Quintiq file version 2.0
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#parent: #root
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MethodOverride CreateComponents (
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LibOpt_Run run
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)
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{
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TextBody:
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[*
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rcm := RunContextMeta::GetRunContextMeta( run );
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runcontext := RunContextForCapacityPlanning::GetRunContextCapacityPlanning( run );
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mp := this.Optimization().astype( Optimization ).MacroPlan();
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maxlevel := max( mp, StrategyMacroPlan.StrategyLevelMacroPlan, slm, true, slm.Level() );
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prepostcomp := run.Component( relnew, OptimizerPrePostProcessing, Name := 'PrePostProcessing_Meta' );
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iteratormeta := this.Iterator( run, 'IteratorLevels' ); // default start component
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iteratormeta.SetMaxIterations( this.GetNumberOfIterationForRoundRobin( maxlevel, rcm ) );
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prepostcomp.To( iteratormeta );
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roundrobin := this.SwitchRoundRobin( run, 'RoundRobinProcessAllLevels' );
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iteratormeta.To( roundrobin );
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if ( this.GetRunFullPuzzlePriorToMeta( rcm ) )
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{
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selectorfullpuzzle := run.Component( relnew, SelectorFullPuzzle, Name := 'SelectorFullPuzzle' );
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transformerforuserperiodtasks := run.Component( relnew, TransformerFullRun, Name := 'TransformerFullRun' );
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roundrobin.Branch( transformerforuserperiodtasks );
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suboptimizer := CapacityPlanningSuboptimizer::Create( rcm.OptionMinimumMetaLevel() - 1, // focuslevel
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false, // ispriorlevelsfixed
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runcontext.IsAutoScalingEnabled() and rcm.OptionAllowScalingRecompute(), // isupdatescaling
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false, // runpastfocuslevel
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run,
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'CapacityPlanningSubOptimizerForFullRunPriorMetaLevel', // name
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false, // user supply correction carried fwd inventory
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false, // keep total available supply
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false, // do not get periods by traversal over periodtaskoperation
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false, // only plan demand smart plan pispips
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rcm.OptionMinimizePTQty(), // extra level to minimize ptqty
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rcm.OptionMinimizePTQtyDoInventoryBased(),
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rcm.OptionMinimizePTQTYLevelRelativeGoalSlack(),
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true, // apply noise threshold
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rcm.OptionUseHierarchicalCPLEXGoals(),
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runcontext.SmallestIntegralityTolerance(),
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runcontext.SmallestFeasibilityTolerance(),
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true, // full plan for meta
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false, 0.0 ); // collapse level and weight
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transformerforuserperiodtasks.To( selectorfullpuzzle );
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selectorfullpuzzle.To( suboptimizer );
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RollbackKPIMeta::Create( suboptimizer,
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RunContextForCapacityPlanning::GetRunContextCapacityPlanning( run ),
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rcm.OptionPrecisionForRollback(),
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rcm.OptionToleranceRollback(),
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rcm.OptionCutOffProcessMinQtyKPI(),
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runcontext.SmallestFeasibilityTolerance(), // blending KPI precision
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rcm.OptionUseRollBack(),
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suboptimizer.FocusLevel(),
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true ); // always accept
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}
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for ( focuslevel := rcm.OptionMinimumMetaLevel(); focuslevel <= maxlevel; focuslevel++ )
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{
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maxdurationforlevel := Duration::Seconds( rcm.GetTotalDurationSecondsForLevel( focuslevel ) );
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stopmeta := construct( StopCriterionMeta,
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FocusLevel := focuslevel,
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MaxDurationLocal := maxdurationforlevel,
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MaxDurationGlobal := Duration::Seconds( rcm.OptionMaxNumberOfSecondsRun() ),
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ConvergenceWindowSize := rcm.OptionConvergenceWindowSize(),
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ConvergenceThreshold := rcm.OptionConvergenceThreshold(),
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CutOffForOptimal := rcm.OptionCutOffForOptimal(),
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MaxError := rcm.OptionMaximumError(),
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MaxLevel := maxlevel,
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IsEnabledAutoScaling := runcontext.IsAutoScalingEnabled() and rcm.OptionAllowScalingRecompute() );
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stopmeta.SetStopScoreForBenchmarking( run.Optimization().astype( Optimization ).MacroPlan(), runcontext.IsForBenchmarking(), rcm.OptionBenchmarkStopThreshold() ); // note for OTS we need to set it in select scope as workaround (LibOpt_BT_TrackingTableRow::SelectScope )
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iteratorconv := this.Iterator( run, 'IteratorConvergence' + [String] focuslevel, &stopmeta);
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roundrobin.Branch( iteratorconv );
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// create sub tree for level 'focuslevel'
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suboptimizerforlevel := CapacityPlanningSuboptimizer::Create( focuslevel,
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rcm.OptionFixDecisionVariablesPriorToFocusLevel(),
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runcontext.IsAutoScalingEnabled() and rcm.OptionAllowScalingRecompute(), // isupdatescaling,
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rcm.OptionRunPastFocusLevel(),
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run,
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'SubOptimizerLevel'+[String]focuslevel,
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false, // apply user correction carried fwd inventory
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false, // keep total avail supply override
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true, // period for operations from periodtaskoperation like smart plan
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false, // only plan demand smart plan pispips
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rcm.OptionMinimizePTQty(), // extra level to minimize ptqty
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rcm.OptionMinimizePTQtyDoInventoryBased(),
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rcm.OptionMinimizePTQTYLevelRelativeGoalSlack(),
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false, // do not apply noise treshold during meta iterations
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rcm.OptionUseHierarchicalCPLEXGoals(),
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runcontext.SmallestIntegralityTolerance(),
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runcontext.SmallestFeasibilityTolerance(),
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false, // full plan for meta
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rcm.OptionCollapseLevels(), // collapse level
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rcm.OptionCollapseLevelWeight() ); // collapse level weight
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RollbackKPIMeta::Create( suboptimizerforlevel,
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RunContextForCapacityPlanning::GetRunContextCapacityPlanning( run ),
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rcm.OptionPrecisionForRollback(),
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rcm.OptionToleranceRollback(),
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rcm.OptionCutOffProcessMinQtyKPI(),
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runcontext.SmallestFeasibilityTolerance(), // blending KPI precision
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rcm.OptionUseRollBack(),
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focuslevel,
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rcm.OptionRollbackAlwaysAccept() );
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startcomponentsubtree := this.CreateComponentTreeForLevel( run, suboptimizerforlevel, focuslevel );
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iteratorconv.To( startcomponentsubtree );
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}
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startexcludedproducts := Optimization::GetStartComponentForExcludedProductsOptimization( run );
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if ( not isnull( startexcludedproducts ) )
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{
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// add to diagram by inserting an iteration up to
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iteratortwotimes := this.Iterator( run, 'IteratorTwoTimesForExcludedProducts' );
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iteratortwotimes.SetMaxIterations( 2 );
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roundrobinforexcludedproducts := this.SwitchRoundRobin( run, 'RoundRobinForExcludedProducts' );
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prepostcomp.To( iteratortwotimes ); // redirect from iteratormeta in this case
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iteratortwotimes.To( roundrobinforexcludedproducts );
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roundrobinforexcludedproducts.Branch( iteratormeta );
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roundrobinforexcludedproducts.Branch( startexcludedproducts );
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}
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*]
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}
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