Quintiq file version 2.0
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#parent: #root
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Method ResetPeriodTasksAndResetKPI (
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Boolean resetmanual,
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Boolean resetoptimizer,
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OptimizerPuzzle optimizerpuzzle,
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Date unplanafterstart
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)
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{
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Description: 'Reset period tasks and update KPI'
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TextBody:
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[*
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// FrozenPeriod moves to Unit level
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// During reset, to traverse all active LeadingPeriod, then only filter out frozen PT
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// Handleing case null( OptimizerPuzzle )
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if( isnull( optimizerpuzzle ) )
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{
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optimizerpuzzle := this.OptimizerPuzzleWorld();
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}
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// Use the logic used by the dialog to create all subsets
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// Populate the IsInclduedFinal
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// We get the 100% correct result for unit, product, stocking point
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// Getting list of included units / included products / included stockingpoint
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// Prevent from calling GetIncludedUnits multiple times
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includedUnits := optimizerpuzzle.GetIncludedUnits();
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includedProducts := optimizerpuzzle.GetIncludedProducts();
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includedStockingPoint := optimizerpuzzle.GetIncludedStockingPoints( includedUnits );
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includedPISP := optimizerpuzzle.GetIncludedPISP( includedProducts, includedStockingPoint );
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// Reset PeriodTasks
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// Get routings with Operations and pisps included in the optimizer puzzle scope
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routings := optimizerpuzzle.GetIncludedRoutings( includedUnits, includedPISP );
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// Traverse in scope routings in order to reset PeriodTask operation not frozen
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traverse( routings, Elements, routing )
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{
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routing.ResetRouting( resetmanual, resetoptimizer, unplanafterstart );
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}
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// Reset Trips
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// Get process Laneleg in optimizer puzzle scope ( Unit, destination StockingPoint_MP in scope )
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processesLaneleg := optimizerpuzzle.GetIncludedLaneLegs( includedUnits, includedPISP );
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// Reset products in trips only if the product in trip is in scope ( Product_MP in scope )
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traverse( processesLaneleg, Elements.Trip.ProductInTrip, pit, optimizerpuzzle.IsProductIncluded( pit.Product_MP(), includedProducts ) and pit.Trip().Departure().Date() >= unplanafterstart )
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{
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pit.ResetProductInTrip( resetmanual, resetoptimizer );
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}
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// Some pispips do not have new supply and period task due to pre & post-processing time.
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traverse( this, Unit.Process_MP.ProcessOutput.ProductInStockingPoint_MP, pisp, pisp.IsLeaf() )
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{
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traverse( pisp, ProductInStockingPointInPeriodPlanning.astype( ProductInStockingPointInPeriodPlanningLeaf ), p, not p.IsPeriodFrozen() and p.Start().Date() >= unplanafterstart )
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{
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if( p.NewSupply( relsize ) = 0 )
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{
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p.ResetQuantitySetByOptimizer();
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}
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p.MergeSalesDemand( resetmanual )
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}
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}
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if( resetmanual )
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{
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traverse( this, Period_MP.ProductInStockingPointInPeriod, pispip, pispip.Start().Date() >= unplanafterstart )
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{
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pispip.UpdateTotalSupplyUser( false, 0.0 );
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pispip.UpdateTotalAvailableSupplyUser( false, 0.0 );
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}
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}
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// Remove pegging
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this.RemovePegging( resetmanual, resetoptimizer );
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// Calculate KPI Score
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this.CalculateKPIScore( false );
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this.UpdateLastPlanningAction( true, false, false, false ); // isReset, isPlan, isRoll, isLockUnlock
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// Change lastUsedReset OptimizerPuzzle
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if( not isnull( optimizerpuzzle ) )
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{
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optimizerpuzzle.ChangeLastUsedResetPuzzle();
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}
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*]
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InterfaceProperties { Accessibility: 'Extensible' }
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}
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