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To illustrate classes, we will be evolving a class that encapsulates information about buildings, such as houses, stores, offices, and so on This class is called Building, and it will store three

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items of information about a building: the number of floors, the total area, and the number of occupants The first version of Building is shown here It defines three instance variables: Floors, Area, and Occupants Notice that Building does not contain any methods Thus, it is currently a data-only class (Subsequent sections will add methods to it)

class Building { public int Floors; // number of floors public int Area; // total square footage of building public int Occupants; // number of occupants }

084997 You can see that the average value lies between the maximum and the minimum, as it should This is an instance of a general phenomenon

The instance variables defined by Building illustrate the way that instance variables are declared in general The general form for declaring an instance variable is shown here: access type var-name; Here, access specifies the access; type specifies the type of variable; and var-name is the variable s name Thus, aside from the access specifier, you declare an instance variable in the same way that you declare local variables For Building, the variables are preceded by the public access modifier As explained, this allows them to be accessed by code outside of Building A class definition creates a new data type In this case, the new data type is called Building You will use this name to declare objects of type Building Remember that a class declaration is only a type description; it does not create an actual object Thus, the preceding code does not cause any objects of type Building to come into existence To actually create a Building object, you will use a statement like the following:

It has come to our attention that Marybeth from Dallas, Charlie from Portland, Dee from Chicago, and Brian from Phoenix all need to meet with the advertising team

After this statement executes, house will be an instance of Building Thus, it will have physical reality For the moment, don t worry about the details of this statement Each time you create an instance of a class, you are creating an object that contains its own copy of each instance variable defined by the class Thus, every Building object will contain its own copies of the instance variables Floors, Area, and Occupants To access these variables, you will use the member access operator, which is a period It is commonly referred to as the dot operator The dot operator links the name of an object with the name of a member The general form of the dot operator is shown here: objectmember Thus, the object is specified on the left, and the member is put on the right For example, to assign the Floors variable of house the value 2, use the following statement:

houseFloors = 2;

In general, you can use the dot operator to access both instance variables and methods Here is a complete program that uses the Building class:

What is the average value of the function g( x) = sin x over the interval [0, 2 ]

// A program that uses the Building class using System;

Part I:

class Building { public int Floors; // number of floors public int Area; // total square footage of building public int Occupants; // number of occupants } // This class declares an object of type Building class BuildingDemo { static void Main() { Building house = new Building(); // create a Building object int areaPP; // area per person // Assign values to fields in house houseOccupants = 4; houseArea = 2500; houseFloors = 2; // Compute the area per person areaPP = houseArea / houseOccupants; ConsoleWriteLine("house has:\n " + houseFloors + " floors\n " + houseOccupants + " occupants\n " + houseArea + " total area\n " + areaPP + " area per person"); } }

1 [ cos x] 2