// This Java file was automatically generated by ToonTalk for Feb 21h
import ap.toontalk.*;
  // Robot30_6570006: Score Keeper
class Robot30_6570006 extends TTRobot {
 Robot30_6570006(TTNotebook n) {
  notebook = n;
 }
 public TTObject gets(TTObject given) throws TTException {
  if (!wants.matches(given)) return null;
  // If given a box that matches the box in his thought bubble (called "wants"),
  // this robot will do the following:
  TTObject hand;
  // pick up what's in the first hole inside his box
  hand = given.pickUp(0);
  // drop it on the second hole inside his box
  given.holeGets(1, hand);
  return this;  // This robot has finished and will see if the box still matches his thoughts and try again.
 }
}
  // Robot25_2285445166: Bounce
class Robot25_2285445166 extends TTRobot {
 Robot25_2285445166(TTNotebook n) {
  notebook = n;
 }
 public TTObject gets(TTObject given) throws TTException {
  if (!wants.matches(given)) return null;
  // If given a box that matches the box in his thought bubble (called "wants"),
  // this robot will do the following:
  TTObject hand;
  TTObject temp1;
  // move to the stack of numbers
  temp1 = new TTNumber(1);
  // pick up a number
  hand = temp1;
  // push '-' to change what he is holding
  hand.keyboard('-', true, false);
  // push 'x' to change what he is holding
  hand.keyboard('x', true, false);
  hand.stoppedTyping();
  // drop it on the second hole inside his box
  given.holeGets(1, hand);
  // push '+' while pointing to the first hole inside his box
  given.hole(0).keyboard('+', false, false);
  given.hole(0).stoppedTyping();
  return this;  // This robot has finished and will see if the box still matches his thoughts and try again.
 }
}
  // Robot27_10113136: Sound when collide
class Robot27_10113136 extends TTRobot {
 Robot27_10113136(TTNotebook n) {
  notebook = n;
 }
 public TTObject gets(TTObject given) throws TTException {
  if (!wants.matches(given)) return null;
  // If given a box that matches the box in his thought bubble (called "wants"),
  // this robot will do the following:
  TTObject hand;
  // pick up what's in the second hole inside his box
  hand = given.pickUp(1);
  // use it what he is holding
  hand.use();
  // drop it on the second hole inside his box
  given.holeGets(1, hand);
  return this;  // This robot has finished and will see if the box still matches his thoughts and try again.
 }
}
  // Robot28_811171888: Serve
class Robot28_811171888 extends TTRobot {
 Robot28_811171888(TTNotebook n) {
  notebook = n;
 }
 public TTObject gets(TTObject given) throws TTException {
  if (!wants.matches(given)) return null;
  // If given a box that matches the box in his thought bubble (called "wants"),
  // this robot will do the following:
  TTObject hand;
  TTObject temp1;
  TTObject temp2;
  // pick up what's in the fifth hole inside his box
  hand = given.pickUp(4);
  // use it what he is holding
  hand.use();
  // drop it on the fifth hole inside his box
  given.holeGets(4, hand);
  // move to the stack of numbers
  temp1 = new TTNumber(1);
  // pick up a number
  hand = temp1;
  // push '-' to change what he is holding
  hand.keyboard('-', true, false);
  hand.stoppedTyping();
  // give it to the bird in the fourth hole inside his box
  given.hole(3).gets(hand);
  // move to the stack of numbers
  temp2 = new TTNumber(1);
  // pick up a number
  hand = temp2;
  // push '9' to change what he is holding
  hand.keyboard('9', true, false);
  // push '0' to change what he is holding
  hand.keyboard('0', false, false);
  // push '0' to change what he is holding
  hand.keyboard('0', false, false);
  // push '=' to change what he is holding
  hand.keyboard('=', false, false);
  hand.stoppedTyping();
  // drop it on the first hole inside his box
  given.holeGets(0, hand);
  return this;  // This robot has finished and will see if the box still matches his thoughts and try again.
 }
}
  // Robot1850_124686375: Move with Arrow Keys
class Robot1850_124686375 extends TTRobot {
 Robot1850_124686375(TTNotebook n) {
  notebook = n;
 }
 public TTObject gets(TTObject given) throws TTException {
  if (!wants.matches(given)) return null;
  // If given a box that matches the box in his thought bubble (called "wants"),
  // this robot will do the following:
  TTObject hand;
  TTObject temp1;
  // grab a magic wand
  TTCopier copier = new TTCopier();
  hand = copier;
  // use the magic wand on the third hole inside his box
  hand = copier.applyTo(given.hole(2), this);
  // drop what he just copied on the first hole inside his box
  given.holeGets(0, hand);
  // release the magic wand
  return this;  // This robot has finished and will see if the box still matches his thoughts and try again.
 }
}
public class PongDemo extends TTApplet {
 public static void main(String args[]) {
  new TTFrame().begin(new PongDemo());
 }
 public void initialize() {
  intializeToonTalkImages();
  intializeNests();
  TTNotebook notebook = TT.NOTEBOOK;
  TTRobot next_robot;
  TTPicture picture2 = new TTRectangle(500, 500, 1000, 1000, 0, 0, 0, 128, 0, true, true, false);
  setPicture(picture2);
    picture2.addPicture(PongDemo.PicturePart1(notebook, picture2));
    picture2.addPicture(PongDemo.PicturePart1(notebook, picture2).resetGeometry(449, -916, 1992, 2011, 0, 0));
    picture2.addPicture(PongDemo.PicturePart1(notebook, picture2).resetGeometry(1973, 502, 1992, 2011, 0, 0));
    picture2.addPicture(PongDemo.PicturePart2(notebook, picture2));
    picture2.addPicture(PongDemo.PicturePart3(notebook, picture2));
    picture2.addPicture(PongDemo.PicturePart4(notebook, picture2));
    TTObject temp0 = new TTText("Pong Demo");
    picture2.addOnBack(temp0);
    TTObject temp1 = new TTText("Press up arrow to move up.\rPress down arrow to move down.\rAnd any other key to stop.");
    picture2.addOnBack(temp1);
  picture2.start();
 }
  public static TTPicture PicturePart1(TTNotebook notebook, TTPicture container) { 
    TTPicture picture3 = new TTRectangle(521, 1895, 1992, 2011, 0, 0, 128, 0, 0, true, true, false);
    return picture3;
  }
  public static TTPicture PicturePart2(TTNotebook notebook, TTPicture container) { 
    TTPicture picture4 = new TTIndirectPicture(new TTNumber(9, TT.NO_NUMBER_OPERATION, 255, 255, 255), 953, 968, 81, 145, 0, 0, false, true, false);
      TTBox box5 = new TTBox(2);
      TTPicture picture6 = new TTRemoteLooks(picture4, 500, 500, 1000, 1000, 0, 0, false, true, false);
      box5.setHole(0, nest0);
      box5.setHole(1, picture6);
      // We just made a box with 2 holes. The first hole contains an empty nest. 
      // The hole labeled with "Looks" contains a remote control for another's 
      // looks - the integer 9. The first thing on the back is something. And the 
      // second thing on the back is a robot who wants a box with 2 holes. The 
      // first hole contains any number. The hole labeled with "Looks" contains any 
      // number. If given a box like that he will pick up what's in the first hole 
      // inside his box. And drop it on the second hole inside his box.
      TTRobot robot7 = new Robot30_6570006(notebook);
      TTBox box8 = new TTBox(2);
      TTBox wants1 = box8;
      // This robot will only accept a box with 2 holes. The first hole contains 
      // any number. The hole labeled with "Looks" contains any number.
      wants1.setHole(0, TT.BLANK_NUMBER);
      wants1.setHole(1, TT.BLANK_NUMBER);
      robot7.setWants(wants1);
      TTTeam team7 = new TTTeam(box5, robot7);
      picture4.addTeam(team7);
    return picture4;
  }
  public static TTPicture PicturePart3(TTNotebook notebook, TTPicture container) { 
    TTPicture picture9 = new TTGIFPicture("klmgjpnlbohccclhlngpfnjgabhgpcka.gif", false, 627, 344, 39, 52, 455, 344, false, true, false);
      picture9.addOnBack(PongDemo.PicturePart5(notebook, picture9));
      picture9.addOnBack(PongDemo.PicturePart6(notebook, picture9));
      picture9.addOnBack(PongDemo.PicturePart7(notebook, picture9));
    return picture9;
  }
  public static TTPicture PicturePart4(TTNotebook notebook, TTPicture container) { 
    TTPicture picture10 = new TTGIFPicture("elmcpoccmnboleljnleiackkcmmmkocc.gif", false, 47, 453, 56, 257, 0, 0, false, true, false);
      TTBox box11 = new TTBox(3);
      box11.setHole(0, new TTRemoteInteger(83, null, TT.NO_NUMBER_OPERATION, TT.Y_REMOTE, picture10, TT.BRITISH_ENGLISH));
      box11.setHole(1, new TTRemotePicture(-2147483648, null, TT.NO_NUMBER_OPERATION, TT.LAST_KEYSTROKE_REMOTE, TT.GLOBAL_REMOTE, TT.AMERICAN_ENGLISH));
      box11.setHole(2, new TTNumber(10, TT.NO_NUMBER_OPERATION, 0, 0, 0));
      // We just made a box with 3 holes. The hole labeled with "Up" contains a 
      // remote control for the distance from the bottom side. The hole labeled 
      // with "Last Key" contains a remote control for the last key pressed. The 
      // third hole contains the integer 10.
      TTRobot robot12 = new Robot1850_124686375(notebook);
      TTBox box13 = new TTBox(3);
      TTBox wants2 = box13;
      // This robot will only accept a box with 3 holes. The hole labeled with "Up" 
      // contains any number (for example, a remote control for the distance from 
      // the bottom side). The hole labeled with "Last Key" contains a remote 
      // control for the last key pressed. The third hole contains any number.
      wants2.setHole(0, TT.BLANK_NUMBER);
      wants2.setHole(1, new TTText("Up arrow"));
      wants2.setHole(2, TT.BLANK_NUMBER);
      robot12.setWants(wants2);
      TTTeam team12 = new TTTeam(box11, robot12);
      picture10.addTeam(team12);
      TTBox box14 = new TTBox(3);
      box14.setHole(0, new TTRemoteInteger(83, null, TT.NO_NUMBER_OPERATION, TT.Y_REMOTE, picture10, TT.BRITISH_ENGLISH));
      box14.setHole(1, new TTRemotePicture(-2147483648, null, TT.NO_NUMBER_OPERATION, TT.LAST_KEYSTROKE_REMOTE, TT.GLOBAL_REMOTE, TT.AMERICAN_ENGLISH));
      box14.setHole(2, new TTNumber(-10, TT.NO_NUMBER_OPERATION, 0, 0, 0));
      // We just made a box with 3 holes. The hole labeled with "Up" contains a 
      // remote control for the distance from the bottom side. The hole labeled 
      // with "Last Key" contains a remote control for the last key pressed. The 
      // third hole contains the integer -10.
      TTRobot robot15 = new Robot1850_124686375(notebook);
      TTBox box16 = new TTBox(3);
      TTBox wants3 = box16;
      // This robot will only accept a box with 3 holes. The hole labeled with "Up" 
      // contains any number (for example, a remote control for the distance from 
      // the bottom side). The hole labeled with "Last Key" contains a remote 
      // control for the last key pressed. The third hole contains any number.
      wants3.setHole(0, TT.BLANK_NUMBER);
      wants3.setHole(1, new TTText("Down arrow"));
      wants3.setHole(2, TT.BLANK_NUMBER);
      robot15.setWants(wants3);
      TTTeam team15 = new TTTeam(box14, robot15);
      picture10.addTeam(team15);
      TTObject temp2 = new TTText("Move Up and Down\rwith arrow keys");
      picture10.addOnBack(temp2);
    return picture10;
  }
  public static TTPicture PicturePart5(TTNotebook notebook, TTPicture container) { 
    TTPicture picture17 = new TTRectangle(500, 500, 44, 59, 0, 0, 128, 0, 0, false, true, true);
      TTBox box18 = new TTBox(2);
      box18.setHole(0, new TTRemoteInteger(0, null, TT.NO_NUMBER_OPERATION, TT.X_HIT_OR_MISS_REMOTE, picture17, TT.AMERICAN_ENGLISH));
      box18.setHole(1, new TTRemoteInteger(455, null, TT.NO_NUMBER_OPERATION, TT.X_SPEED_REMOTE, picture17, TT.BRITISH_ENGLISH));
      // We just made a box with 2 holes. The hole labeled with "Right Collide?" 
      // contains a remote control for the left/right movement collision detector. 
      // The hole labeled with "Right Speed1" contains a remote control for the 
      // speed towards the right.
      TTRobot robot19 = new Robot25_2285445166(notebook);
      TTBox box20 = new TTBox(2);
      TTBox wants4 = box20;
      // This robot will only accept a box with 2 holes. The hole labeled with 
      // "Right Collide?" contains a movie of the hit or miss cartoon. The hole 
      // labeled with "Right Speed1" contains any number (for example, a remote 
      // control for the speed towards the right).
      wants4.setHole(0, new TTNumber(1));
      wants4.setHole(1, TT.BLANK_NUMBER);
      robot19.setWants(wants4);
      TTTeam team19 = new TTTeam(box18, robot19);
      picture17.addTeam(team19);
      TTBox box22 = new TTBox(2);
      box22.setHole(0, new TTRemoteInteger(0, null, TT.NO_NUMBER_OPERATION, TT.Y_HIT_OR_MISS_REMOTE, picture17, TT.AMERICAN_ENGLISH));
      box22.setHole(1, new TTRemoteInteger(344, null, TT.NO_NUMBER_OPERATION, TT.Y_SPEED_REMOTE, picture17, TT.BRITISH_ENGLISH));
      // We just made a box with 2 holes. The hole labeled with "Up Collide?" 
      // contains a remote control for the up/down movement collision detector. The 
      // hole labeled with "Up Speed" contains a remote control for the speed 
      // towards the top.
      TTRobot robot23 = new Robot25_2285445166(notebook);
      TTBox box24 = new TTBox(2);
      TTBox wants5 = box24;
      // This robot will only accept a box with 2 holes. The hole labeled with 
      // "Right Collide?" contains a movie of the hit or miss cartoon. The hole 
      // labeled with "Right Speed1" contains any number (for example, a remote 
      // control for the speed towards the right).
      wants5.setHole(0, new TTNumber(1));
      wants5.setHole(1, TT.BLANK_NUMBER);
      robot23.setWants(wants5);
      TTTeam team23 = new TTTeam(box22, robot23);
      picture17.addTeam(team23);
      TTObject temp3 = new TTText("Bounce off\rof things");
      picture17.addOnBack(temp3);
    return picture17;
  }
  public static TTPicture PicturePart6(TTNotebook notebook, TTPicture container) { 
    TTPicture picture26 = new TTRectangle(500, 500, 44, 59, 0, 0, 0, 128, 0, false, true, true);
      TTBox box27 = new TTBox(2);
      box27.setHole(0, new TTRemoteInteger(0, null, TT.NO_NUMBER_OPERATION, TT.HIT_OR_MISS_REMOTE, picture26, TT.AMERICAN_ENGLISH));
      box27.setHole(1, new TTSound("pop.au", "Pop"));
      // We just made a box with 2 holes. The hole labeled with "Collide?" contains 
      // a remote control for the detector which shows a simple cartoon of either a 
      // collision or a miss. You can turn a collision into a miss by pointing to 
      // the detector and pressing +. The hole labeled with "Sound" contains a 
      // sound "Pop".
      TTRobot robot28 = new Robot27_10113136(notebook);
      TTBox box29 = new TTBox(2);
      TTBox wants6 = box29;
      // This robot will only accept a box with 2 holes. The hole labeled with 
      // "Collide?" contains a movie of the hit or miss cartoon. The second hole 
      // contains any sound.
      wants6.setHole(0, new TTNumber(1));
      wants6.setHole(1, TT.BLANK_SOUND);
      robot28.setWants(wants6);
      TTTeam team28 = new TTTeam(box27, robot28);
      picture26.addTeam(team28);
      TTObject temp4 = new TTText("Make Sound\rWhen Colliding");
      picture26.addOnBack(temp4);
    return picture26;
  }
  public static TTPicture PicturePart7(TTNotebook notebook, TTPicture container) { 
    TTPicture picture31 = new TTRectangle(500, 500, 44, 59, 0, 0, 128, 128, 0, false, true, true);
      TTBox box32 = new TTBox(5);
      box32.setHole(0, new TTRemoteInteger(614, null, TT.NO_NUMBER_OPERATION, TT.X_REMOTE, picture31, TT.BRITISH_ENGLISH));
      box32.setHole(1, new TTScale('>'));
      box32.setHole(2, new TTNumber(0, TT.NO_NUMBER_OPERATION, 0, 0, 0));
      box32.setHole(3, new TTBird());
      box32.hole(3).setNest(nest0);
      box32.setHole(4, new TTSound("plop.au", "Plop"));
      // We just made a box with 5 holes. The hole labeled with "Right" contains a 
      // remote control for the distance from the left side. The second hole 
      // contains a tottering scale. The third hole contains the integer 0. The 
      // fourth hole contains a bird. The fifth hole contains a sound "Plop".
      TTRobot robot34 = new Robot28_811171888(notebook);
      TTBox box35 = new TTBox(5);
      TTBox wants7 = box35;
      // This robot will only accept a box with 5 holes. The hole labeled with 
      // "Right" contains any number (for example, a remote control for the 
      // distance from the left side). The second hole contains a tottering scale. 
      // The third hole contains the integer 0. The fourth hole contains a bird. 
      // The fifth hole contains a sound "Plop".
      wants7.setHole(0, TT.BLANK_NUMBER);
      wants7.setHole(1, new TTScale('<'));
      wants7.setHole(2, new TTNumber(0, TT.NO_NUMBER_OPERATION, 0, 0, 0));
      wants7.setHole(3, new TTBird());
      wants7.setHole(4, new TTSound("plop.au", "Plop"));
      robot34.setWants(wants7);
      TTTeam team34 = new TTTeam(box32, robot34);
      picture31.addTeam(team34);
      TTObject temp5 = new TTText("Serve Again\rif off the left side");
      picture31.addOnBack(temp5);
    return picture31;
  }
  protected static TTNest nest0;
  private void intializeNests() {
    nest0 = new TTNest();
  }
  private void intializeToonTalkImages() {
  }
}