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

A

ADVECTION - Static variable in class jbone

The advection diffusion equation

ALIASED - Static variable in class jbone

Solve with Aliased convolution

AMNAIVE - Static variable in class jbone

American put without normalizing

AMPUT - Static variable in class jbone

American put in normalized variables

AUTHOR - Static variable in class Complex

abs() - Method in class Complex

Returns the magnitude of a Complex number.

abs(double, double) - Static method in class Complex

acos() - Method in class Complex

Returns the principal arc cosine of a Complex number.

acosh() - Method in class Complex

Returns the principal inverse hyperbolic cosine of a Complex number.

action(Event, Object) - Method in class MyEditor

Deprecated.

action(Event, Object) - Method in class RunData

Deprecated.

action(Event, Object) - Method in class jbone

Deprecated.

add(Complex) - Method in class Complex

To perform z1 + z2, you write z1.add(z2) .

aliasedConvolution(double) - Method in class FFT

Computes the convolution of two REAL numbers stored in the real and imaginary part of the data[] array which has previously been initialized.

amplitude_ - Variable in class ShapeFunction

The shape's vertical scale

arg() - Method in class Complex

Returns the principal angle of a Complex number, in radians, measured counter-clockwise from the real axis.

asin() - Method in class Complex

Returns the principal arc sine of a Complex number.

asinh() - Method in class Complex

Returns the principal inverse hyperbolic sine of a Complex number.

atan() - Method in class Complex

Returns the principal arc tangent of a Complex number.

atanh() - Method in class Complex

Returns the principal inverse hyperbolic tangent of a Complex number.

B

BOX - Static variable in class jbone

A box as initial condition

BSCHOLES - Static variable in class jbone

The Black-Scholes equation for option pricing

BURGER - Static variable in class jbone

The Burger equation for shock waves

BandMatrix - class BandMatrix.

BandMatrix - Linear algebra package for band matrices

BandMatrix(int, int) - Constructor for class BandMatrix

Constructor

BandMatrixC - class BandMatrixC.

BandMatrixC - Linear algebra package for Complex band matrices

BandMatrixC(int, int) - Constructor for class BandMatrixC

Constructor

bothParts - Static variable in class FFT

C

CHA - Static variable in class jbone

Solve with Lagrangian scheme

CHASolution - class CHASolution.

The class CHASolution contains the Characteristics solver.

CHASolution(RunData) - Constructor for class CHASolution

Creates a CHASolution object.

CONSOLE - Static variable in class jbone

Operate a console output of the function values

COSINUS - Static variable in class jbone

A cosinus as initial condition

CUBFEM - Static variable in class jbone

Solve with CubicHermite FEM

CUBSPL - Static variable in class jbone

Solve with Cubic -- Splines

Complex - class Complex.

Complex() - Constructor for class Complex

Constructs a Complex representing the number zero.

Complex(double) - Constructor for class Complex

Constructs a Complex representing a real number.

Complex(Complex) - Constructor for class Complex

Constructs a separate new Complex from an existing Complex.

Complex(double, double) - Constructor for class Complex

Constructs a Complex from real and imaginary parts.

c - Variable in class BandMatrix

c - Variable in class BandMatrixC

calculateMoments(int) - Method in class Solution

Internal function to calculate the initial moments of f[] or their deviation from the beginning of the evolution.

caller - Variable in class MyEditor

The class calling

caller - Variable in class RunData

The calling class

cancelButton - Variable in class MyEditor

The Cancel button

cart(double, double) - Static method in class Complex

Returns a Complex from real and imaginary parts.

conj() - Method in class Complex

Returns the Complex "conjugate".

cookme - Variable in class RunData

Dessert

cos() - Method in class Complex

Returns the cosine of a Complex number.

cosec() - Method in class Complex

Returns the cosecant of a Complex number.

cosh() - Method in class Complex

Returns the hyperbolic cosine of a Complex number.

cot() - Method in class Complex

Returns the cotangent of a Complex number.

createMesh() - Method in class RunData

Creates the mesh from the parameters

createPhysics() - Method in class jbone

Instanciate the physical data (such as potential) from the parameters.

createSolution() - Method in class jbone

Instanciate a solution and select the method and scheme for computations

createWindow() - Method in class jbone

Instanciate a GUI window

currentState - Variable in class SamplingSolution

A vector with the current state of each realisation

D

DATE - Static variable in class Complex

DEFAULT - Static variable in class jbone

Solve with Standard scheme

d - Variable in class BandMatrix

d - Variable in class BandMatrixC

data - Variable in class FFT

delay - Variable in class jbone

Milliseconds between plots

desc - Variable in class MyEditor

Description of the editor

det - Variable in class BandMatrix

det - Variable in class BandMatrixC

df - Variable in class Solution

Derivative time level n @see #f

dfm - Variable in class Solution

Derivative time level n-1 @see #fm

dfp - Variable in class Solution

Derivative time level n+1 @see #fp

dg - Variable in class Solution

Extra Derivative time level n @see #g

dgm - Variable in class Solution

Extra Derivative time level n-1 @see #gm

dgp - Variable in class Solution

Extra Derivative time level n+1 @see #gp

dh - Variable in class Solution

Derivative time level n @see #h

dhm - Variable in class Solution

Derivative time level n-1 @see #hm

dhp - Variable in class Solution

Derivative time level n+1 @see #hp

diagos - Variable in class BandMatrix

diagos - Variable in class BandMatrixC

diffusionNm - Static variable in class RunData

Diffusion constant

discretize(ShapeFunction) - Method in class FFTSolution

Discretize the initial Shape function and initialize the moments

discretize(ShapeFunction) - Method in class FluidSolution

Discretize the initial Shape function and initialize the moments

discretize(ShapeFunction) - Method in class ParticleSolution

Discretize the initial Shape function and initialize the moments Initializes a new set of particles, the number being determined by the numerical scheme parameter.

discretize(ShapeFunction) - Method in class SamplingSolution

Discretize the initial Shape function and initialize the moments Initializes a new set of particles, the number being determined by the numerical scheme parameter.

discretize(ShapeFunction) - Method in class Solution

Discretize the initial shape and initialize the moments

dispersionNm - Static variable in class RunData

Dispersion constant

displayAll() - Method in class RunData

Selects all the parameters for display in the applet

displayName - Variable in class jbone

Text on the toggle display button

displayTag(Applet) - Method in class RunData

Selects only tag parameters for display in the applet

distributionUpToDate - Variable in class ParticleSolution

Whether the distribution function is up to date

div(Complex) - Method in class Complex

To perform z1 / z2, you write z1.div(z2) .

div(Complex, double, double) - Static method in class Complex

dot(double[]) - Method in class BandMatrix

Matrix times vector

dot(Complex[]) - Method in class BandMatrixC

Matrix times vector

dx - Variable in class Mesh

Interval sizes

dx - Variable in class Solution

The mesh intervals @see #mesh

E

EDIT - Static variable in class jbone

Operate edit mode with TAG parameters displayed by default

EDITALL - Static variable in class jbone

Operate edit mode with ALL parameters displayed

EUNAIVE - Static variable in class jbone

European put without normalizing

EUPUT - Static variable in class jbone

European put in normalized variables

EXC1_01 - Static variable in class jbone

Solution of exercise 1.01

EXC1_02 - Static variable in class jbone

Solution of exercise 1.02

EXC1_03 - Static variable in class jbone

Solution of exercise 1.03

EXC1_04 - Static variable in class jbone

Solution of exercise 1.04

EXC1_05 - Static variable in class jbone

Solution of exercise 1.05

EXC1_06 - Static variable in class jbone

Solution of exercise 1.06

EXC1_07 - Static variable in class jbone

Solution of exercise 1.07

EXC1_08 - Static variable in class jbone

Solution of exercise 1.08

EXC1_09 - Static variable in class jbone

Solution of exercise 1.09

EXC1_10 - Static variable in class jbone

Solution of exercise 1.10

EXC2_01 - Static variable in class jbone

Solution of exercise 2.01

EXC2_02 - Static variable in class jbone

Solution of exercise 2.02

EXC2_03 - Static variable in class jbone

Solution of exercise 2.03

EXC2_04 - Static variable in class jbone

Solution of exercise 2.04

EXC2_05 - Static variable in class jbone

Solution of exercise 2.05

EXC2_06 - Static variable in class jbone

Solution of exercise 2.06

EXC2_07 - Static variable in class jbone

Solution of exercise 2.07

EXC2_08 - Static variable in class jbone

Solution of exercise 2.08

EXC2_09 - Static variable in class jbone

Solution of exercise 2.09

EXC2_10 - Static variable in class jbone

Solution of exercise 2.10

EXC3_01 - Static variable in class jbone

Solution of exercise 3.01

EXC3_02 - Static variable in class jbone

Solution of exercise 3.02

EXC3_03 - Static variable in class jbone

Solution of exercise 3.03

EXC3_04 - Static variable in class jbone

Solution of exercise 3.04

EXC3_05 - Static variable in class jbone

Solution of exercise 3.05

EXC3_06 - Static variable in class jbone

Solution of exercise 3.06

EXC3_07 - Static variable in class jbone

Solution of exercise 3.07

EXC3_08 - Static variable in class jbone

Solution of exercise 3.08

EXC3_09 - Static variable in class jbone

Solution of exercise 3.09

EXC3_10 - Static variable in class jbone

Solution of exercise 3.10

EXC4_01 - Static variable in class jbone

Solution of exercise 4.01

EXC4_02 - Static variable in class jbone

Solution of exercise 4.02

EXC4_03 - Static variable in class jbone

Solution of exercise 4.03

EXC4_04 - Static variable in class jbone

Solution of exercise 4.04

EXC4_05 - Static variable in class jbone

Solution of exercise 4.05

EXC4_06 - Static variable in class jbone

Solution of exercise 4.06

EXC4_07 - Static variable in class jbone

Solution of exercise 4.07

EXC4_08 - Static variable in class jbone

Solution of exercise 4.08

EXC4_09 - Static variable in class jbone

Solution of exercise 4.09

EXC4_10 - Static variable in class jbone

Solution of exercise 4.10

EXC5_01 - Static variable in class jbone

Solution of exercise 5.01

EXC5_02 - Static variable in class jbone

Solution of exercise 5.02

EXC5_03 - Static variable in class jbone

Solution of exercise 5.03

EXC5_04 - Static variable in class jbone

Solution of exercise 5.04

EXC5_05 - Static variable in class jbone

Solution of exercise 5.05

EXC5_06 - Static variable in class jbone

Solution of exercise 5.06

EXC5_07 - Static variable in class jbone

Solution of exercise 5.07

EXC5_08 - Static variable in class jbone

Solution of exercise 5.08

EXC5_09 - Static variable in class jbone

Solution of exercise 5.09

EXC5_10 - Static variable in class jbone

Solution of exercise 5.10

EXC6_01 - Static variable in class jbone

Solution of exercise 6.01

EXC6_02 - Static variable in class jbone

Solution of exercise 6.02

EXC6_03 - Static variable in class jbone

Solution of exercise 6.03

EXC6_04 - Static variable in class jbone

Solution of exercise 6.04

EXC6_05 - Static variable in class jbone

Solution of exercise 6.05

EXC6_06 - Static variable in class jbone

Solution of exercise 6.06

EXC6_07 - Static variable in class jbone

Solution of exercise 6.07

EXC6_08 - Static variable in class jbone

Solution of exercise 6.08

EXC6_09 - Static variable in class jbone

Solution of exercise 6.09

EXC6_10 - Static variable in class jbone

Solution of exercise 6.10

EXC7_01 - Static variable in class jbone

Solution of exercise 7.01

EXC7_02 - Static variable in class jbone

Solution of exercise 7.02

EXC7_03 - Static variable in class jbone

Solution of exercise 7.03

EXC7_04 - Static variable in class jbone

Solution of exercise 7.04

EXC7_05 - Static variable in class jbone

Solution of exercise 7.05

EXC7_06 - Static variable in class jbone

Solution of exercise 7.06

EXC7_07 - Static variable in class jbone

Solution of exercise 7.07

EXC7_08 - Static variable in class jbone

Solution of exercise 7.08

EXC7_09 - Static variable in class jbone

Solution of exercise 7.09

EXC7_10 - Static variable in class jbone

Solution of exercise 7.10

EXCA_01 - Static variable in class jbone

Solution of exercise A.01

EXCB_01 - Static variable in class jbone

Solution of exercise B.01

EXCC_01 - Static variable in class jbone

Solution of exercise C.01

EXCD_01 - Static variable in class jbone

Solution of exercise D.01

EXCE_01 - Static variable in class jbone

Solution of exercise E.01

EXCF_01 - Static variable in class jbone

Solution of exercise F.01

EXERCISE - Static variable in class jbone

Solution of the exercises

EXP2LVL - Static variable in class jbone

Solve with Explicit 2-level

EXP3LVL - Static variable in class jbone

Solve with Explicit 3-level

EXPAND - Static variable in class jbone

Solve with Expanded convolution

EXPLAX - Static variable in class jbone

Solve with Expl-LaxWendroff

equals(Complex, double) - Method in class Complex

Decides if two Complex numbers are "sufficiently" alike to be considered equal.

exp() - Method in class Complex

Returns the number e "raised to" a Complex power.

expandedConvolution(double) - Method in class FFT

Computes the convolution of two REAL numbers stored in the real and imaginary part of the data[] array which has previously been initialized.

expectedRealisation() - Method in class SamplingSolution

Generates a probability distribution and an expectation from the set of sampled values.

F

FD - Static variable in class jbone

Solve with finite differances

FDSolution - class FDSolution.

FDSolution -- contains the finite difference solver.

FDSolution(RunData) - Constructor for class FDSolution

Creates a FDSolution object.

FDTDABS - Static variable in class jbone

FDTD with out-going and perfectly matched layer BC

FEM - Static variable in class jbone

Solve with finite elements method

FEMSolution - class FEMSolution.

FEMSolution -- contains the finite elements solver.

FEMSolution(RunData) - Constructor for class FEMSolution

Creates a FEMSolution object.

FFT - class FFT.

FFT - Object oriented Fast Fourier Transfrom package.

FFT(Complex[], int) - Constructor for class FFT

FFT object constructed from ONE complex array of dimension power(n,2).

FFT(double[], int) - Constructor for class FFT

FFT object constructed from ONE real array of dimension power(n,2).

FFT(Complex[], Complex[], int) - Constructor for class FFT

FFT object constructed out of TWO complex arrays of dimension power(n,2).

FFT(double[], double[], int) - Constructor for class FFT

FFT object constructed out of TWO real arrays of dimension power(n,2).

FFT(FFT) - Constructor for class FFT

FFT object constructed from another FFT object

FFT - Static variable in class jbone

Solve with Fourier transformations

FFTSolution - class FFTSolution.

FFTsolution - Fast Fourier Transform solver

FFTSolution(RunData) - Constructor for class FFTSolution

FluidSolution - class FluidSolution.

FluidSolution -- Is an abstract class at the top of all the solvers that that operate directly on the fluid function.

FluidSolution(RunData) - Constructor for class FluidSolution

Creates a FluidSolution object.

f - Variable in class Solution

Function time level n

f0 - Variable in class Solution

Function time level 0 (IC) @see #f

field - Variable in class MyEditor

The text field where the value is edited

firstPart - Static variable in class FFT

fm - Variable in class Solution

Function time level n-1

four1(Complex[], int, int) - Method in class FFT

Fast Fourier transform of one complex array of dimension power(n,2).

fp - Variable in class Solution

Function time level n+1

frozen - Variable in class jbone

Whether the simulation is running

G

GAUSSIAN - Static variable in class jbone

A gaussian as initial condition

g - Variable in class Solution

Extra Function time level n

gbAdd(GridBagLayout, GridBagConstraints, Component) - Method in class jbone

Helper method for adding objects to a GridBagLayout

generateDistribution() - Method in class ParticleSolution

Generates the distribution function from the set of test particles.

get(int, int) - Method in class BandMatrix

Retrieve value of matrix elements

get(int, int) - Method in class BandMatrixC

Retrieve value of matrix elements

getAppletInfo() - Method in class jbone

Information

getD(int) - Method in class BandMatrix

getD(int) - Method in class BandMatrixC

getFromKSpace(int, double) - Method in class FFT

Transform array to Fourier space.

getFromKSpacePart(int, double) - Method in class FFT

Transform array to Fourier space and returns a real array depending on the argument.

getFromXSpace(double) - Method in class FFT

Transform array to configuration space.

getFromXSpacePart(int, double) - Method in class FFT

Transform array to configuration space.

getL(int) - Method in class BandMatrix

getL(int) - Method in class BandMatrixC

getMesh() - Method in class RunData

Returns the mesh @return The mesh

getParamIndex(String) - Method in class RunData

Returns index of a parameter

getParamValue(String) - Method in class RunData

Returns the value a double parameter

getParamValueInt(String) - Method in class RunData

Returns the value of an integer parameter

getParameterInfo() - Method in class jbone

Parameter info

getPotential(RunData) - Method in class PhysData

Return the potential on the discrete mesh

getR(int) - Method in class BandMatrix

getR(int) - Method in class BandMatrixC

getSampling(Mesh, int) - Method in class ShapeBox

Returns initial distribution of samplers

getSampling(Mesh, int) - Method in class ShapeCosinus

Returns initial distribution of samplers

getSampling(Mesh, int) - Method in class ShapeFunction

Returns initial distribution of samplers

getSampling(Mesh, int) - Method in class ShapeGaussian

Returns initial distribution of samplers

getSampling(Mesh, int) - Method in class ShapeNumerical

Returns initial distribution of samplers

getSampling(Mesh, int) - Method in class ShapeOption

Returns initial distribution of samplers

getSampling(Mesh, int) - Method in class ShapeSoliton

Returns initial distribution of samplers

getSampling(Mesh, int) - Method in class ShapeWavePacket

Returns initial distribution of samplers

getTime() - Method in class Solution

Get the current physical time

getValue(int) - Method in class ParticleSolution

Gives the value of the function for an index

getValue(double) - Method in class ParticleSolution

Linear interpolation of the solution.

getValue(int) - Method in class SamplingSolution

Gives the value of the function for an index

getValue(double) - Method in class SamplingSolution

Linear interpolation of the solution.

getValue(Mesh, int) - Method in class ShapeBox

Evaluates the shape on a discrete mesh point position.

getValue(Mesh, int) - Method in class ShapeCosinus

Evaluates the shape on a discrete mesh point position.

getValue(Mesh, int) - Method in class ShapeFunction

Evaluates the shape on a discrete mesh point position.

getValue(Mesh, int) - Method in class ShapeGaussian

Evaluates the shape on a discrete mesh point position.

getValue(Mesh, int) - Method in class ShapeNumerical

Returns the shape on a discrete mesh point position.

getValue(Mesh, int) - Method in class ShapeOption

Evaluates the shape on a discrete mesh point position.

getValue(Mesh, int) - Method in class ShapeSoliton

Evaluates the shape on a discrete mesh point position.

getValue(Mesh, int) - Method in class ShapeWavePacket

Evaluates the square of the norm

getValue(int) - Method in class Solution

Gives the value of the function for an index

getValue(double) - Method in class Solution

Linear interpolation of the solution.

getValueC(Mesh, int) - Method in class ShapeBox

Evaluates complex shape on a discrete mesh point position.

getValueC(Mesh, int) - Method in class ShapeCosinus

Evaluates complex shape on a discrete mesh point position.

getValueC(Mesh, int) - Method in class ShapeFunction

Evaluates the shape on a discrete mesh point position.

getValueC(Mesh, int) - Method in class ShapeGaussian

Evaluates complex shape on a discrete mesh point position.

getValueC(Mesh, int) - Method in class ShapeNumerical

Evaluates complex shape on a discrete mesh point position.

getValueC(Mesh, int) - Method in class ShapeOption

Evaluates complex shape on a discrete mesh point position.

getValueC(Mesh, int) - Method in class ShapeSoliton

Evaluates complex shape on a discrete mesh point position.

getValueC(Mesh, int) - Method in class ShapeWavePacket

Evaluates the shape on a discrete mesh point position.

getWinSize() - Method in class Solution

Returns window size

gm - Variable in class Solution

Extra Function time level n-1

gp - Variable in class Solution

Extra Function time level n+1

H

h - Variable in class Solution

Complex Function time level n

handleEvent(Event) - Method in class jbone

Deprecated.

hasOption(String) - Method in class CHASolution

Tells whether the solution implements a option

hasOption(String) - Method in class FDSolution

Tells whether the solution implements a option

hasOption(String) - Method in class FEMSolution

Tells whether the solution implements a option

hasOption(String) - Method in class FFTSolution

Tells whether the solution implements a option

hasOption(String) - Method in class MCPSolution

Tells whether the solution implements a option

hasOption(String) - Method in class MCSSolution

Tells whether the solution implements a option

hasOption(String) - Method in class Solution

Tells whether the solution implements a option

headers - Variable in class PlotArea

Whether to draw headers

hm - Variable in class Solution

Complex Function time level n-1

hp - Variable in class Solution

Complex Function time level n+1

I

IMP2LVL - Static variable in class jbone

Solve with Implicit 2-level

IMPLAX - Static variable in class jbone

Solve with Impl-LaxWendroff

i - Static variable in class Complex

A constant representing i, the famous square root of -1.

ic - Variable in class Solution

Initial condition name @see #setIC

icAmplitudeNm - Static variable in class RunData

IC amplitude pulse1

icNames - Static variable in class jbone

Vector of the names of allowed initial conditions @see ShapeFunction

icPositionNm - Static variable in class RunData

IC position pulse1

icSelection - Variable in class jbone

GUI list of all the ICs

icWavelengthNm - Static variable in class RunData

IC wavelength pulse1

icWidthNm - Static variable in class RunData

IC width pulse1

im - Variable in class Complex

im() - Method in class Complex

Extracts the imaginary part of a Complex as a double.

inKSpace - Static variable in class FFT

inXSpace - Static variable in class FFT

incTime(double) - Method in class Solution

Increment the current physical time

init() - Method in class jbone

Master initialization and layout

initialMoments - Variable in class Solution

Store initial moments

initializeName - Variable in class jbone

Text on the initialize button

interval(int) - Method in class Mesh

Space to next grid point

intervals() - Method in class Mesh

Spacing between mesh points

inv(Complex) - Static method in class Complex

Returns the Complex multiplicative inverse.

isAnApplet - Variable in class jbone

Potentially reset by main

isComplex() - Method in class ShapeBox

Test if the function is complex

isComplex() - Method in class ShapeCosinus

Test if the function is complex

isComplex() - Method in class ShapeFunction

Test if the function is complex

isComplex() - Method in class ShapeGaussian

Test if the function is complex

isComplex() - Method in class ShapeNumerical

Test if the function is complex

isComplex() - Method in class ShapeOption

Test if the function is complex

isComplex() - Method in class ShapeSoliton

Test if the function is complex

isComplex() - Method in class ShapeWavePacket

Test if the function is complex

isDecomposed - Variable in class BandMatrix

isDecomposed - Variable in class BandMatrixC

isEqual(double[], double[], double) - Method in class BandMatrix

Decide whether two vectors are equal to a certain degree of precision

isForward - Variable in class FluidSolution

True if needs to shiftLevels

isInfinite() - Method in class Complex

Returns true if either the real or imaginary component of this Complex is an infinite value.

isNaN() - Method in class Complex

Returns true if either the real or imaginary component of this Complex is a Not-a-Number (NaN) value.

isTwoReals - Variable in class FFT

J

jbone - class jbone.

Java Bed for ONE dimensional partial differential equations.

jbone() - Constructor for class jbone

K

KDV - Static variable in class jbone

The Korteweg-De Vrie's equation for solitons

keepFFT - Variable in class FFTSolution

FFT previous (or initial) step

L

LAXFRIED - Static variable in class jbone

Solve with Lax-Friedrichs

LPFROG - Static variable in class jbone

Solve with Leap-frog (FDTD)

l - Variable in class BandMatrix

l - Variable in class BandMatrixC

lastStep - Variable in class Solution

The current step in the time discretization

lastTimeStep - Variable in class Solution

The last time step used

limits() - Method in class Mesh

Coordinate boundaries

limits() - Method in class ParticleSolution

Calculates the limits of the solution.

limits() - Method in class SamplingSolution

Calculates the limits of the solution.

limits() - Method in class Solution

Calculates the solution boundaries.

lines - Variable in class BandMatrix

lines - Variable in class BandMatrixC

location - Variable in class FFT

log() - Method in class Complex

Returns the principal natural logarithm of a Complex number.

M

MCLOGN - Static variable in class jbone

Solve with Monte-Carlo using log-normally distributed random walkers

MCNORM - Static variable in class jbone

Solve with Monte-Carlo using a normally distributed random walkers

MCPDrawSolution - class MCPDrawSolution.

Solves the equation with a Monte Carlo method and draws the particles

MCPDrawSolution(RunData) - Constructor for class MCPDrawSolution

Creates a MCPSolution object.

MCPSolution - class MCPSolution.

Solves the equation with a Monte Carlo method.

MCPSolution(RunData) - Constructor for class MCPSolution

Creates a MCPSolution object.

MCSDrawSolution - class MCSDrawSolution.

Solves the equation with a Monte Carlo sampling of possible configurations and drawn on the plot area

MCSDrawSolution(RunData) - Constructor for class MCSDrawSolution

Creates a MCSSolution object.

MCSSolution - class MCSSolution.

Solves the equation with a Monte Carlo sampling of possible configurations

MCSSolution(RunData) - Constructor for class MCSSolution

Creates a MCSSolution object.

MY_PDE_1 - Static variable in class jbone

Student equation 1

MY_PDE_2 - Static variable in class jbone

Student equation 2

MY_SCHEME - Static variable in class jbone

Solve with My scheme

MY_SCHEME_2 - Static variable in class jbone

Solve with My scheme 2

Mesh - class Mesh.

Mesh - Discretization in one dimension

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

Constructor

MyChoice - class MyChoice.

Class for handling the choices of the PDE type, scheme etc

MyChoice(String[]) - Constructor for class MyChoice

Constructor

MyDoubleEditor - class MyDoubleEditor.

Editor of double values

MyDoubleEditor(String, double, MyEditorNotable) - Constructor for class MyDoubleEditor

Constructor

MyEditor - class MyEditor.

Class for editing run time parameters

MyEditor(String, double, MyEditorNotable) - Constructor for class MyEditor

Constructor

MyEditor(String, double) - Constructor for class MyEditor

Read-only constructor for non-registered users

MyEditorNotable - interface MyEditorNotable.

Interface suppying the methods needed for a calls to be notified by MyEditor

MyIntEditor - class MyIntEditor.

Editor of int values

MyIntEditor(String, double, MyEditorNotable) - Constructor for class MyIntEditor

Constructor

MyNullEditor - class MyNullEditor.

Editor demo preventing change of values

MyNullEditor(String, double) - Constructor for class MyNullEditor

Constructor

m - Variable in class BandMatrix

m - Variable in class BandMatrixC

main(String[]) - Static method in class Complex

Useful for checking up on the exact version.

main(String[]) - Static method in class jbone

Method to start the Applet as an application

maxLength - Variable in class RunData

Maximum length of the parameters strings

measure(int, int) - Method in class Solution

Get physical coordinates from mouse coordinates

mesh - Variable in class RunData

Discretization mesh

mesh - Variable in class Solution

The underlaying mesh of the solution

meshLeftNm - Static variable in class RunData

Left coordinate of x-axis

meshLengthNm - Static variable in class RunData

Length of the domain

meshPointsNm - Static variable in class RunData

Spatial resolution

method - Variable in class Solution

Numerical method name @see #setMethod

methodNames - Static variable in class jbone

Vector of the names of all the solvers @see Solution

methodSelection - Variable in class jbone

GUI list of all the methods

momentsDeviation(int) - Method in class ParticleSolution

Calculates the deviation from the m:th initial moment.

momentsDeviation(int) - Method in class SamplingSolution

Calculates the deviation from the m:th initial moment.

momentsDeviation(int) - Method in class Solution

Calculates the deviation from the m:th initial moment.

mouseDown(Event, int, int) - Method in class jbone

Deprecated.

mul(Complex) - Method in class Complex

To perform z1 * z2, you write z1.mul(z2) .

myEditorNotify(String, double) - Method in interface MyEditorNotable

Called by MyEditor

myEditorNotify(String, double) - Method in class RunData

Called by MyEditor

myMesh - Variable in class ShapeNumerical

Numerical function abscissa

mySolution - Variable in class ShapeNumerical

Numerical function values

N

n - Variable in class BandMatrix

n - Variable in class BandMatrixC

neg() - Method in class Complex

Returns the "negative" of a Complex number.

next(RunData, PhysData) - Method in class CHASolution

Advance the solution forward one step in time.

next(RunData, PhysData) - Method in class FDSolution

Advance the solution forward one step in time.

next(RunData, PhysData) - Method in class FEMSolution

Advance the solution forward one step in time.

next(RunData, PhysData) - Method in class FFTSolution

Advance the solution forward one step in time.

next(RunData, PhysData) - Method in class MCPSolution

Advance the solution forward one step in time.

next(RunData, PhysData) - Method in class MCSSolution

Advance the solution forward one step in time.

next(RunData, PhysData) - Method in class Solution

Advance the solution forward one step in time.

norm() - Method in class Complex

Returns the square of the "length" of a Complex number.

nstep - Variable in class jbone

Operate nsteps before stopping

numberOfParticles - Variable in class ParticleSolution

The number of test particles in the simulation

numberOfRealisations - Variable in class SamplingSolution

The number of independent realisations to evolve

O

OPTION - Static variable in class jbone

A stockmarket option as initial condition

operNames - Static variable in class jbone

Vector of the names of all the operations

operSelection - Variable in class jbone

GUI list of all the operations

options - Variable in class MyChoice

List of the possible options of the choice

output(int) - Method in class Solution

Print the solution in ASCII to java console

P

PPP - Static variable in class jbone

Solve with particle methods

PPPS - Static variable in class jbone

Solve with particle methods

ParticleSolution - class ParticleSolution.

ParticleSolution -- Is an abstract class at the top of all the solvers that that push particles in phase space.

ParticleSolution(RunData) - Constructor for class ParticleSolution

Creates a ParticleSolution object.

PhysData - class PhysData.

PhysData -- Is the class defining physical parameters (such as a potential)

PhysData(RunData) - Constructor for class PhysData

Creates a PhysData parameters object.

PlotArea - class PlotArea.

Class used for the plot area

PlotArea() - Constructor for class PlotArea

pad(StringBuffer, int) - Method in class RunData

Copy the string padding it up with sapces to a specified length

paint(Graphics) - Method in class PlotArea

Plot the graphics

paramIsInt - Static variable in class RunData

The type (integer or double) of the parameter

paramNames - Static variable in class RunData

The names of all the run time parameters

paramShow - Variable in class RunData

Display the parameters in the applet or not

paramVal - Variable in class RunData

The value of the parameter converted to double

parseField() - Method in class MyDoubleEditor

Parses the field and tryes to put in the value.

parseField() - Method in class MyEditor

Parses the field and tryes to put in the value.

parseField() - Method in class MyIntEditor

Parses the field and tryes to put in the value.

parseField() - Method in class MyNullEditor

Idle

particleDensity - Variable in class ParticleSolution

The amount of mass each test particle represents

particlePosition - Variable in class ParticleSolution

A vector with the position of the particles

pde - Variable in class Solution

The PDE to be solved @see #setPde

pdeNames - Static variable in class jbone

Vector of the names of the PDE types @see Solution

pdeSelection - Variable in class jbone

GUI list of all the pdes

physData - Variable in class jbone

The physical data

physDataCaseNm - Static variable in class RunData

Physical data switch

physDataValueNm - Static variable in class RunData

Physical data value

plot(Canvas, Image, boolean) - Method in class MCPDrawSolution

Plots the solution

plot(Canvas, Image, boolean) - Method in class MCPSolution

Plots the solution

plot(Canvas, Image, boolean) - Method in class MCSDrawSolution

Plots the solution

plot(Canvas, Image, boolean) - Method in class MCSSolution

Plots the solution

plot(Canvas, Image, boolean) - Method in class Solution

Plots the solution

plotArea - Variable in class jbone

The plot area

point(int) - Method in class Mesh

Coordinate value

points() - Method in class Mesh

Coordinate values

polar(double, double) - Static method in class Complex

Returns a Complex from a size and direction.

position_ - Variable in class ShapeFunction

The shape's abscissa

potential - Variable in class PhysData

Potential

pow(Complex, double) - Static method in class Complex

Returns the Complex base raised to the power of the exponent.

pow(double, Complex) - Static method in class Complex

Returns the base raised to the power of the Complex exponent.

pow(Complex, Complex) - Static method in class Complex

Returns the Complex base raised to the power of the Complex exponent.

pow(Complex) - Method in class Complex

Returns this Complex raised to the power of a Complex exponent.

previous(RunData, PhysData) - Method in class CHASolution

Take the solution backward one step to initialize schemes with 3 time levels.

previous(RunData, PhysData) - Method in class FDSolution

Take the solution backward one step to initialize schemes with 3 time levels.

previous(RunData, PhysData) - Method in class FEMSolution

Take the solution backward one step to initialize schemes with 3 time levels; not really appropriate in this context.

previous(RunData, PhysData) - Method in class FFTSolution

Starting procedure for FFT schemes.

previous(RunData, PhysData) - Method in class ParticleSolution

Take the solution backward one step to initialize 3 time level schemes; not appropriate in this context.

previous(RunData, PhysData) - Method in class SamplingSolution

Take the solution backward one step to initialize schemes with 3 time levels; not really appropriate in this context.

previous(RunData, PhysData) - Method in class Solution

Take the solution backward one step to initialize schemes with 3 time levels.

R

REMARK - Static variable in class Complex

RunData - class RunData.

Class taking care of run time parameters

RunData(RunDataNotable) - Constructor for class RunData

Constructor

RunDataNotable - interface RunDataNotable.

Interface suppying the methods needed for a calls to be notified by RunData

r - Variable in class BandMatrix

r - Variable in class BandMatrixC

random - Variable in class ParticleSolution

Random number generator

random - Variable in class SamplingSolution

Random number generator

re - Variable in class Complex

re() - Method in class Complex

Extracts the real part of a Complex as a double.

real(double) - Static method in class Complex

Returns a Complex representing a real number.

realisationWeight - Variable in class SamplingSolution

The weight or probability associated with each initial state

rescale() - Method in class Solution

Set the corners of the plot area

run() - Method in class jbone

Contains the main loop for the time stepping.

runData - Variable in class jbone

The run parameters

runDataNotifyMesh() - Method in interface RunDataNotable

Invoked by RunData

runDataNotifyMesh() - Method in class jbone

A new mesh is created by RunData

runDataNotifyWalkers() - Method in interface RunDataNotable

Invoked by RunData

runDataNotifyWalkers() - Method in class jbone

The number of particles is changed by RunData

runThread - Variable in class jbone

Thread label

runTimeNm - Static variable in class RunData

Final time to reach

S

SCHROED - Static variable in class jbone

The Schroedinger equation in quantum mechanics

SMP - Static variable in class jbone

Solve with sampling methods

SMPS - Static variable in class jbone

Solve with sampling methods

SOLITON - Static variable in class jbone

A soliton as initial condition

SamplingSolution - class SamplingSolution.

SamplingSolution -- Is an abstract class at the top of all the solvers that that evolve an expected solution by sampling possible realisation.

SamplingSolution(RunData) - Constructor for class SamplingSolution

Creates a SamplingSolution object.

ShapeBox - class ShapeBox.

ShapeBox -- A box function

ShapeBox(double, double, double) - Constructor for class ShapeBox

Creates an instance of the class

ShapeCosinus - class ShapeCosinus.

ShapeCosinus -- A cosinusoidal function

ShapeCosinus(double, double, double) - Constructor for class ShapeCosinus

Creates an instance of the class

ShapeFunction - class ShapeFunction.

Abstract class for a describing initial shapes

ShapeFunction() - Constructor for class ShapeFunction

ShapeGaussian - class ShapeGaussian.

ShapeGaussian -- A Gaussian function

ShapeGaussian(double, double, double) - Constructor for class ShapeGaussian

Creates an instance of the class

ShapeNumerical - class ShapeNumerical.

ShapeNumerical -- A function (interpolated) from numerical data

ShapeNumerical(Solution) - Constructor for class ShapeNumerical

Creates an instance of the class

ShapeOption - class ShapeOption.

ShapeOption -- Payoff function of an option at expiry

ShapeOption(double, double, double) - Constructor for class ShapeOption

Creates an instance of the class

ShapeSoliton - class ShapeSoliton.

ShapeSoliton -- A soliton function

ShapeSoliton(double, double, double) - Constructor for class ShapeSoliton

Creates an instance of the class

ShapeWavePacket - class ShapeWavePacket.

ShapeWavePacket -- A Wave Packet function

ShapeWavePacket(double, double, double, double) - Constructor for class ShapeWavePacket

Creates an instance of the class

Solution - class Solution.

Solution -- Is an abstract class containing all the solutions and solvers.

Solution(RunData) - Constructor for class Solution

Creates an instance of a Solution object with all the attributes.

s - Variable in class Solution

Complex/spectrum time level n

scale(double) - Method in class Complex

Returns the Complex scaled by a real number.

scheme - Variable in class Solution

Numerical scheme name @see #setScheme

schemeNames - Static variable in class jbone

Vector of the names of all the schemes @see Solution

schemeSelection - Variable in class jbone

GUI list of all the schemes

sec() - Method in class Complex

Returns the secant of a Complex number.

secondPart - Static variable in class FFT

set(int, int, double) - Method in class BandMatrix

Store matrix elements

set(int, int, Complex) - Method in class BandMatrixC

Store matrix elements

setButton - Variable in class MyEditor

The Set button

setD(int, double) - Method in class BandMatrix

setD(int, Complex) - Method in class BandMatrixC

setIC(String) - Method in class Solution

Set the initial condision as a string.

setInitialCondition(Solution, ShapeFunction, boolean) - Method in class jbone

Set the initial condition according to the runData parameters.

setL(int, double) - Method in class BandMatrix

setL(int, Complex) - Method in class BandMatrixC

setMethod(String) - Method in class Solution

Set the numerical method as a string.

setParamValue(String, double) - Method in class RunData

Sets the value of a parameter

setPde(String) - Method in class Solution

Set the PDE as a string.

setR(int, double) - Method in class BandMatrix

setR(int, Complex) - Method in class BandMatrixC

setScheme(String) - Method in class Solution

Set the numerical scheme as a string.

setSolution(Solution) - Method in class PlotArea

Set the solution to plot

setTime(double) - Method in class Solution

Set the current physical time

shiftLevels() - Method in class FluidSolution

Internal function for copying new -> old

sin() - Method in class Complex

Returns the sine of a Complex number.

sinh() - Method in class Complex

Returns the hyperbolic sine of a Complex number.

size - Variable in class FFT

size() - Method in class Mesh

Grid Size

sm - Variable in class Solution

Complex/spectrum time level n-1

solution - Variable in class PlotArea

The solution to plot

solution - Variable in class jbone

The solution

solutionUpToDate - Variable in class SamplingSolution

Whether the expected solution is up to date

solve3(double[]) - Method in class BandMatrix

Direct LU solver for 3-banded matrix with multiple RHS and BC The matrix is decomposed once only for the first rhs vector Periodic boundary conditions are taken care of by the upper-left lower-right most matrix elements

solve3(Complex[]) - Method in class BandMatrixC

Gaussian elimination for 3-banded matrix with multiple RHS and BC

sp - Variable in class Solution

Complex/spectrum time level n+1

sqrt() - Method in class Complex

Returns a Complex representing one of the two square roots.

sqrt(Complex) - Static method in class Complex

ssor3(double[], double[], double[], double[], double, double, int) - Method in class BandMatrix

Projected Symmetric Over Relaxation for 3-banded matrix Periodic boundary conditions are taken care of by the upper-left lower-right most matrix elements

ssor3(double[], double[]) - Method in class BandMatrix

Projected Symmetric Over Relaxation for 3-banded matrix Periodic boundary conditions are taken care of by the upper-left lower-right most matrix elements

start() - Method in class jbone

Applet start a new thread

startName - Variable in class jbone

Text on the Start/Stop button

step - Variable in class jbone

Current step number

step10Name - Variable in class jbone

Text on the Step 10 button

step1Name - Variable in class jbone

Text on the Step 1 button

stop() - Method in class jbone

Applet stop

stringPartCompare(String, String) - Method in class RunData

Internal method usedin action for camparing if two strings are alike upon the length of the shortest string

sub(Complex) - Method in class Complex

To perform z1 - z2, you write z1.sub(z2) .

sync(Solution) - Method in class MyChoice

Synchronize the list with the valid choices for a solution

syncList() - Method in class RunData

Synchronizes the list with the current parameters

T

TREE2 - Static variable in class jbone

Solve by sampling with a tree

TUNFEM - Static variable in class jbone

Solve with Tunable Integration

TWO_PI - Static variable in class Complex

Twice PI radians is the same thing as 360 degrees.

tagModify(Applet) - Method in class RunData

Modify defaults parameters the HTML tags from the web page

tagModify() - Method in class jbone

Modify defaults parameters the HTML tags from the web page The new method introduced with V4.0 is no longuer backwards compatible with the initial jbone V1.0 input parameters.

tan() - Method in class Complex

Returns the tangent of a Complex number.

tanh() - Method in class Complex

Returns the hyperbolic tangent of a Complex number.

time - Variable in class Solution

Absolute time @see #setTime

timeImplicitNm - Static variable in class RunData

Implicit time parameter

timeStepNm - Static variable in class RunData

Interval duration

toConfig - Variable in class FFT

toFourier - Variable in class FFT

toString() - Method in class Complex

Converts a Complex into a String of the form (a + bi).

toString() - Method in class Mesh

For debugging

toggleHeaders() - Method in class PlotArea

Toggles whether to draw headers

toolFFT - Variable in class FFTSolution

FFT tool

tuneIntegrNm - Static variable in class RunData

FEM tunable integration

twofft(Complex[], Complex[], Complex[], int) - Method in class FFT

Fast Fourier transforms of two real arrays of dimension power(n,2).

U

update(double) - Method in class PhysData

Evolves the physical data in time

update(Graphics) - Method in class PlotArea

No need to clear anything; just paint.

updateHeaders(RunData, int) - Method in class Solution

Updates the information for the headers

V

VERSION - Static variable in class Complex

value - Variable in class MyEditor

The value

velocityNm - Static variable in class RunData

Advection velocity

W

WAVE - Static variable in class jbone

The wave equation

WAVEPACKET - Static variable in class jbone

A wave-packet as initial condition

walkersNm - Static variable in class RunData

Number of random walkers (particles, states)

wavelength_ - Variable in class ShapeFunction

The shape's shorter scale

width_ - Variable in class ShapeFunction

The shape's horizontal scale

X

x - Variable in class Mesh

Coordinates

x - Variable in class Solution

The mesh points @see #mesh

xOffset - Variable in class Solution

Horizontal offset of plot area

xSize - Variable in class Solution

Horizontal scale of plot area

x_0 - Variable in class Solution

x of lower left corner of plot area

x_1 - Variable in class Solution

x of upper right corner of plot area

Y

yOffset - Variable in class Solution

Vertical offset of plot area

ySize - Variable in class Solution

Vertical scale of plot area

y_0 - Variable in class Solution

y of lower left corner of plot area

y_1 - Variable in class Solution

y of upper right corner of plot area

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