Program to ComparableCircle class Program Plan: Include a class name named “Exercise_13_06”. Declare the main() method. Create two instances of ComparableCircle objects by referencing the ComparableCircle class. Display comparableCircle1 and ComaprableCircle2 objects. Find and display the larger of the two ComparableCircle objects by using the compareTo() method in GeometricObject class. Close the main() method. Close the class. Include an abstract class “GeometricObject”. Declare all the data types of the variables. Construct a default geometric object. Construct a geometric object with color and filled value. Assign color and fill to the object. Set a new color. Define an isFilled method returns filled and since filled is Boolean; the get method is named isFilled. Set a new filled and getDateCreated method. Override toString function to return output. Define Abstract method getArea. Define Abstract method getPerimeter. Close class. Include a class “ComparableCircle”. Construct a ComparableCircle method with specified radius. Construct a ComparableCircle method with specified properties. Construct an override function to implement the compareTo method defined in Comparable. Construct an override function to implement the toString method defined in Circle class. Close class. Include a class “Circle” that extends the class GeometricObject class. Declare radius variable. Create a Circle constructor. Assign values to radius. Create a function to set color and set fill in the Circle. Create a Function to return radius. Create a function to set a new radius. Create an override function to return area. Create an override function to return perimeter. Create an override string description of circle object. Close class.

Question

Want to see the full answer?

Answer 1

Question

Chapter 13, Problem 13.6PE

Program Plan Intro

Program to ComparableCircle class

Program Plan:

Include a class name named “Exercise_13_06”.

Declare the main() method.

Create two instances of ComparableCircle objects by referencing the ComparableCircle class.

Display comparableCircle1 and ComaprableCircle2 objects.

Find and display the larger of the two ComparableCircle objects by using the compareTo() method in GeometricObject class.

Close the main() method.

Close the class.

Include an abstract class “GeometricObject”.

Declare all the data types of the variables.

Construct a default geometric object.

Construct a geometric object with color and filled value.

Assign color and fill to the object.

Set a new color.

Define an isFilled method returns filled and since filled is Boolean; the get method is named isFilled.

Set a new filled and getDateCreated method.

Override toString function to return output.

Define Abstract method getArea.

Define Abstract method getPerimeter.

Close class.

Include a class “ComparableCircle”.

Construct a ComparableCircle method with specified radius.

Construct a ComparableCircle method with specified properties.

Construct an override function to implement the compareTo method defined in Comparable.

Construct an override function to implement the toString method defined in Circle class.

Close class.

Include a class “Circle” that extends the class GeometricObject class.

Declare radius variable.

Create a Circle constructor.

Assign values to radius.

Create a function to set color and set fill in the Circle.

Create a Function to return radius.

Create a function to set a new radius.

Create an override function to return area.

Create an override function to return perimeter.

Create an override string description of circle object.

Close class.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Objective: 1. Implement a custom Vector class in C++ that manages dynamic memory efficiently. 2. Demonstrate an understanding of the Big Five by managing deep copies, move semantics, and resource cleanup. 3. Explore the performance trade-offs between heap and stack allocation. Task Description: Part 1: Custom Vector Implementation 1. Create a Vector class that manages a dynamically allocated array. 。 Member Variables: ° T✶ data; // Dynamically allocated array for storage. std::size_t size; // Number of elements currently in the vector. std::size_t capacity; // Maximum number of elements before reallocation is required. 2. Implement the following core member functions: Default Constructor: Initialize an empty vector with no allocated storage. 。 Destructor: Free any dynamically allocated memory. 。 Copy Constructor: Perform a deep copy of the data array. 。 Copy Assignment Operator: Free existing resources and perform a deep copy. Move Constructor: Transfer ownership of the data array…

2.68♦♦ Write code for a function with the following prototype: * Mask with least signficant n bits set to 1 * Examples: n = 6 -> 0x3F, n = 17-> 0x1FFFF * Assume 1 <= n <= w int lower_one_mask (int n); Your function should follow the bit-level integer coding rules Be careful of the case n = W.

Hi-Volt Components You are the IT manager at Hi-Voltage Components, a medium-sized firm that makes specialized circuit boards. Hi-Voltage's largest customer, Green Industries, recently installed a computerized purchasing sys- tem. If Hi-Voltage connects to the purchasing system, Green Industries will be able to submit purchase orders electronically. Although Hi-Voltage has a computerized accounting system, that system is not capable of handling EDI. Tasks 1. What options does Hi-Voltage have for developing a system to connect with Green Industries' pur- chasing system? 2. What terms or concepts describe the proposed computer-to-computer relationship between Hi-Voltage and Green Industries? why not? 3. Would Hi-Voltage's proposed new system be a transaction processing system? Why or 4. Before Hi-Voltage makes a final decision, should the company consider an ERP system? Why or why not?