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Sometimes you will want to create a base class that defines only a generalized form that will be shared by all of its derived classes, leaving it to each derived class to fill in the details Such a class determines the nature of the methods that the derived classes must implement, but does not, itself, provide an implementation of one or more of these methods One way this situation can occur is when a base class is unable to create a meaningful implementation for a method This is the case with the version of TwoDShape used in the preceding example The definition of Area( ) is simply a placeholder It will not compute and display the area of any type of object You will see as you create your own class libraries that it is not uncommon for a method to have no meaningful definition in the context of its base class You can handle this situation two ways One way, as shown in the previous example, is to simply have it report a warning message Although this approach can be useful in certain situations such as debugging it is not usually appropriate You may have methods that must be overridden by the derived class in order for the derived class to have any meaning Consider the class Triangle It is incomplete if Area( ) is not defined In such a case, you want some way to ensure that a derived class does, indeed, override all necessary methods C# s solution to this problem is the abstract method An abstract method is created by specifying the abstract type modifier An abstract method contains no body and is, therefore, not implemented by the base class Thus, a derived class must override it it cannot simply use the version defined in the base class As you can probably guess, an abstract method is automatically virtual, and there is no need to use the virtual modifier In fact, it is an error to use virtual and abstract together To declare an abstract method, use this general form: abstract type name(parameter-list); As you can see, no method body is present The abstract modifier can be used only on instance methods It cannot be applied to static methods Properties and indexers can also be abstract.

where the values of m and n are given in Table 91 In Eqs (93) and (94), D is a factor determined by the relationship between the materials where the subscripts 1 and 2 refer to the rst and the second contacting bodies D=

Part I:

8:

All of the binary bitwise operators can be used in compound assignments For example, the following two statements both assign to x the outcome of an XOR of x with the value 127:

(95)

x = x ^ 127; x ^= 127;

When Designer sees two join statements between the same two tables, it often will propose an alias to resolve the loop If your company has multiple SQL tools accessing a data warehouse, your DBA may have resolved many of these issues by creating synonyms or views in the RDBMS For example, one physical CUSTOMER dimension table could be joined to a fact table two times as synonyms SHIP_TO_CUSTOMER or SOLD_TO_CUSTOMER Synonyms in the source RDBMS appear to Designer as physical tables, even though they behave much like aliases If such synonyms or views do not exist in your RDBMS, create an alias to use one physical table in different ways

Part I:

A and B are factors determined by various radii of curvature of the contacting bodies If we designate r1, r2 as the minimum radii of curvature, r , r as the maximum radii of 1 2

One of C# s most fascinating operators is the , which is C# s conditional operator The operator is often used to replace certain types of if-then-else constructions The is called a ternary operator because it requires three operands It takes the general form Exp1 Exp2 : Exp3; where Exp1 is a bool expression, and Exp2 and Exp3 are expressions The type of Exp2 and Exp3 must be the same (or, an implicit conversion between them must exist) Notice the use and placement of the colon The value of a expression is determined like this: Exp1 is evaluated If it is true, then Exp2 is evaluated and becomes the value of the entire expression If Exp1 is false, then Exp3 is evaluated, and its value becomes the value of the expression Consider this example, which assigns absval the absolute value of val: