Quintiq file version 2.0
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#parent: #root
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Method Update (
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String id,
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String timeunit,
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Number nroftimeunit,
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DateTime startofcurrentperiod,
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Number nrofhistoricalperiod,
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Number nroffutureperiod,
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Boolean synchronize,
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Boolean isfromdb,
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Boolean isusedforplanning,
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Boolean iscleanupactuals
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)
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{
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Description: 'Update this period definition'
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TextBody:
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[*
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// DWE2 Apr-25-2016 (modified)
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this.UpdateTypeIndex( id );
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this.TimeUnit( timeunit );
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this.NrOfTimeUnit( nroftimeunit );
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this.PeriodAlignment( startofcurrentperiod );
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this.NrOfHistoricalPeriod( nrofhistoricalperiod );
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this.NrOfFuturePeriod( nroffutureperiod );
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this.IsManuallyConfigured( not isfromdb );
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this.IsUsedForPlanning( isusedforplanning );
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isupdateforshelflifeoptimizer := this.MacroPlan().GetIsPeriodUpdateForShelfLifeOptimizer();
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if( synchronize )
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{
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this.SynchronizePeriodsAndBasePeriods();
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// We need to create pispips for new base periods
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// Now that pispip has different subclasses, we need to
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// recreate them whenever the following attributes change
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// Product.IsLeaf, Period.IsBase and Period.IsPlanning
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periods := selectset( this, MacroPlan.Period_MP, period, true );
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pisps := selectset( this,
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MacroPlan.Product_MP.ProductInStockingPoint_MP,
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pisp,
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not isupdateforshelflifeoptimizer or ( pisp.Product_MP().HasShelfLifeOrMaturation() ) );
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this.MacroPlan().CreateProductInStockingPointInPeriod( pisps, periods, false /*isondelete*/ );
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// Update sales demand
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if ( not isupdateforshelflifeoptimizer )
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{
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Forecast::SynchronizeSalesDemand( this.MacroPlan(), false );
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}
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}
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if( iscleanupactuals )
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{
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this.MacroPlan().CleanUpActuals();
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}
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//Update unit calendar window when the period horizon changes
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if ( not isupdateforshelflifeoptimizer )
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{
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this.MacroPlan().UpdateUnitCalendar();
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}
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*]
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}
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