A B C D E F G H I K L M N O P Q R S T U V W X Y Z _

F

FDApplet - class FDApplet.

This applet will plot the Fermi-Dirac distribution, and provides a slider for temperature to be modified.

FDApplet.TemperatureListener - class FDApplet.TemperatureListener.

Listens for changes in the position of the temperature slider

FDApplet.TemperatureListener(FDApplet) - Constructor for class FDApplet.TemperatureListener

FDApplet() - Constructor for class FDApplet

fdFunction - Variable in class CCApplet

The Fermi-Dirac function

fdPlotter - Variable in class FDApplet

FeedbackApplet - class FeedbackApplet.

As for the Emission/Absorption Applet, but with the addition of feedback and an exit rate graph.

FeedbackApplet() - Constructor for class FeedbackApplet

feedbackField - Variable in class FeedbackApplet

feedbackRate - Variable in class FeedbackApplet

Average proportion of photons leaving the simulation (by reaching the extreme right of the display, not by absorption) which will be returned to the start.

FermiDirac - class FermiDirac.

Models the Fermi-Dirac distribution for a given temperature and Fermi level.

FermiDirac() - Constructor for class FermiDirac

fermiField - Variable in class CCApplet

field - Variable in class HaynesShockley

The field strength

fields - Variable in class BaseApplet2

findElectron(double, double) - Method in class EmissionApplet

Finds the first electron within a specified interval.

findOperator(char, String) - Static method in class ParsedFunction

Helper method to search for a top-level operator in a string.

findOperator(char, String, int) - Static method in class ParsedFunction

Helper method to search for a top-level operator in a string, from a specified starting index.

finished - Variable in class SolnSearcher

firstValue - Variable in class Schrodinger

The initial value of the function (arbitrary)

flush() - Method in class Transmission

Emptys the cache of solutions.

fn - Variable in class AnimThread

fnStartField - Variable in class TimeDep

fnWidthField - Variable in class TimeDep

focus - Variable in class BaseApplet2

focusGained(FocusEvent) - Method in class BaseApplet2

Used to track focus to discern user-triggered changes from automatic changes.

focusLost(FocusEvent) - Method in class BaseApplet2

Used to track focus to discern user-triggered changes from automatic changes.

fold - Variable in class Plotter

true if the x axis will be folded, else false

fold(double, double, boolean) - Method in class Plotter

Returns the folded version of an x coordinate.

foldBox - Variable in class KP

folded - Variable in class KP

true if the x-axis is folded, else false

foldSize - Variable in class Plotter

The size of the folding interval

foldSym - Variable in class Plotter

true if the folding interval is centred on the origin, else false

forcePaint(Graphics) - Method in class BaseApplet

Forces the buffer to be regenerated, then painted onto the specified Graphics object.

FourLevels - class FourLevels.

As for the Feedback/Emission/Absorption Applet, but with an extra two energy levels.

FourLevels.Electron - class FourLevels.Electron.

FourLevels.Electron(FourLevels, double) - Constructor for class FourLevels.Electron

Creates a new electron

FourLevels.Electron(FourLevels, double, int) - Constructor for class FourLevels.Electron

Creates a new electron

FourLevels() - Constructor for class FourLevels

fPlotter - Variable in class CCApplet

FREE_COL - Static variable in class KP

freeBox - Variable in class KP

FreeElectron - class FreeElectron.

Free electron analogue to the Kronig-Penney model.

FreeElectron() - Constructor for class FreeElectron

freehandEnabled - Variable in class Shoot

FreehandFunction - class FreehandFunction.

Allows the user tp "draw" a function.

FreehandFunction(double, double, int) - Constructor for class FreehandFunction

Creates a new freehand function, for which a number (steps) of values between minX and maxX may be set.

freehandListener - Variable in class Shoot

freePlotter - Variable in class KP

fromScreen(int, int, int, int) - Method in class Lattice2D

Converts a pair of coordinates from screen space to a lattice space vector.

fromScreenX(int) - Method in class Plotter2

Converts an x value from screen space to graph space

fromScreenX(int, int) - Method in class Lattice2D

Converts an x coordinate from screen space to lattice space

fromScreenX(int, int) - Method in class Plotter

Converts the specified x value from screen space to graph space

fromScreenX(int, int) - Method in class RotatedPlotter

fromScreenY(int) - Method in class Plotter2

Converts a y value from screen space to graph space

fromScreenY(int, int) - Method in class Lattice2D

Converts a y coordinate from screen space to lattice space

fromScreenY(int, int) - Method in class Plotter

Converts the specified y value from screen space to graph space

fromScreenY(int, int) - Method in class RotatedPlotter

function - Variable in class CCApplet

Electron concentration function

function - Variable in class FDApplet

The Fermi-Dirac distribution

function - Variable in class Shoot

The (piecewise-constant) potential function

function - Variable in class SolvFunction

function - Variable in class TimeDep

The potential function to use when in "wells mode"

function - Variable in class TransGraph

The potential function

Function - interface Function.

This interface should be implemented by all classes that can behave as a function.

functionIndex - Variable in class Shoot

functionNames - Variable in class Shoot

functions - Variable in class Shoot

The (quadratic) potential function