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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// create needed components. The design consists of 2 sub optimizers fed by two transformers (down stream then upstream, whic is done by having an iterator of 2 iterations and a
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// round robin switch). This is the complete middle out smart plan. In case we just do upstream or downstream smartplan we set the start component to be the corresponding transformer.
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prepostcomp := run.Component( relnew, OptimizerPrePostProcessing, Name := 'PrePostProcessing_SmartPlan' );
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//iterator := this.Iterator( run, 'IteratorTwoTimes' ); // default start component
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//iterator.SetMaxIterations( 2 );
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//roundrobin := this.SwitchRoundRobin( run, 'RoundRobinDownstreamUpstream' );
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runcontext := RunContextForCapacityPlanning::GetRunContextCapacityPlanning( run );
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transformerdownstream := TransformerSmartPlanDownStream::Create( run,
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'TransformerDownStream',
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Number::MaxNumber(),
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runcontext.NumberOfPeriodsSmartPlan() );
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transformerupstream := TransformerSmartPlanUpStream::Create( run,
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'TransformerUpStream',
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Number::MaxNumber(),
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runcontext.NumberOfPeriodsSmartPlan() );
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suboptimizerup := CapacityPlanningSuboptimizer::Create( 5, // focuslevel
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false, // ispriorlevelsfixed
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false, // isupdatescaling
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false, // runpastfocuslevel
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run,
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'CapacityPlanningSubOptimizerForSmartPlanUpStream', // name
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false, // user supply correction for carried fwd inventory
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false, // keep total available supply
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true, // use periodtaskoperation in definition
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true, // only plan demand smart plan pispips
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false, // no extra level to minimize ptqty
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false, // not applicable
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0.0, // not applicable
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true, // apply noise threshold
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false, // hierarhical cplex goals
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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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false, // collapse level
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0.0 ); // collapse level weight
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RollbackKPIMeta::Create( suboptimizerup,
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RunContextForCapacityPlanning::GetRunContextCapacityPlanning( run ),
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0, // unused
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0.0, // unused
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0.0, // unused
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runcontext.SmallestFeasibilityTolerance(), // blending KPI precision
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true, // unused
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runcontext.MaxLevel(),
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true ); // always accept - just want to see scores in snapshots
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suboptimizerdown := CapacityPlanningSuboptimizer::Create( 5, // focuslevel
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false, // ispriorlevelsfixed
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false, // isupdatescaling
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false, // runpastfocuslevel
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run,
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OptimizerSmartPlan::DownStreamSubOptimizerName(), // name
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true, // user supply correction for carried fwd inventory
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true, // keep total available supply
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true, // use periodtaskoperation in definition
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false, // only plan demand smart plan pispips
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false, // no extra level to minimize ptqty
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false, // not applicable
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0.0, // not applicable
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true, // apply noise threshold
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false, // hierarhical cplex goals
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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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false, // collapse level
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0.0 ); /// collapse level weight
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RollbackKPIMeta::Create( suboptimizerdown,
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RunContextForCapacityPlanning::GetRunContextCapacityPlanning( run ),
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0, // unused
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0.0, // unused
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0.0, // unused
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runcontext.SmallestFeasibilityTolerance(), // blending KPI precision
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true, // unused
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runcontext.MaxLevel(),
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true ); // always accept - just want to see scores in snapshots
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// create the tree by linking created components - default is to create middle out smart plan diagram (which we modify in execute for upstream/downstream smartplan)
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//prepostcomp.To( iterator );
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//iterator.To( roundrobin );
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prepostcomp.To( transformerdownstream );
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//roundrobin.Branch( transformerdownstream );
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//roundrobin.Branch( transformerupstream );
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transformerdownstream.To( suboptimizerdown );
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suboptimizerdown.To( transformerupstream );
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transformerupstream.To( suboptimizerup );
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*]
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}
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