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It s important to keep in mind that any project can use a combination of organizational structures For example, consider an operating guide on how to use a washing machine The guide might use a combination of the chronology and category organizational structures The overall structure might be categorical (ie, Before You Begin, Regular Washing Cycle, Delicate Cycle, Troubleshooting Guide, and so on) Within each category, however, the detailed instructions are likely to be organized chronologically (eg, the Before You Begin section might start with Before using your new washing machine, read the following safety instructions ) Certain categories might use several structures For instance, the Troubleshooting Guide (category) might list subcategories (ie, machine won t spin) Within each subcategory, perhaps the guide would use a PAR (problem/action/results) approach combined with a chronological approach (eg, First see if the unbalanced light is illuminated ) Sometimes it s best to organize your content using a visual layout, such as a matrix or bulleted points There are a multitude of combinations And there s no right or wrong approach Make your choice based on the kind of project you re working on and what information you want to highlight The nine organizational structures are: 1 2 3 4 5 chronology category PAR (problem [or opportunity]/action/results) Q&A visual layout

public override bool Equals(object obj) public bool Equals(int obj) public override int GetHashCode( ) public TypeCode GetTypeCode( ) public static int Parse(string s)

We have found that our inequality |x + 3| 2 is true precisely when either 3 x 1 or 5 x < 3 Putting these together yields 5 x 1 We display this set in Figure 15

public static int Parse(string s, IFormatProvider provider) public static int Parse(string s, NumberStyles style) public static int Parse(string s, NumberStyles style, IFormatProvider provider) public override string ToString( ) public string ToString(string format) public string ToString(IFormatProvider provider) public string ToString(string format, IFormatProvider provider)

TABLE 21-2

Part I:

YOU TRY IT On a real number line, sketch the set {x : x2 1 < 3}

The general form of a class declaration that inherits a base class is shown here: class derived-class-name : base-class-name { // body of class } You can specify only one base class for any derived class that you create C# does not support the inheritance of multiple base classes into a single derived class (This differs from C++, in which you can inherit multiple base classes Be aware of this when converting C++ code to C#) You can, however, create a hierarchy of inheritance in which a derived class becomes a base class of another derived class (Of course, no class can be a base class of itself, either directly or indirectly) In all cases, a derived class inherits all of the members of its base class This includes instance variables, methods, properties, and indexers A major advantage of inheritance is that once you have created a base class that defines the attributes common to a set of objects, it can be used to create any number of more specific derived classes Each derived class can precisely tailor its own classification For example, here is another class derived from TwoDShape that encapsulates rectangles:

// A derived class of TwoDShape for rectangles class Rectangle : TwoDShape { // Return true if the rectangle is square public bool IsSquare() { if(Width == Height) return true; return false; } // Return area of the rectangle public double Area() { return Width * Height; } }

The Rectangle class includes TwoDShape and adds the methods IsSquare( ), which determines if the rectangle is square, and Area( ), which computes the area of a rectangle

We locate points in the plane by using two coordinate lines (instead of the single line that we used in one dimension) Refer to Figure 16 We determine the coordinates of the given point P by first determining the x-displacement, or (signed) distance from the y-axis and then determining the y-displacement, or (signed) distance from the x-axis We refer to this coordinate system as (x, y)-coordinates or cartesian coordinates The idea is best understood by way of some examples

As explained in 8, members of a class are often declared private to prevent their unauthorized use or tampering Inheriting a class does not overrule the private access restriction Thus, even though a derived class includes all of the members of its base class, it cannot access those members of the base class that are private For example, if, as shown here, Width and Height are made private in TwoDShape, then Triangle will not be able to access them:

// Access to private members is not inherited // This example will not compile using System; // A class for two-dimensional objects class TwoDShape {

plus four ways to say no or deliver bad news: 6 7 8 9 Bookend No No with an Alternative Diplomatic No Direct No

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