MVC Java project Coursework

Hi I am looking to have this project done by tomorrow morning it's based on Java and MVC architecture, NetBeans must be used Please read every detail carefully before bidding In this coursework you are asked to design and implement a prototype for part of a CD player on a PC. The user interface will allow the user to play a track from a list of named tracks from a CD. As the track is playing the playing time in seconds is continuously updated on the screen until the user chooses to stop the track. No sound generation of the track being played is required in the prototype. Buttons are present for increasing and decreasing the volume. The current track being played and the current volume level will be displayed on the screen. You are asked to design and implement this prototype (using NetBeans), using as a starting point the software structure of the stopwatch artefact used in the course material for the module. You need not necessarily base your user-interface design on an existing CD player application but rather you should consider (initially at least) using easily-available Java user interface components to do the job. Extra credit will be given if you manage to have an application layer class for the storage of the titles, but you should first of all try to get a version working in which the list of titles is set up in the Java code of the presentation layer. Initially you may decide to use text rather than icons for the for the volume control buttons, and you may also wish initially to have a digital display for volume level (say between 1 and 10) rather than a graphical display. A partially functioning version of the prototype will be given more credit than one that doesn’t compile or run. The tasks for the coursework and mark allocation are as follows: 1. (15% of mark) A brief user guide including screenshots (either from the running application or from a non-functioning drag and drop user interface using Netbeans) of the prototype 2. (20% of mark) A state diagram of the prototype's operation. 3. (15% of mark) A class diagram showing the three-layer model. 4. (50% of mark) an implementation in Java of the prototype, based on your software design