Please help me C++ language to do this.) The program should then step through the array, calling each object's printand CargoShip objects. (See Program 15-14, lines 17 through 22, for an example of howments should be initialized with the addresses of dynamically allocated Ship, CruiseShip,function.Pure ADefChane class should 12. Ship, CruiseShip, and CargoShip ClassesDesign a Ship class that has the following members:• A member variable for the name of the ship (a string)• A member variable for the year that the ship was built (a string)• A constructor and appropriate accessors and mutators• A virtual print function that displays the ship's name and the year it was built.Design a CruiseShip class that is derived from the Ship class. The CruiseShip classshould have the following members:• A member variable for the maximum number of passengers (an int)A constructor and appropriate accessors and mutatorsA print function that overrides the print function in the base class. The CruiseShipclass's print function should display only the ship's name and the maximum numberof passengers.Design a CargoShip class that is derived from the Ship class. The CargoShip classshould have the following members:• A member variable for the cargo capacity in tonnage (an int)• A constructor and appropriate accessors and mutators• A print function that overrides the print function in the base class. The CargoShipclass's print function should display only the ship's name and the ship's cargo capacity.

PROGRAM CODE: main.cpp (code) #include <iostream>#include "Ship.h"#include…

Demonstrate the classes in a program that has an array of Ship pointers. The array ele- ments should be initialized with the addresses of dynamically allocated Ship, CruiseShip, and CargoShip objects. (See Program 15-14, lines 17 through 22, for an example of how o do this.) The program should then step through the array, calling each object's print unction. ure et n DU class should

Demonstrate the classes in a program that has an array of Ship pointers. The array ele- ments should be initialized with the addresses of dynamically allocated Ship, CruiseShip, and CargoShip objects. (See Program 15-14, lines 17 through 22, for an example of how o do this.) The program should then step through the array, calling each object's print unction. ure et n DU class should

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter11: Inheritance And Composition

Section: Chapter Questions

Problem 1PE: In Chapter 10, the class clockType was designed to implement the time of day in a program. Certain...

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Using classes, design an online address book to keep track of the names, addresses, phone numbers, and dates of birth of family members, close friends, and certain business associates. Your program should be able to handle a maximum of 500 entries. Define a class addressType that can store a street address, city, state, and ZIP code. Use the appropriate functions to print and store the address. Also, use constructors to automatically initialize the member variables. Define a class extPersonType using the class personType (as defined in Example 10-10, Chapter 10), the class dateType (as designed in this chapters Programming Exercise 2), and the class addressType. Add a member variable to this class to classify the person as a family member, friend, or business associate. Also, add a member variable to store the phone number. Add (or override) the functions to print and store the appropriate information. Use constructors to automatically initialize the member variables. Define the class addressBookType using the previously defined classes. An object of the type addressBookType should be able to process a maximum of 500 entries. The program should perform the following operations: Load the data into the address book from a disk. Sort the address book by last name. Search for a person by last name. Print the address, phone number, and date of birth (if it exists) of a given person. Print the names of the people whose birthdays are in a given month. Print the names of all the people between two last names. Depending on the users request, print the names of all family members, friends, or business associates.
In Chapter 10, the class clockType was designed to implement the time of day in a program. Certain applications, in addition to hours, minutes, and seconds, might require you to store the time zone. Derive the class extclockType from the class clockType by adding a member variable to store the time zone. Add the necessary member functions and constructors to make the class functional. Also, write the definitions of the member functions and the constructors. Finally, write a test program to test your class.
Breed Class Create a Breed class with the following: Member Variables Create the following private member variables, all of type std::string: species_ breed_name_ color_ Constructors Create a default constructor for Breed that sets its species_ to "Dog", breed_name_ to "Pug", and color_ to "Fawn". Create a non-default constructor that receives a std::string for species_, breed_name_, and color_; in that order. The values from the constructor should appropriately assign the member variables. Accessors and Mutators Create accessors and mutators for all member variables, following the naming conventions covered in class. e.g. for species_, name the accessor Species, and the mutator SetSpecies. Pet Class Create a Pet class with the following: Member Variables Create the following private member variables: std::string name_ Breed breed_ double weight_ Constructors Create a default constructor for Pet that sets its name to "Doug" and weight to 15.6. The Breed object will…
Pets Breed Class Create a Breed class with the following: Member Variables Create the following private member variables, all of type std::string: species_ breed_name_ color_ Constructors Create a default constructor for Breed that sets its species_ to "Dog", breed_name_ to "Pug", and color_ to "Fawn". Create a non-default constructor that receives a std::string for species_, breed_name_, and color_; in that order. The values from the constructor should appropriately assign the member variables. Accessors and Mutators Create accessors and mutators for all member variables, following the naming conventions covered in class. e.g. for species_, name the accessor Species, and the mutator SetSpecies. Pet Class Create a Pet class with the following: Member Variables Create the following private member variables: std::string name_ Breed breed_ double weight_ Constructors Create a default constructor for Pet that sets its name to "Doug" and weight to 15.6. The Breed object will…
you will design various classes and write a program to computerize the billing system of a hospital.a. Define a class personType having members of id, name, cnic. Define overloaded constructor,getter/setters and destructor.b. Design the class doctorType, inherited from the class personType, with an additional data member to store a doctor’s speciality. Add appropriate constructors and member functions to initialize, access, and manipulate the data members.c. Design the class billType with data members to store a patient’s ID and a patient’s hospital charges, such as pharmacy charges for medicine, doctor’s fee, and room charges. Add appropriate constructors and member functions to initialize and access and manipulate the data members.d. Design the class patientType, inherited from the class personType, with additional data members to store a patient’s ID, age, date of birth, attending physician’s name, the date when the patient was admitted in the hospital, and the date when the patient…
# Pets## Breed ClassCreate a `Breed` class with the following: ### Member VariablesCreate the following private member variables, all of type `std::string`: 1. `species_`2. `breed_name_`3. `color_` ### Constructors1. Create a default constructor for `Breed` that sets its `species_` to `"Dog"`, `breed_name_` to `"Chihuahua"`, and `color_` to `"Fawn"`.2. Create a non-default constructor that receives a `std::string` for `species_`, `breed_name_`, and `color_`; in that order. The values from the constructor should appropriately assign the member variables. ### Accessors and MutatorsCreate accessors and mutators for all member variables, following the naming conventions covered in class. e.g. for species_, name the accessor `Species`, and the mutator `SetSpecies`. ## Pet ClassCreate a `Pet` class with the following: ### Member VariablesCreate the following private member variables:1. `std::string name_`2. `Breed breed_` 3. `double weight_` ### Constructors1. Create a default constructor…
Create a class named ElectricCar and display its model, color, mpg and condition. Note that ElectricCar is a class which inherits from its parent class named Car. In the parent class Car, it has a global variable named condition and its condition is set to ”new” at all time, and has three variables in the constructor ”model, color and mpg”. Furthermore, in the parent class Car, it contains two functions a display car function that displays the car attributes (such as model, color and mpg) and a drive car function that changes the condition to ”used”. Moreover, in the child ElectricCar class, it has one more attribute ”battery type” and it overrides the drive car function by setting the condition to ”like new”. To test your class CreateaElectricCarnamedmyCarbysettingmodel=”DeLorean”,color=”silver”, mpg=88, and battery type=”molten salt”. Display myCar’s condition by ”print(myCar.condition)”. Output is ”new”. Change myCar’s condition to ”like new” by myCar.drive car(). Again,…
Create a class named Laboratory containing• Two data fields i.e. name (a string) and location (string)• A no-argument constructor to initialize all data fields with default values “NoName” and “NULL”• A member function named input()• A member function named show() to display the details associated with an instance of this classDerive a class named WetLab from class Laboratory that includes• data members no_of_microscopes and Scientist_name,• respective mutator and accessor functions • overriding function named input() to take input from user in all data members• overriding function named show() to display the details associated with an instance of class WetLabFrom the Laboratory class, derive a class named DryLab that contains• a data field named no_of_computers and Capacity • Setters and getters• an overriding function named input()• overriding function named show() to display the details associated with an instance of this class Implement these classes and in the main() create…
In this exercise, you will design the class memberType. Each object of memberType can hold the name of a person, member ID, number of books bought, and amount spent. Include the member functions to perform the various operations on the objects of memberType—for example, modify, set, and show a person’s name. Similarly, up-date, modify, and show the number of books bought and the amount spent. Add the appropriate constructors. Write the definitions of the member functions of memberType. Write a program to test various operations of your class memberType.
Create a class called students with 4 private member variables, name quiz midterm and final term include all necessary member function with constructor, get function and grading function declare 3 object of students type read from the keyboard three sets of values of name quiz midterm and final and assign them to each object using objects member function to calculate grade =quiz *0.2 +midterm *0.4+final*0.4 display on the screen only name and grade
Write a class Person that has attributes of id, name and address. It has a constructor to initialize, a member function to input and a member function to display data members. Create another class Student that inherits Person class. It has additional attributes of rollnumber and marks. It also has member function to input and display its data members. Write a simple C++ code as I am a beginner.
Representing a point in the plane, a class named PlanePoint has • Two data members i.e. X and Y (correspond to x and y coordinates) of integer type, • Two accessor functions named as getX() and getY() to get values of data members X and Y• A function named planeDistance() that calculates and returns the distance between two points in a planeDerive a class named SpacePoint to imagine a point in a three-dimensional space and has following additional features:• A data member Z of type integer to represent the z-coordinate of a point in space• A no-argument constructor that constructs a point with coordinates (0,0,0)• A constructor with three arguments that constructs a point with three specified coordinate values• An accessor function, which returns the value of data field Z• A function named spaceDistance to return the distance between two points in the spaceImplement both the classes and in the main() create two points with different dimensions and invoke appropriate function to display…