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turning the steering wheel left causes the car to go left no matter what type of steering is used The benefit of the uniform interface is, of course, that once you know how to operate the steering wheel, you can drive any type of car The same principle can also apply to programming For example, consider a stack (which is a first-in, last-out list) You might have a program that requires three different types of stacks One stack is used for integer values, one for floating-point values, and one for characters In this case, the algorithm that implements each stack is the same, even though the data being stored differs In a non-object-oriented language, you would be required to create three different sets of stack routines, with each set using different names However, because of polymorphism, in C# you can create one general set of stack routines that works for all three specific situations This way, once you know how to use one stack, you can use them all More generally, the concept of polymorphism is often expressed by the phrase one interface, multiple methods This means that it is possible to design a generic interface to a group of related activities Polymorphism helps reduce complexity by allowing the same interface to be used to specify a general class of action It is the compiler s job to select the specific action (that is, method) as it applies to each situation You, the programmer, don t need to do this selection manually You need only remember and utilize the general interface

model is likely a reasonable model for frequency ranges around 0 200 Hz, it would not be appropriate to use at high frequencies near the resonance at 3400 Hz While the additional complexity of the two-mass system is not required to reproduce the low frequency behavior of the valve-gear system, damping should be added to the model if accurate reproduction of the resonance around 67 Hz is desired This could take the form of an analytical prediction of friction (Pisano, 1984; Hanachi and Freudenstein, 1986) or a simple equivalent damper added in parallel to the equivalent spring (Fig 1125b) and identi ed through experiment, Chen (1982)

A one-dimensional array is a list of related variables Such lists are common in programming For example, you might use a one-dimensional array to store the account numbers of the active users on a network Another array might store the current batting averages for a baseball team Because arrays in C# are implemented as objects, two steps are needed to obtain an array for use in your program First, you must declare a variable that can refer to an array Second, you must create an instance of the array by use of new Therefore, to declare a onedimensional array, you will typically use this general form: type[ ] array-name = new type[size];

3 In the top-right corner, click New User 4 From the Authentication Type drop-down, leave the default type as Enterprise

Part I:

.

Here, type declares the element type of the array The element type determines the data type of each element that comprises the array Notice the square brackets that follow type They indicate that a one-dimensional array is being declared The number of elements that the array will hold is determined by size

5 In the Account Name box, enter a login ID In some organizations, this may be a numeric employee identification This is the only required field to create a new user 6 In the Full Name box, optionally enter a description for the login ID 7 The Email address is used for scheduling reports to be automatically delivered via e-mail 8 Description is optional 9 Under Password settings, provide the user with a default password, or you may leave the password box blank and check the box to ensure the user enters a password on the first login 10 Click OK to create the user The CMC will display the newly created user with the alias name Because BusinessObjects Enterprise supports authentication against multiple directories, it uses aliases to map one BusinessObjects Enteprise user to different user IDs in other directories In the preceding example, the user ID Betty Carr is given the same alias name

declared Specifically, the square brackets follow the type name, not the array name Here is an example The following creates an int array of ten elements and links it to an array reference variable named sample

int[] sample = new int[10];