Quintiq file version 2.0
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#parent: #root
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MethodOverride HandleFeasible (
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MathematicalProgram program,
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LibOpt_Task task
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) as LibOpt_Scope
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{
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TextBody:
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[*
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start := OS::PrecisionCounter();
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runcontext := this.GetRunContextConst();
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isfirsthandlefeasiblecall := this.CurrentSubOptimizerLevel().IsFirst();
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isfirstnotlasthandlefeasiblecallatlevelzero := isfirsthandlefeasiblecall and not this.CurrentSubOptimizerLevel().IsLast() and this.CurrentSubOptimizerLevel().LevelNumber() = 0;
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if ( isfirsthandlefeasiblecall ) // initialize of cplex needs to be const for paralellization. Any non-const processing is moved into the delayed initialization called on return of first handle feasible/infeasible.
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{
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this.DelayedInitialization( program.astype( CapacityPlanningSuboptimizer_CapacityPlanningAlgorithm ), task, runcontext, true );
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}
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this.LogDetailsCPLEX( program, '', task.Scope() );
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qualityok := this.CanRescueSolution( program, task )
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passlevelzeroformeta := this.GetRunContextConst().IsMetaIteration()
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and isfirstnotlasthandlefeasiblecallatlevelzero // for meta we are willing to accept lower quality for the fixed level 0.
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and not this.GetRunContextMeta().OptionUseHierarchicalCPLEXGoals() //
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if( qualityok or passlevelzeroformeta )
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{
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this.CapacityPlanningAlgorithmHandleFeasiblePreProcessing( program.astype( CapacityPlanningSuboptimizer_CapacityPlanningAlgorithm ), runcontext, task );
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}
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else
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{
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msg := 'Handle feasible aborted because quality insufficient';
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debuginfo( msg );
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this.DetailsCPLEX( this.DetailsCPLEX() + msg );
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this.HandleInfeasible( program, task );
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}
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end := OS::PrecisionCounter();
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durationtotal := (end- start) / OS::PrecisionCounterFrequency();
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task.Log( 'Duration h-feasible total = ' +[String] durationtotal );
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return task.Scope();
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*]
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}
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