set s "$o.Diversion"
"$s" order 10 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {ScalarSlot} {Diversion Capacity}
set s "$o.Diversion Capacity"
"$s" order 11 
"$s" units 8 {%f} 2
"$s" value NaN {cms}
"$o" {SimObjMultiSlot} {Return Flow}
set s "$o.Return Flow"
"$s" order 12 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Spill}
set s "$o.Spill"
"$s" order 13 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Turbine Release}
set s "$o.Turbine Release"
"$s" order 14 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {TableSlot} {Max Iterations}
set s "$o.Max Iterations"
"$s" order 15 
"$s" resize 1 1
"$s" setRowLabels {} 
"$s" setColumnLabels {No. of Iterations} 
"$s" setMaximums NaN 
"$s" setMinimums NaN 
"$s" setUnits 0 
"$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 
"$s" setUnits 0 
"$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} {Storage} 
"$s" setMaximums NaN NaN 
"$s" setMinimums NaN NaN 
"$s" setUnits 1 6 
"$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
"$s" unit 16 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Power}
set s "$o.Power"
"$s" order 19 
"$s" cvg 2 0.0001
"$s" unit 14 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Operating Head}
set s "$o.Operating Head"
"$s" order 20 
"$s" cvg 2 0.0001
"$s" unit 1 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Tailwater Elevation}
set s "$o.Tailwater Elevation"
"$s" order 21 
"$s" cvg 2 0.0001
"$s" unit 1 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" hideSlots 0 hideOff hideEmptyOff
set obj {Res3}
set o "$ws.Res3"
$ws SimObj $obj {SlopePowerReservoir} 283 196 {} 283 196 283 196
"$o" geospatialCoords 0 0 283 196
"$o" objAttributes {<SimObjAttributes simObjName="Res3"/> \
}
"$o" objOrd wsList 5029
"$o" objSlotOrderType ListOrder_DEFAULT 0 Ascend
"$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 {Diversion Power} {None} {STD}
"$o" sDM {Diversion Tailwater} {None} {STD}
"$o" sDM {Diversion Power Bypass} {None} {STD}
"$o" sDM {Target Operation} {None} {STD}
"$o" sDM {Surcharge Release} {None} {STD}
"$o" sDM {Elevation Max Duration Constraints} {None} {STD}
"$o" sDM {Rating Curves Modification} {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 {Optimization Total Dissolved Gas} {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} {None} {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 {Power Unit Information} {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 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Outflow}
set s "$o.Outflow"
"$s" order 2 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Storage}
set s "$o.Storage"
"$s" order 3 
"$s" cvg 2 0.0001
"$s" unit 6 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Previous Storage}
set s "$o.Previous Storage"
"$s" order 500 
"$s" cvg 2 9.9999999999999995e-007
"$s" unit 6 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Pool Elevation}
set s "$o.Pool Elevation"
"$s" order 4 
"$s" cvg 2 0.0001
"$s" unit 1 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Flow FROM Pumped Storage}
set s "$o.Flow FROM Pumped Storage"
"$s" order 5 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Flow TO Pumped Storage}
set s "$o.Flow TO Pumped Storage"
"$s" order 6 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Canal Flow}
set s "$o.Canal Flow"
"$s" order 7 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Total Inflows}
set s "$o.Total Inflows"
"$s" order 8 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Inflow Sum}
set s "$o.Inflow Sum"
"$s" order 9 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Diversion}
set s "$o.Diversion"
"$s" order 10 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {ScalarSlot} {Diversion Capacity}
set s "$o.Diversion Capacity"
"$s" order 11 
"$s" units 8 {%f} 2
"$s" value NaN {cms}
"$o" {SimObjMultiSlot} {Return Flow}
set s "$o.Return Flow"
"$s" order 12 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Spill}
set s "$o.Spill"
"$s" order 13 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Turbine Release}
set s "$o.Turbine Release"
"$s" order 14 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {TableSlot} {Max Iterations}
set s "$o.Max Iterations"
"$s" order 15 
"$s" resize 1 1
"$s" setRowLabels {} 
"$s" setColumnLabels {No. of Iterations} 
"$s" setMaximums NaN 
"$s" setMinimums NaN 
"$s" setUnits 0 
"$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 
"$s" setUnits 0 
"$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 
"$s" setUnits 1 6 
"$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
"$s" unit 16 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Power}
set s "$o.Power"
"$s" order 19 
"$s" cvg 2 0.0001
"$s" unit 14 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Operating Head}
set s "$o.Operating Head"
"$s" order 20 
"$s" cvg 2 0.0001
"$s" unit 1 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Tailwater Elevation}
set s "$o.Tailwater Elevation"
"$s" order 21 
"$s" cvg 2 0.0001
"$s" unit 1 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Backwater Elevation}
set s "$o.Backwater Elevation"
"$s" order 22 
"$s" cvg 2 0.0001
"$s" unit 1 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Inflow 2}
set s "$o.Inflow 2"
"$s" order 23 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {AggSeriesSlot} {Flow Param}
set s "$o.Flow Param"
"$s" order 500 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$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 
"$s" setUnits 0 
"$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 
"$s" setUnits 6 0 
"$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
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$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 
"$s" setUnits 8 1 1 
"$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 
"$s" setUnits 1 
"$s" setUsrFormat {%f} 
"$s" setUsrPrecision {2} 
"$s" row -1 NaN 
"$s" DateRange {10-03-2017 12:00:00} {10-03-2017 12:00:00} 6 HOUR
"$o" hideSlots 0 hideOff hideEmptyOff
set obj {ControlPoint1}
set o "$ws.ControlPoint1"
$ws SimObj $obj {ControlPoint} 331 387 {} 331 387 331 387
"$o" geospatialCoords 0 0 331 387
"$o" objAttributes {<SimObjAttributes simObjName="ControlPoint1"/> \
}
"$o" objOrd wsList 5030
"$o" objSlotOrderType ListOrder_DEFAULT 0 Ascend
"$o" sDM {Local Inflow} {None} {STD}
"$o" sDM {Generate Forecast Inflows} {None} {STD}
"$o" sDM {Include Locals in Outflow} {Locals Included in Outflow} {STD}
"$o" sDM {Local Inflow Spatial Disaggregation on Subbasin} {None} {STD}
"$o" sDM {Gage Control Point} {None} {STD}
"$o" sDM {Local Inflow Temporal Disaggregation on Subbasin} {None} {STD}
"$o" sDM {Compute Incremental Local Inflows on Subbasin} {None} {STD}
"$o" sDM {Flood Control} {None} {STD}
"$o" sDM {Regulation Discharge} {None} {STD}
"$o" sDM {Percent Full Determination} {Flood and Surcharge Water} {STD}
"$o" sDM {Stage Control Over Forecast} {Stage Control Varies Over Forecast} {STD}
"$o" sDM {Sag Operation} {None} {STD}
"$o" sDM {Regulation Recession} {None} {STD}
"$o" sDM {Key Control Point Balancing} {None} {STD}
"$o" sDM {Flooding Exception} {None} {STD}
"$o" sDM {Hydropower Flooding Exception} {None} {STD}
"$o" sDM {Low Flow Requirement} {None} {STD}
"$o" sDM {Variable Routing Coefficients} {None} {STD}
"$o" sDM {Control Point Account Slot Inflow} {No Method} {OLAM_NEVER}
"$o" sDM {Instream Flow Reference Level} {None} {STD}
"$o" {SeriesSlot} {Inflow}
set s "$o.Inflow"
"$s" order 1 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {SeriesSlot} {Outflow}
set s "$o.Outflow"
"$s" order 2 
"$s" cvg 2 0.0001
"$s" unit 8 {%f} 2
"$s" minMax NaN NaN
"$s" setCSeries {10-03-2017 12:00:00} 1 6 HOUR -1 NaN 2
"$o" {ScalarSlot} {Forecast Period}
set s "$o.Forecast Period"
"$s" order 3 
"$s" units 0 {%f} 2
"$s" value NaN {NONE}
"$s" isInteger
"$o" {ListSlot} {Upstream Reservoirs}
set s "$o.Upstream Reservoirs"
"$s" order 4 
"$s" userDescript {Reservoir List Slot}
"$s" elements
"$o" {TableSlot} {Routing Coefficients}
set s "$o.Routing Coefficients"
"$s" order 5 
"$s" resize 1 1
"$s" setRowLabels {} 
"$s" setColumnLabels {} 
"$s" setMaximums NaN 
"$s" setMinimums NaN 
"$s" setUnits 0 
"$s" setUsrFormat {%f} 
"$s" setUsrPrecision {2} 
"$s" row -1 NaN 
"$o" {SeriesSlot} {MassBal}
set s "$o.MassBal"
"$s" order 6 
"$s" massBalSummary {<MassBalSum name="MassBal"> \
 <CompValues valid="1"/> \
 <ShowVals balGrps="0" bals="1" slots="1" slotGrps="1"/> \
 <RefDateTime>10-04-2017 06:00:00</RefDateTime> \
 <UnitSel altScale="1" flowScale="1" volUnit="m3" isFlow="0" volScale="1" altUnit="" flowUnit="cms" prec="2"/> \
 <SlotPrefix activeBal="" activeBalGrp=""/> \
 <WaterBalGrp lev="1" open="1" name="Water Balance Group"> \
  <SumSlot name="ControlPoint1.MassBal"/> \
  <WaterBal lev="2" open="1" name="Water Balance"> \
   <SumSlot name="ControlPoint1.MassBal_Water Balance"/> \
   <SlotGrp lev="3" sense="1" open="1" name="Slot Sum"> \
    <SumSlot name="ControlPoint1.MassBal_Water Balance.Slot Sum"/> \
    <Slot objTyp="ControlPoint" name="ControlPoint1.Inflow" slotTyp="serSlot"/> \
    <Slot objTyp="StorageReservoir" name="Res1.Inflow" slotTyp="multiSlot"/> \
    <Slot objTyp="LevelPowerReservoir" name="Res2.Inflow" slotTyp="multiSlot"/> \
    <Slot objTyp="SlopePowerReservoir" name="Res3.Inflow" slotTyp="multiSlot"/> \
   </SlotGrp> \
   <SlotGrp lev="3" sense="0" open="1" name="Slot Sum1"> \
    <SumSlot name="ControlPoint1.MassBal_Water Balance.Slot Sum1"/> \
    <Slot isSel="1" objTyp="ControlPoint" name="ControlPoint1.Outflow" slotTyp="serSlot"/> \
    <Slot isSel="1" objTyp="StorageReservoir" name="Res1.Outflow" slotTyp="serSlot"/> \
    <Slot isSel="1" objTyp="LevelPowerReservoir" name="Res2.Outflow" slotTyp="serSlot"/> \
    <Slot isSel="1" objTyp="SlopePowerReservoir" name="Res3.Outflow" slotTyp="serSlot"/> \
   </SlotGrp> \
  </WaterBal> \
 </WaterBalGrp> \
</MassBalSum> \
 }
"$s" cvg 2 0.0001
"$s" unit 6 {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {m3} {10-03-2017 12:00:00} {10-04-2017 12:00:00} 6 HOUR -1 2 @ 5 
"$s" setDSeries {m3} {10-03-2017 12:00:00} {10-04-2017 12:00:00} 6 HOUR -1 0 @ 5 
"$o" {AggSeriesSlot} {MassBal_Water Balance}
set s "$o.MassBal_Water Balance"
"$s" order 500 
"$s" cvg 2 0.0001
"$s" unit 6 {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {m3} {10-03-2017 12:00:00} {10-04-2017 12:00:00} 6 HOUR -1 2 @ 5 
"$s" setDSeries {m3} {10-03-2017 12:00:00} {10-04-2017 12:00:00} 6 HOUR -1 0 @ 5 
"$s" setAggLabel {Balance}
"$s" AggSubSlot {MassBal_Water Balance.Slot Sum} "$o"
"$s" AggSubSlot {MassBal_Water Balance.Slot Sum1} "$o"
set s "$o.MassBal_Water Balance.Slot Sum"
"$s" order 500 
"$s" cvg 2 0.0001
"$s" unit 6 {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {m3} {10-03-2017 12:00:00} {10-04-2017 12:00:00} 6 HOUR -1 2 @ 5 
"$s" setDSeries {m3} {10-03-2017 12:00:00} {10-04-2017 12:00:00} 6 HOUR -1 0 @ 5 
set s "$o.MassBal_Water Balance.Slot Sum1"
"$s" order 500 
"$s" cvg 2 0.0001
"$s" unit 6 {%f} 2
"$s" minMax NaN NaN
"$s" setFSeries {m3} {10-03-2017 12:00:00} {10-04-2017 12:00:00} 6 HOUR -1 2 @ 5 
"$s" setDSeries {m3} {10-03-2017 12:00:00} {10-04-2017 12:00:00} 6 HOUR -1 0 @ 5 
"$o" hideSlots 0 hideOff hideEmptyOff
# Section: Objects/Snapshots
# Section: Object Relationships
set obj {Res1}
set o "$ws.Res1"
set obj {Res2}
set o "$ws.Res2"
set obj {Res3}
set o "$ws.Res3"
set obj {ControlPoint1}
set o "$ws.ControlPoint1"
set s "$o.MassBal_Water Balance"
"$s" computedByMassBalSumSlot {ControlPoint1.MassBal}
# Section: Workspace Ornaments
Section {Workspace Ornaments}
Section {Links}
# Section: Links
# Section: Link Groups
$ws LinkGroup {Default} {linkDisplayInfo Sty:Solid Vis:1 Wid:0 Color:0 Pri:1 Ena:1}
$ws LinkGroup {Main Channel Links} {linkDisplayInfo Sty:Solid Vis:1 Wid:0 Color:0 Pri:0 Ena:1}
# Section: SimObj Groups
# Section: Multiple Run Management
Section {Multiple Run Management}
$ws.mrm format 2
$ws.mrm iterRplSet {RULESET\
NAME "Iterative MRM Rules Set";\
AGENDA_ORDER ASCENDING;\
DESCRIPTION "";\
PRECISION   8;\
NOTES "";\
BEGIN\
\
END\
}
# Section: Subbasin
Section {Subbasins}
# Section: Sim Analysis Info
Section {Sim Analysis Info}
$ws.DispatchInfo displayedObjects 
$ws.DispatchInfo hiddenObjects 
$ws.DispatchInfo axisOption {1}
$ws.DispatchInfo updateOption {1}
$ws.DispatchInfo showObjIcons {1}
$ws.DispatchInfo priorityColors 
# Section: Optimization Analysis Info
Section {Optimization Analysis Info}
$ws.OptAnalysisInfo optDisplayedObjects 
$ws.OptAnalysisInfo optHiddenObjects 
$ws.OptAnalysisInfo optAxisOption {1}
$ws.OptAnalysisInfo optUpdateOption {1}
$ws.OptAnalysisInfo showObjIcons {1}
$ws.OptAnalysisInfo optPriorityColors 
# Section: Slot Set Manager
Section {Slot Set Manager}
$ws.slotSetMgr SlotSetList {\
<SlotSetList>\
</SlotSetList>\
}
# Section: Scenario Manager
Section {Scenario Manager}
$ws.ScenarioBaseline baselineComments {} 
# Section: RPL Expression Slot Manager
Section {RPL Expression Slot Manager}
set resm "$ws.RplExprSlotMgr"
$resm collectNotes 0
$resm resmRplSet {RULESET\
NAME "Expression Slot Functions Set";\
AGENDA_ORDER ASCENDING;\
DESCRIPTION "";\
PRECISION   8;\
NOTES "";\
BEGIN\
\
END\
}
# Section: SnapShot Manager
Section {SnapShot Manager}
# Section: Output Device Manager
Section {Output Device Manager}
$ws collectRBSRunAnalysisInfo 1
$ws collectRPLPerformanceInfo 1
$ws RPLNumericComparisonTolerance 0
$ws RPLWhileExprMaxIterations 10000
# Section: Name Maps
set mgr "$ws.nameMapMgr"
"$mgr" format 2
"$mgr" end
# Section: Datasets
set mgr "$ws.datasetMgr"
"$mgr" format 1
"$mgr" end
# Section: DMI (part two)
set mgr "$ws.dmiMgr"
"$mgr" format 3
"$mgr" locked 0
"$mgr" showProgDlg 0
"$mgr" showStatDlg 0
"$mgr" end
# Section: Diagnostic Object
Section {Diagnostic Settings}
cwDiag diagEnabled 1
cwDiag diagFile 0 {}
cwDiag toWindow 0
cwDiag filterByLevel 1 2
cwDiag filterByRegex 0 {}
Diag optInfo 0
Diag Advanced 0
# Section: Global Functions Set Manager
Section {Gobal Functions Set Manager}
# Section: RuleSet Manager
Section {RuleSet Manager}
set rsm "$ws.RulesetMgr"
# Section: Optimization Set Manager
Section {Optimization Set Manager}
set mgr "$ws.optSetMgr"
# Section: Optimization
Section {Optimization}
$ws.RplBasedOptController setParameter {ADVANCE 2}
$ws.RplBasedOptController setParameter {SIMPLEX PGRADIENT 4}
$ws.RplBasedOptController setParameter {SIMPLEX TOLERANCE FEASIBILITY 1.000000e-009}
$ws.RplBasedOptController setParameter {SIMPLEX TOLERANCE MARKOWITZ 5.000000e-001}
$ws.RplBasedOptController setParameter {PREPROCESSING AGGREGATOR 10}
$ws.RplBasedOptController setParameter {PREPROCESSING DUAL -1}
$ws.RplBasedOptController setParameter {PREPROCESSING REDUCE 1}
$ws.RplBasedOptController setParameter {TIMELIMIT 3.000000e+003}
$ws.RplBasedOptController setParameter {SIMPLEX DISPLAY 0}
# Section: Simulation Controller
Section {Simulation Controller}
$ws.SimControl ShouldExecInitRules 1
# Section: Rule Controller
Section {Rule Controller}
$ws.RuleControl ShouldExecInitRules 1
# Section: Initialization Rules
Section {Initialization Rules}
$ws initRules {RULESET\
NAME "Initialization Rules Set";\
AGENDA_ORDER ASCENDING;\
DESCRIPTION "";\
PRECISION   8;\
NOTES "";\
BEGIN\
\
END\
}
# Section: RPL Display Settings
Section {RPL Display Settings}
"$ws.RplDisplaySettings" {<RplDisplaySettings>\
  <UserFont>MS Shell Dlg 2,8.25,-1,5,50,0,0,0,0,0</UserFont>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_STATEMENT" priority="0" before="0" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_EXPRESSION" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_STRING" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ASSIGNMENT" priority="2" before="1" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_FUNCTION_NAME" symb="VisTokSym_STRING" priority="7" before="0" after="1" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_SEPARATOR" priority="1" before="0" after="1" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_IF" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_THEN" priority="0" before="0" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ELSE" priority="0" before="1" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ELSEIF" priority="0" before="1" after="0" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ENDIF" priority="0" before="1" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_PLUS" priority="3" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_MINUS" priority="3" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_TIMES" priority="3" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_MODULO" priority="5" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_INT_DIVISION" priority="5" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_POWER" priority="40" before="0" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_LOGICAL_OR" priority="4" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_LOGICAL_AND" priority="4" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_LOGICAL_IN" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_LESS_THAN" priority="6" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_GREATER_THAN" priority="6" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_LESS_THAN_OR_EQUAL" priority="6" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_GREATER_THAN_OR_EQUAL" priority="6" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_CONCAT" priority="8" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_TO" priority="8" before="1" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_LOGICAL_NOT" priority="40" before="0" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_LENGTH" priority="40" before="0" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_STRINGIFY" priority="40" before="0" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_IS_NAN" priority="40" before="0" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_NAN_TO_ZERO" priority="40" before="0" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_JOIN_OBJ_SLOT" priority="40" before="0" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_JOIN_OBJ_ACCT_SLOT" priority="40" before="0" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_OPERATOR" op="RplExprOpId_OBJ_SLOT_LOOKUP" priority="40" before="0" after="0" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_FOR" priority="0" before="0" after="1" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_IN" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_WITH" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_EQUAL" priority="0" before="1" after="1" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_WHILE" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_MAPLIST" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_DO" priority="0" before="0" after="1" indentBef="2" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ENDFOR" priority="0" before="1" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ENDWHILE" priority="0" before="1" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ENDWITH" priority="0" before="1" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ENDMAPLIST" priority="0" before="1" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ENDFOREACH" priority="0" before="1" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_INSERT" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_INTO" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_APPEND" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ONTO" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_FIND" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_WITHIN" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_REMOVE" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ITEM" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_SUBSTITUTE" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_FORITEM" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_OF" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_INDEX" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_FROM" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_PRINT" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_EXEC_SCRIPT" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ADD_SCONSTRAINT" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ADD_HCONSTRAINT" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_MINIMIZE" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_MAXIMIZE" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_FREEZE" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_SUMMATION" priority="0" before="0" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_RMAXIMIN" priority="0" before="0" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_SMAXIMIN" priority="0" before="0" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_REWARD_TABLE" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ENDSUMMATION" priority="0" before="1" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_ENDMAXIMIN" priority="0" before="1" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_REWARD_TABLE_END" priority="0" before="1" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_COMMENT" priority="0" before="0" after="1" indentBef="0" indentAft="0"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_STAT_SUM" priority="0" before="0" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_STAT_AVE" priority="0" before="0" after="1" indentBef="0" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_STOP_RUN" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <LineBreak type="BreakType_TOKEN" symb="VisTokSym_WARNING" priority="40" before="0" after="0" indentBef="5" indentAft="5"/>\
  <TextColor type="RplColor_DEFAULT_FG" colorARGB="#ff000000"/>\
  <TextColor type="RplColor_SEL_DEFAULT_FG" colorARGB="#ff000000"/>\
  <TextColor type="RplColor_TYPES_NAMES_VALS" colorARGB="#ff2600ff"/>\
  <TextColor type="RplColor_SEL_TYPES_NAMES_VALS" colorARGB="#ff000000"/>\
  <TextColor type="RplColor_PREDEF_FUNCTIONS" colorARGB="#ffb4b437"/>\
  <TextColor type="RplColor_COMMENTS" colorARGB="#ffd12e31"/>\
  <TextColor type="RplColor_DIS_FUNCTIONS" colorARGB="#ff9f1535"/>\
  <TextColor type="RplColor_THE_BG" colorARGB="#ffffffff"/>\
  <TextColor type="RplColor_SELECTION_BG" colorARGB="#ffffffb4"/>\
  <TextColor type="RplColor_DIS_OBJS_XHATCH" colorARGB="#ffc0c0c0"/>\
  <TextColor type="RplColor_FUNCTIONS" colorARGB="#ff844800"/>\
  <TextColor type="RplColor_EXPRESSIONS" colorARGB="#ff430067"/>\
  <TextColor type="RplColor_EXPRESSIONS_BG" colorARGB="#fff5f5f5"/>\
  <ShowElemNumbers value="false" />\
</RplDisplaySettings>}
# Section: Script Manager
Section {Script Manager}
# Show Script Manager On Model Load
$ws.rwScriptMgr rwShowScriptMgrOnModelLoad {\
<ShowScriptMgrOnModelLoad>\
   <YesOrNo>false</YesOrNo>\
   <DefaultScriptGroup>All Scripts</DefaultScriptGroup>\
</ShowScriptMgrOnModelLoad>\
}
# Section: Object Attribute Manager
Section {Object Attribute Manager}
# Section: Object Attribute Set
"$ws.objectAttribMgr" objectAttribSet {<ObjAttributeSet/> \
}
# Section: END (successful completion)
Section {Done}