please use the picture below to answer the following questionQUESTION 2 use c++ to Implement following classes (this is inheritance hierarchy, you can ignore creaƟng inheritance for this test).Add the data members as required/menƟoned in the UML class diagram and in the constructors. QUESTION 2Implement following classes (this is inheritance hierarchy, you can ignore creating inheritance for this test).Add the data members as required/mention ed in the UML class diagram and in the constructors.Employeename : std:string+ Employee()+ Employee(std:string)+ set name(std:string)+ get.name() : std:stringHourlyEmployeeSalariedEmployee- hourly wage : doublehours.worked : double- annual.salary : double+ HourlyEmployee( )+ HourlyEmployee( name : std:string,hourly wage : double )+ set hours.worked( double )+ get hours.worked() : double+ weekly-pay () : double+ SalariedEmployee()+ SalariedEmployee( name : std:Sstring,annual salary : double )+ weekly-pay () : doubleManager- weekly bonus : double+ Manager()+ Manager(name : std:string, annual.salary: double, weekly_bonus : double)+ weekly-pay (): double

I have added the class implementation code of c++. If you want to change anything in the code or if…

Implement following classes (this is inheritance hierarchy, you can ignore creating inheritance for this test). Add the data members as required/mention ed in the UML class diagram and in the constructors. Employee name : std:string + Employee() + Employoe(std:string) + set name(std:string) + get.name() : std:string HourlyEmployee SalariedEmployee - hourly wage : double hours.worked : double - annual.salary : double + HourlyEmployee( ) + HourlyEmployee( name : std:string, hourly.wage : double ) + set hours.worked( double ) + get hours.worked() : double + weekly-pay ( ) : double + SalariedEmployee() + SalariedEmployee( name : std:Sstring, annual salary : double ) + weekly pay (): double Manager |- weekly.bonus : double + Manager() + Manager(name : std:string, annual.salary : double, weekly bonus : double) + weekly-pay () : double

Implement following classes (this is inheritance hierarchy, you can ignore creating inheritance for this test). Add the data members as required/mention ed in the UML class diagram and in the constructors. Employee name : std:string + Employee() + Employoe(std:string) + set name(std:string) + get.name() : std:string HourlyEmployee SalariedEmployee - hourly wage : double hours.worked : double - annual.salary : double + HourlyEmployee( ) + HourlyEmployee( name : std:string, hourly.wage : double ) + set hours.worked( double ) + get hours.worked() : double + weekly-pay ( ) : double + SalariedEmployee() + SalariedEmployee( name : std:Sstring, annual salary : double ) + weekly pay (): double Manager |- weekly.bonus : double + Manager() + Manager(name : std:string, annual.salary : double, weekly bonus : double) + weekly-pay () : double

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter11: More Object-oriented Programming Concepts

Section: Chapter Questions

Problem 11RQ

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Consider the following detailed inheritance hierarchy diagram: (ATTACHED IN IMAGE) The person constructor has two string parameters, a first name, and the last name. The constructor initializes the e-mail address to the first letter of the first name followed by the first five letters of the last name followed by @jc.com. If the last name has fewer than five letters, the e-mail address will be the first letter of the first name followed by the entire late name followed by @jc.com Implement the person constructor:
Consider the following detailed inheritance hierarchy diagram: (ATTACHED IN IMAGE) The person constructor has two string parameters, a first name, and the last name. The constructor initializes the e-mail address to the first letter of the first name followed by the first five letters of the last name followed by @jc.com. If the last name has fewer than five letters, the e-mail address will be the first letter of the first name followed by the entire late name followed by @jc.com A) Implement the person constructor: B) Override Object's toString method for the Person class. The toString method should return the present state of the object. Assume that the constructor writer for the previous part of this problem works as intended. C) Write both the Person and Student class headers so that the Student is a subclass of Person.
QUESTION 2 In object oriented programming, inheritance improves code readability and maintenance by allowing new classes to re-use existing classes. Use inheritance to solve the following problem: A: A Car is a Vehicle and has a name, a max_speed value and a number_of_cylinders attribute that specifies the number of cylinders in the car's engine. - Add accessor and mutator methods to get and set the values of the class attributes. - Attributes of the car objects are initialized at the time when the object is created. - When a car object is printed, its name, max_speed and number_of_cylinders are shown. B: An Airplane is also a Vehicle and has a name, a max_speed value and a number_of_engines attribute that specifies the number of jet engines the airplane has. - Add accessor and mutator methods to get and set the values of the class attributes. - Attributes of the airplane objects are initialized at the time when the object is created. - When an airplane object is printed, its name,…
Consider the following detailed inheritance hierarchy diagram: (ATTACHED IN IMAGE) The person constructor has two string parameters, a first name, and the last name. The constructor initializes the e-mail address to the first letter of the first name followed by the first five letters of the last name followed by @jc.com. If the last name has fewer than five letters, the e-mail address will be the first letter of the first name followed by the entire late name followed by @jc.com Override Object's toString method for the Person class. The toString method should return the present state of the object. Assume that the constructor writer for the previous part of this problem works as intended.
QUESTION 2 In object oriented programming, inheritance improves code readability and maintenance by allowing new classes to re-use existing classes. Use inheritance to solve the following problem: A: A Car is a Vehicle and has a name, a max_speed value and a number_of_cylinders attribute that specifies the number of cylinders in the car's engine. - Add accessor and mutator methods to get and set the values of the class attributes. - Attributes of the car objects are initialized at the time when the object is created. - When a car object is printed, its name, max_speed and number_of_cylinders are shown. B: An Airplane is also a Vehicle and has a name, a max_speed value and a number_of engines attribute that specifies the number of jet engines the airplane has. - Add accessor and mutator methods to get and set the values of the class attributes. - Attributes of the airplane objects are initialized at the time when the object is created. - When an airplane object is printed, its name,…
Draw and inheritance diagram that shows the inheritance relationships between these classes (you can upload a drawing or just use what's available in the editor/keyboard): Person Classroom Employee Student Instructor Object Then explain your reasoning about where you put each class in the diagram.
Select all options that are true about class constructors in C++. Constructors. are inherited by the child class because the child inherits ALL members will automatically call the default constructor for the parent unless directed to call a different constructor for the parent have the same name as the class and no return type run bottom up and called top down in an inheritance hierarchy called top down and run bottom up.in an inheritance hierarchy
Overview The objective of this assignment is to demonstrate an ability to implement inheritance, composition, and overloaded operators in a program. This program leverages many of the concepts that you have learned in this class and combines them into a professional-style program. Instructions Classes are getting to be more realistic with each programming assignment. This assignment includes the valuable aspect of inheritance to facilitate reuse of code and operator overloading to allow the usage of familiar operators tailored specifically to the Person, Student, and Faculty classes. Composition is also demonstrated in the use of a Course class that contains objects of the Student and Faculty classes. You are working in the IT department for a university and have been tasked with developing an application that will manage the registration process, which involves the creation of a course, the enrollment of students in the course, and the assignment of faculty members to teach the…
Polymorphism : Write a driver program that uses a AECar reference variable to point to three different types of classes, showing that inheritance is one mechanism for using polymorphism.
java languageCreate the inheritance relationship by doing base class People, derived class StudentModify the Student constructor method to receive data from the People class as an argument.In main modify the creation of student object using constructor to pass attributes of people and studentModify the ShowStudent method so that it displays the People data. In main it will not be necessary
Overloading is when you create another way for the operation to be used like with different data types whereas overriding is like using Inheritance and having the child class have it’s own method. answer choices True False
In-class Assignment Day 8 You should draw the hierarchy for your classes to understand how the coding should be structured. Be sure to notate any classes that are abstract. Write an abstract class for Shape. The intended subclasses are Polygon, Circle, Triangle, and Rectangle. All of these will have a name, an area, and a perimeter. (Consider which methods might be abstract.) Add a toString method that will return the information about the Shape, for example: Triangle, Area: 7.5, Perimeter: 12.0 Write the class Rectangle. A Rectangle is a Shape and should have a width and a height. When a Rectangle is outputted, it should read: Rectangle, Length: #, Width: #, Area: #, Perimeter: # Write the class for Circle. Every circle is a Shape that has a radius. Be sure to provide an accessor method (getter) for the radius. When a circle is outputted, it should read: Circle, Radius: #, Area: #, Circumference: # Write a TestShape class that has the main method, which creates…