Quintiq file version 2.0
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#parent: #root
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MethodOverride CreateIssues
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{
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Description: 'Create `LibOpt_Issues` to highlight potential issues about values collected by this `LibOpt_StatisticTimeTotal`.'
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TextBody:
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[*
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valuesvector := RealVector::Construct( this.ValuesAsRealVector() );
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// Check for lower threshold violations.
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booleanvector_lowerthresholdviolation := valuesvector.SmallerThan( this.LowerThreshold() );
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indexvector_lowerthresholdviolation := booleanvector_lowerthresholdviolation.AsIndexVector();
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haslowerthresholdviolations := indexvector_lowerthresholdviolation.Size() > 0;
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// Check for upper threshold violations.
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booleanvector_upperthresholdviolation := valuesvector.GreaterThan( this.UpperThreshold() );
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indexvector_upperthresholdviolation := booleanvector_upperthresholdviolation.AsIndexVector();
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hasupperthresholdviolations := indexvector_upperthresholdviolation.Size() > 0;
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// Create Issues if there are violations.
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if( haslowerthresholdviolations or hasupperthresholdviolations )
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{
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//>> Variables needed for Issues creation.
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issuetype := this.GetIssueType();
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iterations := construct( LibOpt_Iterations );
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if( this.IsType() or this.IsRoot() )
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{
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iterations := selectsortedset( this, Run.Iteration, iteration,
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// FILTER
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true,
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// VALUE
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iteration.IterationNr()
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);
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}
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snapshotcomponents := construct( LibOpt_SnapshotComponents );
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if( this.IsComponent() )
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{
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snapshotcomponents := selectsortedset( this, Component.SnapshotComponent, snapshotcomponent,
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// FILTER
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true,
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// VALUE
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snapshotcomponent.SequenceNr()
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);
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}
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//<<
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if( haslowerthresholdviolations )
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{
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severityscaleentries_lowerthresholdviolation := LibOpt_Statistic::GetSeverityScaleEntriesSortedByThreshold( this.GetSeverityScaleForLowerThresholdViolation() );
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traverse( indexvector_lowerthresholdviolation.AsValues(), Elements, index )
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{
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value := valuesvector.Get( index );
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iteration := null( LibOpt_Iteration );
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snapshot := null( LibOpt_Snapshot );
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if( this.IsComponent() )
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{
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snapshot := snapshotcomponents.Element( index );
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iteration := snapshot.GetIteration();
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}
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else
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{
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iteration := iterations.Element( index );
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snapshot := iteration.SnapshotOwning();
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}
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// Create an Issue and link it to the relevant Snapshot.
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LibOpt_Issue::Create( this,
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snapshot,
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issuetype,
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this.Focus() + ', ' + Translations::LibOpt_IterationNr( iteration.IterationNr(), this.Run().TotalNrOfIterations() ),
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this.GetSeverity( value, false /*is upper threshold violation*/, severityscaleentries_lowerthresholdviolation ),
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this.GetIssueDetails( value )
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);
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}
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}
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if( hasupperthresholdviolations )
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{
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severityscaleentries_upperthresholdviolation := LibOpt_Statistic::GetSeverityScaleEntriesSortedByThreshold( this.GetSeverityScaleForUpperThresholdViolation() );
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traverse( indexvector_upperthresholdviolation.AsValues(), Elements, index )
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{
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value := valuesvector.Get( index );
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iteration := null( LibOpt_Iteration );
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snapshot := null( LibOpt_Snapshot );
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if( this.IsComponent() )
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{
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snapshot := snapshotcomponents.Element( index );
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iteration := snapshot.GetIteration();
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}
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else
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{
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iteration := iterations.Element( index );
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snapshot := iteration.SnapshotOwning();
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}
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// Create an Issue and link it to the relevant Snapshot.
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LibOpt_Issue::Create( this,
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snapshot,
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issuetype,
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this.Focus() + ', ' + Translations::LibOpt_IterationNr( iteration.IterationNr(), this.Run().TotalNrOfIterations() ),
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this.GetSeverity( value, true /*is upper threshold violation*/, severityscaleentries_upperthresholdviolation ),
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this.GetIssueDetails( value )
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);
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}
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}
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}
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*]
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}
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