Quintiq file version 2.0
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#parent: #root
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Method AllocateShelfLifeSupplyToDependentDemand (
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Product_MP product,
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DependentDemands dependentdemands,
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Real remainingsupplyafteroptfulfilled_o,
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RealVector source_quantityvector,
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RealVector source_agevector,
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Number source_agevectorsize,
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RealVector quantityvector,
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RealVector agevector,
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NumberVector indexvector
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) declarative
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{
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Description: 'Allocate available shelf life supply to dependent demands'
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TextBody:
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[*
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// Get the quantity available to completely fulfilled this dependent demand in case there's remaining supply after considering all optimizer fulfilled qty
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allocatableqty := minvalue( this.Quantity() - this.OptimizerFulfilledQuantity(), remainingsupplyafteroptfulfilled_o );
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remainingsupplyafteroptfulfilled_o := remainingsupplyafteroptfulfilled_o - allocatableqty;
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qtyrequired := this.OptimizerFulfilledQuantity() + allocatableqty;
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dd_quantityvector := RealVector::Construct();
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dd_agevector := RealVector::Construct();
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istrip := this.IsDependentDemandOfTrip();
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durationintrip_days := ifexpr( istrip,
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this.PeriodTask_MP().astype( PeriodTaskLaneLeg ).Trip().GetShelfLifeAgeToAdd(),
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0 );
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// Increase the age of the stocks by the lead time of the trip to simulate the age of the stocks when they arrived at destination PISPIP
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// This is to filter out supplies that will be expired when arrived at destination PISPIP
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source_agevector_aftermod := source_agevector.Plus( durationintrip_days );
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ShelfLife::SetAvailableAgeAndQuantityVectorAfterDemand( source_quantityvector,
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source_agevector_aftermod,
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dd_quantityvector,
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dd_agevector,
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qtyrequired,
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istrip, // ignore maturation if is DD of trip, as it can matures in the middle of the trip
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true, // Is consume oldest stock first
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this.ProductInStockingPointInPeriodPlanningLeaf(),
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durationintrip_days // To un-age the stocks by leadtime so that they are back at their intended age
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);
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// Reassign the un-aged age vector back to source
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source_agevector.Resize( 0 );
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source_agevector.Append( source_agevector_aftermod );
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// Insert the index of the current DependentDemand within the sorted set into the vector
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dd_indexvector := NumberVector::Construct( dd_agevector.Size(),
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dependentdemands.Find( this ) );
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quantityvector.Append( dd_quantityvector );
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agevector.Append( dd_agevector );
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indexvector.Append( dd_indexvector );
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*]
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}
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