For this assignment, you are to design and implement a class that keeps score for a basketball team. Your class will allow the user to record free throws, two-pointers, and three-pointers, both missed and made shots. In addition, it should be able to report the score for that team, the shooting percentage of each shot type, and the combined shooting percentage of two- and three-pointers.

A skeleton for the HoopsScorer class is provided for you. It does not contain any fields and the methods are empty (or return a default value if required). You are to add appropriate fields to the class and implement the methods to carry out the designated tasks. The methods are:

• recordMadeShot records a made shot and updates the fields appropriately. It has a parameter that specifies which type of shot was made (either 3-point field goal, 2-point field goal, or 1-point free throw). For example, given a HoopsScorer object named scorer, the call scorer.recordMadeShot(3) would record a made 3-pointer, resulting in the score being increased by 3 (and the appropriate stats fields updated).
• recordMissedShot similarly records a missed shot. It also has a parameter that specifies the type of shot. For example, the call scorer.recordMissedShot(1) would record a missed free throw (and update the appropriate stats fields).
• There are two methods named getPercentage. One has a parameter specifying the type of shot, and it returns the shooting percentage for that shot type. For example, the call scorer.getPercentage(2) should calculate and return the percentage of 2-point field goals made. The second method, which has no parameters, returns the percentage of made field goals (2-pointers and 3-pointers, combined). In both cases, the returned percentage should be a real number between 0.0 and 100.0, rounded to a single digit to the right of the decimal place. If the team has not attempted any shots of the specified type, the call should return 0.0.
• reset resets the score and all related statistics to 0, allowing for a new game to be tracked.

It is strongly recommended that you develop and test your class in stages. For example, first specify the fields and constructor, then use BlueJ to create an object and inspect its fields to make sure they are correct. Next, implement and test each of the recordMadeShot, recrodMissedShot, and getScore methods, making sure that you can record each type of shot and update the score accordingly. Finally, move on to the getPercentage and reset methods.

Once you have fully tested your class, you can download the file ScoreBoard.java and add it to your BlueJ project. The ScoreBoard class defines a graphical user interface (GUI) that allows you to select a missed or made shot at the click of a button, and then see the score and percentages automatically updated. Once you have compiled this class, you can open up an interface window by right-clicking and selecting void main(String[]).