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R

R - Variable in class simulations.experiments.faradaysLaw.FallingRingExperiment
R = radius of the ring
R - Variable in class simulations.experiments.magnetostatics.TeachSpinExperiment
the radius of the lower current ring in pixels
R - Variable in class simulations.objects.ChargeRingFinite
 
R - Variable in class simulations.objects.CurrentRing
R = radius of the ring
RGBImage - class core.image.RGBImage.
Stores an RGB image = < width, height, red-buffer, green-buffer, blue-buffer > An RGBImage stores a rectangular, color image in RGB format.
RGBImage(int, int) - Constructor for class core.image.RGBImage
Constructs a new RGBImage =
RMul(Mat2) - Method in class core.math.Mat2
Multiplies "this" to the right by "m" Returns: resulting "this"
RMul(Mat2) - Method in class core.math.Vec2
Multiplies "this" to the right by "m" Returns: resulting "this"
RandomGridIterator - class core.field.RandomGridIterator.
Iterates over an integer, rectangular grid in a pseudo-random order.
RandomGridIterator(int, int) - Constructor for class core.field.RandomGridIterator
Constructs a RandomGridIterator that iterates pseudo-randomly over the integer grid [0, width-1] x [0, height-1].
RandomGridIterator(int, int, Random) - Constructor for class core.field.RandomGridIterator
Constructs a RandomGridIterator.
RandomGridIterator(int, int, int, int) - Constructor for class core.field.RandomGridIterator
Constructs a RandomGridIterator that iterates pseudo-randomly over the integer grid [xorigin, xorigin+width-1] x [yorigin, yorigin+height-1].
RandomGridIterator(int, int, int, int, Random) - Constructor for class core.field.RandomGridIterator
Constructs a RandomGridIterator that iterates pseudo-randomly over the integer grid [xorigin, xorigin+width-1] x [yorigin, yorigin+height-1] using the random sequence generator 'random'.
ReadByte() - Static method in class core.io.ImageIO
 
ReadDword() - Static method in class core.io.ImageIO
 
ReadTIFF(String) - Static method in class core.io.ImageIO
Reads 'filename' as a TIFF file and creates an RGBImage object that represents its contents.
ReadWord() - Static method in class core.io.ImageIO
 
RecedingImageAnimation - class simulations.animations.faradaysLaw.RecedingImageAnimation.
An animation of the magnetic fields of a non-moving magnetic monopole appearing above a conducting plane, following Saslow.
RecedingImageAnimation() - Constructor for class simulations.animations.faradaysLaw.RecedingImageAnimation
 
RecedingImageExperiment - class simulations.experiments.faradaysLaw.RecedingImageExperiment.
Receeding Image experiment calculates the magnetic fields when a monopole appears at t = 0 above a conducting plane.
RecedingImageExperiment(double, double, double, double) - Constructor for class simulations.experiments.faradaysLaw.RecedingImageExperiment
Constructs an instance of the experiment using the given parameters.
RecedingImageExperiment.Motion - class simulations.experiments.faradaysLaw.RecedingImageExperiment.Motion.
 
RecedingImageExperiment.Motion() - Constructor for class simulations.experiments.faradaysLaw.RecedingImageExperiment.Motion
 
Refresh() - Method in class core.io.OutputWindow
Draws the back-buffer contents to the screen
RegionColor - Variable in class core.postprocessing.Colorizer
These are the values of the colors if we color by region.
RegionColor - Variable in class core.rendering.Renderer
RegionColor for when we use different colors in different regions of the image
RegionFlow - Variable in class core.field.EMVec2Field
Values of the flowspeed by region as determined by experiment.getFlowSpeed, when used.
RegionFlow - Variable in class core.rendering.Renderer
RegionFlow for when we use different flow speeds in different regions of the image
Remove(BaseObject) - Method in class simulations.objects.EMCollection
removes a BaseObject from the collection of EM objects in the collection
Renderer - class core.rendering.Renderer.
The Renderer class handles all the code that draws and evolves the DLIC and the experiment.
Renderer() - Constructor for class core.rendering.Renderer
The default constructor for the Renderer, which sets the default values for the various options and parameters.
RepulsionTwoChargesAnimation - class simulations.animations.electrostatics.RepulsionTwoChargesAnimation.
An animation of two charges repelling.
RepulsionTwoChargesAnimation() - Constructor for class simulations.animations.electrostatics.RepulsionTwoChargesAnimation
 
Rescale(double, double) - Method in class core.image.ScalarImage
Rescales all the scalar values in "this" by the rule: f" = f*scale + add
RfromScalarImage(ScalarImage, double) - Method in class core.image.RGBImage
 
RigidTransform(Vec3, double, Vec3) - Method in class simulations.objects.EMTransform
 
RombInt - class simulations.objects.antennaMath.RombInt.
 
RombInt() - Constructor for class simulations.objects.antennaMath.RombInt
 
RombInt(Integrable, double[], double, double, int, int[]) - Static method in class simulations.objects.antennaMath.RombInt
 
RomoInt - class simulations.objects.antennaMath.RomoInt.
 
RomoInt() - Constructor for class simulations.objects.antennaMath.RomoInt
 
RomoInt(Integrable, double[], double, double, int, int[]) - Static method in class simulations.objects.antennaMath.RomoInt
 
Rotation(Vec3, double) - Method in class simulations.objects.EMTransform
 
RtoScalarImage(ScalarImage) - Method in class core.image.RGBImage
 
RungeKuttaErrorIntegration - class core.math.RungeKuttaErrorIntegration.
RungeKutta Integration with error analysis
RungeKuttaErrorIntegration() - Constructor for class core.math.RungeKuttaErrorIntegration
 
RungeKuttaErrorIntegration(double) - Constructor for class core.math.RungeKuttaErrorIntegration
 
RungeKuttaIntegration - class core.math.RungeKuttaIntegration.
Runge Kutta Integration 4th order.
RungeKuttaIntegration() - Constructor for class core.math.RungeKuttaIntegration
Constructor for the straight Runge Kutta 4th order integration.
RungeKuttaIntegration(double) - Constructor for class core.math.RungeKuttaIntegration
Constructor for the stepped Runge Kutta 4th order integration.
r - Variable in class core.field.EMVec2Field
 
r - Variable in class core.image.RGBImage
r, g, and b store the red, green, and blue pixel components
r - Variable in class simulations.experiments.faradaysLaw.EddyCurrentsDipoleExperiment
The distance between the two monopoles that make up the dipole.
r - Variable in class simulations.objects.EflowXY
 
r1 - Variable in class simulations.objects.EflowXY
 
r2 - Variable in class simulations.objects.EflowXY
 
radius - Variable in class simulations.objects.ElectricDipoleStatic
 
radius - Variable in class simulations.objects.HelioField
shortest distance to the bow shock
radius - Variable in class simulations.objects.ISMfield
the radius of the heliosphere
radius - Variable in class simulations.objects.LineCurrent
 
radius - Variable in class simulations.objects.LineMagneticMonopoles
 
radius - Variable in class simulations.objects.MagneticDipoleStatic
 
radius - Variable in class simulations.objects.MagneticMonopole
The Pauli radius of the monopole (repulsion always dominates inside this radius).
radius - Variable in class simulations.objects.PointCharge
the Pauli radius of the point charge (repulsion always dominates inside this radius).
radiusBowShock - Variable in class simulations.experiments.fluidFlow.HeliosphereFlowExperiment
The radius of the Bow Shock
radiusTerminationShock - Variable in class simulations.experiments.fluidFlow.HeliosphereFlowExperiment
The radius of the termination shock.
random - Variable in class core.dflic.DFLIC
 
random - Variable in class core.field.RandomGridIterator
 
raster - Variable in class core.io.OutputWindow.OutputComponent
 
reflect(Vec2) - Method in class core.math.Vec2Transform
Returns: a new Vec2Transform that is 'this' reflected across 'd'
resScale - Static variable in class simulations.animations.radiation.LinearAntennaAnimation
 
resScale - Static variable in class simulations.animations.radiation.SinusoidalDipoleRadiationAnimation
 
reverse - Variable in class core.dflic.Streamline
 
reversebytes - Static variable in class core.io.ImageIO
 
rgbimage - Variable in class core.rendering.Renderer
The rgb verzion of output with the same dimensions as output.
rhok - Variable in class simulations.objects.antennaMath.Bphi
 
rhok - Variable in class simulations.objects.antennaMath.EFlux
 
rhok - Variable in class simulations.objects.antennaMath.Erho
 
rhok - Variable in class simulations.objects.antennaMath.Ez
 
ring - Variable in class simulations.experiments.faradaysLaw.FallingRingExperiment
the current ring representing the ring
ring - Variable in class simulations.experiments.magnetostatics.TeachSpinExperiment
the lower ring in the Teach Spin experiment
rmul(Mat2) - Method in class core.math.Mat2
Returns: a new Mat2 that is "this*m"
rmul(Mat2) - Method in class core.math.Vec2
Returns: a new Vec2 that is "this*m"
rot - Variable in class simulations.objects.EMTransform
 
rotate(double) - Method in class core.math.Vec2Transform
Returns: a new Vec2Transform that is 'this' rotated counter-clockwise by 'theta'
round(double) - Method in class core.dflic.DFLIC
 
round(double) - Static method in class core.dflic.FLIC
 
round(double) - Static method in class core.postprocessing.Periodify
Round a double up to the nearest integer.
rungeKuttaFourthOrder(VecTimeField, Vec, Vec, double, double, int) - Static method in class core.math.RungeKuttaErrorIntegration
This is the basic fourth order RungeKutta stepping routine.
rungeKuttaQualityControl(VecTimeField, Vec, Vec, double, double, double, Vec, int) - Static method in class core.math.RungeKuttaErrorIntegration
Given a value of X and dX/ds at s, a stepsize h, an allowed error, and a way to compute dX/ds at new points, this method will return a new value of the dependent variables X at s, where s incremented over s by an amount not more than h, but perhaps much less than h, but with an error in X of less than the desired error.

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