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Method public object GetValue(int index) public object GetValue(long index) public object GetValue(int index1, int index2) public object GetValue(long index1, long index2) public object GetValue(int index1, int index2, int index3) public object GetValue(long index1, long index2, long index3) public object GetValue(params int[ ] indices)

The SQL statement will appear as follows:

.

Rational B-spline functions permit greater exibility in re ning motion programs than the method described above As noted earlier, the spline method is suf ciently exible and general to permit the motion programs to be re ned or optimized while still satisfying motion constraints by adjusting certain spline function parameters that are independent of the kinematic constraints It is with regard to this last feature of the generalized spline approach that rational B-splines offer an advantage over the methods described earlier Rational B-splines incorporate additional function parameters and consequently offer additional degrees of design freedom As was the case with nonrational B-splines, these parameters are independent of the motion constraints and can be controlled to re ne and

Meaning Returns the value of the element at index index within the invoking array The array must be one-dimensional Returns the value of the element at index index within the invoking array The array must be one-dimensional Returns the value of the element at [index1, index2] within the invoking array The array must be two-dimensional Returns the value of the element at [index1, index2] within the invoking array The array must be two-dimensional Returns the value of the element at [index1, index2, index3] within the invoking array The array must be three-dimensional Returns the value of the element at [index1, index2, index3] within the invoking array The array must be three-dimensional Returns the value of the element at the specified indices within the invoking array The array must have as many dimensions as indices has elements Returns the value of the element at the specified indices within the invoking array The array must have as many dimensions as indices has elements Returns the index of the first element within the one-dimensional array array that has the value specified by value Returns 1 if the value is not found (If the array has a lower bound other than 0, then the failure value is the lower bound 1) Returns the index of the first element within the one-dimensional array array that has the value specified by value Returns 1 if the value is not found Returns the index of the first element within the one-dimensional array array that has the value specified by value The search begins at array[startIndex] Returns 1 if the value is not found (If the array has a lower bound other than 0, then the failure value is the lower bound 1) Returns the index of the first element within the one-dimensional array array that has the value specified by value The search begins at array[startIndex] Returns 1 if the value is not found Returns the index of the first element within the one-dimensional array array that has the value specified by value The search begins at array[startIndex] and runs for count elements Returns 1 if the value is not found within the specified range (If the array has a lower bound other than 0, then the failure value is the lower bound 1).

CONCAT(HREMPLOYEESFIRST_NAME,HREMPLOYEESLAST_NAME)

public object GetValue(params long[ ] indices)

public static int IndexOf(Array array, object value)

118 1

Using an operator has the following syntax and allows you to combine more than two fields plus spaces between each column:

public static int IndexOf<T>(T[ ] array, T value)

public static int IndexOf(Array array, object value, int startIndex)

1 0

( HREMPLOYEESEMPLOYEE_ID ) ||' '|| ( HREMPLOYEESFIRST_NAME )||' ' || ( HREMPLOYEESLAST_NAME )

public static int IndexOf<T>(T[ ] array, T value, int startIndex) public static int IndexOf(Array array, object value, int startIndex, int count)

TABLE 21-12

If you look at any quarterly or annual report, it contains current period and Year-To-Date information as shown from the most current Business Objects 10Q filing, as in the following earnings statement:

Displacement (cm) Velocity (cm/rad) Acceleration (cm/rad/rad) Constraint 45 90 Cam rotation angle (deg) 135 180

Methods De ned by Array (continued)

21:

Three Months Ended September 30 2005 Net license fees Services Total revenues 120,308 141,073 $261,381 2004 105,705 113,765 $219,470 YTD (Ended September 30) 2005 360,317 412,248 $772,565 2004 337,380 321,563 $658,943

FIGURE 57 Cam follower displacement, velocity, and accleration obtained by spline synthesis with adjusted knot spacing in Example 3