Program Plan: Import required packages. Declare a main class named “ch14_02” which extends the “Application” class. Declare a “start ()” method which overrides the “start ()” method in the “Application” class. Inside this method, Create two image objects and load the URL. Create a GridPane in order to display images. Place the pane in center position using “setAlignment ()” method. Set the horizontal and vertical gap for the pane using “setHgap ()” and “setVgap ()” functions respectively. Using two “for” loops generate a random number and store it in a variable named “status”. Inside the inner “for” loop, check if the value of “status” is equal to 0. If the above condition is true then, add the image to the pane at a particular location. Inside the inner “for” loop, now check if the value of “status” is equal to 1. If the above condition is true then, add the image to the pane at a particular location. Create a scene object. Set the title as “Exercise14_02”. Place the scene on the stage. Display the stage on the window using “primaryStage.show()” method. Declare a main method using “public static main”. Launch the method using “launch ()” method.

Question

Want to see the full answer?

Answer 1

Question

Chapter 14, Problem 14.2PE

Program Plan Intro

Program Plan:

Import required packages.

Declare a main class named “ch14_02” which extends the “Application” class.

Declare a “start ()” method which overrides the “start ()” method in the “Application” class. Inside this method,

Create two image objects and load the URL.

Create a GridPane in order to display images.

Place the pane in center position using “setAlignment ()” method.

Set the horizontal and vertical gap for the pane using “setHgap ()” and “setVgap ()” functions respectively.

Using two “for” loops generate a random number and store it in a variable named “status”.

Inside the inner “for” loop, check if the value of “status” is equal to 0.

If the above condition is true then, add the image to the pane at a particular location.

Inside the inner “for” loop, now check if the value of “status” is equal to 1.

If the above condition is true then, add the image to the pane at a particular location.

Create a scene object.

Set the title as “Exercise14_02”.

Place the scene on the stage.

Display the stage on the window using “primaryStage.show()” method.

Declare a main method using “public static main”.

Launch the method using “launch ()” method.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

What should the next three steps be in my machine based home security system after deployment and after the following current steps: Enhancing Security & Privacy Measures User Interface (UI) and Experience (UX) Improvement Machine Learning Model Refinement & Continuous Improvement

I am creating a machine learning home based security system, have completed initial deployment and in the following phases of the project: Expanding device compatibility and integration, preparing for cloud integration, and implementing system reduncancy and disaster recovery. What should the next three phases be?

Hands-On Assignments Part II Assignment 1-5: Querying the DoGood Donor Database Review the DoGood Donor data by writing and running SQL statements to perform the following tasks: 1. List each donor who has made a pledge and indicated a single lump sum payment. Include first name, last name, pledge date, and pledge amount. 2. List each donor who has made a pledge and indicated monthly payments over one year. Include first name, last name, pledge date, and pledge amount. Also, display the monthly payment amount. (Equal monthly payments are made for all pledges paid in monthly payments.) 3. Display an unduplicated list of projects (ID and name) that have pledges committed. Don't display all projects defined; list only those that have pledges assigned. 4. Display the number of pledges made by each donor. Include the donor ID, first name, last name, and number of pledges. 5. Display all pledges made before March 8, 2012. Include all column data from the DD PLEDGE table.