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and identifier pairs separated by commas Parameters are variables that receive the value of the arguments passed to the method when it is called If the method has no parameters, then the parameter list will be empty

As just explained, the methods of a class typically manipulate and provide access to the data of the class With this in mind, recall that Main( ) in the preceding examples computed the area-per-person by dividing the total area by the number of occupants Although technically correct, this is not the best way to handle this computation The calculation of area-per-person is something that is best handled by the Building class, itself The reason for this conclusion is easy to understand: The area-per-person of a building is dependent upon the values in the Area and Occupants fields, which are encapsulated by Building Thus, it is possible for the Building class to perform this calculation on its own Furthermore, by adding this calculation to Building, you prevent each program that uses Building from having to perform this calculation manually This prevents the unnecessary duplication of code Finally, by adding a method to Building that computes the area-per-person, you are enhancing its object-oriented structure by encapsulating the quantities that relate directly to a building inside Building To add a method to Building, specify it within Building s declaration For example, the following version of Building contains a method called AreaPerPerson( ) that displays the area-per-person for a building:

As the mesh of the partition becomes finer, the approximating sum is ever closer to what we think of as the length of the curve, and it also converges to this integral Thus the integral represents the length of the curve

// Add a method to Building using System; class Building { public int Floors; // number of floors public int Area; // total square footage of building public int Occupants; // number of occupants // Display the area per person public void AreaPerPerson() { ConsoleWriteLine(" " + Area / Occupants + " area per person"); } } // Use the AreaPerPerson() method class BuildingDemo { static void Main() { Building house = new Building(); Building office = new Building();

// Assign values to fields in house houseOccupants = 4; houseArea = 2500; houseFloors = 2; // Assign values to fields in office officeOccupants = 25;

Subject/verb agreement doesn t change when you add intervening, modifying phrases, so it makes sense to eliminate them when making the determination

Part I:

officeArea = 4200; officeFloors = 3;

Let us calculate the arc length of the graph of f ( x) = 4x 3/2 over the interval [0, 3]

ConsoleWriteLine("house has:\n " + houseFloors + " floors\n " + houseOccupants + " occupants\n houseArea + " total area"); houseAreaPerPerson(); ConsoleWriteLine(); ConsoleWriteLine("office has:\n " + officeFloors + " floors\n " + officeOccupants + " occupants\n officeArea + " total area"); officeAreaPerPerson(); } }

This program generates the following output, which is the same as before:

house has: 2 floors 4 occupants 2500 total area 625 area per person office has: 3 floors 25 occupants 4200 total area 168 area per person

1 + [ f ( x) ]2

Let s look at the key elements of this program, beginning with the AreaPerPerson( ) method, itself The first line of AreaPerPerson( ) is

public void AreaPerPerson() {

This line declares a method called AreaPerPerson( ) that has no parameters It is specified as public, so it can be used by all other parts of the program Its return type is void Thus, AreaPerPerson( ) does not return a value to the caller The line ends with the opening curly brace of the method body The body of AreaPerPerson( ) consists solely of this statement:

Supervisors (subject, plural), especially those who are new to the eld, have (verb, plural) to attend orientation

ConsoleWriteLine(" " + Area / Occupants + " area per person");

1 + [6x 1/2 ]2

This statement displays the area-per-person of a building by dividing Area by Occupants Since each object of type Building has its own copy of Area and Occupants, when AreaPerPerson( ) is called, the computation uses the calling object s copies of those variables The AreaPerPerson( ) method ends when its closing curly brace is encountered This causes program control to transfer back to the caller

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