Quintiq file version 2.0
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#parent: #root
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Method CreateShadowConversionFactor () id:Method_FormUnitsOfMeasurement_CreateShadowConversionFactor
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{
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#keys: '[124808.2.631315687]'
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Body:
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[*
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// Generate conversion factor shadow instances
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DataHolderShadowGlobalParameters.Data( null( shadow[GlobalParameters_MP], owning ) );
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//Ownership on GP so that it is possible to show multi rows when multiple uoms are selected.
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owner := shadow( MacroPlan.GlobalParameters_MP() );
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DataHolderShadowGlobalParameters.Data( &owner );
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traverse( DataHolderMatrixEditorRows.Data(), Elements, rowheader )
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{
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traverse( DataHolderMatrixEditorColumns.Data(), Elements, colheader, rowheader <> colheader )
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{
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baseconversionfactor := null( BaseConversionFactor );
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// Get conversion factor regardless it is base or inverse, to show Factor value in matrix
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conversionfactor := select( rowheader, AsSourceUnitOfMeasure, cf,
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not cf.IsProductDependent(),
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cf.TargetUnitOfMeasure() = colheader );
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// Need to set relation to base conversion factor
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// If it is base, relset straight away.
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if( not isnull( conversionfactor ) )
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{
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if( conversionfactor.istype( BaseConversionFactor ) )
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{
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baseconversionfactor := conversionfactor.astype( BaseConversionFactor );
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}
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// Else if it is inverse, relset the base conversion factor the inverse factor belongs to.
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else
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{
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baseconversionfactor := conversionfactor.astype( InverseConversionFactor ).BaseConversionFactor();
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}
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}
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// Create shadow conversion factor in matrix
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DataHolderShadowGlobalParameters.Data().ConversionFactorInMatrix( relnew,
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SourceUnitOfMeasureInConversionMatrix := rowheader,
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TargetUnitOfMeasureInConversionMatrix := colheader,
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BaseConversionFactor := baseconversionfactor,
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Factor := guard( conversionfactor.Factor(), 1 ) );
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}
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}
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*]
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}
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