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

C

C - Variable in class core.dflic.Streamline

CM_COLOR_1 - Static variable in class core.rendering.Renderer

The image is a colored image generated using the first color coding algorithm

CM_COLOR_2 - Static variable in class core.rendering.Renderer

The image is a colored image generated using the second color coding algorithm

CM_COLOR_3 - Static variable in class core.rendering.Renderer

The image is a colored image generated using the third color coding algorithm

CM_COLOR_4 - Static variable in class core.rendering.Renderer

The image is a colored image generated using the fourth color coding algorithm, which is regional coloring

CM_GREYSCALE - Static variable in class core.rendering.Renderer

The image is greyscale

COLOR_BFIELD - Static variable in class simulations.Constants

The "colorHue" value used as the default for magnetic fields

COLOR_EFIELD - Static variable in class simulations.Constants

The "colorHue" value used as the default for electric fields

CalculateFields(Vec3) - Method in class simulations.objects.CurrentRing

Computes both the electric and magnetic fields at the observer"s position.

Cartesian - Static variable in class core.math.Vec2

do not modify Cartesian an array of the cartesian axes

Cartesian - Static variable in class core.math.Vec3

should not be modified Cartesian array of the cartesian axes

ChargeInFieldExperiment - class simulations.experiments.electrostatics.ChargeInFieldExperiment.

Experiment to show the electric field motion for an electric charge moving in a constant background electric field.

ChargeInFieldExperiment(double, double, double, double, double) - Constructor for class simulations.experiments.electrostatics.ChargeInFieldExperiment

constructor for charge in field experiment

ChargeInFieldExperiment.Motion - class simulations.experiments.electrostatics.ChargeInFieldExperiment.Motion.

the equation of motion for a charge in an electric field

ChargeInFieldExperiment.Motion() - Constructor for class simulations.experiments.electrostatics.ChargeInFieldExperiment.Motion

ChargeMovingAgainstConstantFieldAnimation - class simulations.animations.electrostatics.ChargeMovingAgainstConstantFieldAnimation.

An animation of a point charge moving in a constant electric field.

ChargeMovingAgainstConstantFieldAnimation() - Constructor for class simulations.animations.electrostatics.ChargeMovingAgainstConstantFieldAnimation

ChargeRingFinite - class simulations.objects.ChargeRingFinite.

ChargeRingFinite(Vec3, Vec3, double, int, double) - Constructor for class simulations.objects.ChargeRingFinite

ChebIntFit(Integrable, double[], double, double, double[], int) - Static method in class simulations.objects.antennaMath.ChebyshevIntegration

ChebyshevIntegration - class simulations.objects.antennaMath.ChebyshevIntegration.

ChebyshevIntegration() - Constructor for class simulations.objects.antennaMath.ChebyshevIntegration

CheckStatus() - Method in class core.rendering.Renderer

CheckStatus() is only used internally by Renderer.

CirculatingFlowAnimation - class simulations.animations.fluidFlow.CirculatingFlowAnimation.

An animation of fluid flow.

CirculatingFlowAnimation() - Constructor for class simulations.animations.fluidFlow.CirculatingFlowAnimation

CirculatingFlowExperiment - class simulations.experiments.fluidFlow.CirculatingFlowExperiment.

CirculatingFlowExperiment(double, double, double, double, double, double, double, double, double, double, double, double, double, double, double, double, double) - Constructor for class simulations.experiments.fluidFlow.CirculatingFlowExperiment

Clamp(double, double) - Method in class core.image.ScalarImage

Clear() - Method in class core.image.Accum2Image

Clears both the scalar and alpha components in "this"

Clear() - Method in class core.image.AccumImage

Clears both the scalar and alpha components in "this"

Clear() - Method in class core.image.RGBImage

Sets all the pixels values to zero

Clear() - Method in class core.image.ScalarImage

Clears all the scalar values to zero.

ClearSingularities() - Method in class core.dflic.DFLIC

Clears the list of singularities.

ClearSingularities() - Method in class core.dflic.FLIC

Clears the list of singularities.

ColorTestAnimation - class simulations.animations.electrostatics.ColorTestAnimation.

An animation designed to illustrate the color coding possible.

ColorTestAnimation() - Constructor for class simulations.animations.electrostatics.ColorTestAnimation

ColorTestExperiment - class simulations.experiments.electrostatics.ColorTestExperiment.

Color Test exeriment with a simple field

ColorTestExperiment(double, double) - Constructor for class simulations.experiments.electrostatics.ColorTestExperiment

Constructs the color test field

ColorTestExperiment.Motion - class simulations.experiments.electrostatics.ColorTestExperiment.Motion.

The equation of motion governing the evolution of the system

ColorTestExperiment.Motion() - Constructor for class simulations.experiments.electrostatics.ColorTestExperiment.Motion

ColorTestField - class simulations.objects.ColorTestField.

Color Test Field.

ColorTestField(double, double) - Constructor for class simulations.objects.ColorTestField

constructor for color test field

Colorizer - class core.postprocessing.Colorizer.

Colorizer adds color to a given LIC image after it has been computed (post processing).

Colorizer(double, double, double, double, double, boolean, boolean) - Constructor for class core.postprocessing.Colorizer

This constructor is used when we are not coloring by region.

Colorizer(double, double, double, double, double, boolean, boolean, Vec, BaseExperiment, BaseObject, Vec3, Vec3, Vec3, double) - Constructor for class core.postprocessing.Colorizer

This constructor is used when we are coloring by region.

Compute() - Method in class core.dflic.DFLIC

Computes the next FLIC image in the animation sequence using "field".

Compute() - Method in class core.dflic.FLIC

Executes the FLIC algorithm, filtering the input image using the given vector field to produce an output image.

Compute() - Method in class core.field.Vec2FieldCache

Precomputes the field at every point of the grid.

ComputeNext() - Method in class core.dflic.Streamline

ComputeStart(Vec2) - Method in class core.dflic.Streamline

ComputeStep(double, double, int) - Method in class core.math.RungeKuttaErrorIntegration

ComputeStep(double, double) - Method in class core.math.RungeKuttaIntegration

Compute one RK step from s to s + ds.

ComputeStream(Vec2) - Method in class core.dflic.FLIC

Performs a FLIC (or LIC) streamline computation with the seed point "p0".

ConstantFields - class simulations.objects.ConstantFields.

ConstantFields(Vec3, Vec3) - Constructor for class simulations.objects.ConstantFields

Constants - class simulations.Constants.

Electromagnetic constants and field and field motion constants.

Constants() - Constructor for class simulations.Constants

ConstructEMSource() - Method in class simulations.experiments.BaseExperiment

constructs the EM source consisting of a number of BaseObjects and adds them to the EMCollection for this experiment

ConstructEMSource() - Method in class simulations.experiments.electrostatics.ChargeInFieldExperiment

constructs the EM source consisting of the charge and the constant field

ConstructEMSource() - Method in class simulations.experiments.electrostatics.ColorTestExperiment

Construct the EMColletion object

ConstructEMSource() - Method in class simulations.experiments.electrostatics.TwoChargesExperiment

Construct the EMColletion object which is the sum of the two charges

ConstructEMSource() - Method in class simulations.experiments.faradaysLaw.EddyCurrentsDipoleExperiment

Constructs the EMCollection representing the dipole

ConstructEMSource() - Method in class simulations.experiments.faradaysLaw.EddyCurrentsMonopoleExperiment

Constructs the EMCollection representing the experiment

ConstructEMSource() - Method in class simulations.experiments.faradaysLaw.FallingRingExperiment

Constructs the EMCollection representing the experiment consisting of the two rings of current with the given initial conditions

ConstructEMSource() - Method in class simulations.experiments.faradaysLaw.MovingRecedingImagePotentialExperiment

ConstructEMSource() - Method in class simulations.experiments.faradaysLaw.MovingReceedingImageExperiment

Constructs the EMCollection representing the experiment consisting of the three monopoles, the real monopole and the two receeding image monopoles

ConstructEMSource() - Method in class simulations.experiments.faradaysLaw.RecedingImageExperiment

Constructs the EMCollection representing the experiment consisting of the three monopoles, the real monopole and the two receeding image monopoles

ConstructEMSource() - Method in class simulations.experiments.faradaysLaw.TwoPlanesExperiment

Constructs the EMCollection representing the experiment

ConstructEMSource() - Method in class simulations.experiments.fluidFlow.CirculatingFlowExperiment

ConstructEMSource() - Method in class simulations.experiments.fluidFlow.DataInputExperiment

ConstructEMSource() - Method in class simulations.experiments.fluidFlow.HeliosphereFlowExperiment

Construct the EMColletion object which is the sum of the two charges

ConstructEMSource() - Method in class simulations.experiments.magnetostatics.TeachSpinExperiment

Constructs the EMSource representing the two current rings in the experiment with the given initial conditions

ConstructEMSource() - Method in class simulations.experiments.radiation.ElectricAntennaExperiment

ConstructEMSource() - Method in class simulations.experiments.radiation.OscillatingDipoleExperiment

Creates the EMSource that represents the experiment and can be used to compute the E&M fields

ContribAccum(int, int, double) - Method in class core.dflic.FLIC

ContribAdd(Vec2) - Method in class core.dflic.FLIC

ContribClear(Vec2) - Method in class core.dflic.FLIC

ContribDel(Vec2) - Method in class core.dflic.FLIC

ContribRescale(double) - Method in class core.dflic.FLIC

ConvertToRGB(float, float, float) - Method in class core.postprocessing.Colorizer

Converts our HSV values to RGB values.

Convolve3x3(double[]) - Method in class core.image.ScalarImage

Performs a convolution on "this" with a 3x3 kernel and scalar offset.

Copy(AccumImage, int, int) - Method in class core.image.AccumImage

Copies the scalar and alpha values from the sub-window of "image" starting at (xorigin, yorigin) to "this".

Copy(AccumImage) - Method in class core.image.AccumImage

Copies the scalar and alpha values from the top-left corner of "image" to "this" Requires: "image" is at least as large as "this"

Copy(RGBImage, int, int) - Method in class core.image.RGBImage

Copies the RGB values from the sub-window of 'image' starting at (xorigin, yorigin) to 'this'.

Copy(RGBImage) - Method in class core.image.RGBImage

Copies the RGB values from the top-left corner of 'image' to 'this' Requires: 'image' is at least as large as 'this'

Copy(ScalarImage, int, int) - Method in class core.image.ScalarImage

Copies the scalar values from the sub-window of "image" starting at (xorigin, yorigin) to "this".

Copy(ScalarImage) - Method in class core.image.ScalarImage

Copies the scalar values from the top-left corner of "image" to "this" Requires: "image" is at least as large as "this"

Cross(Vec3) - Method in class core.math.Vec3

Sets 'this' to be the cross product of 'this' and 'b' Returns: resulting 'this'

Cross(Vec3, Vec3) - Method in class core.math.Vec3

Sets 'this' to be the cross product of 'a' and 'b' Returns: resulting 'this'

CurrentRing - class simulations.objects.CurrentRing.

A ring carrying current.

CurrentRing(Vec3, Vec3, double, double) - Constructor for class simulations.objects.CurrentRing

Constructs a new Current ring.

CurrentRing(Vec3, Vec3, double, double, Vec3) - Constructor for class simulations.objects.CurrentRing

Constructs a new Current ring.

CurrentRing(Vec3, Vec3, double, double, double) - Constructor for class simulations.objects.CurrentRing

Constructs a new Current ring.

CurrentRing(Vec3, Vec3, double, double, Vec3, Vec3) - Constructor for class simulations.objects.CurrentRing

Constructs a new Current ring.

CurrentSheet - class simulations.objects.CurrentSheet.

CurrentSheet(Vec3, Vec3, double) - Constructor for class simulations.objects.CurrentSheet

CyclesShown - Static variable in class simulations.animations.radiation.SinusoidalDipoleRadiationAnimation

c - Variable in class core.math.Mat2

a,b,c,d are the components of the matrix

c - Static variable in class simulations.Constants

the speed of light computed from above values

c - Variable in class simulations.objects.CurrentRing

center of the ring

c1 - Variable in class simulations.objects.EflowXY

c2 - Static variable in class simulations.Constants

the speed of light squared computed from above values

cdx - Variable in class core.dflic.Streamline

ceil(double) - Method in class core.dflic.DFLIC

ceil(double) - Static method in class core.dflic.FLIC

charge - Variable in class simulations.experiments.electrostatics.ChargeInFieldExperiment

the charge (initially moving upward)

charge - Variable in class simulations.experiments.electrostatics.TwoChargesExperiment

The first charge, which moves

charge1 - Variable in class simulations.experiments.electrostatics.TwoChargesExperiment

The second charge, which does not move

chebFct(double, double, double[], int, double) - Static method in class simulations.objects.antennaMath.ChebyshevIntegration

clamp(double, double, double) - Method in class core.image.RGBImage

clear - Variable in class core.dflic.FLIC

collection - Variable in class simulations.experiments.electrostatics.ChargeInFieldExperiment

collection of EM objects consisting of the charge and the constant electric field

collection - Variable in class simulations.experiments.electrostatics.ColorTestExperiment

collection - Variable in class simulations.experiments.electrostatics.TwoChargesExperiment

The sum of these two charges

collection - Variable in class simulations.experiments.faradaysLaw.EddyCurrentsDipoleExperiment

Collection consisting of two sets of eddy currents, one for each of the two monopoles making up the dipole.

collection - Variable in class simulations.experiments.faradaysLaw.EddyCurrentsMonopoleExperiment

collection consisting of only one set of eddy currents

collection - Variable in class simulations.experiments.faradaysLaw.FallingRingExperiment

the collection of the two rings

collection - Variable in class simulations.experiments.faradaysLaw.MovingRecedingImagePotentialExperiment

the collection of the monopole plus the two potential function

collection - Variable in class simulations.experiments.faradaysLaw.MovingReceedingImageExperiment

the collection of the three monopoles plus the two line dipoles

collection - Variable in class simulations.experiments.faradaysLaw.RecedingImageExperiment

The collection of the three monopoles.

collection - Variable in class simulations.experiments.faradaysLaw.TwoPlanesExperiment

collection - Variable in class simulations.experiments.fluidFlow.CirculatingFlowExperiment

collection - Variable in class simulations.experiments.fluidFlow.DataInputExperiment

collection - Variable in class simulations.experiments.fluidFlow.HeliosphereFlowExperiment

The sum of these two flow fields.

collection - Variable in class simulations.experiments.magnetostatics.TeachSpinExperiment

the EMCollection consisting of the dipole and the current ring

colorHue - Variable in class core.rendering.Renderer

The HSV hue of the color used in the image.

colorMode - Variable in class core.rendering.Renderer

The color mode of the image (that is, how the image is colored).

colorSaturation - Variable in class core.rendering.Renderer

The HSV saturation S of the color used in the image for color mode 1.

colorStrength - Variable in class core.rendering.Renderer

This essentially controls how bright the color will be, and how quickly it starts to fall off to black.

colorValue - Variable in class core.rendering.Renderer

The HSV value V of the color used in the image for color mode 1.

concatenate(Vec2Transform) - Method in class core.math.Vec2Transform

Returns: a new Vec2Transform that is the concatenation of 'this' followed by 'transform'

contrib - Variable in class core.dflic.FLIC

contribsize - Variable in class core.dflic.FLIC

contribtot - Variable in class core.dflic.FLIC

copy() - Method in class core.math.Vec

Returns a copy of "this"

copy() - Method in class core.math.Vec2

Returns a copy of "this"

copy() - Method in class core.math.Vec3

Returns a copy of 'this'

core.dflic - package core.dflic

This package contains classes which create and evolve the individual FLIC images making up a movie of a given experiment.

core.field - package core.field

This package contains a number of classes used to create and manipulate the images generated for a given animation of an experiment as it evolves.

core.image - package core.image

This package creates and evolves the individual FLIC images making up a movie of a given experiment.

core.io - package core.io

This package creates and handles various input/output functions for the final images that are created, as well as the window used to display those images in real time to the user as the DFLIC images are produced.

core.math - package core.math

This package contains a variety of classes which handle vector manipulations and the evolution of a given experiment as it evolves.

core.postprocessing - package core.postprocessing

This package performs various operations on the images created by a given simulation of an experiment after the images are created by the classes in core.dflic.

core.rendering - package core.rendering

This package handles all the code that draws and evolves the DLIC and the experiment.

coverage - Variable in class core.field.RandomGridIterator

coverage - Variable in class core.image.AccumImage

coverage indicates the number of pixels whose alpha exceeds "minalpha"

coveragelimit - Static variable in class core.field.RandomGridIterator

covered - Variable in class core.field.RandomGridIterator

cross(Vec2) - Method in class core.math.Vec2

Returns: the magnitude of cross product of "this" and "b"

cross(Vec3) - Method in class core.math.Vec3

Returns: a new Vec3 that is the cross product of 'this' and 'b'

ctf - Variable in class simulations.experiments.electrostatics.ColorTestExperiment

The first charge, which moves

current - Variable in class simulations.experiments.faradaysLaw.EddyCurrentsMonopoleExperiment

the eddy currents in the conducting sheet

current1 - Variable in class simulations.experiments.faradaysLaw.EddyCurrentsDipoleExperiment

the eddy currents in the conducting sheet for the two monopoles

current2 - Variable in class simulations.experiments.faradaysLaw.EddyCurrentsDipoleExperiment

cx - Variable in class core.dflic.Streamline

cx2 - Variable in class core.dflic.Streamline

cx3 - Variable in class core.dflic.Streamline