Binary tree Program plan: BinaryTree.java Create a class named “BinaryTree”. Inside the class, Define the required variables Define the “BinaryTree ()” methods. Initialize the node values. Define and assign the values. Define the class “Node()” methods. Initialize the required values. Define the method “swap()”. Define the variables Condition to compare the values. Return the values Define the method “levelPrint ()” Define the queue. Add the values Use loop and condition to compare the values. Print the results Define the method “height()” method Condition to validate the node value Return the height. Define the method “isEmpty()” Assign the value of the root Define the “data()” Return the value Define the “left()” Initialize the method Return the result Define the “right()” Initialize the method Return the result TreeTester.java Create a class named “TreeTester”. Inside the class, Define the method “main ()” Define the object Assign the values to the list. Perform swap. Display the resultants

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Chapter 17, Problem 3PE

Program Plan Intro

Binary tree

Program plan:

BinaryTree.java

Create a class named “BinaryTree”. Inside the class,

Define the required variables

Define the “BinaryTree ()” methods.

Initialize the node values.

Define and assign the values.

Define the class “Node()” methods.

Initialize the required values.

Define the method “swap()”.

Define the variables

Condition to compare the values.

Return the values

Define the method “levelPrint ()”

Define the queue.

Add the values

Use loop and condition to compare the values.

Print the results

Define the method “height()” method

Condition to validate the node value

Return the height.

Define the method “isEmpty()”

Assign the value of the root

Define the “data()”

Return the value

Define the “left()”

Initialize the method

Return the result

Define the “right()”

Initialize the method

Return the result

TreeTester.java

Create a class named “TreeTester”. Inside the class,

Define the method “main ()”

Define the object

Assign the values to the list.

Perform swap.

Display the resultants

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