Quintiq file version 2.0
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#parent: #root
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Method RemoveUnusedTripsAfterSmartPlan (
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LibOpt_Task task
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)
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{
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Description: 'Remove the unused trips and product in trips after running optimizer, to reduce memory consumption'
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TextBody:
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[*
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if ( not isnull( task.TaskContext() ) )
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{
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tripsInOptimizerScope := construct( Trips );
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unusedpits := construct( ProductInTrips );
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nrofunusedtrip :=0;
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macroplan := this.Optimization().astype( Optimization ).MacroPlan();
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taskcontext := task.TaskContext().astype( TaskContextSmartPlan );
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taskcontext.GetUnusedPIT( &unusedpits, nrofunusedtrip );
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alltripsinrun := selectset( taskcontext, ProductInTrip.Trip, trip, true, true );
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totaltripinrun := alltripsinrun.Size();
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usedpercentage := guard( ( ( totaltripinrun - nrofunusedtrip )/ totaltripinrun * 100 ), 0 );
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minpercentage := macroplan.GlobalParameters_MP().MinToKeepTripInUsedPercentage();
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debuginfo( 'total trips in run = ', totaltripinrun, 'used % = ', usedpercentage, 'unused pit=', unusedpits.Size() );
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// delete if use percentage < minimum percentage
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if ( usedpercentage < minpercentage )
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{
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// Delete the productintrips that were part of the optimizer run, that have an optimizer quantity of 0,
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// that are not manual planning and that do not have feedback
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ProductInTrip::Delete( unusedpits );
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tripsInOptimizerScope := selectset( alltripsinrun, Elements, trip,
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trip.ProductInTrip( relsize ) = 0 );
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}
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tripsOutOfScope := selectset( macroplan, Unit.Lane.LaneLeg.Trip, trip,
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not ( trip.HasValidArrival() and trip.HasValidDeparture() ) );
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tripsToDelete := tripsInOptimizerScope.Union( tripsOutOfScope ).Unique();
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Trip::Delete( tripsToDelete );
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}
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*]
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InterfaceProperties { Accessibility: 'Module' }
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}
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