Data |
The DataTableMatrixProxyBase type exposes the following members.
Name | Description | |
---|---|---|
![]() | _accumulatedEventData |
Holds the accumulated change data.
(Inherited from SuspendableDocumentNodeWithSingleAccumulatedDataT) |
![]() | _columnHeaderColumns | Column that correlate each column of the resulting matrix to a corresponding physical value. This value can be used for instance for calculating the x- or y- position in the coordinate system. |
![]() | _dataColumns | |
![]() | _dataTable | Holds a reference to the underlying data table. If the Empty property of the proxy is null, the underlying table must be determined from the column proxies. |
![]() | _groupNumber | The group number of the data columns. All data columns must be columns of ColumnKind.V and must have this group number. Data columns having other group numbers will be removed. |
![]() | _isDirty | True if the data are inconsistent. To bring the data in a consistent state Update method must be called then. |
![]() | _parent |
The parent object this instance belongs to.
(Inherited from SuspendableDocumentNodeBase) |
![]() | _participatingDataColumns | The indices of the data columns that contribute to the matrix. |
![]() | _participatingDataRows | The indices of the data rows that contribute to the matrix. |
![]() | _rowHeaderColumn | Column that correlate each row of the resulting matrix to a corresponding physical value. This value can be used for instance for calculating the x- or y- position in the coordinate system. |
![]() | _suspendTokensOfChilds | Stores the suspend tokens of the suspended childs of this object. (Inherited from SuspendableDocumentNode) |
![]() | _useAllAvailableColumnsOfGroup | If true, all available columns (of ColumnKind.V) with the group number of _groupNumber will be used for the data matrix. If columns with this group number are removed or added from/to the table, the number of columns of the matrix will be adjusted. |
![]() | _useAllAvailableDataRows | If true, all available rows (of the columns that contribute to the matrix) will be included in the matrix. |