// This Java file was automatically generated by ToonTalk for August 7
import ap.toontalk.*;
  // Robot2302_149176563: Done Spawning
class Robot2302_149176563 extends TTRobot {
 Robot2302_149176563(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;
  // grab a copy of Dusty
  TTVacuum vacuum = new TTVacuum();
  hand = vacuum;
  // use Dusty to vacuum his box
  throw new TTException("A robot vacuumed up his box.");
 }
}
  // Robot2301_2169266325: Spawn Each
class Robot2301_2169266325 extends TTRobot {
 Robot2301_2169266325(TTNotebook n) {
  notebook = n;
 }
 public TTObject gets(TTObject given) throws TTException {
  TTObject hand;
  TTObject temp1;
  TTObject temp2;
  TTObject temp3;
  // move to the stack of trucks
  temp1 = new TTTruck(this);
  // pick up a truck
  hand = temp1;
  // drop it
  temp1 = hand;
  // pick up what's in the first hole inside his box
  hand = given.pickUp(0);
  // drop it into the truck which is the new truck
  temp1.gets(hand);
  // pick up what's in the second hole inside his box
  hand = given.pickUp(1);
  // drop it into the truck which is the new truck
  temp1.gets(hand);
  // pick up his box
  hand = given;
  // push '2' while pointing to his box
  temp2 = given.keyboard('2', false, false);
  given.stoppedTyping();
  // drop it
  // grab a copy of Dusty
  TTVacuum vacuum = new TTVacuum();
  hand = vacuum;
  // switch to working on the new box
  TTObject old_given = given;
  given = temp2;
  temp3 = old_given;
  // use Dusty to vacuum the last thing he made or found
  vacuum.suckUp(temp3);
  // release Dusty
  old_given.becomes(given);
  return this;  // This robot has finished and will give the box to the first robot to try again.
 }
}
  // Robot2299_1727549570: Grapher
class Robot2299_1727549570 extends TTRobot {
 Robot2299_1727549570(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;
  TTObject temp3;
  TTObject temp4;
  TTObject temp5;
  TTObject temp6;
  TTObject temp7;
  TTObject temp8;
  TTObject temp9;
  TTObject temp10;
  TTObject temp11;
  TTObject temp12;
  TTObject temp13;
  TTObject temp14;
  TTObject temp15;
  // grab a magic wand
  TTCopier copier = new TTCopier();
  hand = copier;
  // use the magic wand on the second hole inside his box
  hand = copier.applyTo(given.hole(1), this);
  temp1 = hand;
  // drop it
  temp1 = hand;
  // release the magic wand
  // pick up the first thing he made or found
  hand = temp1;
  // use it
  temp2 = TTNotebook.getLocalRemotesNotebook();
  temp2.setControlee(hand);
  hand.use();
  // drop it
  temp1 = hand;
  // pick up what's on the right page of the new notebook
  temp3 = temp2.pickUp(1);
  hand = temp3;
  // drop it
  temp3 = hand;
  // push the space bar after moving to the new notebook
  temp2.keyboard(' ', true, false);
  temp2.stoppedTyping();
  // pick up what's on the right page of the new notebook
  temp4 = temp2.pickUp(1);
  hand = temp4;
  // drop it
  temp4 = hand;
  // push the space bar after moving to the new notebook
  temp2.keyboard(' ', true, false);
  // push the space bar after moving to the new notebook
  temp2.keyboard(' ', true, false);
  // push the space bar after moving to the new notebook
  temp2.keyboard(' ', true, false);
  temp2.stoppedTyping();
  // pick up what's on the right page of the new notebook
  temp5 = temp2.pickUp(1);
  hand = temp5;
  // drop it
  temp5 = hand;
  // push the space bar after moving to the new notebook
  temp2.keyboard(' ', true, false);
  temp2.stoppedTyping();
  // pick up what's on the right page of the new notebook
  temp6 = temp2.pickUp(1);
  hand = temp6;
  // drop it
  temp6 = hand;
  // pick up the first thing he made or found
  hand = temp1;
  // use it
  hand.use();
  // drop it on the first hole inside his box
  given.holeGets(0, hand);
  // grab a magic wand
  hand = copier;
  // use the magic wand on the third hole inside his box
  hand = copier.applyTo(given.hole(2), this);
  temp7 = hand;
  // push '=' to change what he is holding
  hand.keyboard('=', false, false);
  hand.stoppedTyping();
  // drop what he just copied on the first hole inside the newest box
  temp5.holeGets(0, hand);
  // release the magic wand
  // pick up what's in the fourth hole inside his box
  hand = given.pickUp(3);
  // drop it
  temp8 = hand;
  // grab a magic wand
  hand = copier;
  // use the magic wand on the fifth hole inside his box
  hand = copier.applyTo(given.hole(4), this);
  // drop what he just copied on the eighth thing he made or found
  temp8.gets(hand);
  // use the magic wand on the eighth thing he made or found
  hand = copier.applyTo(temp8, this);
  temp9 = hand;
  // push '=' to change what he is holding
  hand.keyboard('=', false, false);
  hand.stoppedTyping();
  // drop what he just copied on the first hole inside the newest box
  temp6.holeGets(0, hand);
  // release the magic wand
  // move to the stack of numbers
  temp11 = new TTNumber(1);
  // pick up a number
  hand = temp11;
  // push Backspace key to change what he is holding
  hand.keyboard('\b', false, false);
  // push '/' to change what he is holding
  hand.keyboard('/', false, false);
  // push '2' to change what he is holding
  hand.keyboard('2', false, false);
  hand.stoppedTyping();
  // drop it on the eighth thing he made or found
  temp8.gets(hand);
  // pick up the eighth thing he made or found
  hand = temp8;
  // push '=' to change what he is holding
  hand.keyboard('=', false, false);
  hand.stoppedTyping();
  // drop it on the first hole inside the newest box
  temp4.holeGets(0, hand);
  // grab a magic wand
  hand = copier;
  // use the magic wand on the third hole inside his box
  hand = copier.applyTo(given.hole(2), this);
  temp12 = hand;
  // drop it
  temp12 = hand;
  // use the magic wand on the sixth hole inside his box
  hand = copier.applyTo(given.hole(5), this);
  temp13 = hand;
  // drop it
  temp13 = hand;
  // release the magic wand
  // move to the stack of numbers
  temp14 = new TTNumber(1);
  // pick up a number
  hand = temp14;
  // push Backspace key to change what he is holding
  hand.keyboard('\b', false, false);
  // push '/' to change what he is holding
  hand.keyboard('/', false, false);
  // push '2' to change what he is holding
  hand.keyboard('2', false, false);
  hand.stoppedTyping();
  // drop it on the fourth to last thing he made or found
  temp12.gets(hand);
  // pick up the fourth to last thing he made or found
  hand = temp12;
  // drop it on the third to last thing he made or found
  temp13.gets(hand);
  // pick up the third to last thing he made or found
  hand = temp13;
  // push '=' to change what he is holding
  hand.keyboard('=', false, false);
  hand.stoppedTyping();
  // drop it on the first hole inside the newest box
  temp3.holeGets(0, hand);
  // grab a magic wand
  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 sixth hole inside his box
  given.holeGets(5, hand);
  // release the magic wand
  // grab a copy of Dusty
  TTVacuum vacuum = new TTVacuum();
  hand = vacuum;
  // push '1' while pointing to Dusty
  vacuum.keyboard('1', false, false);
  vacuum.stoppedTyping();
  // use Dusty to vacuum the newest box
  vacuum.suckUp(temp3);
  // use Dusty to vacuum the newest box
  vacuum.suckUp(temp4);
  // use Dusty to vacuum the newest box
  vacuum.suckUp(temp5);
  // use Dusty to vacuum the newest box
  vacuum.suckUp(temp6);
  // release Dusty
  return this;  // This robot has finished and will see if the box still matches his thoughts and try again.
 }
}
  // Robot2303_1546727554: Stop Ready to start again
class Robot2303_1546727554 extends TTRobot {
 Robot2303_1546727554(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;
  // push '.' while pointing to the first hole inside his box
  given.hole(0).keyboard('.', false, false);
  given.hole(0).stoppedTyping();
  // move to the stack of numbers
  temp1 = new TTNumber(1);
  // pick up a number
  hand = temp1;
  // push Backspace key to change what he is holding
  hand.keyboard('\b', false, false);
  // push '=' to change what he is holding
  hand.keyboard('=', false, false);
  // push '0' to change what he is holding
  hand.keyboard('0', false, false);
  hand.stoppedTyping();
  // drop it on the sixth hole inside his box
  given.holeGets(5, hand);
  return this;  // This robot has finished and will give the box to the first robot to try again.
 }
}
  // Robot719_36974814: Add up
class Robot719_36974814 extends TTRobot {
 Robot719_36974814(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;
  // 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);
  // grab a magic wand
  TTCopier copier = new TTCopier();
  hand = copier;
  // use the magic wand on the second hole inside his box
  hand = copier.applyTo(given.hole(1), this);
  // give what he just copied to the bird in the third hole inside his box
  given.hole(2).gets(hand);
  // release the magic wand
  return this;  // This robot has finished and will see if the box still matches his thoughts and try again.
 }
}
  // Robot2300_966463650: Inverse squares
class Robot2300_966463650 extends TTRobot {
 Robot2300_966463650(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;
  TTObject temp3;
  // grab a magic wand
  TTCopier copier = new TTCopier();
  hand = copier;
  // use the magic wand on the first hole inside his box
  hand = copier.applyTo(given.hole(0), this);
  temp1 = hand;
  // drop it
  temp1 = hand;
  // release the magic wand
  // move to the stack of numbers
  temp2 = new TTNumber(1);
  // pick up a number
  hand = temp2;
  // push Backspace key to change what he is holding
  hand.keyboard('\b', false, false);
  // push '^' to change what he is holding
  hand.keyboard('^', false, false);
  // push '-' to change what he is holding
  hand.keyboard('-', false, false);
  // push '2' to change what he is holding
  hand.keyboard('2', false, false);
  hand.stoppedTyping();
  // drop it on the first thing he made or found
  temp1.gets(hand);
  // pick up the first thing he made or found
  hand = temp1;
  // give it to the bird in the second hole inside his box
  given.hole(1).gets(hand);
  // move to the stack of numbers
  temp3 = new TTNumber(1);
  // pick up a number
  hand = temp3;
  // 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.
 }
}
public class GrapherDemo extends TTApplet {
 public static void main(String args[]) {
  new TTFrame().begin(new GrapherDemo());
 }
 public void initialize() {
  intializeToonTalkImages();
  intializeNests();
  TTNotebook notebook = TT.NOTEBOOK;
  TTRobot next_robot;
  TTPicture picture2 = new TTRectangle(500, 500, 1000, 1000, 0, 0, 128, 128, 128, true, true, false);
  setPicture(picture2);
    picture2.addPicture(GrapherDemo.PicturePart1(notebook, picture2));
  picture2.start();
  screen_snapshot_file_name = "GrapherDemo.gif";
 }
  public static TTPicture PicturePart1(TTNotebook notebook, TTPicture container) { 
    TTPicture picture3 = new TTGIFPicture("mdhmmlboneboljbghbkgadieckefinmi.gif", false, 500, 500, 1000, 1000, 0, 0, true, true, false);
      TTBox box4 = new TTBox(4);
      // Robot2300_966463650: Inverse squares
      TTRobot robot5 = new Robot2300_966463650(notebook);
      TTBox box6 = new TTBox(2);
      TTBox wants1 = box6;
      // This robot will only accept a box with 2 holes. The hole labeled with "n" 
      // contains any number. The second hole contains a bird.
      wants1.setHole(0, TT.BLANK_NUMBER);
      wants1.setHole(1, new TTBird());
      robot5.setWants(wants1);
      TTBox box7 = new TTBox(2);
      // Robot719_36974814: Add up
      TTRobot robot8 = new Robot719_36974814(notebook);
      TTBox box9 = new TTBox(3);
      TTBox wants2 = box9;
      // This robot will only accept a box with 3 holes. The hole labeled with "in" 
      // contains any number. The hole labeled with "so far" contains any number. 
      // The hole labeled with "out" contains a bird.
      wants2.setHole(0, TT.BLANK_NUMBER);
      wants2.setHole(1, TT.BLANK_NUMBER);
      wants2.setHole(2, new TTBird());
      robot8.setWants(wants2);
      TTBox box10 = new TTBox(3);
      box4.setHole(0, robot5);
      TTBox wants3 = box6;
      // This robot will only accept a box with 2 holes. The hole labeled with "n" 
      // contains any number. The second hole contains a bird.
      box4.hole(0).setWants(wants3);
      box4.setHole(1, box7);
      box4.hole(1).setHole(0, new TTNumber(2, TT.NO_NUMBER_OPERATION, 0, 0, 0));
      box4.hole(1).setHole(1, new TTBird());
      box4.hole(1).hole(1).setNest(nest0);
      box4.setHole(2, robot8);
      TTBox wants4 = box9;
      // This robot will only accept a box with 3 holes. The hole labeled with "in" 
      // contains any number. The hole labeled with "so far" contains any number. 
      // The hole labeled with "out" contains a bird.
      box4.hole(2).setWants(wants4);
      box4.setHole(3, box10);
      box4.hole(3).setHole(0, nest0);
      box4.hole(3).setHole(1, new TTNumber(0, TT.NO_NUMBER_OPERATION, 0, 0, 0));
      box4.hole(3).setHole(2, new TTBird());
      box4.hole(3).hole(2).setNest(nest1);
      // We just made a box with 4 holes. The hole labeled with "Fractions" 
      // contains a robot who wants a box with 2 holes. The hole labeled with "n" 
      // contains any number. The second hole contains a bird. If given a box like 
      // that he will grab a magic wand. And use the magic wand on the first hole 
      // inside his box. And drop it. And release the magic wand. And move to the 
      // stack of numbers. And pick up a number. And push Backspace key to change 
      // what he is holding. And push '^' to change what he is holding. And push 
      // '-' to change what he is holding. And push '2' to change what he is 
      // holding. And drop it on the first thing he made or found. And pick up the 
      // first thing he made or found. And give it to the bird in the second hole 
      // inside his box. And move to the stack of numbers. And pick up a number. 
      // And drop it on the first hole inside his box. The second hole contains a 
      // box with 2 holes. The first hole contains the integer 2. The second hole 
      // contains a bird. The hole labeled with "Running Totals" contains a robot 
      // who wants Th
      TTRobot robot11 = new Robot2302_149176563(notebook);
      TTBox box12 = new TTBox(0);
      TTBox wants5 = box12;
      // This robot will only accept a box with 0 holes.
      robot11.setWants(wants5);
      TTTeam team11 = new TTTeam(box4, robot11);
      TTRobot robot13 = new Robot2301_2169266325(notebook);
      robot11.setNextRobot(robot13);
      picture3.addTeam(team11);
      TTBox box14 = new TTBox(8);
      TTPicture picture15 = new TTRemoteLooks(picture3, 500, 500, 1000, 1000, 0, 0, true, true, false);
      TTPicture picture16 = new TTGIFPicture("adepndgaihjjlmfglfigampjhgalefjb.gif", false, 500, 500, 1000, 1000, 0, 0, false, true, false);
      box14.setHole(0, picture15);
      box14.setHole(1, picture16);
      box14.setHole(2, new TTNumber(10, TT.NO_NUMBER_OPERATION, 0, 0, 0));
      box14.setHole(3, nest1);
      box14.setHole(4, new TTNumber(1000, TT.MULTIPLY_BY, 0, 0, 0));
      box14.setHole(5, new TTNumber(0, TT.NO_NUMBER_OPERATION, 0, 0, 0));
      box14.setHole(6, new TTScale('<'));
      box14.setHole(7, new TTNumber(1000, TT.NO_NUMBER_OPERATION, 0, 0, 0));
      // We just made a box with 8 holes. The hole labeled with "Looks" contains a 
      // remote control for another's looks - a picture that reminds me of  "I make 
      // a bar graph of he inverse squares series" . The picture is a picture from 
      // a file (grid[1]) . The first thing on the back is a pad with the text 
      // "GrapherDemo" on it. And the second thing on the back is a box with 4 
      // holes. The hole labeled with "Fractions" contains a robot who wants a box 
      // with 2 holes. The hole labeled with "n" contains any number. The second 
      // hole contains a bird. If given a box like that he will grab a magic wand. 
      // And use the magic wand on the first hole inside his box. And drop it. And 
      // release the magic wand. And move to the stack of numbers. And pick up a 
      // number. And push Backspace key to change what he is holding. And push '^' 
      // to change what he is holding. And push '-' to change what he is holding. 
      // And push '2' to change what he is holding. And drop it on the first thing 
      // he made or found. And pick up the first thing he made or found. And give 
      TTRobot robot18 = new Robot2299_1727549570(notebook);
      TTBox box19 = new TTBox(8);
      TTBox wants6 = box19;
      // This robot will only accept a box with 8 holes. The hole labeled with 
      // "Looks" contains a picture that reminds me of  "I make a bar graph" . The 
      // picture is any picture (for example, a picture from a file (grid[1]) a 
      // picture from a file. The hole labeled with "Bar" contains any picture (for 
      // example, a picture from a file (color_line) a picture from a file. The 
      // hole labeled with "Width" contains any number. The hole labeled with "Data 
      // in" contains any number. The hole labeled with "Operation" contains any 
      // number. The hole labeled with "X" contains any number. The seventh hole 
      // contains a scale tipped to the right. The hole labeled with "Max" contains 
      // any number.
      wants6.setHole(0, TT.BLANK_PICTURE);
      wants6.setHole(1, TT.BLANK_PICTURE);
      wants6.setHole(2, TT.BLANK_NUMBER);
      wants6.setHole(3, TT.BLANK_NUMBER);
      wants6.setHole(4, TT.BLANK_NUMBER);
      wants6.setHole(5, TT.BLANK_NUMBER);
      wants6.setHole(6, new TTScale('<'));
      wants6.setHole(7, TT.BLANK_NUMBER);
      robot18.setWants(wants6);
      TTTeam team18 = new TTTeam(box14, robot18);
      TTRobot robot21 = new Robot2303_1546727554(notebook);
      TTBox box22 = new TTBox(8);
      TTBox wants7 = box22;
      // This robot will only accept a box with 8 holes. The hole labeled with 
      // "Looks" contains a picture that reminds me of  "I make a bar graph" . The 
      // picture is any picture (for example, a picture from a file (grid[1]) a 
      // picture from a file. The hole labeled with "Bar" contains any picture (for 
      // example, a picture from a file (color_line) a picture from a file. The 
      // hole labeled with "Width" contains any number. The hole labeled with "Data 
      // in" contains any number. The hole labeled with "Operation" contains any 
      // number.
      wants7.setHole(0, TT.BLANK_PICTURE);
      wants7.setHole(1, TT.BLANK_PICTURE);
      wants7.setHole(2, TT.BLANK_NUMBER);
      wants7.setHole(3, TT.BLANK_NUMBER);
      wants7.setHole(4, TT.BLANK_NUMBER);
      wants7.setHole(5, new TTNothing("X"));
      wants7.setHole(6, TT.NOTHING);
      wants7.setHole(7, new TTNothing("Max"));
      robot21.setWants(wants7);
      robot18.setNextRobot(robot21);
      picture3.addTeam(team18);
      TTObject temp0 = new TTText("GrapherDemo");
      picture3.addOnBack(temp0);
    return picture3;
  }
  protected static TTNest nest0;
  protected static TTNest nest1;
  private void intializeNests() {
    nest0 = new TTNest("fractions");
    nest1 = new TTNest("Data");
  }
  private void intializeToonTalkImages() {
  }
}