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Web Intelligence does a virtual join of result sets by common dimensions automatically when you have one data provider; the multiple SQL statements are issued because you have multiple fact tables within the same universe You can, however, also have multiple queries within a document that come from different universes or that come from the same universe but with different filter criteria The ability to synchronize these multiple data providers is a key feature new to XI Release 2 However, if you are used to authoring such complex reports in the full client, it s important to understand that the behavior is slightly different in Web Intelligence With earlier versions of BusinessObjects, joining of multiple data providers happens automatically across universes as long as the object names are the same With Web Intelligence and Desktop Intelligence, when the dimension object names are the same and come from the same universe, they are automatically merged When they come from different universes, you must explicitly map them to one another, in a process called merging Missing rows between the queries is treated differently; Desktop Intelligence will do a full outer join automatically so that all rows from each query result are displayed in the merged table In Web Intelligence, the outer join is performed in only one direction unless you set the Document Properties to Extend Merged Dimension Values As an example, within the eFashion universe, Sales is one star schema and Promotions is in a second star schema They both share common dimensions such as Time and Articles However, let s assume they are in two separate universes; you can no longer build one query or one data provider to create the report shown in Figure 23-1 You need to create a query for each universe In Web Intelligence, you must define how the dimensions in each query map to one another In Desktop Intelligence, you need to do this only when the dimension names are different In the following example, I have purposely used different object names to make the different data sources clearer However, ideally, your universe designer will ensure that common dimension names follow the same naming conventions across multiple universes Ideally, the designer may link universes to ensure such conformity To link these multiple data providers, do the following: 1 Create a query from the first universe 2 To insert a second data provider, from within the Web Intelligence query panel, select Add Query 3 When prompted, select the universe to use as the data source and click OK 4 Web Intelligence will display a blank query panel Note at the bottom of your screen that there are now two queries.

Method public void CopyTo(Array array, long index) public static Array CreateInstance(Type elementType, int length) public static Array CreateInstance(Type elementType, int length1, int length2) public static Array CreateInstance(Type elementType, int length1, int length2, int length3) public static Array CreateInstance(Type elementType, params int[ ] lengths) public static Array CreateInstance(Type elementType, params long[ ] lengths) public static Array CreateInstance(Type elementType, int[ ] lengths, int[ ] lowerBounds) public static bool Exists<T>(T[ ] array, Predicate<T> match) public static T Find<T>(T[ ] array, Predicate<T> match) public static T[ ] FindAll<T>(T[ ] array, Predicate<T> match) public static int FindIndex<T>(T[ ] array, Predicate<T> match) public static int FindIndex<T>(T[ ] array, int startIndex, Predicate<T> match)

TABLE 21-12 Methods De ned by Array (continued)

FIGURE 53 Cam follower displacement, velocity, and acceleration obtained by spline synthesis in Example 2

23:

Meaning Copies the elements of the invoking array to array, beginning at array[index] If an error occurs during the copy, array is undefined Returns a reference to a one-dimensional array that contains length elements of type elementType Returns a reference to a length1-by-length2 two-dimensional array Each element is of type elementType

Returns a reference to a length1-by-length2-by-length3 three-dimensional array Each element is of type elementType

EXAMPLE 3: A Case to Illustrate the Effects of Varying the Knot Sequence to Re ne the Synthesized Motion In this case the constraints listed in Table 53 are to

Query Properties 5 Select Run Queries from the upper-right toolbar 6 If you already ran the first query, Web Intelligence asks you what you want to do with the additional query results As you ultimately want to display the measure Promotion Cost in the same report as Revenue, for now, select Include the result objects in the document without generating a table If you did not run the second query, then Web Intelligence will automatically create one report with only the first query results

Returns a reference to a multi-dimensional array that has the dimensions specified in lengths Each element is of type elementType Returns a reference to a multi-dimensional array that has the dimensions specified in lengths Each element is of type elementType Returns a reference to a multi-dimensional array that has the dimensions specified in lengths Each element is of type elementType The starting index of each dimension is specified in lowerBounds Thus, it is possible to create arrays that begin at some index other than zero Returns true if array contains at least one element that satisfies the predicate specified by match Returns false if no elements satisfy match Returns the first element in array that satisfies the predicate specified by match If no element satisfies match, then default(T) is returned Returns an array that contains all elements in array that satisfy the predicate specified by match If no element satisfies match, then a zero-length array is returned Returns the index of the first element in array that satisfies the predicate specified by match If no element satisfies match, 1 is returned Returns the index of the first element in array that satisfies the predicate specified by match The search begins at array[startIndex] If no element satisfies match, 1 is returned

21:

At this point, you have query results from both queries, but you see the data from only one of them In order to display the two measures together, you must synchronize your data providers