A C D F G I M N O P R S T W

A

actionPerformed(ActionEvent) - Method in class InfoFrame

Implements method from ActionListener interface.

actionPerformed(ActionEvent) - Method in class RotorGraphsApplet

alert(String) - Method in class InfoFrame

Pops up the InfoFrame with a bit of text in it.

animate - Variable in class TwoDeeAggregation

animateNum() - Method in class MathSystem

Override this function if you want the system to hava an animation.

animateNum() - Method in class TwoDeeWalk

Returns number of intermediate steps in the animation.

aSize - Variable in class TwoDeeAggregation

C

changeText(String) - Method in class InfoFrame

Magically changes the text in the InfoFrame Window.

D

destroy() - Method in class RotorGraphsApplet

Override Applet destroy()

draw(int, int, Graphics) - Method in class FiniteGraphA

draw() Draws itself on the graphics buffer.

draw(int, int, Graphics) - Method in class FiniteGraphB

draw() Draws itself on the graphics buffer.

draw(int, int, Graphics) - Method in class FiniteGraphC

draw() Draws itself on the graphics buffer.

draw(int, int, Graphics) - Method in class MathSystem

Draws the current state of the sytem on the graphics buffer.

draw(int, int, Graphics) - Method in class OneDeeAgg

draw() Draws itself on the graphics buffer.

draw(int, int, Graphics) - Method in class OneDeeWalk

draw() Draws itself on the graphics buffer.

draw(int, int, Graphics) - Method in class TwoDeeAggregation

draw(int, int, Graphics) - Method in class TwoDeeWalk

draw() Draws itself on the graphics buffer.

drawAnimate(int, int, Graphics, int) - Method in class MathSystem

Override this function if you want the system to hava an animation.

drawAnimate(int, int, Graphics, int) - Method in class TwoDeeWalk

Draws the Nth intermediate animation.

F

FiniteGraphA - class FiniteGraphA.

This class represents Rotor Router system on a graph with four vertices, two of which are sinks.

FiniteGraphA() - Constructor for class FiniteGraphA

The Constructor

FiniteGraphB - class FiniteGraphB.

this class represents a mathematical system.

FiniteGraphB() - Constructor for class FiniteGraphB

The Constructor

FiniteGraphC - class FiniteGraphC.

this class represents a mathematical system.

FiniteGraphC() - Constructor for class FiniteGraphC

The Constructor

G

getInfo() - Method in class FiniteGraphA

Returns a long string describing some info about current state.

getInfo() - Method in class FiniteGraphB

getInfo() - Method in class FiniteGraphC

getInfo() - Method in class MathSystem

Returns a long string describing some info about current state.

getInfo() - Method in class OneDeeAgg

getInfo() - Method in class OneDeeWalk

getInfo() - Method in class TwoDeeAggregation

getInfo() - Method in class TwoDeeWalk

I

InfoFrame - class InfoFrame.

This class reperesents a frame that pops up with information!

InfoFrame() - Constructor for class InfoFrame

Constructor.

InfoFrame(String) - Constructor for class InfoFrame

Constructor.

init() - Method in class RotorGraphsApplet

Override Applet init()

itemStateChanged(ItemEvent) - Method in class RotorGraphsApplet

iterate(int) - Method in class FiniteGraphA

Iterates the system.

iterate(int) - Method in class FiniteGraphB

Does a iteration.

iterate(int) - Method in class FiniteGraphC

Does a iteration.

iterate(int) - Method in class MathSystem

Iterates the system.

iterate(int) - Method in class OneDeeAgg

Does a iteration.

iterate(int) - Method in class OneDeeWalk

Does a iteration.

iterate(int) - Method in class TwoDeeAggregation

iterate(int) - Method in class TwoDeeWalk

iterate the system.

M

MathSystem - class MathSystem.

MathSystem Class: this class represents a generic mathematical system.

MathSystem() - Constructor for class MathSystem

The Constructor.

MAX_SIZE - Static variable in class TwoDeeWalk

Maximum size I want this system to get to.

maxRadius - Variable in class TwoDeeAggregation

maxSize - Variable in class TwoDeeAggregation

minRadius - Variable in class TwoDeeAggregation

N

n - Variable in class MathSystem

Current Iteration Number

n - Variable in class TwoDeeAggregation

n - Variable in class TwoDeeWalk

Current Iteration Number

numleft - Variable in class OneDeeAgg

numright - Variable in class OneDeeAgg

O

OneDeeAgg - class OneDeeAgg.

this class represents a mathematical system.

OneDeeAgg() - Constructor for class OneDeeAgg

The Constructor

OneDeeWalk - class OneDeeWalk.

this class represents a mathematical system.

OneDeeWalk() - Constructor for class OneDeeWalk

The Constructor

P

printArray() - Method in class TwoDeeAggregation

printArray() - Method in class TwoDeeWalk

print the current system out to System.out.

R

reset() - Method in class FiniteGraphA

Restarts the system.

reset() - Method in class FiniteGraphB

Restarts the system

reset() - Method in class FiniteGraphC

Restarts the system

reset() - Method in class MathSystem

Restarts the system.

reset() - Method in class OneDeeAgg

Restarts the system

reset() - Method in class OneDeeWalk

Restarts the system

reset() - Method in class TwoDeeAggregation

reset() - Method in class TwoDeeWalk

Restarts the system

RotorGraphsApplet - class RotorGraphsApplet.

This is the granddaddy of great Applets.

RotorGraphsApplet() - Constructor for class RotorGraphsApplet

run() - Method in class RotorGraphsApplet

Implement run() for Runnable.

S

subit - Variable in class FiniteGraphB

Current Iteration Number

subit - Variable in class FiniteGraphC

Current Iteration Number

subit - Variable in class MathSystem

Current Subiteration Number

subit - Variable in class OneDeeAgg

Current Iteration Number

subit - Variable in class OneDeeWalk

Current Iteration Number

subit - Variable in class TwoDeeWalk

Current Subiteration Number

subiterate(int) - Method in class FiniteGraphA

Does a subiteration, if applicable.

subiterate(int) - Method in class FiniteGraphB

Does a subiteration, if applicable.

subiterate(int) - Method in class FiniteGraphC

Does a subiteration, if applicable.

subiterate(int) - Method in class MathSystem

Does a subiteration, if applicable.

subiterate(int) - Method in class OneDeeAgg

Does a subiteration, if applicable.

subiterate(int) - Method in class OneDeeWalk

Does a subiteration, if applicable.

subiterate(int) - Method in class TwoDeeAggregation

subiterate(int) - Method in class TwoDeeWalk

Does a subiteration, if applicable.

subiteration - Variable in class TwoDeeAggregation

T

total1 - Variable in class FiniteGraphA

Number of bugs in the first sink

total1 - Variable in class FiniteGraphB

total1 - Variable in class FiniteGraphC

total1 - Variable in class OneDeeWalk

total2 - Variable in class FiniteGraphA

Number of bugs in the second sink

total2 - Variable in class FiniteGraphB

total2 - Variable in class FiniteGraphC

total2 - Variable in class OneDeeWalk

TwoDeeAggregation - class TwoDeeAggregation.

Mathematical Model of the Rotor Router Object

TwoDeeAggregation() - Constructor for class TwoDeeAggregation

Creates a new empty RotorRouter

TwoDeeAggregation(int) - Constructor for class TwoDeeAggregation

TwoDeeWalk - class TwoDeeWalk.

Two-Dimensional Rotor-Walk System

TwoDeeWalk() - Constructor for class TwoDeeWalk

The Constructor

W

windowActivated(WindowEvent) - Method in class InfoFrame

Implements method from WindowListener interface.

windowClosed(WindowEvent) - Method in class InfoFrame

Implements method from WindowListener interface.

windowClosing(WindowEvent) - Method in class InfoFrame

Implements method from WindowListener interface.

windowDeactivated(WindowEvent) - Method in class InfoFrame

Implements method from WindowListener interface.

windowDeiconified(WindowEvent) - Method in class InfoFrame

Implements method from WindowListener interface.

windowIconified(WindowEvent) - Method in class InfoFrame

Implements method from WindowListener interface.

windowOpened(WindowEvent) - Method in class InfoFrame

Implements method from WindowListener interface.

A C D F G I M N O P R S T W