Quintiq file version 2.0
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#parent: #root
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MethodOverride InitConstraintsForUnitPeriodCapacities (
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CapacityPlanningSuboptimizer_CapacityPlanningAlgorithm program,
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Boolean enableminconst,
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Real totalmincapacity,
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Real totalmaxcapacity,
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const RunContextForCapacityPlanning runcontext,
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const LibOpt_Scope scope,
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const CapacityPlanningSuboptimizer subopt
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) const
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{
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TextBody:
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[*
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// defining minimum capacities for unit, Sum of PT Qty + not met >= UP.MinCapacity
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// minconstup constraint UoM: Unit
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minconstup := program.MinUnitCapacityQtyConstraints().New( this );
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minconstup.Sense( '>=' );
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// RHS UoM: Unit
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minconstup.RHSValue( subopt.ScaleConstraintRHS( typeofexpression( minconstup ), totalmincapacity ) );
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// Term UoM: Unit
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var := this.GetCapacityNotMetVariable( program );
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minconstup.NewTerm( 1.0 * subopt.ScaleConstraintTerm( typeofexpression( var ), typeofexpression( minconstup ) )
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, var );
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minconstup.Enabled( enableminconst )
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// defining maximum capacities for unit, Sum of PT Qty <= UP.AvailableCapacity
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// maxconstup constraint UoM: Unit
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maxconstup := program.MaxUnitCapacityQtyConstraints().New( this );
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maxconstup.Sense( '<=' );
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// RHS UoM: Unit
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maxconstup.RHSValue( subopt.ScaleConstraintRHS( typeofexpression( maxconstup ), totalmaxcapacity ) );
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maxconstup.Enabled( not this.IsPlannedInfinite() );
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this.InitConstraintsForCapacityUsage( program, minconstup, maxconstup, runcontext, scope, subopt );
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//--------------------------------------------------------
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//--------------------------------------------------------
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//init constraints for secondary capacity definition
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if( this.HasSecondaryCapacityDefinition() )
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{
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// defining minimum capacities for unit, Sum of PT Qty + not met >= UP.MinCapacity
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// minconstup constraint UoM: Unit
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minseconddaryconstup := program.MinUnitSecondaryCapacityQtyConstraints().New( this );
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minseconddaryconstup.Sense( '>=' );
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totalsecondarymincapacity := this.TotalSecondaryMinimumQuantity();
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// RHS UoM: Unit
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minseconddaryconstup.RHSValue( subopt.ScaleConstraintRHS( typeofexpression( minseconddaryconstup ), totalsecondarymincapacity ) );
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// Term UoM: Unit
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minseconddaryconstup.NewTerm( 1.0 * subopt.ScaleConstraintTerm( typeof( MPUnitSecondaryCapacityNotMetVariable ), typeofexpression( minseconddaryconstup ) )
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, program.UnitSecondaryCapacityNotMetVariables().Get( this ) );
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minseconddaryconstup.Enabled( this.TotalSecondaryMinimumQuantity() > 0 )
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// defining maximum capacities for unit, Sum of PT Qty <= UP.AvailableCapacity
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totalsecondarymaxcapacity := this.TotalSecondaryMaximumQuantity();
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// maxconstup constraint UoM: Unit
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maxsecondaryconstup := program.MaxUnitSecondaryCapacityQtyConstraints().New( this );
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maxsecondaryconstup.Sense( '<=' );
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// RHS UoM: Unit
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maxsecondaryconstup.RHSValue( subopt.ScaleConstraintRHS( typeofexpression( maxconstup ), totalsecondarymaxcapacity ) );
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maxsecondaryconstup.Enabled( not this.IsPlannedInfinite() );
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this.InitConstraintsForSecondaryCapacityUsage( program, minseconddaryconstup, maxsecondaryconstup, runcontext, scope, subopt );
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}
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*]
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}
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