Quintiq file version 2.0
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#parent: #root
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Function CalcShelfLifeAgeQuantityVectorAsBinaryValue
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{
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TextBody:
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[*
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pispippl := this.ProductInStockingPointInPeriodPlanningLeaf();
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product := pispippl.ProductInStockingPoint_MP().Product_MP();
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if( product.HasShelfLifeOrMaturation() and not isnull( pispippl.ShelfLife() ) )
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{
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quantityvector := RealVector::Construct();
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agevector := RealVector::Construct();
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shelflifefulfilled := 0.0;
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shelflife := pispippl.ShelfLife();
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// Retrieve the vectors from PISPIP
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source_quantityvector := RealVector::Construct( shelflife.ShelfLifeDDQuantityVectorAsBinaryValue() );
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source_agevector := RealVector::Construct( shelflife.ShelfLifeDDAgeVectorAsBinaryValue() );
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source_indexvector := NumberVector::Construct( shelflife.ShelfLifeDDIndexVectorAsBinaryValue() );
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// Get this DependentDemand's index within the sorted set
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sorted_dds := ProductInStockingPointInPeriod::GetSortedDependentDemands( pispippl );
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current_index := sorted_dds.Find( this );
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// Get the vectors for this DependentDemand
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isforcurrentvector := source_indexvector.Equals( current_index );
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dd_quantityvector := source_quantityvector.GetSelection( isforcurrentvector );
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dd_agevector := source_agevector.GetSelection( isforcurrentvector );
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quantityvector.Append( dd_quantityvector );
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agevector.Append( dd_agevector );
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// Calculate the shelf life fulfilled quantity for dependent demand both from trip and routing
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shelflifefulfilled := quantityvector.Sum();
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this.ShelfLifeQuantityVectorAsBinaryValue( quantityvector.AsBinaryValue() );
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this.ShelfLifeAgeVectorAsBinaryValue( agevector.AsBinaryValue() );
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this.ShelfLifeFulfilledQuantity( shelflifefulfilled );
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}
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*]
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}
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