Quintiq file version 2.0
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#parent: #root
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Method InitConstraintsForGoalsForLevelGoal (
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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
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{
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Description: 'Initialize constraints for calculating goal value for each level'
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TextBody:
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[*
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traverse( this, MacroPlan.StrategyMacroPlan.StrategyLevelMacroPlan, level )
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{
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// below we define the single variable that is goal to consider during level 'level' by adding goal terms to the defining constraint 'const'
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levelgoalvar := program.GoalForLevelVariables().Get( level );
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const := program.GoalConstraints().New( level );
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const.NewTerm( -1.0, levelgoalvar );
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const.Sense( '=' );
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// workaround because cannot write to attribute on level - 1.0 means true
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this.StoreValueInProgram( program, 'collect_values_model_SetCPLEXBoundFromPlan' + [String] level.Level(), 1.0 );
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this.StoreValueInProgram( program, 'collect_values_model_TotalBoundFromPlan' + [String] level.Level(), 0.0 );
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if ( runcontext.IsMetaIteration()
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and level.Level() >= runcontext.WeightLevelNonFinancial().StockingPointCapacityLevel()
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and runcontext.WeightLevelNonFinancial().StockingPointCapacityWeight() > 0
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and runcontext.WeightLevelNonFinancial().StockingPointCapacityLevel() > 0 )
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{
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weight := this.GetRunContextMeta().OptionRestrictSPcapacityWeight();
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const.NewTerm( -1.0 * weight, program.TotalStockingPointCapacityMetaVariables().Get() ); // use (1-epsilon) max capacity limits. Keep supressing SP inventory
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}
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}
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weightlevels := this.GetRunContextConst().WeightLevelNonFinancial();
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// non-financial kpi
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// Goal term for maximization = 1.0 * weight * variable scale factor for kpi / goal scaling factor
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// workaround because we cannot write to attribute
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//>>
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value_collect_values_model_TotalBlendingViolation := 0.0;
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value_collect_values_model_MPTotalFulfillmentVariables := 0.0;
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value_collect_values_model_MPTotalSalesDemandPriorityVariable := 0.0;
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value_collect_values_model_MPTotalPostponentPenaltyVariable := 0.0;
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value_collect_values_model_MPTotalMaximumInventoryLevelVariable := 0.0;
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value_collect_values_model_MPTotalMinimumInventoryLevelVariable := 0.0;
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value_collect_values_model_MPTotalTargetInventoryLevelVariable := 0.0;
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value_collect_values_model_MPTotalFulfillmentTargetVariable := 0.0;
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value_collect_values_model_MPTotalUnitCapacityVariable := 0.0;
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value_collect_values_model_MPTotalUnitSecondaryCapacityVariable := 0.0;
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value_collect_values_models_MPTotalMinimumUnitCapacityVariable := 0.0;
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value_collect_values_models_MPTotalMinimumUnitSecondaryCapacityVariable := 0.0;
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value_collect_values_model_TotalLotSizeVariables := 0.0;
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value_collect_values_model_TotalProcessMaximumQuantityVariables := 0.0;
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value_collect_values_model_TotalStockingPointCapacityVariables := 0.0;
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value_collect_values_model_TotalMaximumSupplyVariables := 0.0;
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value_collect_values_model_TotalMinimumSupplyVariables := 0.0;
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value_collect_values_model_TotalTargetSupplyVariables := 0.0;
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value_collect_values_model_MPTotalCO2EmissionVariables := 0.0;
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value_collect_values_model_TotalShiftPatternChangesPenaltyVariable := 0.0;
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if ( runcontext.IsMetaIteration() )
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{
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if( runcontext.UseBlending() )
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{
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value_collect_values_model_TotalBlendingViolation := program.RetrieveReal( 'collectvalues_model_TotalBlendingViolation' );
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}
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value_collect_values_model_MPTotalFulfillmentVariables := program.RetrieveReal( 'collect_values_model_MPTotalFulfillmentVariables' );
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value_collect_values_model_MPTotalSalesDemandPriorityVariable := program.RetrieveReal( 'collect_values_model_MPTotalSalesDemandPriorityVariable' );
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value_collect_values_model_MPTotalPostponentPenaltyVariable := program.RetrieveReal( 'collect_values_model_MPTotalPostponementPenaltyVariables' );
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value_collect_values_model_MPTotalMaximumInventoryLevelVariable := program.RetrieveReal( 'collect_values_model_MPTotalMaximumInventoryLevelVariable' );
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value_collect_values_model_MPTotalMinimumInventoryLevelVariable := program.RetrieveReal( 'collect_values_model_MPTotalMinimumInventoryLevelVariable' );
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value_collect_values_model_MPTotalTargetInventoryLevelVariable := program.RetrieveReal( 'collect_values_model_MPTotalTargetInventoryLevelVariable' );
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value_collect_values_model_MPTotalFulfillmentTargetVariable := program.RetrieveReal( 'collect_values_model_MPTotalFulfillmentTargetVariable' );
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value_collect_values_model_MPTotalUnitCapacityVariable := program.RetrieveReal( 'collect_values_model_MPTotalUnitCapacityVariable' );
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value_collect_values_model_MPTotalUnitSecondaryCapacityVariable := program.RetrieveReal( 'collect_values_model_MPTotalUnitSecondaryCapacityVariable' );
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value_collect_values_models_MPTotalMinimumUnitCapacityVariable := program.RetrieveReal( 'collect_values_models_MPTotalMinimumUnitCapacityVariable' );
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value_collect_values_models_MPTotalMinimumUnitSecondaryCapacityVariable := program.RetrieveReal( 'collect_values_models_MPTotalMinimumUnitSecondaryCapacityVariable');
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value_collect_values_model_TotalLotSizeVariables := program.RetrieveReal( 'collect_values_model_TotalLotSizeVariables' );
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value_collect_values_model_TotalProcessMaximumQuantityVariables := program.RetrieveReal( 'collect_values_model_TotalProcessMaximumQuantityVariables' );
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value_collect_values_model_TotalStockingPointCapacityVariables := program.RetrieveReal( 'collect_values_model_TotalStockingPointCapacityVariables');
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value_collect_values_model_TotalMaximumSupplyVariables := program.RetrieveReal( 'collect_values_model_TotalMaximumSupplyVariables' );
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value_collect_values_model_TotalMinimumSupplyVariables := program.RetrieveReal( 'collect_values_model_TotalMinimumSupplyVariables' );
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value_collect_values_model_TotalTargetSupplyVariables := program.RetrieveReal( 'collect_values_model_TotalTargetSupplyVariables' );
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value_collect_values_model_MPTotalCO2EmissionVariables := program.RetrieveReal( 'collect_values_model_MPTotalCO2EmissionVariable' );
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if( runcontext.UseShiftOptimization() )
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{
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value_collect_values_model_TotalShiftPatternChangesPenaltyVariable := program.RetrieveReal( 'collect_values_model_MPTotalShiftPatternChangesPenaltyVariables' );
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}
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}
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//<<
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this.AddGoalToLevel( program, weightlevels.BlendingLevel(), weightlevels.BlendingWeight(),
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-1.0, program.TotalBlendingVariables().Get(), true, value_collect_values_model_TotalBlendingViolation );
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this.AddGoalToLevel( program, weightlevels.CampaignLevel(), weightlevels.CampaignWeight(),
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-1.0, program.TotalCampaignVariables().Get(), false, 0.0 );
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this.AddGoalToLevel( program, weightlevels.FulfillmentLevel(), weightlevels.FulfillmentWeight(),
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1.0, program.TotalFulfillmentVariables().Get(), true, value_collect_values_model_MPTotalFulfillmentVariables );
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this.AddGoalToLevel( program, weightlevels.FulfillmentTargetLevel(), weightlevels.FulfillmentTargetWeight(),
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1.0, program.TotalFulfillmentTargetVariables().Get(), true, value_collect_values_model_MPTotalFulfillmentTargetVariable );
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this.AddGoalToLevel( program, weightlevels.LotSizeLevel(), weightlevels.LotSizeWeight(),
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-1.0, program.TotalLotSizeVariables().Get(), true, value_collect_values_model_TotalLotSizeVariables );
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this.AddGoalToLevel( program, weightlevels.InventoryMixBalancingLevel(), weightlevels.InventoryMixBalancingWeight(),
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-1.0, program.TotalInventoryMixBalancingVariables().Get(), false, 0.0 );
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this.AddGoalToLevel( program, weightlevels.MaximumInventoryLevel(), weightlevels.MaximumInventoryLevelWeight(),
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-1.0, program.TotalMaximumInventoryLevelVariables().Get(), true, value_collect_values_model_MPTotalMaximumInventoryLevelVariable );
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this.AddGoalToLevel( program, weightlevels.MinimumInventoryLevel(), weightlevels.MinimumInventoryLevelWeight(),
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-1.0, program.TotalMinimumInventoryLevelVariables().Get(), true, value_collect_values_model_MPTotalMinimumInventoryLevelVariable );
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this.AddGoalToLevel( program, weightlevels.MaximumSupplyLevel(), weightlevels.MaximumSupplyWeight(),
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-1.0, program.TotalMaximumSupplyVariables().Get(), true, value_collect_values_model_TotalMaximumSupplyVariables );
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this.AddGoalToLevel( program, weightlevels.MinimumSupplyLevel(), weightlevels.MinimumSupplyWeight(),
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-1.0, program.TotalMinimumSupplyVariables().Get(), true, value_collect_values_model_TotalMinimumSupplyVariables );
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this.AddGoalToLevel( program, weightlevels.MinimumUnitCapacityLevel(), weightlevels.MinimumUnitCapacityWeight(),
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-1.0, program.TotalMinimumUnitCapacityVariables().Get(), true, value_collect_values_models_MPTotalMinimumUnitCapacityVariable );
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this.AddGoalToLevel( program, weightlevels.MinimumUnitCapacityLevel(), weightlevels.MinimumUnitCapacityWeight(),
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-1.0, program.TotalMinimumUnitSecondaryCapacityVariables().Get(), true, value_collect_values_models_MPTotalMinimumUnitSecondaryCapacityVariable );
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this.AddGoalToLevel( program, weightlevels.PostponementPenaltyLevel(), weightlevels.PostponementPenaltyWeight(),
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-1.0, program.TotalPostponementPenaltyVariables().Get(), true, value_collect_values_model_MPTotalPostponentPenaltyVariable );
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this.AddGoalToLevel( program, weightlevels.ProcessMaximumQuantityLevel(), weightlevels.ProcessMaximumQuantityWeight(),
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-1.0, program.TotalProcessMaximumQuantityVariables().Get(), true, value_collect_values_model_TotalProcessMaximumQuantityVariables );
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this.AddGoalToLevel( program, weightlevels.SalesDemandPriorityLevel(), weightlevels.SalesDemandPriorityWeight(),
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1.0, program.TotalSalesDemandPriorityVariables().Get(), true, value_collect_values_model_MPTotalSalesDemandPriorityVariable );
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this.AddGoalToLevel( program, weightlevels.ServiceLevelLevel(), weightlevels.ServiceLevelWeight(),
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1.0, program.TotalServiceLevelVariables().Get(), false, 0.0 );
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this.AddGoalToLevel( program, weightlevels.SlackLevel(), weightlevels.SlackWeight(),
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-1.0, program.TotalSlackVariables().Get(), false, 0.0 );
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this.AddGoalToLevel( program, weightlevels.StockingPointCapacityLevel(), weightlevels.StockingPointCapacityWeight(),
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-1.0, program.TotalStockingPointCapacityVariables().Get(), true, value_collect_values_model_TotalStockingPointCapacityVariables );
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this.AddGoalToLevel( program, weightlevels.SupplyTargetLevel(), weightlevels.SupplyTargetWeight(),
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-1.0, program.TotalSupplyTargetVariables().Get(), true, value_collect_values_model_TotalTargetSupplyVariables );
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this.AddGoalToLevel( program, weightlevels.TargetInventoryLevel(), weightlevels.TargetInventoryLevelWeight(),
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-1.0, program.TotalTargetInvLevelVariables().Get(), true, value_collect_values_model_MPTotalTargetInventoryLevelVariable );
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this.AddGoalToLevel( program, weightlevels.UnitCapacityLevel(), weightlevels.UnitCapacityWeight(),
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-1.0, program.TotalUnitCapacityVariables().Get(), true, value_collect_values_model_MPTotalUnitCapacityVariable );
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this.AddGoalToLevel( program, weightlevels.UnitCapacityLevel(), weightlevels.UnitCapacityWeight(),
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-1.0, program.TotalUnitSecondaryCapacityVariables().Get(), true, value_collect_values_model_MPTotalUnitSecondaryCapacityVariable );
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this.AddGoalToLevel( program, weightlevels.CapacitySmoothingLevel(), weightlevels.CapacitySmoothingWeight(),
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-1.0, program.TotalCapacitySmoothingSlackVariables().Get(), false, 0.0 );
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this.AddGoalToLevel( program, weightlevels.ExpiredQtyLevel(), weightlevels.ExpiredQtyWeight(),
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-1.0, program.TotalExpiredQtyVariables().Get(), false, 0.0 );
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this.AddGoalToLevel( program, weightlevels.CO2EmissionLevel(), weightlevels.CO2EmissionWeight(),
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-1.0, program.TotalCO2EmissionVariables().Get(), true, value_collect_values_model_MPTotalCO2EmissionVariables );
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this.AddGoalToLevel( program, weightlevels.ShiftPatternChangesPenaltyLevel(), weightlevels.ShiftPatternChangesPenaltyWeight(),
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-1.0, program.TotalShiftPatternChangesPenaltyVariables().Get(), true, value_collect_values_model_TotalShiftPatternChangesPenaltyVariable );
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// Accounts kpi
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traverse( scope.GetAccountsInOptimizerRunConst(), Elements, account )
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{
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factor := ifexpr( account.IsMaximize(), 1.0, -1.0 );
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traverse( account, AccountAssignment.AccountCostDriver, driver )
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{
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var := null( MPVariable );
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if( driver.Name() = Translations::MP_AccountAssignmentCostDriverFixed() ) // fixed
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{
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// we don't need fixed cost in the optimizer.
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}
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else if ( driver.Name() = Translations::MP_AccountAssignmentCostDriverInventorySupply() )
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{
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// cost driver inventory supply not applicable in optimizer // inventory supply
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}
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else if( driver.Name() = Translations::MP_AccountAssignmentCostDriverStaffing() ) // staffing
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{
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var := program.DriverStaffingVariables().Get( account, driver );
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}
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else if( driver.Name() = Translations::MP_AccountAssignmentCostDriverInventoryValue() ) // inventory value
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{
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var := program.DriverInventoryValueVariables().Get( account, driver );
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}
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else if( driver.Name() = Translations::MP_AccountAssignmentCostDriverInventoryHolding() ) // inventory holding
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{
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var := program.DriverInventoryHoldingVariables().Get( account, driver );
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}
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else if( driver.Name() = Translations::MP_AccountAssignmentCostDriverNrOfUnits() ) // nr of units
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{
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var := program.DriverNrOfUnitsVariables().Get( account, driver );
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}
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else if( driver.Name() = Translations::MP_AccountAssignmentCostDriverSales() ) // sales
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{
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var := program.DriverSalesVariables().Get( account, driver );
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}
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else if( driver.Name() = Translations::MP_AccountAssignmentCostDriverTime() ) // time
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{
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var := program.DriverTimeVariables().Get( account, driver );
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}
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else if( driver.Name() = Translations::MP_AccountAssignmentCostDriverVolume() ) // volume
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{
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var := program.DriverVolumeVariables().Get( account, driver );
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}
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else if( driver.Name() = Translations::MP_AccountAssignmentCostDriverLot() ) // Lot
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{
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var := program.DriverLotVariables().Get( account, driver );
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}
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else if( driver.Name() = Translations::MP_AccountAssignmentCostDriverChangeover() ) // Changeover
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{
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var := program.DriverChangeoverVariables().Get( account, driver );
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}
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else if ( driver.Name() = Translations::MP_AccountAssignmentCostDriverOneTime() ) // One-time
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{
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var := program.DriverOneTimeVariables().Get( account, driver );
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}
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else
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{
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info( '>>> Missing goal value assignment for account ', account.Name(), ' driver name:', driver.Name() );
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}
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if( not isnull( var ) )
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{
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this.AddGoalToLevel( program,
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account.Level(),
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account.Weight(),
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factor,
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var,
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false,
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0.0 );
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}
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}
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}
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this.SetKPILowerBounds( program, runcontext, scope.IsGeneratedByPreProductionSelector() );
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*]
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InterfaceProperties { Accessibility: 'Module' }
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}
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