package grids;
public class DiagonalSquareGrid extends Grid { 
  	public DiagonalSquareGrid(CellOccupant[][] grid) 
	public List<CellOccupant> getNeighbors(CellOccupant current) 
}
 
package grids;
public abstract class Grid { 
  	public Grid(CellOccupant[][] grid) 
	public CellOccupant[][] getGrid() 
	public int getLength() 
	public int getWidth() 
	public void setOccupant(int x, int y, CellOccupant cell) 
	public CellOccupant getOccupant(int x, int y) 
	public List<int[]> getCurrentAndNextPositionsOfType(int type)
	public List<int[]> getNextPositionsOfType(int type)
	public abstract List<CellOccupant> getNeighbors(CellOccupant cell);
	public CellOccupant getNeighborOfType(List<CellOccupant> neighbors, int type)
}
 
package grids;
public class HexagonGrid extends Grid { 
  	public HexagonGrid(CellOccupant[][] grid) 
	public List<CellOccupant> getNeighbors(CellOccupant cell) 
}
 
package grids;
public class SquareGrid extends Grid { 
  	public SquareGrid(CellOccupant[][] grid) 
	public List<CellOccupant> getNeighbors(CellOccupant current) 
}
 
package grids;
public class SquareGridCorner extends Grid { 
  	public SquareGridCorner(CellOccupant[][] grid) 
	public List<CellOccupant> getNeighbors(CellOccupant current) 
}
 
package grids;
public class SquareGridI extends Grid { 
  	public SquareGridI(CellOccupant[][] grid) 
	public List<CellOccupant> getNeighbors(CellOccupant current) 
}
 
package grids;
public class SquareGridN extends Grid { 
  	public SquareGridN(CellOccupant[][] grid) 
	public List<CellOccupant> getNeighbors(CellOccupant current) 
}
 
package grids;
public class SquareGridT extends Grid { 
  	public SquareGridT(CellOccupant[][] grid) 
	public List<CellOccupant> getNeighbors(CellOccupant current) 
}
 
package grids;
public class SquareGridW extends Grid { 
  	public SquareGridW(CellOccupant[][] grid) 
	public List<CellOccupant> getNeighbors(CellOccupant current) 
}
 
package grids;
public class SquareGridY extends Grid { 
  	public SquareGridY(CellOccupant[][] grid) 
	public List<CellOccupant> getNeighbors(CellOccupant current) 
}
 
package grids;
public class SquareGridZ extends Grid { 
  	public SquareGridZ(CellOccupant[][] grid) 
	public List<CellOccupant> getNeighbors(CellOccupant current) 
}
 
package grids;
public class WrapAroundGrid extends Grid { 
  	public WrapAroundGrid(CellOccupant [][] grid) 
	public List<CellOccupant> getNeighbors(CellOccupant cell) 
}
 
package setupGUI;
public class DisplayGrid { 
  	public DisplayGrid(String smf, Stage ps)
	public String getCURRENT_SIMULATION_TYPE() 
	public CellOccupant[][] getCURRENT_CONFIGURATION() 
	public Simulation getCURRENT_SIMULATION() 
	public void setShowGridLines(boolean val)
	public void fillSimulationArray() throws LoadGridException
	public CellOccupant createCellOccupant(int initState, int[] initLocation, Paint initColor)
	public Pane displaySimulationConfiguration() throws LoadGridException
}
 
package setupGUI;
public class LoadGridException extends Exception { 
  }
 
package setupGUI;
public class PopulationGraph  
  	public PopulationGraph(DisplayGrid currentGrid)
	public void updatePopulationGraph()
	public VBox displayPopulationGraph()
}
 
package setupGUI;
public class Setup extends Application 
  	public void start(Stage primaryStage)
	public void makeFrames(Stage primaryStage, int framesPerSecond)
}
 
package setupGUI;
public class XMLCreation  
  	public XMLCreation(String name)
	public void createRandomXML(String simulationType, int xSize, int ySize, String[] colors) throws LoadGridException
	public void currentGridToXML(DisplayGrid currentGrid) throws LoadGridException
	public void createWithPopulationPercentages(String simulationType, int xSize, int ySize, String[] colors, int[] percentages) throws LoadGridException
}
 
package simulation;
public class AntOccupant extends CellOccupant{ 
  	public AntOccupant(int initState, int[] initLocation, Paint initColor, Paint[] colors) 
	public void calculateNextState(Grid grid) 
}
 
package simulation;
public abstract class CellOccupant { 
  	public CellOccupant(int initState, int[] initLocation, Paint initColor, Paint[] colors) 
	public Paint[] getTypeColors() 
	public Paint getCurrentPaint() 
	public Paint getNextPaint() 
	public int getCurrentState() 
	public int getNextState() 
	public int[] getCurrentLocation() 
	public int[] getNextLocation() 
	public void setCurrentPaint() 
	public void setNextPaint(Paint color) 
	public void setCurrentState() 
	public void setNextState(int state) 
	public void setCurrentLocation(int[] location) 
	public void setNextLocation(int[] location) 
	public void noChange() 
	public abstract void calculateNextState(Grid grid);
}
 
package simulation;
public class FireOccupant extends CellOccupant { 
  	public FireOccupant(int initState, int[] initLocation, Paint initColor, Paint[] colors) 
	public void calculateNextState(Grid grid) 
}
 
package simulation;
public class LangtonOccupant extends CellOccupant { 
  	public LangtonOccupant(int initState, int[] initLocation, Paint initColor, Paint[] colors) 
	public void calculateNextState(Grid grid) 
}
 
package simulation;
public class LangtonRules { 
  	public int getState() 
	public int getNextState(List<Integer> inputList) 
}
 
package simulation;
public class LifeOccupant extends CellOccupant{ 
  	public LifeOccupant(int initState, int[] initLocation, Paint initColor, Paint[] colors) 
	public void calculateNextState(Grid grid) 
}
 
package simulation;
public class RPSOccupant extends CellOccupant { 
  	public RPSOccupant(int initState, int[] initLocation, Paint initColor, Paint[] colors) 
	public void calculateNextState(Grid grid) 
}
 
package simulation;
public class SegOccupant extends CellOccupant { 
  	public SegOccupant(int initState, int[] initLocation, Paint initColor, Paint[] colors) 
	public void calculateNextState(Grid grid) 
}
 
package simulation;
public class Simulation { 
  	public Simulation(CellOccupant[][] grid, String simType, int population, Paint[] colors) 
	public void setRunStatus(boolean status) 
	public boolean getStatus() 
	public String getType() 
	public CellOccupant[][] getOccupantGrid() 
	public void setNextStates() 
	public int[] getPopulationNumbers()
	public int getNumPopulations()
}
 
package simulation;
public class SugarOccupant extends CellOccupant{ 
  	public SugarOccupant(int initState, int[] initLocation, Paint initColor, Paint[] colors) 
	public void calculateNextState(Grid grid) 
}
 
package simulation;
public class WatorOccupant extends CellOccupant { 
  	public WatorOccupant(int initState, int[] initLocation, Paint initColor, Paint[] colors) 
	public void calculateNextState(Grid grid) 
}
 
package userInterface;
public abstract class Buttons  
  	public Buttons(String text, Properties prop, Timeline animation, Stage primaryStage)
	public Button getMyButton()
	public abstract void buttonEvent(Button button, Properties prop, Timeline animation, Stage primaryStage);
	public void resetSimulation(Stage primaryStage, Timeline animation)
}
 
package userInterface;
public class PauseButton extends Buttons { 
  	public PauseButton(String text, Properties prop, Timeline animation, Stage primaryStage) 
	public void buttonEvent(Button button, Properties prop, Timeline animation, Stage primaryStage) 
}
 
package userInterface;
public class StartButton extends Buttons 
  	public StartButton(String text, Properties prop, Timeline animation, Stage primaryStage) 
	public void buttonEvent(Button button, Properties prop, Timeline animation, Stage primaryStage) 
}
 
package userInterface;
public class StopButton extends Buttons { 
  	public StopButton(String text, Properties prop, Timeline animation, Stage primaryStage) 
	public void buttonEvent(Button button, Properties prop, Timeline animation, Stage primaryStage) 
}