Create a class called Pyramid. A Pyramid is described by three pieces of private information as instance variables: base width, base length, and height. All are double. Provide a set and a get method for each instance varialhle. The setters must ensure that the values are positive and greater than 0. Your class should have one constructor that properly initializes the three instance variables. Add a no-arguments constructor that sets width = 1, length = 1, height = 2; In addition, provide the following methods: 1. A method named calculateArea) that returns the area calculated based on the following formula: width (length+ height2 2 2 Area = (length x width) + length x + height? + width x eng) 2 2. A method named calculateVolume) that returns the volume calculated based on the following formula: length x width x height Volume = 3

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Write an application named PyramidTest to test Pyramid class. In the PyramidTest do the
following:
1. Create two pyramid instances using the different constructors.
2. Print the details of both objects.
Transcribed Image Text:Write an application named PyramidTest to test Pyramid class. In the PyramidTest do the following: 1. Create two pyramid instances using the different constructors. 2. Print the details of both objects.
Create a class called Pyramid. A Pyramid is described by three pieces of private information as
instance variables: base width, base length, and height. All are double.
Provide a set and a get method for each instance varialle. The setters must ensure that the values
are positive and greater than 0.
Your class should have one constructor that properly initializes the three instance variables. Add a
no-arguments constructor that sets width = 1, length = 1, height = 2;
In addition, provide the following methods:
1. A method named calculateArea0 that returns the area calculated based on the following
formula:
2
widthy
(length
Area = (length x width) + length x
+ height? + width x
+ height?
2
2. A method named calculateVolume) that returns the volume calculated based on the
following formula:
length X width x height
Volume
3
Transcribed Image Text:Create a class called Pyramid. A Pyramid is described by three pieces of private information as instance variables: base width, base length, and height. All are double. Provide a set and a get method for each instance varialle. The setters must ensure that the values are positive and greater than 0. Your class should have one constructor that properly initializes the three instance variables. Add a no-arguments constructor that sets width = 1, length = 1, height = 2; In addition, provide the following methods: 1. A method named calculateArea0 that returns the area calculated based on the following formula: 2 widthy (length Area = (length x width) + length x + height? + width x + height? 2 2. A method named calculateVolume) that returns the volume calculated based on the following formula: length X width x height Volume 3
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