Quintiq file version 2.0
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#parent: #root
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Method InitConstraintsForOperationDependentDemandInputSet_Add (
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CapacityPlanningSuboptimizer_CapacityPlanningAlgorithm program,
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const RunContextForCapacityPlanning runcontext,
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const LibOpt_Scope scope,
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const OperationInputSet set,
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const Period_MP period,
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const PeriodTaskOperation pto,
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Real scalefactor_periodtaskqty_maxconst,
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Real scalefactor_operationinputsetover_maxconst,
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Real scalefactor_periodtaskqty_minconst,
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Real scalefactor_operationinputsetunder_minconst,
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Real scalefactor_partialoperationdemandqty_maxconst,
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Real scalefactor_partialoperationdemandqty_minconst,
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Real scalefactor_operationdemandqty_maxconst,
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Real scalefactor_operationdemandqty_minconst,
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Real scalefactor_rhs_maxconst,
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Real scalefactor_rhs_minconst,
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Real maxfactor,
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Real minfactor
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) const
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{
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Description: 'Initialize constraints for dependent demands which is part of an input group and belongs to an input set.'
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TextBody:
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[*
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operation := set.Operation();
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// maxconst Constraint UoM: Input Set
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maxconst := program.OperationInputSetUpperBoundConstraints().New( set, period );
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maxconst.Sense( "<=" );
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maxconst.RHSValue( 0.0 * scalefactor_rhs_maxconst );
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// Term: - maxfactor * PTQty variable
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// UoM: [Input Set/ Unit] * [Unit]
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maxconst.NewTerm( -maxfactor * scalefactor_periodtaskqty_maxconst, program.PTQtyVariables().Get( operation, period ) );
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// Term UoM: Input Set
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maxconst.NewTerm( -1.0 * scalefactor_operationinputsetover_maxconst,
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program.OperationInputSetOverVariables().Get( set, period ) );
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//minconst Constraint UoM: Input Set
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minconst := program.OperationInputSetLowerBoundConstraints().New( set, period );
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minconst.Sense( ">=" );
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minconst.RHSValue( 0.0 * scalefactor_rhs_minconst );
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// Term: - minfactor * PTQty variable
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// UoM: [Input Set/ Unit] * [Unit]
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minconst.NewTerm( -minfactor * scalefactor_periodtaskqty_minconst, program.PTQtyVariables().Get( operation, period ) );
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// Term UoM: Input Set
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minconst.NewTerm( scalefactor_operationinputsetunder_minconst, program.OperationInputSetUnderVariables().Get( set, period ) );
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// Only select the input where the product is included.
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traverse( set, OperationInput, oi, oi.HasRegularProductforOptimizer() or oi.GetIsProductInOptimizerRun( runcontext.IsPostProcessing() ) )
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{
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uomconversion := oi.OperationInputSetConversionFactor();
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if( operation.HasLeadTime() )
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{
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pispipperiods := construct( Period_MPs, constcontent );
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if ( this.GetPeriodsFromPeriodTaskOperation() )
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{
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traverse( pto, DependentDemand.ProductInStockingPointInPeriodPlanningLeaf.Period_MP, ddperiod )
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{
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pispipperiods.Add( ddperiod );
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}
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pispipperiods := pispipperiods.Unique();
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}
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else
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{
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CapacityPlanningSuboptimizer::GetOperationDependentDemandPeriods( period, operation, &pispipperiods, this.GetPeriodsFromPeriodTaskOperation() );
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}
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traverse( pispipperiods, Elements, pispipperiod )
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{
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// Term: uomconversion * PartialOperationDemandQty variable
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// UoM: [Input PISP to Input Set] * [Input PISP]
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varpodqty := program.PartialOperationDemandQtyVariables().Get( oi, pispipperiod, period );
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maxconst.NewTerm( uomconversion * scalefactor_partialoperationdemandqty_maxconst, varpodqty );
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minconst.NewTerm( uomconversion * scalefactor_partialoperationdemandqty_minconst, varpodqty );
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}
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}
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else
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{
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// Term: uomconversion * OperationDemandQty variable
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// UoM: [Input PISP to Input Set] * [Input PISP]
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maxconst.NewTerm( uomconversion * scalefactor_operationdemandqty_maxconst, program.OperationDemandQtyVariables().Get( oi, period ) );
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minconst.NewTerm( uomconversion * scalefactor_operationdemandqty_minconst, program.OperationDemandQtyVariables().Get( oi, period ) );
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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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