AddValue(HierarchyKey: Integer, Value: IMatrixAggregatorModel);
AddValue(HierarchyKey: System.UInt32, Value: Prognoz.Platform.Interop.Matrix.IMatrixAggregatorModel);
HierarchyKey. Key of dictionary in the collection of alternative hierarchies.
Value. Parameters of mechanism or method of aggregation by alternative hierarchy levels.
The AddValue method adds existing aggregation parameters of dictionary alternative hierarchy by key.
The added parameters of dictionary alternative hierarchy are not displayed in the interface.
Executing the example requires that repository contains a standard cube with the CUBE identifier.The dimension with the 1 index is used by the dictionary with configured alternative hierarchy.
Add links to the Metabase, Cubes, Dimensions, Matrix system assemblies.
Sub UserProc;
Var
MB: IMetabase;
Cub: IStandardCube;
Hiers: IMatrixAggregatorModelHierarchies;
Dim: IStandardCubeDimension;
Dest: IStandardCubeDestination;
HierKey: Integer;
Model: IMatrixAggregatorModel;
Man: IMatrixAggregatorManager;
BasicAggr: IBasicMatrixAggregator;
Begin
MB := MetabaseClass.Active;
// Get cube for editing
Cub := MB.ItemById("CUBE").Edit As IStandardCube;
// Get the first cube dimension
Dim := Cub.Dimensions.Item(1);
// Get parameters of cube display version
Dest := Cub.Destinations.Item(0);
// Get list of alternative hierarchies
Hiers := Dim.AggregatorHierarchies(1, Dest);
// Create and set up data aggregator
Man := New MatrixAggregatorManager.Create As IMatrixAggregatorManager;
BasicAggr := Man.CreateAggregator("BasicMatrixAggregator") As IBasicMatrixAggregator;
BasicAggr.UseSelection := True;
BasicAggr.DefaultLevelAggregation.Operation := BasicAggregatorOperation.Sum;
Model := BasicAggr As IMatrixAggregatorModel;
// Dictionary key in aggregation parameters of the first alternative hierarchy
HierKey := Dim.Dimension.Hierarchies.Item(0).Key;
// Change aggregation parameters
Hiers.AddValue(HierKey, Model);
// Save changes in cube
(Cub As IMetabaseObject).Save;
End Sub UserProc;
Imports Prognoz.Platform.Interop.Metabase;
Imports Prognoz.Platform.Interop.Cubes;
Imports Prognoz.Platform.Interop.Dimensions;
Imports Prognoz.Platform.Interop.Matrix;
…
Public Shared Sub Main(Params: StartParams);
Var
MB: IMetabase;
Cub: IStandardCube;
Hiers: IMatrixAggregatorModelHierarchies;
Dim: IStandardCubeDimension;
Dest: IStandardCubeDestination;
HierKey: UInteger;
Model: IMatrixAggregatorModel;
Man: MatrixAggregatorManager = New MatrixAggregatorManagerClass();
BasicAggr: IBasicMatrixAggregator;
Begin
MB := Params.Metabase;
// Get cube for editing
Cub := MB.ItemById["CUBE"].Edit() As IStandardCube;
// Get the first cube dimension
Dim := Cub.Dimensions.Item[1];
// Get parameters of cube display version
Dest := Cub.Destinations.Item[0];
// Get list of alternative hierarchies
Hiers := Dim.AggregatorHierarchies[1, Dest];
// Create and set up data aggregator
BasicAggr := Man.CreateAggregator("BasicMatrixAggregator") As IBasicMatrixAggregator;
BasicAggr.UseSelection := True;
BasicAggr.DefaultLevelAggregation.Operation := BasicAggregatorOperation.baoSum;
Model := BasicAggr As IMatrixAggregatorModel;
// Dictionary key in aggregation parameters of the first alternative hierarchy
HierKey := Dim.Dimension.Hierarchies.Item[0].Key;
// Change aggregation parameters
Hiers.AddValue(HierKey, Model);
// Save changes in cube
(Cub As IMetabaseObject).Save();
End Sub;
After executing the example, in the standard cube with the CUBE identifier aggregation parameters of the first alternative hierarchy of the specified dimension will be added:
Aggregation of selected dimension elements is enabled.
Aggregation method is changed for Sum.
See also: