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 Rectangle and Circle objects. Print out the specific attributes about the shape.

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 Rectangle and Circle objects. Print out the specific attributes about the shape.

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter11: Advanced Inheritance Concepts

Section: Chapter Questions

Problem 20RQ

See similar textbooks

Similar questions

1- Create a class SchoolKid that is the base class for children ar aschool . It should have attributes of the child’s name and age ,the name of the child’s teacher ,and the greeting. It should haveappropriate accessor and mutator methods for each of the attributes. Derive a class ExaggeratingKid from schoolkid , as described above . The new class should override the accessor method for the age , reporting the actual plus 2. It also should override the accessor for the greeting ,returning the child’s greeting concatenated with the words “I am the best”.
The pillar that allows you to build a specialized version of a general class, but violates encapsulation principles is ______________.
True or False? Because child classes in generalizations inherit the attributes, operations, and relationships of the parent, you must only define for the child the attributes, operations, or relationships that are distinct from the parent.
Person and Customer Classes Write a class named (Person) with data attributes for a person’s name, address, and telephone number. Provide accessors/getters and mutators/setters for each attribute. Write a displayPerson() to print out the attributes of the Person. Next, write a class named (Customer) that is a subclass of the (Person) class. The (Customer) class should have a data attribute for a customer number, and a Boolean data attribute indicating whether the customer wishes to be on a mailing list. Provide accessors/getters and mutators/setters for each attribute. Write a display customer() to print out the attributes of the Customer. Demonstrate an instance of the (Customer) class in a simple program.
Programming Launguage = Python 2. ShiftSupervisor Class In a particular factory, a shift supervisor is a salaried employee who supervises a shift. In addition to a salary, the shift supervisor earns a yearly bonus when his or her shift meets production goals. Write a ShiftSupervisor class that is a subclass of the Employee class you created in Programming Exercise 1. The ShiftSupervisor class should keep a data attribute for the annual salary and a data attribute for the annual production bonus that a shift supervisor has earned. Demonstrate the class by writing a program that uses a ShiftSupervisor object. Sample Output Enter the name: John Smith Enter the ID number: 234 Enter the annual salary: 100000 Enter the bonus: 10000 Shift supervisor worker information: Name: John Smith ID number: 234 Annual Salary: $100,000.00 Annual Production Bonus: $10,000.00 Combined Annual Pay: $110,000.00 NOTE: Add new calculation.
in c++ 3. Develop additional classes for Cat, Horse, and GuineaPig overriding the move() and speak() methods. (If you didn’t know, guinea pigs go “wheep wheepLinks to an external site.”). Make sure to also define a constructor and destructor for each of these classes, and that when you run your program, you can also see that the correct constructors and destructors are being called. Recall that a derived class will always call the parents constructors and destructors, so if you see this behavior, that is okay. Just make sure you are also calling the derived class’ constructors and destructors. Test with the modified main: int main (){Mammal* theArray[5];Mammal* ptr;int choice;for (int i = 0; i < 5; i++){cout << "(1)dog (2)cat (3)horse (4)guinea pig: ";cin >> choice;switch (choice){case 1: ptr = new Dog;break;case 2: ptr = new Cat;break;case 3: ptr = new Horse;break;case 4: ptr = new GuineaPig;break;default: ptr = new Mammal;break;}theArray[i] = ptr;}// Iterate through…
Every employee in a firm XYZ has attributes employeeid, name and salary. However the sales employees in firm XYZ has all the attributes of employees and also has an additional attribute named bonus. You are a software developer who has to the implement the relation between employee and sales employee. Write the code for classes employee and employee_sales. Write the constructors for both classes that set the attributes of both classes.
Overview Construct a hierarchy of classes representing savings and checking accounts as well as a means to ‘filter’ account objects. Account Classes Your solution will consist of 4 account classes as described below. It is your responsibility to define the exact relationship among those classes and translate that relationship into source code structure. There is a correct structure; the skeleton must be modified to reflect the correct relationships.  Account – represents a general account with basic operations such as deposit, withdraw, etc.  Savings – represents a savings account that must maintain a minimum balance.  Checking – represents a checking account that has no minimum balance (this means a zero balance).  CappedChecking – represents a checking account that disallows a balance above a particular maximum value. Linking Accounts A bank or credit typically allows a user the ability to link accounts together. That is, I might wish to link my checking account with my savings…
Generalization is a type of class relationship. What do know about Generalization, and arrange following classes in Generalization relationship using proper UML notation? Table, Chair, StudyTable, Bed, SingleBed, CoffeeTable, OfficeChair, RestChair, DoubleBed, Furniture
Use the parent classes to the left to help you solve this problem. The first parent is the Person class with some very generic information. The second class, CardHolder, is the class for a credit card holder. Create the child class PlantinumClient. This class inherits all of the attributes of both parent classes. In addition, the child class has the attributes cash_back and rewards. cash_back should be set to 0.02 and rewards should be set to 0. Override the process_sale method so that 2% of each sale is added to rewards. Expected Output Declare an instance of the PlatinumClient class as shown below. platinum = PlatinumClient("Sarah", "101 Main Street", 123364) Your class should be able to execute the code below in the stated order and produce the given return values. Order Code Return Value 1 platinum.process_sale(100) N/A 2 print(platinum.rewards) 2 3 print(platinum.balance) 100 4 platinum.make_payment(50) N/A 5 print(platinum.balance)…
Q Question & Answer (Subclasses of Account) In Programming Exercise 9.7 - see the textbook, the Account class was defined to model a bank account. An account has the properties account number, balance, annual interest rate, and date created, and methods to deposit and withdraw funds. Create two subclasses for checking and saving accounts. A checking account has an overdraft limit, but a savings account cannot be overdrawn. Draw the UML diagram for the classes and implement them. Write a test program that creates objects of Account, SavingsAccount, and CheckingAccount and invokes their toString() methods. UML Diagram
please do both parts part 1) Implement the Solvable inheritance structure strictly according to its UML diagram.Add comments stating where data fields, constructors, toString(), and other methods are (ifany). Neither method should have an empty body unless abstract methods.Note: You should implement the Solvable interface, abstract class Problem, regular classCodingProblem, and regular class MathProblem. part 2) Write a main() method inside of the CodingProblem class, having the following:1. Generate a random integer from 0 to 100.Hint: int num = (int)(Math.random()*100);2. Create a new instance of the CodingProblem class with random input, a String “Yourlucky number is: yourInputvalue” as output, algorithm, and programmingLanguage.Apply the concept of Polymorphism (means creating the object using the Problemclass name but CodingProbem’s constructer).3. Create a new instance of the MathProblem class with random input, its square(power of 2) as an output, your algorithm, and…