Quintiq file version 2.0
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#parent: #root
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StaticMethod Create (
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Number focuslevel,
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Boolean ispriorlevelsfixed,
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Boolean isupdatescaling,
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Boolean runpastfocuslevel,
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LibOpt_Run run,
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String name,
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Boolean applyusersupplycorrection_carriedfwdinventory,
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Boolean keeptotalavailablesupplyoverride,
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Boolean useperiodtaskoperations,
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Boolean isonlyplandemandsmartplanpispips,
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Boolean isextraptqtylevel,
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Boolean extraptqtylevel_doinventorybased,
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Real extraptrylevel_goalslack,
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Boolean applynoisethreshold,
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Boolean usehierchicalcplexgoals,
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Real smallestinttolerance,
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Real smallestfeastolerance,
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Boolean isfullplanformeta,
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Boolean collapselevel,
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Real collapselevelweight
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) as CapacityPlanningSuboptimizer
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{
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TextBody:
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[*
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capplansubopt := run.Component( relnew, CapacityPlanningSuboptimizer,
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Name := name,
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FocusLevel := focuslevel,
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IsPriorLevelsFixed := ispriorlevelsfixed,
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IsAutoScalingEnabled := isupdatescaling,
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RunPastFocusLevel := runpastfocuslevel,
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Setting_Applyusersupplycorrection_CarriedFWDInventory := applyusersupplycorrection_carriedfwdinventory,
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Setting_KeepTotAlavailableSupplyOverride := keeptotalavailablesupplyoverride,
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GetPeriodsFromPeriodTaskOperation := useperiodtaskoperations,
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IsOnlyPlanDemandForSmartPlanPISPIPs := isonlyplandemandsmartplanpispips,
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IsExecutePTQtyLevelAfterFocusLevel := isextraptqtylevel,
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IsExecutePTQtyDoInventoryBased := extraptqtylevel_doinventorybased,
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IsExecutePTQTYRelativeGoalSlack := extraptrylevel_goalslack,
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ApplyNoiseThreshold := applynoisethreshold,
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UseHierarchicalCPLEXGoals := usehierchicalcplexgoals,
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SmallestIntegralityTolerance := smallestinttolerance,
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SmallestFeasibilityTolerance := smallestfeastolerance,
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IsFullPlanMetaPriorFocus := isfullplanformeta,
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OptionCollapseLevel := collapselevel,
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OptionCollapseLevelWeight := collapselevelweight
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);
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mp := run.StartComponent().Optimization().astype( Optimization ).MacroPlan();
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capplansubopt.MacroPlan( relset, mp );
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capplansubopt.IsLPFileExported( mp.Optimization().IsLPFileExported() );
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capplansubopt.ThreadAParameter( 333 );
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capplansubopt.ThreadBParameter( 667 );
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capplansubopt.InitTimeThreadA( 0.0 );
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capplansubopt.InitTimeThreadB( 0.0 );
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capplansubopt.InitTimeThreadC( 0.0 );
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return capplansubopt;
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*]
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InterfaceProperties { Accessibility: 'Module' }
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}
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