package cellsociety.util
public class XMLParser { 
  public XMLParser(File f) throws Exception 
  public HashMap<String, String> getSimulationMetadata() 
  public ArrayList<int[]> getInitialNonDefaultStates() 
  public HashMap<String, Double> getSimulationParameters() 
}
 
package cellsociety.simulation
public class CellGrid { 
  public CellGrid(List<Cell> cells, Map<String, Double> configuration) 
  protected List<List<Cell>> getCells() 
  protected Cell getCell(int x, int y) 
}
 
package cellsociety.simulation
public class Simulation { 
  public Simulation(
  public double getNumCells() 
  public String getName() 
  public List<Cell> getCells() 
  public int getNumRows() 
  public int getNumCols() 
  public void step() 
  protected void initialize(List<Cell> cells) 
  protected void commitState() 
}
 
package cellsociety.simulation
public class PercolationRule extends StateRule { 
  public PercolationRule() 
  public PercolationRule(Map<String, Double> parsedXML) 
  public PercolationRule(int fillNumber) 
  public double getFillNumber() 
}
 
package cellsociety.simulation
public class SegregationRule extends StateRule { 
  public SegregationRule() 
  public SegregationRule(Map<String, Double> parsedXML) 
  public SegregationRule(double cutoffPercentage) 
  public double getCutoffPercentage() 
}
 
package cellsociety.simulation
public class PercolationCell extends Cell { 
  public PercolationCell() 
  public PercolationCell(int state) 
  public void computeNextCellState() 
}
 
package cellsociety.simulation
public class SegregationCell extends Cell { 
  public SegregationCell() 
  public SegregationCell(int state) 
  public void computeNextCellState() 
}
 
package cellsociety.simulation
public class ConwayCell extends Cell { 
  public ConwayCell() 
  public ConwayCell(int state) 
  public void computeNextCellState() 
}
 
package cellsociety.simulation
public class ConwayRule extends StateRule { 
  public ConwayRule() 
  public ConwayRule(Map<String, Double> parsedXML) 
  public ConwayRule(
  public double getAliveNumberMin() 
  public double getAliveNumberMax() 
  public double getSpawnNumberMin() 
  public double getSpawnNumberMax() 
}
 
package cellsociety.simulation
public abstract class StateRule {} 
}
 
package cellsociety.simulation
public class FireRule extends StateRule { 
  public FireRule() 
  public FireRule(Map<String, Double> parsedXML) 
  public FireRule(double flammability) 
  public double getFlammability() 
}
 
package cellsociety.simulation
public class FireCell extends Cell { 
  public FireCell() 
  public FireCell(int state) 
  public void computeNextCellState() 
}
 
package cellsociety.simulation
public class WatorRule extends StateRule { 
  public WatorRule() 
  public WatorRule(Map<String, Double> parsedXML) 
  public WatorRule(
  public double getFishBreedingCycle() 
  public double getFishEnergyGain() 
  public double getSharkSpawnEnergy() 
  public double getSharkEnergyLoss() 
}
 
package cellsociety.simulation
public class WatorCell extends Cell { 
  public WatorCell() 
  public WatorCell(int state) 
  public void computeNextCellState() 
  public void setEnergyLevel(double energyLevel) 
  protected void setCellState(int state) 
  protected void setNextCellState(int state, Map<String, Double> values) 
}
 
package cellsociety.simulation
public abstract class Cell { 
  public int getCurrentCellState() 
  public int getEncoding() 
  public abstract void computeNextCellState()
  public int getY() 
  public int getX() 
  public void setX(int posX) 
  protected Cell(int cellState) 
  protected int getNextCellState() 
  protected void updateCellState() 
  protected void setNextCellState(int state) 
  protected void setCellState(int state) 
  protected void setNextCellState(int state, Map<String, Double> values) 
  protected void addNeighbor(Cell neighbor) 
  protected void removeNeighbor(Cell neighbor) 
  protected void setY(int posY) 
}
 
package cellsociety.simulation
public class SimulationFactory { 
  public void loadSimulationFile(File file) throws Exception 
  public Simulation getSimulation() 
}
 
package cellsociety
public class Main extends Application { 
  public void start(Stage primaryStage) 
}
 
package cellsociety.graphics
public class GraphicalCell { 
  public GraphicalCell(Cell simulationCell, Map<Integer, Paint> colorMap, double x, double y,
  public void update() 
  public Node getNode() 
}
 
package cellsociety.graphics
public class SimulationSelectionScene extends Scene { 
  public SimulationSelectionScene(UIController uiController, double width, double height,
}
 
package cellsociety.graphics
public class SimulationDisplayScene extends Scene { 
  public SimulationDisplayScene(
}
 
package cellsociety.graphics
public class SimulationController { 
  public SimulationController(UIController uiController) 
  public void loadSimulation(double displayWidth, double displayHeight) 
  public void startSimulation() 
  public void pauseSimulation() 
  public void step() 
  public void exitSimulation() 
  public void update(double elapsedTime) 
  public void speedUpSimulation() 
  public void slowDownSimulation() 
  public GraphicalCellRectangularGrid graphicalCellGridForCurrentSimulation() 
}
 
package cellsociety.graphics
public class UIController { 
  public UIController(Stage primaryStage, String locale) 
  public void setTitle(String title) 
  public void exitSimulation() 
  public void loadNewSimulation() 
  public void showSimulation(SimulationController simulationController) 
  public File selectSimulationFile() 
  public void refresh(double elapsedTime) 
  public void notifyUserOfException(Exception e) 
}
 
package cellsociety.graphics
public class GraphicalCellRectangularGrid { 
  public GraphicalCellRectangularGrid(
  public void update() 
  public Node getNode() 
}