Quintiq file version 2.0
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#parent: #root
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MethodOverride CreateRun () as LibOpt_Run
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{
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TextBody:
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[*
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run := super.CreateRun();
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mp := this.Optimization().astype( Optimization ).MacroPlan();
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settings := this.ActiveSettings().astype( OptimizerFullRunSettings );
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puzzle := select( mp, OptimizerPuzzle, puzzle, true, puzzle.Name() = settings.PuzzleName() );
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periodstart := minselect( mp, Period_MP, p, not p.IsHistorical(), p.StartDate() );
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periodend := mp.LastPlanningPeriod();
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this.Optimization().astype( Optimization ).GetPeriodsForOTS( periodstart, periodend, settings );
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issmartplan := false;
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issmartplanforperiodtask := false;
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hastotalsupplyuser := false;
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totalsupplyuser := 0.0;
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smartplanpispips := null( ProductInStockingPointInPeriodPlanningLeafs );
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isupstreamsmartplan := false;
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ismiddleoutsmartplan := false;
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isonlyplanonestepupstream := false;
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ispostprocessing := false;
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isforcenoautoscaling := true;
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isoverridemanualplanning := settings.OverrideManualPlanning();
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isinventoryoptimizationrun := false;
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isusingselectedunits := false;
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units := null( Units );
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process := null( Process_MP );
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algrun := mp.InitializeOptimizerRun( issmartplan,
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issmartplanforperiodtask,
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hastotalsupplyuser,
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totalsupplyuser,
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smartplanpispips,
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isupstreamsmartplan,
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ismiddleoutsmartplan,
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isonlyplanonestepupstream,
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ispostprocessing,
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isforcenoautoscaling,
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null( Strategy ), // for OTS we have a workaround via method LibOpt_BT_RunSequenceElement.MyMethodTemp that copies the strategy
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isoverridemanualplanning,
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periodstart,
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periodend,
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isinventoryoptimizationrun,
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isusingselectedunits,
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units,
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process,
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puzzle );
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context := RunContextForCapacityPlanning::Create( run, units, periodstart, periodend ); // our create component expects a fully initialized runcontext (for which we need an AlgorithmRun first)
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context.Initialize( algrun );
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return run;
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*]
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}
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