Please answer this correctly 2. Write the Building class. The UML diagram of the class is represented below:2.Building- typo: String-numberOfFLoors: int-area: doubla- IsRasidential : boolean23+Building()+Bullding(typa : String, numberOfFLoors : Int,araa : double, isRasidantial : boolean)+getType(): String+setType( typa: String) : void+satNumberofFloors(numberOffloors : Int): void+getArea(): double+setArca(arca : double) : void+getidRasidential() : boolean+setlsResidentlal (isResldentlal :boolean): void+toString() : Stringa) Implement the class strictly according to its UML one-to-one (do not include anything extra,do not miss any data fields or methods). No method should have an empty body.b) Add comments to your program (mark where data fields, constructors, getters, setters andtoString() are located in the program.

The class Building consists of four data variables and 9 member functions. While the data variables…

2. Write the Building class. The UML diagram of the class is represented below: Building - type : String - numberOfFLoors : int - area : double - IsResidential : boolean +Building() +Building(type : String, numberOfFLoors : Int, area : double, isResidential : boolean) +EetType(): String +setType( type: String): void +satNumberOfFloors(numberOfFloors : Int) : void +getArea() : double +setArea(area : double) : vold +getldResidential() : boolean +setisResidential (isResidentlal : boolean) : void +toString() : String a) Implement the class strictly according to its UML one-to-one (do not include anything extra, do not miss any data fields or methods). No method should have an empty body. b) Add comments to your program (mark where data fields, constructors, getters, setters and toString() are located in the program.

2. Write the Building class. The UML diagram of the class is represented below: Building - type : String - numberOfFLoors : int - area : double - IsResidential : boolean +Building() +Building(type : String, numberOfFLoors : Int, area : double, isResidential : boolean) +EetType(): String +setType( type: String): void +satNumberOfFloors(numberOfFloors : Int) : void +getArea() : double +setArea(area : double) : vold +getldResidential() : boolean +setisResidential (isResidentlal : boolean) : void +toString() : String a) Implement the class strictly according to its UML one-to-one (do not include anything extra, do not miss any data fields or methods). No method should have an empty body. b) Add comments to your program (mark where data fields, constructors, getters, setters and toString() are located in the program.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter11: Introduction To Classes

Section11.1: Classes

Problem 1E

See similar textbooks

Similar questions

Given below is a UML diagram for address class. Address -Street: String -City: String -State: String -Postal code: String -country: String +methods a) Write the code for default constructor and set the values of the data fields to null? b) Write the code for overloaded constructor with formal parameters and set the values of the data fields to the parameter listing. c) Write the code for mutator and accessor methods.
Given below is a UML diagram for address class. Address -Street: String -City: String -State: String -Postal code: String -country: String +methods a) Write the code for default constructor and set the values of the data fields to null? b) Write the code for overloaded constructor with formal parameters and set the values of the data fields to the parameter listing. c) Write the code for mutator and accessor methods. d) Write the code for printAddress() method that returns the full address.
Write the code only for class Person and Class Student. Design UML diagram for the above classes.
Create a UML diagram to help design the class baby. class Baby{ //data members private String name; private int age; //default constructor Baby() { name = "xyz"; age = 3; } //parameterized constructor Baby(String n,int a){ name = n; age = a; } //sets name public void setname(String n){ if(n.isEmpty()) name = "xyz"; else name = n; } //sets age public void setage(int a){ if(!(a>=1 && a<=4)) age = 2; else age = a; } //returns name public String getname(){ return name; } //returns age public int getage(){ return age; } //check if two objects have same name and age public boolean equals(Baby b){ if (age==b.getage() && name.equalsIgnoreCase(b.getname())) return true; else return false; } } public class Main { public static void main(String[] args) { //two objects of type Baby Baby A=new Baby("abcd",3); Baby B= new Baby("abcd",3); //print information of object System.out.println("Name:" + A.getname() + " age:"+ A.getage()); //call equals on obejct…
For this problem you are to join the following classes into a hierarchy (use the UML diagrams from Module 2 to get started): Pet - Super Class Dog - Subclass Cat - Subclass Monkey - Subclass
Problem: Create the class on the UML class diagram. Account + balance: double + interest: double + owner: String +id:int + withdrawal(double amount): double + deposit(double amount): double + calculateNextAmount():double While creating your class: 1) Write the class according to the UML class digram. 2) Encapsulate balance,interest, owner and id values. 3) Create getter, setters for balance and interest. Not for id and customer. So, owner and id will only be obtained while creating the objects. 4) Create constructor for the class. In your main program: 5) Create 5 account objects. 6) Withdraw some amount of Money from the accounts and inform the user about the new amount. If there is no enough Money, user should be informed. (Make validation) 7) Deposit some amount of Money to the accounts. Inform the user about new amount. 8) Calculate new amount of Money for the accounts one year later and write to console.
Define the term Constructors.
Explain the term constructor
The technique of packaging an objects attributes into a cohesive unit that can be used as an undivided entity is ____________. a. inheritance b. encapsulation c. polymorphism d. interfacing
*Initial Class Diagram is attached below Refine the UML class diagram so that it demonstrates the following: Classes (using the complex class symbols), Associations (with multiplicities AND association names), Generalizations (if any), and Compositions (if any) Focus ONLY on the following activities within the system: Start a Trip, Reserve a Vehicle, Make a Parking Reservation, Make a Charging Session for a Personal Vehicle, End a Trip or Charging Session, and Submit a Support Ticket for a Vehicle or Station Add the primary key necessary to support any relationships that have a multiplicity of "1" as an attribute in the corresponding class
Class diagram is all about classes and their: a. Interrelationships Ob. Attributes c. Operations d. None of these
Given the following UML diagram , write the code for only the constructors. Person name:String age:int Person() Person(newName:String.newAge:int)