.The creation of computational graphics and visualizations is a skill in growing demand. These skills are applicable to the following scenarios: the game industryfor creating graphics and animations, the healthcare industry for medical visualizations, the entertainment industry for computer-generated imagery (CGI) andvisual effects, 3D printing for creating physical objects for applied real-world problem solving, and much more. Throughout this course, you will learn how towrite computer code that commands any OpenGL graphics processing unit (GPU) to create, texture, light, render, and animate 3D models in 3D space, andcontrol virtual environments relative to a virtual camera.3D ObjectA. Your 3D object will be assessed visually to ensure it meets the elements below:i. Utilize organized geometry, ensuring that polygons (triangles) on the 3D model are well spaced and connected and give a low-polygonrepresentation of a real-world object.ii. Utilize textures, ensuring that high-resolution textures are projected accurately on the 3D model.iii. Generate lighting, ensuring that all lights are implemented to give a professional-looking presentation and visualization of the model.iv. Apply color to lighting with varying intensities.B. Navigation Through Input Devices: Your applications will be navigated by using the mouse and keyboard input devices to control a virtualcamera. The elements below must be met:i. Create horizontal orientation navigation of the 3D object in the application allowing for azimuth orientation of a virtual camera thatorbits a lit model when the mouse is moved horizontally.ii. Create vertical orientation navigation of the 3D object in the application allowing for altitude orientation of a virtual camera that orbitsa lit model when the mouse is moved vertically.iii. Create code to clamp or gimbal lock azimuth and altitude orientation to prevent irregular camera angles (e.g., a 90-degree camerarotation clamp on the pitch axis).iv. Create perspective and orthographic displays of the 3D object so that the user can change the viewport display of the 3D model from2D to 3D and vice versa, using the tap of a keyboard key, allowing the user to switch between orthographic (2D) and perspective (3D)views at will.C. Syntax Assessment—Best Practices: These best practices should be evident within your program:i. Employ formatting best practices by providing program code that is easy to read and follows industry-standard code formattingpractices, such as indentation and spacing.ii. Utilize commenting best practices, ensuring that project source code used is briefly and clearly explained using descriptive comments.iii. Employ functional coding logic best practices, ensuring that the program runs as expected.

Create fully functioning desktop application Understand controls, properties, and event-handlers Accept user input from GUI Format data for display Perform financial calculation Skills Required To properly complete this assignment you will need to apply the following skills: Construct Windows desktop GUI application Convert financial formula to C# code Validate user-input to ensure entered values are valid Format numeric results properly as currency Use of Math.Pow() method Use of MessageBox.Show() method Use of int.TryParse() method Use of double.TryParse() method Assignment User Story As a user I want a Windows desktop application will allow me to calculate the monthly payment for a fixed-rate interest loan, such as for a car or for home mortgage. Assignment Requirements In this application we are calculating the monthly payment for a fixed interest rate loan. This is a standard financial formula and the results of your work can be checked against a number of online calculators. In order to calculate a monthly payment, you will need to know the total loan amount requested, the annual interest rate, and the length of the loan (term). The total amount of the loan requested will be represented by the difference between the purchase price (what it is that you wish to finance) minus the down payment (if any). The interest rate must be entered as a decimal value such that an entry of 5.00 represents 5%, which is .05. The term will simply be entered as a number of months for the loan. For example 60 months is 5 years (generally the term for a car loan) while 360 months is 30 years (suitable for a home mortgage). Formula for Calculating Monthly Payment There are numerous ways of calculating monthly payment amounts. We will use the following formula: A is the monthly pa yment amount i is the monthly interest rate P is the loan's total amount (the amount to be financed) n is the total number of monthly payments While the application will prompt for the interest as an annual rate, you must convert this to a monthly rate. Entering 5.0 (which should be understood to mean 5% annually) should result in a monthly interest rate of: . It is this monthly interest rate, and not the annual rate, that should be substituted for i in the above calculation. Technical/Grading Requirements You must ensure that the application you submit meets all technical/grading requirements. Your grade will be based on how well your application follows the application requirements plus the following: A Windows Forms (desktop) application will be developed. Ensure that all of the data fields (text boxes) into which the user enters data are validated (required data as well as valid numeric entry). Required fields include purchase price, down payment amount, annual interest rate, and length of loan. Each of the required fields must be validated to ensure they are not empty after the user clicks the Calculate button. Each of the required numeric fields must be validated to ensure correct numeric entry. If there are errors with respect to violation of either required or numeric inputs the user will be alerted with the MessageBox.Show() method. There should be two additional fields with their read only properties set to true: Amount to Finance and Monthly Payment. The Amount to Finance field will automatically be filled with the result of the down payment amount subtracted from the purchase price. The monthly payment amount will be calculated by this application and will be displayed using the currency format. Two buttons will be included on this form: Calculate and Close. When the user clicks Calculate, the form's fields will be validated and, if valid, monthly payment will be computed. The Close button will cause the application to end. As a final note to the above requirements, because this is a Windows desktop application you must submit a zip of the entire project folder for grading purposes. A desktop application contains multiple files beyond just the code file that must be kept together. How the application looks and how it presents its information to the user is up to you. But it must meet the minimum requirements noted above. Further Thoughts You will want to test the results of your calculation to ensure that your math is accurate. There are many online calculators available to you. One such can be found at the following (link to online calculator here.) I would not attempt to perform the entire payment calculation in a single line of code. Rather, you should break the calculation up into multiple variables that are then put together for the final result. For this application the only controls you need to be concerned with are labels, text boxes, and buttons. Example Output The example output provided below is simply an example. You do not need to format your output to look like this example. You simply need to ensure that you have met the technical requirements for this application. Following is example output for this application: Application with valid inputs and correct calculation: Application with invalid input (missing entry for Interest Rate): Application with invalid input (non-numeric entry for Interest Rate): Assignment Walk-Through