Generating factors of an integer Program plan: Filename: “PrimeFactorization.java” This program file is used to define a class “PrimeFactorization”. In the code, Import the required packages. Define a class “PrimeFactorization”. Declare an integer class member “number”. Define a constructor “PrimeFactorization ()”. Initialize the “number”. Define a method “getValue()”. Return the value of “number”. Define a method “toString()”. Return the value of “number” as a string. Define a method “factorize()”. Define a variable “factor” set a value 2. Iterate a “while” loop until a condition. Increment the value of “factor” Call the method “factorize()” and return the value. Define a helper recursive method “factorize()”. If the condition “num == 1 || num == factor” is true, Return the value of “num”. Else if the condition “num % factor == 0 ” is true, Call the method “factorize()”recursively with arguments “num / factor” and “factor” and return the value. Else, Call the method “factorize()” recursively with arguments “num” and “factor + 1 ”and then return the value Filename: “FactorizationDemo.java” This program file is used to define a class “FactorizationDemo” to test the class “PrimeFactorization”. In the code, Define a class “FactorizationDemo”. Define a method “main()”. Create the object “anInteger” of class “PrimeFactorization” to initialize the class member of “PrimeFactorization” as 1. Call the method “factorize()” using “anInteger” and print the result. Print the expected value. Create the object “anInteger” of class “PrimeFactorization” to initialize the class member of “PrimeFactorization” as 2. Call the method “factorize()” using “anInteger” and print the result. Print the expected value. Create the object “anInteger” of class “PrimeFactorization” to initialize the class member of “PrimeFactorization” as 13. Call the method “factorize()” using “anInteger” and print the result. Print the expected value. Create the object “anInteger” of class “PrimeFactorization” to initialize the class member of “PrimeFactorization” as 100. Call the method “factorize()” using “anInteger” and print the result. Print the expected value. Create the object “anInteger” of class “PrimeFactorization” to initialize the class member of “PrimeFactorization” as 1800. Call the method “factorize()” using “anInteger” and print the result. Print the expected value.

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Chapter 13, Problem 3PE

Program Plan Intro

Generating factors of an integer

Program plan:

Filename: “PrimeFactorization.java”

This program file is used to define a class “PrimeFactorization”. In the code,

Import the required packages.

Define a class “PrimeFactorization”.

Declare an integer class member “number”.

Define a constructor “PrimeFactorization ()”.

Initialize the “number”.

Define a method “getValue()”.

Return the value of “number”.

Define a method “toString()”.

Return the value of “number” as a string.

Define a method “factorize()”.

Define a variable “factor” set a value 2.

Iterate a “while” loop until a condition.

Increment the value of “factor”

Call the method “factorize()” and return the value.

Define a helper recursive method “factorize()”.

If the condition “num == 1 || num == factor” is true,

Return the value of “num”.

Else if the condition “num % factor == 0” is true,

Call the method “factorize()”recursively with arguments “num / factor” and “factor” and return the value.

Else,

Call the method “factorize()” recursively with arguments “num” and “factor + 1”and then return the value

Filename: “FactorizationDemo.java”

This program file is used to define a class “FactorizationDemo” to test the class “PrimeFactorization”. In the code,

Define a class “FactorizationDemo”.

Define a method “main()”.

Create the object “anInteger” of class “PrimeFactorization” to initialize the class member of “PrimeFactorization” as 1.

Call the method “factorize()” using “anInteger” and print the result.

Print the expected value.

Create the object “anInteger” of class “PrimeFactorization” to initialize the class member of “PrimeFactorization” as 2.

Call the method “factorize()” using “anInteger” and print the result.

Print the expected value.

Create the object “anInteger” of class “PrimeFactorization” to initialize the class member of “PrimeFactorization” as 13.

Call the method “factorize()” using “anInteger” and print the result.

Print the expected value.

Create the object “anInteger” of class “PrimeFactorization” to initialize the class member of “PrimeFactorization” as 100.

Call the method “factorize()” using “anInteger” and print the result.

Print the expected value.

Create the object “anInteger” of class “PrimeFactorization” to initialize the class member of “PrimeFactorization” as 1800.

Call the method “factorize()” using “anInteger” and print the result.

Print the expected value.

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