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Meaning Returns the index of the first element in array that satisfies the predicate specified by match The search begins at array[startIndex] and runs for count elements If no element satisfies match, 1 is returned Returns the last element in array that satisfies the predicate specified by match If no element satisfies match, then default(T) is returned Returns the index of the last element in array that satisfies the predicate specified by match If no element satisfies match, 1 is returned Returns the index of the last element in array that satisfies the predicate specified by match The search proceeds in reverse order, beginning at array[startIndex] and stopping at array[0] If no element satisfies match, 1 is returned Returns the index of the last element in array that satisfies the predicate specified by match The search proceeds in reverse order, beginning at array[startIndex] and running for count elements If no element satisfies match, 1 is returned Applies the method specified by action to each element of array Returns an enumerator object for the array An enumerator enables you to cycle through an array Enumerators are described in 25 Returns the length of the specified dimension The dimension is zero-based Thus, to get the length of the first dimension, pass 0; to obtain the length of the second dimension, pass 1; and so on Returns the length of the specified dimension as a long The dimension is zero-based Thus, to get the length of the first dimension, pass 0; to obtain the length of the second dimension, pass 1; and so on Returns the first index of the specified dimension, which is usually zero The parameter dimension is zero-based Thus, to get the start index of the first dimension, pass 0; to obtain the start index of the second dimension, pass 1; and so on Returns the last index of the specified dimension The parameter dimension is zero-based Thus, to get the last index of the first dimension, pass 0; to obtain the last index of the second dimension, pass 1, and so on.

this process far less obvious To do so, select the entire document in the report pane A gray box will surround the entire pane and the Document Properties options will appear in the left-hand Properties tab Click the ellipse next to the document name 3 This displays the Document Properties pane on the right 4 Scroll to the section Data Synchronization Options 5 Check the option Auto-Merge Dimensions to have Web Intelligence merge query results with common dimension names from the same universe 6 Check the option Extend Merged Dimension Values; this will perform a double outer join or display results from both queries even when only one query contains a particular dimension value

public int GetLength(int dimension)

Although cam synthesis problems in which the cam is constrained by the application to satisfy 20 kinematic conditions are rare, the capacity of the spline method to accommodate a large number of constraints is still important It enables the designer to introduce constraints, in addition to those that are prescribed by the application, to obtain desirable qualitative characteristics in the follower motion For example, it might be desired to ensure continuity of higher derivatives at the boundaries of a rise to improve the dynamic behavior (Wiederrich, 1981; Chew et al, 1983) In such a case constraints on jerk and the derivatives of jerk could be imposed at the boundary Splines of a suitable order would have to be used, but the number of added constraints would not pose a problem The addition of constraints to tune the motion to a speci c need can easily yield a large array of constraints that cannot be reliably handled by other techniques As illustrated by the series of examples above, the spline approach to cam synthesis affords a systematic procedure that is versatile enough to accomplish many tasks that ordinarily require a variety of techniques This approach can be conveniently used to satisfy the requirements of routine cam synthesis problems while remaining versatile enough to handle some cases that are very dif cult by any other means Implementation

public long GetLongLength(int dimension)

23:

public int GetLowerBound(int dimension)

Displacement (cm) Velocity (cm/rad) Acceleration (cm/rad/rad) Constraint 1 0 45 90 Cam rotation angle (deg)

public int GetUpperBound(int dimension)

Concatenated objects combine information from multiple fields A common usage is to combine a customer or employee s First Name and Last Name into a new object, Name Depending on your database, you have two ways to concatenate fields: The CONCAT function, which is database specific and allows you to combine two columns of data One can nest CONCAT statements to combine multiple columns, but personally, I find the nested functions harder to read than an operator An operator that allows you to combine several columns into one Microsoft databases use +, and Oracle uses || The following object uses the CONCAT function and Designer s @Select to reference existing objects in the universe:

TABLE 21-12

FIGURE 56 Cam follower displacement, velocity, and acceleration obtained by spline synthesis with uniform knot spacing in Example 3

Methods De ned by Array (continued)

CONCAT(@Select(Hr Employees\First Name),@Select(Hr Employees\Last Name))

Part II:

of the computational aspects of the approach is largely procedural and can be accomplished using commonly available software to handle the major computational burden