Quintiq file version 2.0
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#parent: #root
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StaticMethod SetAvailableAgeAndQuantityVectorAfterDemand (
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RealVector quantityvector,
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RealVector agevector,
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RealVector quantityconsumedvector,
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RealVector ageconsumedvector,
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Real demand,
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Boolean isignorematuration,
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Boolean isconsumeoldeststockfirst,
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ProductInStockingPointInPeriodPlanningLeaf pispippl,
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Real agetobereduced
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) declarative
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{
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Description: 'Set the remaining age and quantity vector after being consumed by sales demand'
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TextBody:
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[*
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product := pispippl.ProductInStockingPoint_MP().Product_MP();
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delta := demand;
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agevectorasvalues := agevector.AsValues();
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agevectordummyasvalues := agevector.AsValues();
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// Sort the age values as ascending
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agevectordummyasvalues := agevectordummyasvalues.Sort();
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// If the the oldest stocks are to be consumed first, sort the age values as descending
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if( isconsumeoldeststockfirst )
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{
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agevectordummyasvalues := agevectordummyasvalues.Reverse();
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}
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for( i := 0;
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i < quantityvector.Size()
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and delta > 0;
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i++ )
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{
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age := agevectordummyasvalues.Element( i );
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index := agevectorasvalues.Find( age );
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// Check if product has shelf life or maturation
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// Only sales demand or routing dependent demand requires maturation constraint
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// Laneleg dependent demand doesn't have constraint on maturation because the product can continue to mature in trip
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if( ( not product.HasShelfLife()
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or product.GetIsUsableInTargetPeriod( [Real] age, pispippl.Start(), pispippl.Period_MP() )
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)
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and ( isignorematuration
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or not product.HasMaturation()
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or product.GetIsMaturedInTargetPeriod( [Real] age, pispippl.Start(), pispippl.Period_MP() )
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)
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)
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{
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avail_qty := quantityvector.Get( index );
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qtyfulfilled := minvalue( avail_qty, delta );
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quantityvector.Set( index, avail_qty - qtyfulfilled );
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quantityconsumedvector.Append( qtyfulfilled );
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ageconsumedvector.Append( age );
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delta := delta - qtyfulfilled;
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}
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}
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// Get element in quantity vector with valid value
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isquantityvalidvector := quantityvector.GreaterThan( 0.0 );
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validquantityvector := quantityvector.GetSelection( isquantityvalidvector );
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validagevector := agevector.GetSelection( isquantityvalidvector );
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// Set the vectors with new elements
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quantityvector.Resize( 0 );
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agevector.Resize( 0 );
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quantityvector.Append( validquantityvector );
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agevector.Append( validagevector );
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// When allocating to DependentDemands, the passed in age vector has been aged according to the trip's lead time.
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// Here, we will un-age those supply so that the remaining supplies can still be used.
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// E.g. assuming shelf life is 6 days, DD qty is 7.033, trip's lead time is 3 days.
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// Supply before aged:
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// 178.9(7), 192.967(4), 7.033(3)
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// when being passed into this method, you will get
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// 178.9(10), 192.967(7), 7.033(6)
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// 7.033(6) is the only suitable candidate for the DD because it will not expire when arrives at destination
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// You are left with
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// 178.9(10), 192.967(7)
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// By right in this period, we should have remaining 178.9(7), 192.967(4)
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// If you don't unage them, MergeVectorAccordingToAgeAndExpiration will return 0
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ageconsumedvector_mod := ageconsumedvector.Minus( agetobereduced );
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ageconsumedvector.Resize( 0 );
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ageconsumedvector.Append( ageconsumedvector_mod );
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agevector_mod := agevector.Minus( agetobereduced );
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agevector.Resize( 0 );
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agevector.Append( agevector_mod );
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// Merge the elements in vector according to age
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ShelfLife::MergeVectorAccordingToAgeAndExpiration( quantityvector, agevector,
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pispippl,
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pispippl.Start() );
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*]
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}
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