this is a continuation of order no:80181. my professor changed the assignment to be a GUI not an...

Question

this is a continuation of order no:80181. my professor changed the assignment to be a GUI not an applet. is this possible to change the code and a decent price. i also need the file paths to remain the same and be done in IntelliJ if possible. if it's not i'll just hand in what i have and hope for the best.Java_Final_Mawson/.idea/.gitignore # Default ignored files /shelf/ /workspace.xml Java_Final_Mawson/.idea/.name Alien.java Java_Final_Mawson/.idea/misc.xml                             Java_Final_Mawson/.idea/modules.xml                             Java_Final_Mawson/.idea/workspace.xml                                                                                                                                                                                                                                     1618767969532                        1618767969532               Java_Final_Mawson/Java_Final_Mawson.iml                                               Java_Final_Mawson/src/Alien.java Java_Final_Mawson/src/Alien.java public class Alien {     /** Declaring variables of the alien such as      *  total number of eyes, legs and alien name      */     /**      * @author Mike Mawson      * @version 2.0      * @since      */     protected int totalAlienEyes;     protected int totalAlienLegs;     protected String alienName;     /** A constructor with the parameters */     public Alien(int totalAlienEyes, int totalAlienLegs, String alienName) {         super();         this.totalAlienEyes = totalAlienEyes;         this.totalAlienLegs = totalAlienLegs;         this.alienName = alienName;     }     @Override     public String toString() {         return "Alien#
 Total Number of Eyes=" + totalAlienEyes + "
 Total Number of Legs=" + totalAlienLegs                 + "
 Alien Name=" + alienName;     } } Java_Final_Mawson/src/JAlienHunt.java Java_Final_Mawson/src/JAlienHunt.java import javax.swing.*; import java.applet.AudioClip; import java.awt.*; import java.awt.event.ActionEvent; import java.awt.event.ActionListener; import java.io.BufferedWriter; import java.io.File; import java.io.FileWriter; import java.nio.file.FileSystem; import java.nio.file.FileSystems; import java.util.Date; import java.util.Random; /**  * @author Mike Mawson  * @version 2.0  * @since  */ public class JAlienHunt extends JApplet implements ActionListener {     /**      *       */     private static final long serialVersionUID = 1L;     private int jupiteriansFound, martiansFound;     private int scoreTemp = 0;     private int currentHighScore = 0;     private int selectedIndex;     private final Random randomGenNumber = new Random();     private FileSystem fs = FileSystems.getDefault(); //creates FileSystem object     private File scoresFile =  new File("osfile.txt");     private boolean gameInProgress;     //applet label     private JLabel appletTicker = new JLabel("The Alient Hunt 1.0");     private JLabel highScoreTicker = new JLabel("High Score now: " + scoreTemp);     //applet buttons     private JButton firstButton = new JButton("#1");     private JButton secondButton = new JButton("#2");     private JButton thirdButton = new JButton("#3");     private JButton fourthButton = new JButton("#4");     private JButton fifthButton = new JButton("#5");     private JButton sixthButton = new JButton("#6");     private JButton seventhButton = new JButton("#7");     private JButton eighthButton = new JButton("#8");     //applet menu     private JMenuBar mainBar = new JMenuBar();     private JMenu menu1 = new JMenu("File");     private JMenu menu2 = new JMenu("Options");     private JMenu menu3 = new JMenu("Help");     private JMenuItem play = new JMenuItem("Play");     private JMenuItem exit = new JMenuItem("Exit");     private JMenuItem rules = new JMenuItem("Rules of Game");     private JMenuItem about = new JMenuItem("About");     private JCheckBoxMenuItem musicOff = new JCheckBoxMenuItem("Music off");     private Jupiterian newJupiterian = new Jupiterian();     private Martian newMartian = new Martian();     private int[] alienArray = {0, 0, 1, 1, 1, 1, 1, 1};     private JButton[] buttonArray = new JButton[8];     private Container con = getContentPane();     Color bgColor;     Date date = new Date();     AudioClip gameMusic, monkeyShout, blowUpEarth, drawingBoard;     /**      */     public void init()     {         buttonArray[0] = firstButton;         buttonArray[1] = secondButton;         buttonArray[2] = thirdButton;         buttonArray[3] = fourthButton;         buttonArray[4] = fifthButton;         buttonArray[5] = sixthButton;         buttonArray[6] = seventhButton;         buttonArray[7] = eighthButton;         for(int disableAll = 0; disableAll  currentHighScore)                 {                     highScoreTicker.setText("Current High Score: " + scoreTemp);                     currentHighScore = scoreTemp;                 }             }             repaint();         }         else         {             System.out.println("Invalid selection");         }     }     public void shuffleArray()     {         int indexToReplace;         int randomIndex;         int tempNumber;         for(indexToReplace = 0; indexToReplace .  For example; Assignment_FINAL_Neilsen_Janeil.zip  NOTE:  All external files and images must be loaded from (C:	emp\).  GRADING MATRIX  The following provides you with feedback on each area you are graded on for the assignments in this course.  Trait 90% –- 100% 70% –- 89% 50% - 69% 0% - 49% Specifications The program works  and meets all of the  specifications. The program works  and produces the  correct results and  displays them  correctly. It also meets  most of the other  specifications. The program  produces correct  results but does not  display them  correctly. The program is  producing incorrect  results. Readability The code is  exceptionally well  organized and very  easy to follow. The code is fairly easy  to read. The code is readable  only by someone  who knows what it is  supposed to be  doing. The code is poorly  organized and very  difficult to read. Reusability The code could be  reused as a whole or  each routine could be  reused.  Most of the code could  be reused in other  programs. Some parts of the  code could be reused  in other programs. The code is not  organized for  reusability. Documentation The documentation is  well written and  clearly explains what  the code is  accomplishing and  how. The documentation  consists of embedded  comment and some  simple header  documentation that is  somewhat useful in  understanding the  code. The documentation  is simply comments  embedded in the  code with some  simple header  comments separating  routines. The documentation  is simply comments  embedded in the  code and does not  help the reader  understand the code. Delivery The program was  delivered on time. The program was  delivered within a  week of the due date. The code was within  2 weeks of the due  date. The code was more  than 2 weeks  overdue. Efficiency The code is extremely  efficient without  sacrificing readability  and understanding. The code is fairly  efficient without  sacrificing readability  and understanding. The code is brute  force and  unnecessarily long. The code is huge and  appears to be  patched together. FINAL ASSIGNMENT – APPLICATION  LO-COMP  8016  Page 2 | Version 9.1  ASSIGNMENT BACKGROUND  This assignment builds upon all that you have learned in this course.  ASSIGNMENT PREPARATION  In order to prepare for this assignment question you should attempt:   all debugging exercise in chapters 9 to 15  complete 5 exercises from each chapter 9 to 15 (odd questions) ASSIGNMENT QUESTIONS  You can do Assignment Question A or Assignment Question B:  ASSIGNMENT QUESTION A Create a JavaFX, FXML, FXML Controller class and CSS file that contains an Alien Hunt  game. Place eight numbered buttons in the app. . Randomly assign Martians to six of the  buttons and Jupiterians to two.  Hint: You do not need to create an Alien array; you can simply create an array that  randomly contains 0s and 1s, representing Martians and Jupiterians.  Be sure to use your Alien classes that you have already created and change them to work  in JavaFX    The object of the game is to find all the Martians before finding both Jupiterians.  When a  user clicks a button, display the Alien represented by the button (the Alien drawing from  your Alien class). If the user clicks two Jupiterians before clicking six Martians, the player  loses the game.  When this happens, display two Jupiterians and a message telling the user  that Earth has been destroyed.  Disable any button after it has been selected. Save the game as JAlienHunt.java.  Now modify the game to add some “spark” to the game.   Use colours and sound. For example, when the player loses the game perhaps show the earth exploding or have the screen flash between red and black. Play a

Swapnil · Accepted Answer

81296/Alien.java
81296/Alien.java
public abstract class Alien
{       
    protected String name;
    protected String typeOfAlien;
    private String homePlanet;
    private int numberOfEyes;       
    public Alien(String name, String typeOfAlien, String homePlanet, int numberOfEyes)
    {
        this.name = name;
        this.typeOfAlien = typeOfAlien;
        this.homePlanet = homePlanet;
        this.numberOfEyes = numberOfEyes;
    }
    abstract String getName();
    abstract String getTypeOfAlien();
    public String getHomePlanet()
    {
        return homePlanet;
    }
    public int getNumberOfEyes()
    {
        return numberOfEyes;
    }
    public String toString()
    {
        String classDetails = getName() + ", a " + getTypeOfAlien() 
                        + " is from " + getHomePlanet() + " and has " + getNumberOfEyes() + " eyes!";
        return classDetails;
    }
}
81296/JAlienHunt.java
81296/JAlienHunt.java
import java.applet.AudioClip;
import java.awt.*;
import java.awt.event.ActionEvent;
import java.awt.event.ActionListener;
import java.io.BufferedWriter;
import java.io.File;
import java.io.FileWriter;
import java.nio.file.FileSystem;
import java.nio.file.FileSystems;

Java_Final_Mawson/.idea/.gitignore # Default ignored files /shelf/ /workspace.xml Java_Final_Mawson/.idea/.name Alien.java Java_Final_Mawson/.idea/misc.xml Java_Final_Mawson/.idea/modules.xml...

Answer To: Java_Final_Mawson/.idea/.gitignore # Default ignored files /shelf/ /workspace.xml...

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