Quintiq file version 2.0
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#parent: #root
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Method InitVariablesForTrip (
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CapacityPlanningSuboptimizer_CapacityPlanningAlgorithm program,
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const constcontent ProductInTrips userproductintrips,
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const LibOpt_Scope scope,
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const constcontent ProductInTrips pitinrun
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) const
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{
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Description: 'Initialize all variables related to trip containig period task lane leg.'
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TextBody:
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[*
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// create period task related variables
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runcontext := this.GetRunContextConst();
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// Init variables for all demand and supply of trips for each product
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traverse( pitinrun, Elements, productintrip )
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{
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// TripDemandQty variable UoM: Input PISP
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program.TripDemandQtyVariables().New( productintrip ); // Fulfilled demand quantity for product in trip
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// TripNewSupply variable UoM: Output PISP
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var := program.TripNewSupplyVariables().New( productintrip ); // The supply quantity for product in trip
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// Feedback as lowerbound
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if( productintrip.HasFeedback() )
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{
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lowerbound := sum( productintrip, FeedbackProductInTrip, feedback,
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feedback.GetIsValidFeedback() and feedback.UnitPeriod() = productintrip.Trip().ArrivalUnitPeriod(),
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feedback.FeedbackQuantity() );
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if ( lowerbound > 0 )
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{
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this.FreezeVariableLowerBound( var, lowerbound );
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}
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}
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}
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// Init variables for lot sizes and lot cost
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if( runcontext.UseLotSize() or runcontext.UseLotCost() ) //Modified by Khor for Lot cost goal
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{
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traverse( scope.GetTripInOptimizerRun(), Elements, trip,
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trip.DepartureUnitPeriod().Period_MP().IsWithinLotSizeHorizon() )
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{
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unitperiod := trip.DepartureUnitPeriod();
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// Lot size of trip on departure period
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if( guard( unitperiod.HasLotSize(), false ) )
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{
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// TripNrOfLots variable UoM: Number
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tripnroflotsvar := program.TripNrOfLotsVariables().New( trip ); // Create integer variable
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// If this is a sliding windows run and the period is not in the sliding window, then relax the integer variable
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if( runcontext.IsSlidingWindowsRun()
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and not guard( unitperiod.Period_MP().GetIsInSlidingWindow( scope ), false ) )
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{
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tripnroflotsvar.VariableType( 'Continuous' );
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}
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// TripLotSizeUnder variable UoM: Unit
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varunder := program.TripLotSizeUnderVariables().New( trip ); // Additional quantity required to reach the multiples of lot size
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varover := program.TripLotSizeOverVariables().New( trip ); // Subtractive quantity required to reach the multiples of lot size
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this.FreezeVariableUpperBound( varunder, trip.LotSize() );
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this.FreezeVariableUpperBound( varover, trip.LotSize() );
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}
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}
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}
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// Freeze the user planning product in trip
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// User quantity must be adhered by the optimizer. Optimizer cannot change the transported quantity.
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traverse( userproductintrips, Elements, productintrip )
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{
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pitvar := program.TripNewSupplyVariables().Find( productintrip );
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if ( not isnull( pitvar ) )
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{
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this.FixVariableStyleGuide( pitvar, productintrip.Quantity() );
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}
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}
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*]
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InterfaceProperties { Accessibility: 'Module' }
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}
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