a) Create a class named Shirt with data fields for collar size and sleeve length. Include a constructor that takes arguments for each field. Also include a String class variable named material and initialize it to “cotton”. Write a program TestShirt to instantiate 3 Shirt objects with different collar sizes and sleeve lengths, and then display all the data, including material, for each shirt

a) Create a class named Shirt with data fields for collar size and sleeve length. Include a constructor that takes arguments for each field. Also include a String class variable named material and initialize it to “cotton”. Write a program TestShirt to instantiate 3 Shirt objects with different collar sizes and sleeve lengths, and then display all the data, including material, for each shirt

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter12: Adding Functionality To Your Classes

Section12.3: Class Scope And Duration Categories

Problem 4E

See similar textbooks

Similar questions

Based on this code, can you add what is in the picture to it? #include <iostream> #include <stdlib.h> #include <string> using namespace std; // Declare the class class Date { // Declare the private members of class private: int day_of_month, month, year; // Declare the public members of the class. public: Date() { // initialize the variables. day_of_month = 1; month = 1; year = 2001; } Date(int d, int m, int y) { // Initialized the values. day_of_month = d; month = m; year = y; } // Definition of the function. void printNumerical() { cout << month << "/" << day_of_month << "/" << year << endl; } // Definition of the function.…
The code below demonstrates the Idea of constructor overloading. However, the programmer forgot to add the main function to execute the code. Produce the main function and create three object variables, one for each of the constructors and initialize them. By using the display() method, write the necessary codes to display the output of the each constructor. #include <iostream> using namespace std; class CHELSEA { private: int x,y; public: CHELSEA () //constructor 1 with no arguments { x = y = 0; } CHELSEA(int a) //constructor 2 with one argument { x = y = a; } CHELSEA(int a,int b) //constructor 3 with two argument { x = a; 4 y = b; } void display() { cout << "x = " << x << " and " << "y = " << y << endl; } };
Consider the code and output below. Is Car more likely to be a struct or a class? func test(prototype: Car) -> String { prototype.speed = 100 // Assume that speed is an Int variable prototype.saveDiagnostics() // Assume saveDiagnostics stores information about changes to the car state prototype.speed = 120 prototype.saveDiagnostics() prototype.speed = 200 prototype.saveDiagnostics()return prototype.GetDiagnostics() // Assume GetDiagnostics returns a diagnostics report}var myCar = Car(speed: 0)print("Speed before testing: \(myCar.speed)")var result = test(prototype: myCar)print("Speed after testing: \(myCar.speed)") Screen output: Speed before testing: 0Speed after testing: 0 1. Car is a class 2. Car is a struct 3. Car is neither a class nor a struct
Declare Circle and Square classes with all relevant member functions and variables to determine area and circumference/perimeter. Write a function to calculate the shaded area shown in the graphics below. The user of the program must be required to enter the basic dimensions of both Square and Circle objects.
Create a class called Employee that includes four pieces of information as data members — a first name (type string), a middle name (type string) , a last name (type string)and a monthly salary (type int). Your class should have a constructor that initializes the four data members. Provide a set and a get function for each data member. If the monthly salary is not positive, set it to 0. Write a c++ test program that demonstrates class Employee’s capabilities. Create two Employee objects and display each object’s yearly salary.
PLEASE TRACE BY HAND OR SHOW WHAT EACH VALUE IS ASSIGNED TO and SHOW the OUTPUT for the following code: THE USER INPUT IS: 87 45 for the CODE THAT FOLLOWS: #include<iostream> using namespace std; class twoNums { public: void setOne (int); // sets the private member one to the value of the parameter void setTwo (int); // sets the private member two to the value of the parameter void nicePrint(); // prints the values of the both private members, one first followed by two, // with 2 blank-spaces between then moves to a new line private: int one; int two; }; int main( ) { cout << "==========\n"; twoNums *ptr; int numONE, numTWO; ptr = new twoNums; ptr->setOne(numTWO); ptr->setTwo(numONE); ptr->nicePrint();…
q1 A. Add a segment of code to the int main() function of the given employee program to create an object of the type Worker and initialize it to the following data, then to print it on the screen: Name: “Abdulkareem Ahmad”Id No: “35218”weeklyHourNo: 52hourRate: 20 B. Copy the ExecOfficer class and add Five explanatory comments to make the class more readable
C++YOU ONLY NEED TO EDIT date.h, dateOFYear.h, and dateOFYear.cpp date.h | date.cpp | dateOfYear.h | dateOfYear.cpp | dateTest.cpp You have been provided a Date class. Each date contains day and month parameters, a default and a custom constructor, mutator and accessor functions for the parameters, and input and output functions called within operator >> and <<. You will be writing a DateOfYear class, which expands on the Date class by adding a year parameter. This will be achieved via inheritance – DateOfYear is the derived class of the Date base class. In DateOfYear, will need to write… The include guards for the class A default constructor that initializes all parameters to 1 A custom constructor that takes in a month, day, and year to initialize the parameters Mutator and accessor for the year parameter Redefined versions of inputDate and outputDate that takes into account the new year parameter. The driver program, dateTest.cpp, is already set for use with both Date…
C++ Create a Temperature class that internally stores a temperature in degrees Kelvin. However, create functions named setTempKelvin, setTempFahrenheit, and setTempCelsius that takes an input temperature in the specified temperature scale, converts the temperature to Kelvin, and stores that temperature in the class member variable. Also create functions that return the stored temperature in degrees Kelvin, Fahrenheit, or Celsius. Write a main function to test your class. Use the equations below to convert between the three temperature scales. Kelvin = Celsius + 273.15Celsius = (5/9) X (Fahrenheit - 32)
Create a class Distance having a member meter. Now create a friend function named convert() that increments meter by 5 and then convert that meter in kilo meters and return the answer. Call the function in main. Note: use OOP and C++
Create a Temperature class that internally stores a temperature in degrees Kelvin. However, create functions named setTempKelvin, setTempFahrenheit, and setTempCelsius that takes an input temperature in the specified temperature scale, converts the temperature to Kelvin, and stores that temperature in the class member variable. Also create functions that return the stored temperature in degrees Kelvin, Fahrenheit, or Celsius. Write a main function to test your class. Use the equations below to convert between the three temperature scales. Kelvin = Celsius + 273.15 or Celsius = Kelvin - 273.15 Celsius = (5/9) X (Fahrenheit - 32) or Fahrenheit = [(9/5) x Celsius] + 32
Create a Temperature class that internally stores a temperature in degrees Kelvin. However, create functions named setTempKelvin, setTempFahrenheit, and setTempCelsius that takes an input temperature in the specified temperature scale, converts the temperature to Kelvin, and stores that temperature in the class member variable. Also create functions that return the stored temperature in degrees Kelvin, Fahrenheit, or Celsius. Write a main function to test your class. Use the equations below to convert between the three temperature scales. Kelvin = Celsius + 273.15Celsius = (5/9) X (Fahrenheit - 32)