Quintiq file version 2.0
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#parent: #root
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Method Initialize (
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AlgorithmRun algorithmrun
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)
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{
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TextBody:
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[*
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this.RunWithDebugCampaignCombis( algorithmrun.RunWithDebugCampaignCombis() );
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this.WeightLevelNonFinancial().Initialize( algorithmrun );
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this.IsSync( algorithmrun.IsSync() );
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this.HasTotalSupplyUser( algorithmrun.HasTotalSupplyUser() );
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this.TotalSupplyUser( algorithmrun.TotalSupplyUser() );
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this.IsUsingSelectedUnits( algorithmrun.IsUsingSelectedUnits() );
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this.IsAutoScalingEnabled( algorithmrun.IsAutoScalingEnabled() );
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this.NumberOfPeriodsPerSlide( algorithmrun.NumberOfPeriodsPerSlide() );
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this.NumberOfPeriodsInWindow( algorithmrun.NumberOfPeriodsInWindow() );
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this.HasOverwrittenManualPlanning( algorithmrun.HasOverwrittenManualPlanning() );
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this.IsForBenchmarking( algorithmrun.IsForBenchmarking() );
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this.IsFrozenRun( algorithmrun.IsFrozenRun() );
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this.IsInventoryOptimizationRun( algorithmrun.IsInventoryOptimizationRun() );
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this.IsMetaIteration( algorithmrun.IsMetaIteration() );
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this.IsPostProcessing( algorithmrun.IsPostProcessing() );
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this.IsSlidingWindowsRun( algorithmrun.IsSlidingWindowsRun() );
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this.IsSmartPlan( algorithmrun.IsSmartPlan() );
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this.MaxNumberOfThreadsForBenchmarking( algorithmrun.MaxNumberOfThreadsBenchmarking() );
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this.IsOnlyPlanOneStepUpstream( algorithmrun.IsOnlyPlanOneStepUpstream() );
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this.IsSmartPlanForPeriodTask( algorithmrun.IsSmartPlanForPeriodTask() );
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this.IsUpstreamSmartPlan( algorithmrun.IsUpstreamSmartPlan() );
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this.IsMiddleOutSmartPlan( algorithmrun.IsMiddleOutSmartPlan() );
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this.UseCampaignSequenceOptimizer( algorithmrun.IsCampaignSequenceOptimizer() );
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this.UseShiftOptimization( algorithmrun.UseShiftOptimization() );
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this.UseBlending( algorithmrun.UseBlending() );
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this.UseCampaign( algorithmrun.UseCampaign() );
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this.UseCapacitySmoothing( algorithmrun.UseCapacitySmoothing() );
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this.UseInventoryMixBalancing( algorithmrun.UseInventoryMixBalancing() );
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this.UseLotSize( algorithmrun.UseLotSize() );
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this.UseLotCost( algorithmrun.UseLotCost() );
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this.UseOneTimeCost( algorithmrun.UseOneTimeCost() );
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this.UseProcessMaximumQuantity( algorithmrun.UseProcessMaximumQuantity() );
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this.UseProcessMinimumQuantity( algorithmrun.UseProcessMinimumQuantity() );
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this.UseSupplySpecification( algorithmrun.UseSupplySpecification() );
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this.UseExpiredQty( algorithmrun.UseExpiredQty() );
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this.MassScalingFactor( algorithmrun.MassScalingFactor() );
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this.MonetaryScalingFactor( algorithmrun.MonetaryScalingFactor() );
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this.TimeScalingFactor( algorithmrun.TimeScalingFactor() )
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this.TimeAccountScalingFactor( algorithmrun.TimeAccountScalingFactor() )
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this.InventoryHoldingScalingFactor( algorithmrun.InventoryHoldingScalingFactor() );
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this.MaxLevel( algorithmrun.MaxLevel() );
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this.TotalTimeLimit( algorithmrun.TotalTimeLimit() );
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*]
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InterfaceProperties { Accessibility: 'Module' }
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}
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