Quintiq file version 2.0
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#parent: #root
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MethodOverride Operation (
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LibOpt_Task task
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) as stream[JSON]
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{
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TextBody:
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[*
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pispipssmartplan := task.Scope().GetSmartPlanPISPIPsInOptimizerRun();
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lanelegs_foroptimization := task.Scope().GetLaneLegForOptimization();
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runcontext := this.GetRunContext();
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units := runcontext.GetSelectedUnits();
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isusingselectedunits := runcontext.IsUsingSelectedUnits();
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periods := task.Scope().GetPeriodInOptimizerRun();
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process := runcontext.Process_MP();
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this.UpdateSupplyUser( pispipssmartplan, runcontext ); // sets the manual specified quantity to be planned on the pispip (if there is only one)
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cleanscope := LibOpt_Scope::Create( task.Run() );
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cleanscope.AddLaneLegsForOptimizationToScope( lanelegs_foroptimization );
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cleanscope.AddPeriodsToScope( periods );
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cleanscope.AddOptimizerAccountsToScope( task.Scope().GetAccountsInOptimizerRun() );
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cleanscope.AddSmartPlanPISPIPsToScope( pispipssmartplan );
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this.SelectOptimizerInputForSmartPlan( pispipssmartplan,
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lanelegs_foroptimization,
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periods,
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isusingselectedunits,
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units,
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false /* skip fill gaps */,
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process,
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cleanscope,
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runcontext,
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true /* reset visited */ );
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cleanscope.CompleteForPTO_PIT(); // add in unitperiods, units, operations, trips based on pto and pit
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cleanscope.CompleteFor_PISPIP(); // ensure scope contains period, pisp, spip and sales demand objects for pispip in scope
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runcontext.SetPeriodTaskOperationUser( runcontext.HasOverwrittenManualPlanning(), cleanscope, false );
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runcontext.SetProductInTripManualQuantity( runcontext.HasOverwrittenManualPlanning(), cleanscope, false );
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// Reset the total available supply user for the non smart plan pispips
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// or for all pispips if this is not a downstream smart plan
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isupstream := this.GetIsUpstream();
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traverse( cleanscope.GetPISPIPInOptimizerRun(), Elements, pispip,
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pispip.HasTotalAvailableSupplyUser()
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and ( isupstream
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or not exists( pispipssmartplan, Elements, smartplanpispip, smartplanpispip = pispip ) ) )
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{
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pispip.UpdateTotalAvailableSupplyUser( false, 0.0 );
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}
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if ( runcontext.IsSmartPlan() ) // if this is an actual smart plan ( and we are not just using the transformer ) we delay extending pisp horizon for shelf life
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{ // until we know the scope and extend only there for performance reasons
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pisps := cleanscope.GetProductInStockingPointInOptimizerRun();
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this.Optimization().astype( Optimization ).ShelfLifeExtendHistoricalPeriods( false, &pisps );
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// we need to add pisp to all ancestor scopes, so that in case of shelf life planning, in the OptimizerPrePostProcessing.OnFinalize( ) the scope
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// contains all the pisps and we can restore the historical pispips only there (for efficiency)
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traverse( pisps, Elements, pisp )
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{
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LibOpt_ScopeElement::Transform( task, construct( LibOpt_ScopeElements ), pisp.PISPInOptimizerRun() );
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}
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}
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taskcontext := task.TaskContext( relnew, TaskContextSmartPlan );
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taskcontext.AddCleanUpFromScope( cleanscope ); // we save pit and period tasks scope so we can clean up unused ones in onfinalize
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return this.Continue( task, cleanscope );
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*]
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}
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