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

S

S1 - class simulations.objects.antennaMath.S1.

S1() - Constructor for class simulations.objects.antennaMath.S1

Creates new Func1

S2 - class simulations.objects.antennaMath.S2.

S2() - Constructor for class simulations.objects.antennaMath.S2

Creates new Func1

S3 - class simulations.objects.antennaMath.S3.

S3() - Constructor for class simulations.objects.antennaMath.S3

Creates new Func3

S4 - class simulations.objects.antennaMath.S4.

S4() - Constructor for class simulations.objects.antennaMath.S4

Creates new Func4

SYM_BOTH - Static variable in class core.rendering.Renderer

The image is symmetric about both the vertical and the horizontal axis

SYM_HORIZONTAL - Static variable in class core.rendering.Renderer

The image is symmetric about the horizontal axis

SYM_NONE - Static variable in class core.rendering.Renderer

The image has no symmetry

SYM_VERTICAL - Static variable in class core.rendering.Renderer

The image is symmetric about the vertical axis

SaveMonoTGA(String, byte[]) - Static method in class core.postprocessing.Periodify

Writes a monochrome TGA image specified by "fname" using the image data in "buf", and the image dimensions specified by "width" and "height".

ScalarImage - class core.image.ScalarImage.

Stores a monochrome image of floats = < width, height, float-buffer >.

ScalarImage(int, int) - Constructor for class core.image.ScalarImage

Constructs a new ScalarImage = < width, height, zero-buffer >

Scale(double) - Method in class core.math.Mat2

Scales "this" by "s" Returns: resulting "this"

Scale(double) - Method in class core.math.Vec

Scales "this" by "s" Returns: resulting "this"

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

Scales each component of "this" by the corresponding component of "v" Returns: resulting "this" Requires: "this" and "v" have the same dimension

Scale(double) - Method in class core.math.Vec2

Scales "this" by "s" Returns: resulting "this"

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

Scales each component of "this" by the corresponding component of "v" Returns: resulting "this"

Scale(double) - Method in class core.math.Vec3

Scales 'this' by 's' Returns: resulting 'this'

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

Scales each component of 'this' by the corresponding component of 'v' Returns: resulting 'this'

ScanlineGridIterator - class core.field.ScanlineGridIterator.

Iterates over an integer, rectangular grid in scanline order.

ScanlineGridIterator(int, int) - Constructor for class core.field.ScanlineGridIterator

Constructs a ScanlineGridIterator that iterates over the integer grid [0, width-1] x [0, height-1] in left-right, top-down order.

ScanlineGridIterator(int, int, int, int) - Constructor for class core.field.ScanlineGridIterator

Constructs a ScanlineGridIterator that iterates over the integer grid [xorigin, xorigin+width-1] x [yorigin, yorigin+height-1] in left-right, top-down order.

Set(int, int, double, double) - Method in class core.image.Accum2Image

Sets the scalar and alpha value at (x, y) to (s, sa^2).

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

Sets the scalar and alpha value at (x, y) to (s, sa).

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

Sets the pixel at (x, y) to the color (R, G, B).

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

Sets the scalar value at (x, y) to "s".

Set(Mat2) - Method in class core.math.Mat2

Sets the value of "this" to that of "m" Returns: resulting "this"

Set(double, double, double, double) - Method in class core.math.Mat2

Sets "this" to [[a, b], [c, d]].

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

Sets the value of "this" to that of "v" Returns: resulting "this" Requres: "this" and "v" have the same dimension

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

Sets the value of "this" to that of "v" Returns: resulting "this"

Set(double, double) - Method in class core.math.Vec2

Sets "this" to (x, y) Returns: resulting "this"

Set(Vec) - Method in class core.math.Vec2

Sets "this" to "v" Returns: resulting "this" Requires: "v" has dimension 2

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

Sets the value of 'this' to that of 'v' Returns: resulting 'this'

Set(double, double, double) - Method in class core.math.Vec3

Sets 'this' to (x, y, z) Returns: resulting 'this'

Set(Vec) - Method in class core.math.Vec3

Sets 'this' to 'v' Returns: resulting 'this' Requires: 'v' has dimension 3

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

Sets the scalar component of "this" to the alpha component

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

Sets the scalar component of "this" to the alpha component

SetClear(boolean) - Method in class core.dflic.FLIC

Sets whether or not the output is cleared prior to rendering.

SetColorHue(double) - Method in class core.rendering.Renderer

SetColorHue() sets the HSV hue of the color used in the image.

SetColorMode(int) - Method in class core.rendering.Renderer

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

SetColorSaturation(double) - Method in class core.rendering.Renderer

SetColorSaturation() sets the HSV saturation used in the image.

SetColorStrength(double) - Method in class core.rendering.Renderer

SetColorStrength() sets the strength or intensity of the coloring.

SetColorValue(double) - Method in class core.rendering.Renderer

SetColorValue() sets the HSV value used in the image.

SetDField(Vec2Field) - Method in class core.dflic.DFLIC

Sets the motion of the field line points to "dfield"

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

By default, the output is cleared before rendering.

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

Sets the default input filter kernel.

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

By default disables the input filtering.

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

Sets the default ordering of streamline seed points, which is a pseudo- random sequence of points.

SetDefaultIterator(Random) - Method in class core.dflic.FLIC

Sets the default ordering of streamline seed points, a pseudo-random sequence of points generated by the random-number generator "random".

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

Sets the default "maximum" coverage of each output pixel, which is 3.0.

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

Sets the default "maximum" coverage of each output pixel, which is 3.0.

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

Sets the default maximum streamline length, which is four times the width of the convolution kernel.

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

Sets the default maximum RK4 step size, which is 10

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

Sets the default maximum streamline length, which is four times the width of the convolution kernel.

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

Sets the default minimum coverage for output pixels, which is 1.0.

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

Sets the default minimum coverage for output pixels, which is 1.0.

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

Sets the default minimum RK4 step size, which is 10^-1

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

By default, the output is normalized after rendering.

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

By default, the output is normalized after rendering.

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

Sets the default singularity limit to the step size.

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

Sets the convolution and streamline step size to the default value, which is one-half of an output pixel.

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

Sets the convolution and streamline step size to the default value, which is one-half of an output pixel.

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

Sets the default sample spacing, which is 0.5

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

Sets the default convolution kernel width, which is one-eighth of the maximum distance in the output image.

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

Sets the default convolution kernel width, which is one-eighth of the maximum distance in the output image.

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

Sets the default error tolerance, which is 5*10^-2

SetEndFrame(int) - Method in class core.rendering.Renderer

SetEndFrame() sets the frame at which DLIC rendering ends

SetExperiment(BaseExperiment) - Method in class core.rendering.Renderer

SetExperiment() sets the experiment that the renderer will render.

SetFallOff(double) - Method in class core.rendering.Renderer

SetFallOff() sets the fallOff of the coloring.

SetField(Vec2Field) - Method in class core.dflic.DFLIC

Sets the field we would like to visualize to "field"

SetField(Vec2Field) - Method in class core.dflic.FLIC

Sets the vector field to "field"

SetField(Vec2Field) - Method in class core.dflic.Streamline

Sets the vector field that is traced to "field"

SetFileName(String) - Method in class core.rendering.Renderer

SetFileName() sets the filename of the image (including path).

SetFluidFlowSpeed(double) - Method in class core.rendering.Renderer

SetFluidFlowSpeed() sets the flow speeds in FluidFlowSpeed*(B(E)/Fnorm)^Fpower.

SetFnorm(double) - Method in class core.rendering.Renderer

SetFnorm() sets the Fnorm in FluidFlowSpeed*(B(E)/Fnorm)^Fpower.

SetFpower(double) - Method in class core.rendering.Renderer

SetFpower() sets the Fpower in FluidFlowSpeed*(B(E)/Fnorm)^Fpower.

SetFrames(int) - Method in class core.rendering.Renderer

SetFrames() sets the number of frames to be rendered.

SetFtoITransform(Vec2Transform) - Method in class core.dflic.FLIC

Sets the vector field-to-input image transformation to "ftoi".

SetFtoOTransform(Vec2Transform) - Method in class core.dflic.DFLIC

Sets the mapping from the vector fields to the output image to "ftoo", and adjusts the inverse mapping accordingly.

SetFtoOTransform(Vec2Transform) - Method in class core.dflic.FLIC

Sets the vector field-to-output image transformation to "ftoo".

SetHeight(int) - Method in class core.rendering.Renderer

SetHeight() sets the height of the image, WHICH MUST BE EVEN BECAUSE OF OUR SYMMETRIZATION PROCESSES.

SetIKernel(double[]) - Method in class core.rendering.Renderer

SetIKernel() sets the kernel for the image (this controls the blending of the image).

SetIKernelFilterRepeat(int) - Method in class core.rendering.Renderer

SetIKernelFilterRepeat() sets the number of times the kernel is applied to the image (should usually be 1).

SetIdent() - Method in class core.math.Mat2

Sets "this" to the identity matrix.

SetInput(ScalarImage) - Method in class core.dflic.FLIC

Sets the input image to "input"

SetInputFilterKernel(double[]) - Method in class core.dflic.DFLIC

Sets the input filter 3x3 kernel.

SetInputFilterRepeat(int) - Method in class core.dflic.DFLIC

Sets the number of times the input filtering is repeated.

SetIterator(Vec2Iterator) - Method in class core.dflic.FLIC

Sets the order in which streamline seed points are chosen to that sequence produced by "iterator".

SetLength(double) - Method in class core.dflic.Streamline

Sets the distance that the streamline traced to "length".

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

Sets the "maximum" coverage of each output pixel.

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

Sets the "maximum" coverage of each output pixel.

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

Sets the maximum streamline length (in output image units).

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

Sets the maximum streamline length (in output image units), the length that FLIC will follow a particular streamline to compute successive convolutions.

SetMaxStep(double) - Method in class core.dflic.Streamline

Sets the maximum RK4 step size to "maxstep"

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

Sets the minimum coverage of each output pixel.

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

Sets the minimum coverage of each output pixel.

SetMinStep(double) - Method in class core.dflic.Streamline

Sets the minimum RK4 step size before terminating to "minstep"

SetNormalize(boolean) - Method in class core.dflic.DFLIC

Sets whether or not the output is normalized after rendering.

SetNormalize(boolean) - Method in class core.dflic.FLIC

Sets whether or not to normalize the output after rendering.

SetOrigin(Vec3) - Method in class core.rendering.Renderer

SetOrigin() sets the origin of the plot, non-zero only if there is no symmetry.

SetOtoFTransform(Vec2Transform) - Method in class core.dflic.DFLIC

Sets the mapping from the output image to the vector field to "otof", and adjusts the inverse mapping accordingly.

SetOutput(AccumImage) - Method in class core.dflic.DFLIC

Sets the target output image to "output"

SetOutput(AccumImage) - Method in class core.dflic.FLIC

Sets the output image to "output"

SetRandom(Random) - Method in class core.dflic.DFLIC

Sets the pseudo-random number generator to "random".

SetRandom(Random) - Method in class core.image.ScalarImage

Sets all the scalars in "this" to random values uniformly distributed over (0.0, 1.0) using the pseudo-random generator "random".

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

Sets all the scalars in "this" to random values uniformly distributed over (0.0, 1.0).

SetRegionColor(Vec) - Method in class core.rendering.Renderer

SetRegionColor() sets the colors of the various color regions, if used.

SetRegionFlow(Vec) - Method in class core.rendering.Renderer

SetRegionFlow() sets the flow speeds of the various flow regions, if used.

SetScale(double) - Method in class core.rendering.Renderer

SetScale() sets the "scale" of the image.

SetSingularityLimit(double) - Method in class core.dflic.Streamline

Sets the radius around a singularity at which a streamline will be terminated to "limit".

SetSize(int, int) - Method in class core.io.OutputWindow

Sets the size of the window to (Width, Height)

SetStartFrame(int) - Method in class core.rendering.Renderer

SetStartFrame() sets the frame at which DLIC rendering starts

SetStep(double) - Method in class core.math.EulerIntegration

SetStep(double) - Method in class core.math.RungeKuttaErrorIntegration

SetStep(double) - Method in class core.math.RungeKuttaIntegration

Sets the maxStep if it has not already been set in the constructor call.

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

Sets the convolution and streamline step size (in output image units) to "ostepsize".

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

Sets the convolution and streamline step size (in output image units) to "ostepsize".

SetStepSize(double) - Method in class core.dflic.Streamline

Sets the spacing between sample points on the streamline to "stepsize"

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

Sets the convolution kernel width (in output image units) to "ostreamlen".

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

Sets the convolution kernel width (in output image units) to "ostreamlen".

SetStreamLen(int) - Method in class core.rendering.Renderer

SetStreamLen() sets the streamlength of the image (streamlen).

SetSymmetry(int) - Method in class core.rendering.Renderer

SetSymmetry() sets the symmetry of the image.

SetTimeStep(double) - Method in class core.rendering.Renderer

SetTimeStep() sets the time step for the evolution of the experiment.

SetTitle(String) - Method in class core.io.OutputWindow

Changes the title of the window to 'Title'

SetTolerance(double) - Method in class core.dflic.Streamline

Sets the RK4 integrator error tolerance to "tolerance".

SetWidth(int) - Method in class core.rendering.Renderer

SetWidth() sets the width of the image, WHICH MUST BE EVEN BECAUSE OF OUR SYMMETRIZATION PROCESSES.

SetXdir(Vec3) - Method in class core.rendering.Renderer

Set the X coordinate unit vector of the image.

SetYdir(Vec3) - Method in class core.rendering.Renderer

Set the Y coordinate unit vector of the image.

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

Sets the samples in "this" to zero, with an alpha of 1.0

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

Sets the samples in "this" to zero, with an alpha of 1.0

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

Sets all the scalar values to zero

SetZero() - Method in class core.math.Mat2

Sets "this" to zero.

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

Sets "this" to be the zero-vector with the same dimension as "this" Returns: resulting "this"

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

Sets "this" to zero Returns: resulting "this"

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

Sets 'this' to zero Returns: resulting 'this'

SinusoidalDipoleRadiationAnimation - class simulations.animations.radiation.SinusoidalDipoleRadiationAnimation.

SinusoidalDipoleRadiationAnimation() - Constructor for class simulations.animations.radiation.SinusoidalDipoleRadiationAnimation

SpecialFunctions - class core.math.SpecialFunctions.

SpecialFunctions() - Constructor for class core.math.SpecialFunctions

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

Begins the streamline computation at point "p" with the default length.

Start(Vec2, double) - Method in class core.dflic.Streamline

Begins the streamline computation at point "p" with a length "length".

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

StartRender() starts the program rendering.

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

Terminates the streamline immediately.

Streamline - class core.dflic.Streamline.

Computes sample points along streamlines.

Streamline(Vec2Field) - Constructor for class core.dflic.Streamline

Constructs a new Streamline object that stores the parameters for successive streamline computations.

Streamline(Vec2Field, double) - Constructor for class core.dflic.Streamline

Constructs a new Streamline object that stores the parameters for successive streamline computations.

Streamline(Vec2Field, double, double, double, double) - Constructor for class core.dflic.Streamline

Constructs a new Streamline object that stores the parameters for successive streamline computations.

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

Rescales the scalar data in "image" to "this" using bilinear interpolation.

Sub(Mat2) - Method in class core.math.Mat2

Subtracts "m" from "this" Returns: resulting "this"

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

Subtracts "v" from "this" Returns: resulting "this" Requres: "this" and "v" have the same dimension

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

Subtracts "v" from "this" Returns: resulting "this"

Sub(double, double) - Method in class core.math.Vec2

Subtracts (x, y) from "this" Returns: resulting "this"

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

Subtracts 'v' from 'this' Returns: resulting 'this'

Sub(double, double, double) - Method in class core.math.Vec3

Subtracts (x, y, z) from 'this' Returns: resulting 'this'

safety - Variable in class core.dflic.Streamline

sample - Variable in class core.dflic.FLIC

sampleoffset - Variable in class core.dflic.FLIC

samplev - Variable in class core.dflic.FLIC

saturationPoint - Variable in class core.postprocessing.Colorizer

Break point level of the strength of the LIC field for deciding where to start color fade to black.

scale - Variable in class core.field.EMVec2Field

scale establishes the scale mapping, with larger values zooming out.

scale(double) - Method in class core.math.Mat2

Returns: a new Mat2 that is "s*this"

scale(double) - Method in class core.math.Vec

Returns: a new Vec that is "s*this"

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

Returns: a new Vec that is "this" with its components scaled by "v" Requires: "this" and "v" have the same dimension

scale(double) - Method in class core.math.Vec2

Returns: a new Vec2 that is "s*this"

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

Returns: a new Vec2 that is "this" with its components scaled by "v"

scale(double) - Method in class core.math.Vec2Transform

Returns: a new Vec2Transform that is 'this' scaled by 'scale'

scale(double) - Method in class core.math.Vec3

Returns: a new Vec3 that is 's*this'

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

Returns: a new Vec3 that is 'this' with its components scaled by 'v'

scale - Variable in class core.postprocessing.Colorizer

This is the scale factor.

scale - Variable in class core.rendering.Renderer

Overall scale factor for image

scale - Static variable in class simulations.animations.magnetostatics.TeachSpinAnimation

scale - Static variable in class simulations.animations.radiation.LinearAntennaAnimation

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

simulations - package simulations

This package contains the constants used in the various simulations.

simulations.animations.electrostatics - package simulations.animations.electrostatics

This package contains all the animations for the various electrostatic experiments.

simulations.animations.faradaysLaw - package simulations.animations.faradaysLaw

This package contains all the animations for the various Faraday's Law experiments.

simulations.animations.fluidFlow - package simulations.animations.fluidFlow

This package contains all the animations for the various fluid flow experiments.

simulations.animations.magnetostatics - package simulations.animations.magnetostatics

This package contains all the animations for the various magnetostatic experiments.

simulations.animations.radiation - package simulations.animations.radiation

This package contains all the animations for the various radiation experiments.

simulations.experiments - package simulations.experiments

This package contains all the experiments for the various electromagnetic experiments.

simulations.experiments.electrostatics - package simulations.experiments.electrostatics

This package contains all the experiments for the various electrostatic experiments.

simulations.experiments.faradaysLaw - package simulations.experiments.faradaysLaw

This package contains all the experiments for the various Faraday's Law experiments.

simulations.experiments.fluidFlow - package simulations.experiments.fluidFlow

simulations.experiments.magnetostatics - package simulations.experiments.magnetostatics

This package contains all the experiments for the various magnetostatic experiments.

simulations.experiments.radiation - package simulations.experiments.radiation

This package contains all the experiments for the various radiation experiments.

simulations.objects - package simulations.objects

This package contains all the various electromagnetic objects that the experiments assemble for a given experiment.

simulations.objects.antennaMath - package simulations.objects.antennaMath

This package contains all the classes needed to generate the electromagnetic fields of a linear electric antenna.

singularities - Variable in class core.dflic.FLIC

singularities - Variable in class core.dflic.Streamline

singularitylimit - Variable in class core.dflic.Streamline

size - Variable in class core.field.Vec2FieldCache

size - Variable in class core.image.RGBImage

width, height store the dimensions of the image.

size - Variable in class core.image.ScalarImage

width, height store the dimensions of the image.

source - Variable in class core.field.EMVec2Field

the source of the field

source - Variable in class simulations.objects.EMTransform

sources - Variable in class simulations.objects.EMCollection

sources is a vector which contains references to the base objects in the EMCollection

sqr(int) - Method in class core.dflic.DFLIC

startFrame - Variable in class core.rendering.Renderer

The beginning frame of the inteval where we will actually render an image.

step - Variable in class core.dflic.Streamline

stepped - Variable in class core.math.EulerIntegration

stepped - Variable in class core.math.RungeKuttaErrorIntegration

stepped - Variable in class core.math.RungeKuttaIntegration

If this is true then we step to the requested point in steps of maxstep, and if it is false we step to the requested point directly in the one step requested.

stepsize - Variable in class core.dflic.Streamline

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

Returns whether or not the streamline has reached its end.

streamlen - Variable in class core.rendering.Renderer

length of convolution kernel in pixels

streamlen - Static variable in class simulations.animations.electrostatics.ChargeMovingAgainstConstantFieldAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.electrostatics.ColorTestAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.electrostatics.RepulsionTwoChargesAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.faradaysLaw.EddyCurrentsDipoleAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.faradaysLaw.EddyCurrentsMonopoleAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.faradaysLaw.FallingRingAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.faradaysLaw.MovingRecedingImageAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.faradaysLaw.MovingRecedingImagePotentialAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.faradaysLaw.RecedingImageAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.faradaysLaw.TwoPlanesAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.fluidFlow.CirculatingFlowAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.fluidFlow.DataInputAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.fluidFlow.HeliosphereFlowAnimation

The stream integration length.

streamlen - Static variable in class simulations.animations.magnetostatics.TeachSpinAnimation

streamlen - Static variable in class simulations.animations.radiation.LinearAntennaAnimation

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

sub(Mat2) - Method in class core.math.Mat2

Returns: a new Mat2 that is the difference between "this" and "m"

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

Returns: a new Vec that is the difference between "this" and "v" Requires: "this" and "v" have the same dimension

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

Returns: a new Vec2 that is the difference between "this" and "v"

sub(double, double) - Method in class core.math.Vec2

Returns: a new Vec2 that is the difference between "this" and (x, y)

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

Returns: a new Vec3 that is the difference between 'this' and 'v'

sub(double, double, double) - Method in class core.math.Vec3

Returns: a new Vec3 that is the difference between 'this' and (x, y, z)

sx - Variable in class core.field.Vec2FieldCache

sy - Variable in class core.field.Vec2FieldCache

symVec3 - Variable in class core.postprocessing.Colorizer

This is the center of the image, used in reconstructing the vector position in space r if we color by region.

symmetry - Variable in class core.rendering.Renderer

Key to the symmetry of the image.