Quintiq file version 2.0
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#parent: #root
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Method GetCumulativeProduction (
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const IncomingShelfLifeDay itday
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) const as Real
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{
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TextBody:
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[*
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// compute cumulative production for pispip when restricted to 'itday'
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value := 0.0;
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productintrips := this.GetIncomingProductInTrips( itday); // incoming trips to pispip.ProductInStockingPoint, that add itday to shelf life, and that depart in period pispip.Period
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value := value + sum( productintrips, Elements, pit, true, pit.Quantity()) ;
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// New supply, inventory supply and actual goes into itday with 0 lead time
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if ( itday.ShelfLifeDays() = 0 )
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{
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supplynontrip := sum( this, Supply_MP.astype( NewSupply ), ns, not ns.IsNewSupplyOfTrip(), ns.Quantity() );
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value := value + supplynontrip
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value := value - sum( productintrips, Elements, pit, true, pit.Quantity() );
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// inventory supply in future period with manufacture date = current period start is considered production for the current period
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nextpsipipstoconsider := this.GetNextPISPIPWithinShelfLife( DateTime::MaxDateTime() );
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traverse( nextpsipipstoconsider, Elements.Supply_MP.astype( InventorySupply ), invsup, invsup.GetManufacturingPISPIP() = this )
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{
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value := value + invsup.Quantity();
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}
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//contributions: inventory actual';
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lastpispipwithactual := this.ProductInStockingPoint_MP().LastPlanningPISPIPWithActual();
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if ( this.IsPeriodFrozen() and not isnull( lastpispipwithactual ) )
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{
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value := 0.0;
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actualtoconsider := selectset( lastpispipwithactual, ActualProductInStockingPointInPeriod, a, true, true );
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traverse( actualtoconsider, Elements, actualpispip, actualpispip.GetManufacturingPISPIP() = this )
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{
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value := value + actualpispip.ActualInventoryLevelEnd();
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}
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}
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}
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value := value + guard( this.PreviousPlanningPISPIP().GetCumulativeProduction( itday ), 0.0 );
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return value;
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*]
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}
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