Language is C++Rare Collection. We can make arrays of custom objects just like we’ve done with ints and strings. While it’s possible to make both 1D and 2D arrays of objects (and more), for this assignment we’ll start you out with just one dimensional arrays: directions as follows in the pictures **Assignment8A Class Instructions**In this task, you will create a separate class named `Assignment8A`. In its main method, perform the following steps:1. **Initialize Collection**: - Prompt the user to input the number of movies in their collection. - Create an array of `LaserDisc` objects with the specified size. - Use a loop to gather information for each movie: - Create a `LaserDisc` object for each movie and store it in the array.2. **User Interaction Options**: - Implement a loop to provide the user with these options: - **Print Movie Information**: - Request a movie index from the user, then display the corresponding movie details. - Alert the user if an out-of-bounds index is entered. - **Recommend a Good Movie**: - Randomly select a movie, evaluate its quality based on a predetermined function, and display its details if it meets the criteria, or prompt the user again if not. - Notify the user if there are no good movies in the collection. - **Hint**: Use a counter to track attempts. If the number of guesses exceeds the array's size, terminate the recommendation process. Be aware of potential repeated random selections and consider solving this to enhance the experience. - **Quit**: - Exit the loop and terminate the program.**Sample Output:**```[Laser Disc Collection]How many movies do you have? 10Movie 1:*Enter Title: Back to the Future*Enter Genre: Science Fiction*Enter Release Year: 1985*Enter Rating: 5.0Movie 2:*Enter Title: Twin Peaks Season 1*Enter Genre: Mystery-Horror Serial Drama*Enter Release Year: 1992*Enter Rating: 4.5//Keep going for all 10 movies (THIS IS NOT PART OF THE OUTPUT)[Main Menu]1) Movie Info2) Recommend a Good Movie3) Log off```This structured process enables users to efficiently manage and explore their movie collections while interacting with a potentially informative program. ### LaserDisc Class Development#### OverviewYou have been tasked with developing a program to digitally record a rare collection of LaserDisc movies. This process starts by creating a `LaserDisc` class with specific attributes and methods.#### Private AttributesThe `LaserDisc` class contains the following private attributes:- **String** `movieTitle`- **int** `releaseYear`- **String** `genre`- **float** `rating`#### MethodsYour class should include these methods:1. **Default Constructor** - Initializes the four attributes with the following default values: - `movieTitle = "Star Wars Holiday Special"` - `releaseYear = 1978` - `genre = "Science Fiction"` - `rating = 5.0`2. **Overloaded Constructor** - Initializes the attributes based on values passed into the formal parameters: - If `rating` is less than 0.0 or greater than 5.0, set it equal to 0.0. - If `releaseYear` is less than 1978, set it equal to 1978.3. **bool/Boolean isItGood()** - Returns “true” if `rating` is 3.0 or greater, and “false” otherwise.4. **Getter Method** - Provides access for all class attributes. This structure ensures the class is both robust and flexible, suitable for managing the details of a classic LaserDisc collection effectively.

LaserDisc.java public class LaserDisc { private String movieTitle; private int releaseYear; private String genre; private float rating; public LaserDisc() { movieTitle = "Star Wars Holiday Special"; releaseYear = 1978; genre = "Science Fiction"; rating = 5.0f; } public LaserDisc(String title, int year, String gen, float rate) { movieTitle = title; if(year < 1978) releaseYear = 1978; else releaseYear = year; genre = gen; if(rate < 0.0f || rate > 5.0f) rating = 0.0f; else rating = rate; } public boolean isItGood() { if(getRating() >= 3.0) return true; else return false; } public String getMovieTitle() { return movieTitle; } public int getReleaseYear() { return releaseYear; } public String getGenre() { return genre; } public float getRating() { return rating; } }import java.util.Arrays; import java.util.Collections; import java.util.Scanner; public class Assignment8A { public static void main(String[] args) { Scanner sc = new Scanner(System.in); System.out.print("How many movies in your collection: "); int numMovies = sc.nextInt(); LaserDisc[] ld = new LaserDisc[numMovies]; for(int i = 0; i < numMovies; i++) { sc = new Scanner(System.in); System.out.println("\nMOVIE #" + (i+1)); System.out.print("Enter movie title: "); String movieTitle = sc.nextLine(); System.out.print("Enter movie release year: "); int releaseYear = sc.nextInt(); sc = new Scanner(System.in); System.out.print("Enter movie genre: "); String genre = sc.nextLine(); System.out.print("Enter movie rating: "); float rating = sc.nextFloat(); ld[i] = new LaserDisc(movieTitle, releaseYear, genre, rating); } int choice = 0; do { System.out.println("\nChoose from the following options"); System.out.println("1 - Print movie information"); System.out.println("2 - Recommend a good movie from the collection"); System.out.println("3 - Quit"); System.out.print("Enter choice: "); choice = sc.nextInt(); switch(choice) { case 1: System.out.print("Enter a number: "); int num = sc.nextInt(); if(num >= numMovies) System.out.println("Number out of bounds"); else { System.out.println("Movie Title: " + ld[num].getMovieTitle()); System.out.println("Release Year: " + ld[num].getReleaseYear()); System.out.println("Genre: " + ld[num].getGenre()); System.out.println("Rating: " + ld[num].getRating()); } break; case 2: Integer[] nums = new Integer[numMovies]; for(int i = 0; i < numMovies; i++) { nums[i] = i; } Collections.shuffle(Arrays.asList(nums)); for(int i = 0; i < numMovies; i++) { int index = nums[i]; if(ld[index].isItGood()) { System.out.println("You should try: "); System.out.println("Movie Title: " + ld[index].getMovieTitle()); System.out.println("Release Year: " + ld[index].getReleaseYear()); System.out.println("Genre: " + ld[index].getGenre()); System.out.println("Rating: " + ld[index].getRating()); break; } } break; case 3: System.out.println("Thank you and goodbye."); break; } }while(choice != 3); } }LaserDisc.java Here, there is not much to discuss, other than the fact that I have created the Java file based on the given instructions above. Private attributes: private String movieTitle; private int releaseYear; private String genre; private float rating; Nothing much to discuss here, just declaration of instance variables. Default constructor: public LaserDisc() { movieTitle = "Star Wars Holiday Special"; releaseYear = 1978; genre = "Science Fiction"; rating = 5.0f; } Default constructor sets a default value on the instance variables. Overload constructor (with parameters): public LaserDisc(String title, int year, String gen, float rate) { movieTitle = title; if(year < 1978) releaseYear = 1978; else releaseYear = year; genre = gen; if(rate < 0.0f || rate > 5.0f) rating = 0.0f; else rating = rate; } Overload constructor sets value to the instance variables based on the value of the given parameters. isItGood() method: public boolean isItGood() { if(getRating() >= 3.0) return true; else return false; } This method returns true if the movie rating is 3.0 or above, otherwise it will return false. Will be used later in the main program to help recommend good movies. Getter methods: public String getMovieTitle() { return movieTitle; } public int getReleaseYear() { return releaseYear; } public String getGenre() { return genre; } public float getRating() { return rating; } Methods to retrieve the value of each instance variables. Assignment8A.java This is the main part of the program. This is where the majority of the algorithm works. Ask the user for number of movies: Scanner sc = new Scanner(System.in); Declare a Scanner method first. This will help us for our various user inputs. System.out.print("How many movies in your collection: "); int numMovies = sc.nextInt(); Store the user's input (number of movies) in Integer variable numMovies. Create an array of object: LaserDisc[] ld = new LaserDisc[numMovies]; Here we create an object of our LaserDisc class, and turn it into an array, with a size based on numMovies. Loop to enter movie information and store to object array: for(int i = 0; i < numMovies; i++) { //CODES HERE } I have used a for loop. Inside our loop: System.out.println("\nMOVIE #" + (i+1)); System.out.print("Enter movie title: "); String movieTitle = sc.nextLine(); System.out.print("Enter movie release year: "); int releaseYear = sc.nextInt(); System.out.print("Enter movie genre: "); String genre = sc.nextLine(); System.out.print("Enter movie rating: "); float rating = sc.nextFloat(); We make the user input the information about a movie - title, year, genre and rating. Once the user inputs them all: ld[i] = new LaserDisc(movieTitle, releaseYear, genre, rating); It will then be stored in the object array, using the overload constructor we have created. After entering enough movie information, we now have an array of movie information. Another loop for the Main Menu int choice = 0; do { System.out.println("\nChoose from the following options"); System.out.println("1 - Print movie information"); System.out.println("2 - Recommend a good movie from the collection"); System.out.println("3 - Quit"); System.out.print("Enter choice: "); choice = sc.nextInt(); //MORE CODES HERE }while(choice != 3); Here, I have created a do...while loop. This loop will be determined based on the user's input of choice. The loop will only end/stop if the user enters option 3, which is Quit. switch(choice) { case 1: //CODES HERE break; case 2: //CODES HERE break; case 3: System.out.println("Thank you and goodbye."); break; The user's input will then be handled by a switch...case statement, which will perform various operations based on the option chosen by the user. Option/Case 1 - Printing movie information Ask the user for a number: System.out.print("Enter a number: "); int num = sc.nextInt(); Check if the number is out of bounds of the array: if(num >= numMovies) System.out.println("Number out of bounds"); If not, display the movie information: else { System.out.println("Movie Title: " + ld[num].getMovieTitle()); System.out.println("Release Year: " + ld[num].getReleaseYear()); System.out.println("Genre: " + ld[num].getGenre()); System.out.println("Rating: " + ld[num].getRating()); } Important Note: The searching of movie is index-based. So if we have 10 movies, 0-9 are the only valid inputs that are not out of bounds of the array. So to get the first movie, user must input 0 instead of 1 (I based it on the example given above). Option/Case 2 - Recommending a good movie Creating random numbers for indexes Integer[] nums = new Integer[numMovies]; for(int i = 0; i < numMovies; i++) { nums[i] = i; } Collections.shuffle(Arrays.asList(nums)); This is my approach in this part of the program. The codes above create an Integer array, with random numbers from 0 to number of movies, and they are non-repeating. for(int i = 0; i < numMovies; i++) { int index = nums[i]; //CODES HERE } Next, the program will traverse the Integer array I have created, and get its value. It will then be stored in Integer variable index. We will then use this variable to get the corresponding movie in from our object array ld[index] if(ld[index].isItGood()) { System.out.println("You should try: "); System.out.println("Movie Title: " + ld[index].getMovieTitle()); System.out.println("Release Year: " + ld[index].getReleaseYear()); System.out.println("Genre: " + ld[index].getGenre()); System.out.println("Rating: " + ld[index].getRating()); break; } All that's left is to determine if the movie is good or not to recommend by simply calling the isItGood() method. If it returns true, meaning that the movie has a rating of 3.0 or above, it will then be displayed to the user along with its other information. If not, the loop will get another index from the Integer array to scan another movie. Option/Case 3: Quit case 3: System.out.println("Thank you and goodbye."); break; No explanation needed here. And with that, our program is now done. Here is a sample run on my end: *The blue-colored texts are the user inputs *I got the movies from IMDB, and the ratings are just random numbers