package xml;
public class ReadXMLUtil{ 
      public SimulationType createSimulationType(File xmlFile) 
}
 
package xml;
public class PredatorPreyXMLData extends XMLData { 
      public SimulationType getInfo(Map<String, String> simulationValues) 
}
 
package xml;
public class RockPaperScissorsXMLData extends XMLData { 
      public SimulationType getInfo(Map<String, String> simulationValues) 
}
 
package xml;
public abstract class XMLData { 
      public static final List<String> DATA_FIELDS = Arrays.asList("width", "height", "cell_type" ,"init_states", "description");
    public abstract SimulationType getInfo(Map<String, String> simulationValues);
}
 
package xml;
public class GameOfLifeXMLData extends XMLData { 
      public SimulationType getInfo(Map<String, String> simulationValues) 
}
 
package xml;
public class XMLException{ 
      public XMLException()
    public void showAlert(String error)
    public void showWarning(String warning)
    public void showAlert(String error, Animation animation)
}
 
package xml;
public class SegregationXMLData extends XMLData { 
      public SimulationType getInfo(Map<String, String> simulationValues) 
}
 
package xml;
public class WriteXMLUtil { 
      public WriteXMLUtil()
    public void writeData(Map<String, String> simData, String simType)
    public Map<String, String> createMap(int[][] current_grid, String userDescription, String cellType)
}
 
package xml;
public class FireXMLData extends XMLData { 
      public SimulationType getInfo(Map<String, String> simulationValues) 
}
 
package controller;
public class MainViewController { 
              public void run() 
}
 
public class Main extends Application { 
      public void start(Stage primaryStage) throws Exception 
}
 
package model;
public class HexagonalGrid implements NeighborFinder { 
      public int[] collectNeighbors(int[][] cells, int row, int col, int num_neighbors, int invalid) 
}
 
package model;
public class PredatorPrey implements SimulationType { 
      public PredatorPrey(Map<String, String> dataValues)
    public PredatorPrey()}
    public void initializeRound(int[][] cells) 
    public int[] getStates() 
    public int[] checkGrid(int[][] cells, int row, int col, NeighborFinder shape) 
    public int ruleset(int state, int row, int col, int[] neighbors) 
    public String getName() 
    public void setParameter(String key, double value) 
    public Map<String, String> getCurrDataMap() 
    public int[][] getGrid() 
}
 
package model;
public class GameOfLife implements SimulationType { 
      public GameOfLife()}
    public GameOfLife(Map<String, String> dataValues)
    public int[][] getGrid()
    public void initializeRound(int[][] data) 
    public int[] getStates() 
    public int[] checkGrid(int[][] cells, int row, int col, NeighborFinder shape) 
    public int ruleset(int state, int row, int col, int[] neighbors) 
    public String getName()
    public void setParameter(String key, double value) 
    public Map<String, String> getCurrDataMap() 
}
 
package model;
public class SquareGrid implements NeighborFinder { 
      public int[] collectNeighbors(int[][] cells, int row, int col, int num_neighbors, int invalid) 
}
 
package model;
public class RockPaperScissors implements SimulationType { 
      public RockPaperScissors()}
    public RockPaperScissors(Map<String, String> dataValues)
    public void initializeRound(int[][] cells) 
    public int[] getStates() 
    public int[] checkGrid(int[][] cells, int row, int col, NeighborFinder shape) 
    public int ruleset(int state, int row, int col, int[] neighbors) 
    public String getName() 
    public int eatNeighbor(int row, int col, int[] neighbors, int state, int preyState)
    public void moveCell(int row, int col, int index, int state)
    public void setParameter(String key, double value) 
    public Map<String, String> getCurrDataMap() 
    public int[][] getGrid() 
}
 
package model;
public class Grid { 
      public Grid (NeighborFinder shape, int row, int col)
    public int[][] getCells() 
    public void setAllCells(int[][] newCells)
    public void clearCells() 
    public void createGrid(int[] states) 
    public void selectRuleSet(String simType) 
    public void updateGrid() 
    public void updateCell(int row, int col, int state) 
    public SimulationType getSimulation()  return simulation; }
}
 
package model;
 public interface NeighborFinder {
  }
 
package model;
 public interface SimulationType {
  }
 
package model;
public class Segregation implements SimulationType { 
      public Segregation()}
    public Segregation(Map<String, String> dataValues)
    public int[] getStates() 
    public void initializeRound(int[][] cells) 
    public int[] checkGrid(int[][] cells, int row, int col, NeighborFinder shape) 
    public int ruleset(int state, int row, int col, int[] neighbors) 
    public String getName() 
    public void setParameter(String key, double value) 
    public Map<String, String> getCurrDataMap() 
    public int[][] getGrid() 
}
 
package model;
public class Fire implements SimulationType { 
      public Fire()}
    public Fire(Map<String, String> dataValues)
    public void initializeRound(int[][] cells) 
    public int[] getStates()
    public int[] checkGrid(int[][] cells, int row, int col, NeighborFinder shape) 
    public int ruleset(int state, int row, int col, int[] neighbors) 
    public String getName() 
    public void setParameter(String key, double value) 
    public Map<String, String> getCurrDataMap() 
    public int[][] getGrid() 
}
 
package model;
public class TriangularGrid implements NeighborFinder { 
      public int[] collectNeighbors(int[][] cells, int row, int col, int num_neighbors, int invalid) 
}
 
package view;
public class GraphView extends VBox { 
      public GraphView(double height) 
    public void updateChart(int[][] cells) 
    public void drawChart(int[][] cells) 
}
 
package view;
public class TriangularCell extends Polygon implements CellDelegate { 
      public TriangularCell(double gridViewX, double gridViewY) 
    public double calculateX(int row, int col, double size) 
    public double calculateY(int row, int col, double size) 
    public void updateView(double x, double y, double size) 
}
 
package view;
public class GridView extends Pane { 
      public GridView(CellShape shape, double gridSize, double originX, double originY) 
    public void clearGrid() 
    public void drawGrid(int[][] cells) 
    public void setCellShape(CellShape shape) 
    public List<CellView> getCellShapes() 
    public CellShape getCellShape() 
    public String getCellShapeAsString()
}
 
package view;
public class HexagonalCell extends Polygon implements CellDelegate { 
      public HexagonalCell(double gridViewX, double gridViewY) 
    public double calculateX(int row, int col, double size) 
    public double calculateY(int row, int col, double size) 
    public void updateView(double x, double y, double size) 
}
 
package view;
public class SquareCell extends Rectangle implements CellDelegate { 
      public SquareCell(double gridViewX, double gridViewY) 
    public double calculateX(int row, int col, double size) 
    public double calculateY(int row, int col, double size) 
    public void updateView(double x, double y, double size) 
}
 
package view;
public class CellView { 
      public CellView(Shape cell, int row, int col) 
    public Shape getCell() 
    public int getRow() 
    public int getCol() 
}
 
package view.toolbars;
public class ToolbarView extends VBox { 
      public ToolbarView(ResourceBundle resources) 
    public String getSimulationType()  return simulationType.getValue().toString(); }
    public String getShapeType()  return shapeType.getValue().toString(); }
    public Button getSelectSimulation()  return selectSimulation; }
    public Button getUploadXML()  return uploadXML; }
    public Button getPlayButton()  return playButton; }
    public Button getStopButton()  return stopButton; }
    public Button getSpeedUpButton()  return speedUpButton; }
    public Button getSlowDownButton()  return slowDownButton; }
    public Button getStepButton()  return stepButton; }
    public Button getDescriptionButton()  return descriptionButton; }
    public Button getDownloadButton()  return downloadButton; }
    public Button getSelectShape()  return selectShape; }
    public void setSimLabel(String title) 
}
 
package view.toolbars;
    public class FireToolbar { 
      public static List<Node> getTools() 
    public static TextField getCatchField()  return catchField; }
    public static Button getSetButton()  return setButton; }
}
 
package view.toolbars;
public class SegregationToolbar { 
      public static List<Node> getTools() 
    public static TextField getTextField() 
    public static Button getSetButton() 
}
 
package view.toolbars;
public class RockPaperScissorsToolbar { 
      public static List<Node> getTools() 
    public static TextField getHealthField() 
    public static Button getSetButton() 
}
 
package view.toolbars;
public class PredatorPreyToolbar { 
      public static List<Node> getTools() 
    public static TextField getReproduceField() 
    public static TextField getEnergyField() 
    public static Button getSetButton() 
}
 
package view.toolbars;
public class GameOfLifeToolbar { 
      public static List<Node> getTools() 
    public static Slider getFewNeighbors()  return fewNeighbors; }
    public static Slider getPerfectNeighbors()  return perfectNeighbors; }
}
 
package view;
 public interface CellDelegate {
  }
 
package view;
public class MainView { 
      public MainView() 
    public void createToolbarView() 
    public GridView getGridView() 
    public GraphView getGraphView()  return graphView; }
    public ToolbarView getToolbar() 
    public Scene getScene() 
    public void setLegendLabel(String text) 
}