Java Program

Assignment overview In this assignment, you will implement a set of related classes of objects:

- Player: A Laser Tag player

- Team: A team of Laser Tag players

- Game: A game of Laser Tag between two teams

- Location: A Laser Tag venue, which Players can be members of Keep all of your methods short and simple. In a properly-written object-oriented program, the work is distributed among many small methods, which call each other. There are no methods in this entire assignment that should require more than 10 lines of code, not counting comments, blank lines, or {} lines (and many of them need no more than 3). Unless specified otherwise, all instance variables must be private, and all methods should be public. Also, unless specified otherwise, there should be no println statements in your classes. Objects usually do not print anything, they only return String values from toString methods. Your code should be DRY dont repeat yourself. If you have a method that already accomplishes a task, or has some logic, that logic should be used. You may add any private methods you see fit to help accomplish this task. The description of the assignment has methods that are required. There are suggested names for the parameters, which you may change. Do not change the signatures of the methods. Your classes and objects should work with the provided test files. You may not use an ArrayList in this assignment. You may write your own collection class, but that is not the expectation for this assignment.

Phase 1: Class Player This class represents a Laser Tag player in our system. The class tracks the users name, how many games they have played, and can calculate their average score. You will need to make instance variables to keep this information in your objects. Class player requires the following methods: - A constructor public Player(String name). Initialize other instance variables as required. - Method public void addGameResult(int newScore). This method is called after a game is played, the value passed is added to the users average that is being tracked by this object. - public boolean equals(Player other), which checks equality of two Player objects. Two Player Objects are equal if the names of the two Players are the same. - A toString method that prints out information of the object. If the player has not played any games, print that the player has not played any games. If they player has played some games, print out the players game average score. Use integer division to calculate the average. See the sample output, and match it as closely as possible. - Accessor method getName(), which returns the Players name.

Phase 2: Class Team Create class Team, which is a collection of Players who play Laser Tag games. Teams have maximum sizes, and players that come and go from the team. Use a partially-filled array to keep track of the players on the team. - Create a constant to track the maximum size of the team. Set the constant to 5. - Add a constructor, that has no parameters, if you need one. - Add method public boolean addMember(Player newOne), which adds a player to the team. A player can be added to a team if: the player is not already on the team and there is space left in the team. Players can be a part of more than one team. - Add method public String toString(), which prints out the team roster. See sample output for the format required. - Add method public boolean hasCommonPlayers(Team other), which returns true if there is a player that is on the roster of both teams. - Method public boolean teamFull(), which returns true if the team has a full complement of members. Use the constant you used for maximum size of the team to determine this. - Method public boolean removePlayer(Player toRemove), which removes a player from the team. - Method public Player[] getRoster() which returns a deep copy of the team. The returned array should be the same size as the number of players. For instance, if there is only 1 member on the team, the returned array should return an array of size 1. You do not have to do a recursive deep copy, that is, you do not have to deep copy the Player objects just the array.

Phase 3: Class Game Create class Game, which is a Laser Tag game between two teams. To accomplish this: - Add a constructor that has 2 Team parameters, one for each team that is participating in this game. - Add method public boolean validGame() that checks to see if these two teams can participate in a game. Teams can play each other if: There are not members that are participants in both teams, and both teams are full (no more members can be added). - public void awardWinner(Team winner, int points), which gives points to the team members of the winning team. Points are divided equally between the team members. Round down if the points do not divide evenly to the number of players. To do this, you may add methods to the Game class. Consider where the code for this task should exist for maximum cohesion in your objects. Teams that did not win get 0 points awarded. You may assume that winner will be passed a team that is part of this game. - A toString method that prints the team rosters side-by-side. Print Not a valid game if the game is not valid (as defined above). Otherwise, print the team rosters side-by-side. The right column must be aligned properly. Example: Team rosters: Ashley Johnson Chris Straub Laura Bailey Amy Falcone Liam O'Brien Kate Welch Sam Riegel Ryan Hartman Taliesin Jaffe Jerry Holkins Phase 4: Class Location Games happen at Laser Tag locations. Create a Location class, that represents a location where Laser Tag games happen. Locations have games, and members. In your Location class tracks a list of members (use a partially-filled array). Add the following methods: - Constructor with two parameters: String name, String address, which are stored for use in the toString method. - public void addMember(Player newbie) which adds a member to the membership list that is tracked by this object. - public String toString() which prints the name and address of the location, then prints out all the names, number of games played, and average score of all the players that belong to this Laser Tag location. Consider any methods you have already written to help you do this. o Sample output: Membership list for LaserTopia, Waverley Ave location Player: Player: Jerry Holkins has played 1 game with an average of 20 Player: Travis Willingham has played no games Also, add a second constructor to class Player, which accepts 2 parameters: String name, Location place. When given a Location, the constructor the Player becomes a member of the given Location. Finally, add static data and methods to Location: - A partially filled array, that tracks all of the locations - public static String allLocationNames() which returns a String of all the location names - public static String whichLocations(Player who) which returns a string of all the Locations that the Player who is a member of. o Sample output: Orion Acaba is a member at: Darkzone LaserTopia