JoshuaChon.java

import greenfoot.*;  // (World, Actor, GreenfootImage, Greenfoot and MouseInfo)

/**
 * The KilgoreTrout class can be used as a model for your own class that represents you and your seating location in AP CSA
 * 
 * @author Mr. Kaehms
 * @version 2.0 Aug 13, 2019
 * @version 3.0 July 21, 2020
 */




public class JoshuaChon extends Student implements SpecialInterestOrHobby
{
    /**
     * Constructor for the KilgoreTrout class.
     * Constructors are special methods with the same exact name as the class name.  
     * Constructors to not have return types.
     * Constructors can be overloaded. This means we can call a constructor with different sets of parameter
     *  lists to initalize for different conditions (depending on what constructors have been written.
     * @param String f (firstname)
     * @param String l (lastname)
     * @param int r (row of seating arrangement)
     * @param int s (seat number within row seating arrangement)
     * 
     */
    public JoshuaChon(String f, String l, int r, int s) {
        firstName=f;
        lastName=l;
        myRow=r;
        mySeat=s;
        portraitFile=f.toLowerCase()+l.toLowerCase()+".jpg";    // Make sure to name your image files firstlast.jpg, all lowercase!!!
        standingFile=firstName.toLowerCase()+ lastName.toLowerCase()+"-standing.jpg";
        soundFile=f.toLowerCase()+l.toLowerCase()+".wav";  // Make sure to name your sound files firstlast.wav, all lowercase!!!
        setImage(portraitFile);
        sitting=true;
    }
    /**
     * Default constructor, if you don't pass in a name and seating location
     * Pay attention to how the row and seat variables set the location of the image.  1,1 is the first cell in the upper left
     * of the classroom.
     */
    public JoshuaChon() {
       firstName="Joshua";
       lastName="Chon";
       myRow=1;
       mySeat=1;
       // imgFile=firstName.toLowerCase()+ lastName.toLowerCase()+".jpg";
       portraitFile=firstName.toLowerCase()+ lastName.toLowerCase()+".jpg";
       standingFile=firstName.toLowerCase()+ lastName.toLowerCase()+"-standing.jpg";
       soundFile=firstName.toLowerCase()+ lastName.toLowerCase()+".wav";
       setImage(portraitFile);
       sitting=true;
    }
    
     /**
     * Act - do whatever the KilgoreTrout actor wants to do. This method is called whenever
     * the 'Act' or 'Run' button gets pressed in the environment.
     */   
    public void act() 
    {
        // Add your action code here.
        if(Greenfoot.mouseClicked(this)){  
          //  if (sitting){
                sitting=false;
                setImage(standingFile);
                System.out.println(""); // Print a blank line to create space between any student output.
                getName();
                sayName(soundFile);
            
                myHobby("I like to play sports!");
            // Create a "special method for your class and put the call here.  You can twirl your image, resize it, move it around, change transparancy, or a 
            // combination of all of those types of actions, or more. Make sure to save the original image if you manipulate it, so that you can put it back.
            // Call the sitDown() method to move back  to your seat
            
                myAnimation();  
                provideLesson();
                sitDown();
            }
        
    } 
    
    /**
     * Prints the first and last name to the console
     */
    public void getName(){
        System.out.println("My name is " + firstName + " " + lastName);
    }
    /**
     * This method needs to allow the user to interact with the student through a question and answer interface, and provide
     * some mechanism that allows the student to sit down once the Q&A session ends.  You can use this basic model, or come up
     * with some additional class and object that represents a blackboard, or a talking cartoon bubble etc. If you provide extra
     * classes, make sure to fully document so other students can use the same interface.
     */
    public void provideLesson(){
        while (! sitting) {
        String q=Greenfoot.ask("Are you ready to start (yes/no)");
        if (q.contains("yes")){
         // put in your lesson here - you can open up a browser for a screencast
         // Create a blackboard image and write to it, etc
         // Use an animated gif and dub over with audio - see "controls/show sound recoder"
         // from main greenfoot menu for a simple to use soud editor
        
            bluej.utility.Utility.openWebBrowser("https://drive.google.com/file/d/15MNpNF2abZgib_Ryijr2IMYZUW-yQMKg/view?usp=sharing");
        // You can end the lesson and "sitDown" once the lesson is complete, or once
        // someone answers "yes" to the sitdown question
        }
        else {
          q=Greenfoot.ask("I don't understand the question... May I sit down?"); 
        }
        if (q.equals("yes")){
            Greenfoot.delay(10);
            sitDown();
        }
    }
        
    }
    public void answerQuestion(){
        // may not need
    }
    
    /**
     * This is a local method is used so that when the mouse clicks on my image, it does its animation
     */
    public void myAnimation(){
        setLocation(0, 0);
        Greenfoot.delay(10);
        // move right
        for (int i=1;i<=9;i++){
            setLocation(i,0);
            Greenfoot.delay(10);
            GreenfootImage img1 = new GreenfootImage(standingFile);
            img1.scale(img1.getWidth()/2, img1.getHeight()/2);
            setImage(img1);
            getImage().setTransparency(200);
            turn(90);
        }
        // move back
        for (int i=1;i<=5;i++){
            setLocation(9,i);
            Greenfoot.delay(10);
            GreenfootImage img2 = new GreenfootImage(standingFile);
            img2.scale(img2.getWidth()*2, img2.getHeight()*2);
            setImage(img2);
            getImage().setTransparency(150);
            turn(90);
        }      
         // move left
        for (int i=9;i>=0;i--){
            setLocation(i,5);
            Greenfoot.delay(10);
            GreenfootImage img3 = new GreenfootImage(standingFile);
            img3.scale(img3.getWidth()*3, img3.getHeight()*3);
            setImage(img3);
            getImage().setTransparency(100);
            turn(90);
        }      
              // move Forward
        for (int i=5;i>=0;i--){
            setLocation(0,i);
            Greenfoot.delay(10);
            GreenfootImage img4 = new GreenfootImage(standingFile);
            img4.scale(img4.getWidth()/2, img4.getHeight()/2);
            setImage(img4);
            getImage().setTransparency(10);
            turn(90);
        }   
            turn(180);   
            Greenfoot.delay(20);
           setImage(standingFile);
           getImage().setTransparency(255);
           returnToSeat();
    }
    /**
    * myHobby is one of the interfaces provided.  
    * An interface is just a contract for the methods that you will implement in your code.  The College Board no longer
    * tests on abstract classes and interfaces, but it is good to know about them
    */
    public void myHobby(String s) {
        System.out.println(s);
    }
}