Index

Overview

Package

Class

Tree

Deprecated

Index

Help

PREV NEXT

FRAMES NO FRAMES

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

A

A - Variable in class sim.util.distribution.EmpiricalWalker
a_setup - Variable in class sim.util.distribution.Hyperbolic
AbstractContinousDistribution - Class in sim.util.distribution: Abstract base class for all continous distributions.
AbstractContinousDistribution() - Constructor for class sim.util.distribution.AbstractContinousDistribution: Makes this class non instantiable, but still let's others inherit from it.
AbstractDiscreteDistribution - Class in sim.util.distribution: Abstract base class for all discrete distributions.
AbstractDiscreteDistribution() - Constructor for class sim.util.distribution.AbstractDiscreteDistribution: Makes this class non instantiable, but still let's others inherit from it.
AbstractDistribution - Class in sim.util.distribution: Abstract base class for all random distributions.
AbstractDistribution() - Constructor for class sim.util.distribution.AbstractDistribution: Makes this class non instantiable, but still let's others inherit from it.
AbstractGrid2D - Class in sim.field.grid: A concrete implementation of the Grid2D methods; used by several subclasses.
AbstractGrid2D() - Constructor for class sim.field.grid.AbstractGrid2D
AbstractGrid3D - Class in sim.field.grid: A concrete implementation of the Grid3D methods; used by several subclasses.
AbstractGrid3D() - Constructor for class sim.field.grid.AbstractGrid3D
AbstractScrollable - Class in sim.util.gui: AbstractScrollable is a JPanel with basic implementation of the Scrollable interface, making possible simple anonymous subclasses.
AbstractScrollable() - Constructor for class sim.util.gui.AbstractScrollable
add(double) - Method in class sim.field.grid.DoubleGrid2D: Sets each value in the grid to that value added to withThisMuch Returns the modified grid.
add(IntGrid2D) - Method in class sim.field.grid.DoubleGrid2D: Sets the value at each location in the grid to that value added to the value at the equivalent location in the provided grid.
add(DoubleGrid2D) - Method in class sim.field.grid.DoubleGrid2D: Sets the value at each location in the grid to that value added to the value at the equivalent location in the provided grid.
add(double) - Method in class sim.field.grid.DoubleGrid3D: Sets each value in the grid to that value added to withThisMuch Returns the modified grid.
add(IntGrid3D) - Method in class sim.field.grid.DoubleGrid3D: Sets the value at each location in the grid to that value added to the value at the equivalent location in the provided grid.
add(DoubleGrid3D) - Method in class sim.field.grid.DoubleGrid3D: Sets the value at each location in the grid to that value added to the value at the equivalent location in the provided grid.
add(int) - Method in class sim.field.grid.IntGrid2D: Sets each value in the grid to that value added to withThisMuch Returns the modified grid.
add(IntGrid2D) - Method in class sim.field.grid.IntGrid2D: Sets the value at each location in the grid to that value added to the value at the equivalent location in the provided grid.
add(int) - Method in class sim.field.grid.IntGrid3D: Sets each value in the grid to that value added to withThisMuch Returns the modified grid.
add(IntGrid3D) - Method in class sim.field.grid.IntGrid3D: Sets the value at each location in the grid to that value added to the value at the equivalent location in the provided grid.
add(Object) - Method in class sim.util.Bag
add(Double2D) - Method in class sim.util.Double2D
add(Double3D) - Method in class sim.util.Double3D: Adds Double3D "other" to current Double3D using vector addition
add(double) - Method in class sim.util.DoubleBag
add(Component, Component) - Method in class sim.util.gui.LabelledList: Creates a new row, with the given components in the left and right columns of the row respectively.
add(Component, Component, Component, Component, Component) - Method in class sim.util.gui.LabelledList: Creates a new row, with the given components in the farLeft, left, center, right, and farRight columns respectively.
add(Component) - Method in class sim.util.gui.LabelledList: Inserts a component spanning all five columns.
add(BufferedImage) - Method in class sim.util.gui.MovieMaker: Add an image to the movie stream.
add(Object, Comparable) - Method in class sim.util.Heap: Adds an element to the heap with the given key.
add(int) - Method in class sim.util.IntBag
add(BufferedImage) - Method in class sim.util.media.MovieEncoder: Adds an image to the movie.
add(MutableDouble2D, MutableDouble2D) - Method in class sim.util.MutableDouble2D: Sets me to the sum of other1 and other2, returning me.
add(Double2D, MutableDouble2D) - Method in class sim.util.MutableDouble2D: Sets me to the sum of other1 and other2, returning me.
add(MutableDouble2D, Double2D) - Method in class sim.util.MutableDouble2D: Sets me to the sum of other1 and other2, returning me.
add(MutableDouble3D, MutableDouble3D) - Method in class sim.util.MutableDouble3D: Sets me to the sum of other1 and other2, returning me.
addAll(Collection) - Method in class sim.util.Bag
addAll(int, Collection) - Method in class sim.util.Bag
addAll(Object[]) - Method in class sim.util.Bag
addAll(int, Object[]) - Method in class sim.util.Bag
addAll(Bag) - Method in class sim.util.Bag
addAll(int, Bag) - Method in class sim.util.Bag
addAll(double[]) - Method in class sim.util.DoubleBag
addAll(int, double[]) - Method in class sim.util.DoubleBag
addAll(DoubleBag) - Method in class sim.util.DoubleBag
addAll(int, DoubleBag) - Method in class sim.util.DoubleBag
addAll(int[]) - Method in class sim.util.IntBag
addAll(int, int[]) - Method in class sim.util.IntBag
addAll(IntBag) - Method in class sim.util.IntBag
addAll(int, IntBag) - Method in class sim.util.IntBag
addComponent(Component) - Method in class sim.util.gui.LabelledList: Deprecated. Inserts a component spanning all five columns. Synonym for add(comp)
addEdge(Object, Object, Object) - Method in class sim.field.network.Network: Add an edge, storing info as the edge's associated information object.
addEdge(Edge) - Method in class sim.field.network.Network: Add an edge.
addGlobalAttribute(Component) - Method in class sim.util.media.chart.ChartGenerator: Adds a global attribute panel to the frame
addIn(Double2D) - Method in class sim.util.MutableDouble2D: Adds other into me, returning me.
addIn(MutableDouble2D) - Method in class sim.util.MutableDouble2D: Adds other into me, returning me.
addIn(double, double) - Method in class sim.util.MutableDouble2D: Adds the x and y values into my x and y values, returning me.
addIn(Double3D) - Method in class sim.util.MutableDouble3D: Adds other into me, returning me.
addIn(MutableDouble3D) - Method in class sim.util.MutableDouble3D: Adds other into me, returning me.
addIn(double, double, double) - Method in class sim.util.MutableDouble3D: Adds the x, y, and z values into my x, y, and z values, returning me.
addLabelled(String, Component) - Method in class sim.util.gui.LabelledList: Creates a new row, with the given components in the right column, and a JLabel of the given string in the left column.
addLegend() - Method in class sim.util.media.chart.ChartGenerator: Add a legend to the chart unless the chart already has one.
addNode(Object) - Method in class sim.field.network.Network: Add a node
addObjectsToLocation(Bag, int, int) - Method in class sim.field.grid.DenseGrid2D: Adds an object to a given location.
addObjectsToLocation(Bag, Int2D) - Method in class sim.field.grid.DenseGrid2D
addObjectsToLocation(Object[], int, int) - Method in class sim.field.grid.DenseGrid2D: Adds an object to a given location.
addObjectsToLocation(Object[], Int2D) - Method in class sim.field.grid.DenseGrid2D
addObjectsToLocation(Collection, int, int) - Method in class sim.field.grid.DenseGrid2D: Adds an object to a given location.
addObjectsToLocation(Bag, int, int, int) - Method in class sim.field.grid.DenseGrid3D: Adds an object to a given location.
addObjectsToLocation(Bag, Int3D) - Method in class sim.field.grid.DenseGrid3D
addObjectsToLocation(Object[], int, int, int) - Method in class sim.field.grid.DenseGrid3D: Adds an object to a given location.
addObjectsToLocation(Object[], Int3D) - Method in class sim.field.grid.DenseGrid3D
addObjectsToLocation(Collection, int, int, int) - Method in class sim.field.grid.DenseGrid3D: Adds an object to a given location.
addObjectToLocation(Object, int, int) - Method in class sim.field.grid.DenseGrid2D: Adds an object to a given location.
addObjectToLocation(Object, Int2D) - Method in class sim.field.grid.DenseGrid2D
addObjectToLocation(Object, int, int, int) - Method in class sim.field.grid.DenseGrid3D: Adds an object to a given location.
addObjectToLocation(Object, Int3D) - Method in class sim.field.grid.DenseGrid3D
addSeries(Object[], String, SeriesChangeListener) - Method in class sim.util.media.chart.BarChartGenerator: Adds a series, plus a (possibly null) SeriesChangeListener which will receive a single event if/when the series is deleted from the chart by the user.
addSeries(double[], int, String, SeriesChangeListener) - Method in class sim.util.media.chart.HistogramGenerator: Adds a series, plus a (possibly null) SeriesChangeListener which will receive a single event if/when the series is deleted from the chart by the user.
addSeries(Object[], String, SeriesChangeListener) - Method in class sim.util.media.chart.PieChartGenerator: Adds a series, plus a (possibly null) SeriesChangeListener which will receive a single event if/when the series is deleted from the chart by the user.
addSeries(double[][], String, org.jfree.data.general.SeriesChangeListener) - Method in class sim.util.media.chart.ScatterPlotGenerator
addSeries(XYSeries, SeriesChangeListener) - Method in class sim.util.media.chart.TimeSeriesChartGenerator: Adds a series, plus a (possibly null) SeriesChangeListener which will receive a single event if/when the series is deleted from the chart by the user.
addSteppable(Steppable) - Method in class sim.engine.Sequence: Requests that the provided Steppable be added to the Sequence prior to the next step() call.
addSteppables(Steppable[]) - Method in class sim.engine.Sequence: Requests that the provided Steppables be added to the Sequence prior to the next step() call.
addSteppables(Collection) - Method in class sim.engine.Sequence: Requests that the provided Steppables be added to the Sequence prior to the next step() call.
addToAsynchronousRegistry(AsynchronousSteppable) - Method in class sim.engine.SimState: Registers an AsynchronousSteppable to get its pause() method called prior to checkpointing, its resume() method to be called after checkpointing or recovery, and its stop() method to be called at finish() time.
AdjustablePortrayal2D - Class in sim.portrayal.simple: A wrapper for other Portrayal2Ds which makes it possible to do any or all of the following with the mouse:
AdjustablePortrayal2D(SimplePortrayal2D) - Constructor for class sim.portrayal.simple.AdjustablePortrayal2D
after - Variable in class sim.display.GUIState
AFTER_SIMULATION - Static variable in class sim.engine.Schedule: The time which indicates that the Schedule is finished.
afterSize - Variable in class sim.display.GUIState
align - Variable in class sim.portrayal.simple.LabelledPortrayal2D: One of ALIGN_CENTER, ALIGN_LEFT, or ALIGN_RIGHT
ALIGN_CENTER - Static variable in class sim.portrayal.simple.LabelledPortrayal2D
ALIGN_LEFT - Static variable in class sim.portrayal.simple.LabelledPortrayal2D
ALIGN_RIGHT - Static variable in class sim.portrayal.simple.LabelledPortrayal2D
ALL - Static variable in interface sim.field.grid.Grid2D: "All" measurement rule for raidal neighborhood lookup.
ALL - Static variable in interface sim.field.grid.Grid3D: "All" measurement rule for raidal neighborhood lookup.
allControllers - Static variable in class sim.display.Console: A weak container for all current consoles and other controllers which wish to be there.
allNodes - Variable in class sim.field.network.Network: All the objects in the sparse field.
allObjects - Variable in class sim.field.SparseField: All the objects in the sparse field.
alpha - Variable in class sim.util.distribution.Beta
alpha - Variable in class sim.util.distribution.Gamma
alpha - Variable in class sim.util.distribution.Hyperbolic
ALWAYS_SCALE - Static variable in class sim.portrayal.network.SimpleEdgePortrayal2D
ALWAYS_SCALE - Static variable in class sim.portrayal.simple.LabelledPortrayal2D
angle() - Method in class sim.util.Double2D: Returns the length of the vector between -Pi and Pi.
angle() - Method in class sim.util.MutableDouble2D: Returns the length of the vector between -Pi and Pi.
ANY - Static variable in interface sim.field.grid.Grid2D: "Any" measurement rule for raidal neighborhood lookup.
ANY - Static variable in interface sim.field.grid.Grid3D: "Any" measurement rule for raidal neighborhood lookup.
ANY_SIZE - Static variable in interface sim.field.grid.Grid2D: Pass this into buildMap to indicate that it should make a map of any size it likes.
ANY_SIZE - Static variable in interface sim.field.grid.Grid3D: Pass this into buildMap to indicate that it should make a map of any size it likes.
ANY_SIZE - Static variable in class sim.field.network.Network: Pass this into buildMap to indicate that it should make a map of any size it likes.
ANY_SIZE - Static variable in class sim.field.SparseField: Pass this into buildMap to indicate that it should make a map of any size it likes.
APP_PREFERENCES - Static variable in class sim.display.Prefs
appearanceForColor(Color) - Static method in class sim.portrayal3d.SimplePortrayal3D: Creates an Appearance equivalent to a flat opaque surface of the provided color, needing no lighting.
appearanceForColors(Color, Color, Color, Color, double, double) - Static method in class sim.portrayal3d.SimplePortrayal3D: Creates an Appearance with the provided lit colors.
appearanceForImage(Image, boolean) - Static method in class sim.portrayal3d.SimplePortrayal3D: Creates an Appearance using the provided image.
apply(double) - Method in class sim.util.distribution.AbstractDistribution: Equivalent to nextDouble().
apply(int) - Method in class sim.util.distribution.AbstractDistribution: Equivalent to nextInt().
Arithmetic - Class in sim.util.distribution: Arithmetic functions.
Arithmetic() - Constructor for class sim.util.distribution.Arithmetic: Makes this class non instantiable, but still let's others inherit from it.
Arrow - Class in sim.portrayal3d.simple
Arrow(double, Double3D, Double3D, String, String, Appearance) - Constructor for class sim.portrayal3d.simple.Arrow: Creates a 3D arrow between points startPoint and endPoint if either label is not null, it adds a Text2D object at the appropriate end.
assertsEnabled - Static variable in class sim.util.LocationLog
asynchronousRegistry() - Method in class sim.engine.SimState: Returns all the AsynchronousSteppable items presently in the registry.
AsynchronousSteppable - Class in sim.engine: Fires up a separate thread which runs until the simulation model requests it be halted.
AsynchronousSteppable() - Constructor for class sim.engine.AsynchronousSteppable
attach(FieldPortrayal2D, String) - Method in class sim.display.Display2D: Attaches a portrayal to the Display2D, along with the provided human-readable name for the portrayal.
attach(FieldPortrayal2D, String, Rectangle2D.Double) - Method in class sim.display.Display2D: Attaches a portrayal to the Display2D, along with the provided human-readable name for the portrayal.
attach(FieldPortrayal2D, String, boolean) - Method in class sim.display.Display2D: Attaches a portrayal to the Display2D, along with the provided human-readable name for the portrayal.
attach(FieldPortrayal2D, String, double, double, boolean) - Method in class sim.display.Display2D: Attaches a portrayal to the Display2D, along with the provided human-readable name for the portrayal.
attach(FieldPortrayal2D, String, Rectangle2D.Double, boolean) - Method in class sim.display.Display2D: Attaches a portrayal to the Display2D, along with the provided human-readable name for the portrayal.
attach(Inspector, String) - Method in class sim.display.Display2D: A convenience function: creates a popup menu item of the given name which, when selected, will display the given inspector in the Console.
attach(Portrayal3D, String) - Method in class sim.display3d.Display3D: Attaches a portrayal to the Display3D, along with the provided human-readable name for the portrayal.
attach(Portrayal3D, String, boolean) - Method in class sim.display3d.Display3D: Attaches a portrayal to the Display3D, along with the provided human-readable name for the portrayal.
attach(Inspector, String) - Method in class sim.display3d.Display3D: A convenience function: creates a popup menu item of the given name which, when selected, will display the given inspector in the Console.
autoSpinTransformGroup - Variable in class sim.display3d.Display3D: The TransformGroup which used to spin the underlying model.
awakeFromCheckpoint() - Method in class sim.engine.SimState: Called after the SimState was created by reading from a checkpointed object.
AxesPortrayal3D - Class in sim.portrayal3d.simple: Draws coordinate system axes 1 unit long each, centered at the origin, and labelled "O", "X", "Y", and "Z".
AxesPortrayal3D(double, boolean) - Constructor for class sim.portrayal3d.simple.AxesPortrayal3D

B

b00(double, double, MersenneTwisterFast) - Method in class sim.util.distribution.Beta
b01(double, double, MersenneTwisterFast) - Method in class sim.util.distribution.Beta
b1prs(double, double, MersenneTwisterFast) - Method in class sim.util.distribution.Beta
b_setup - Variable in class sim.util.distribution.Hyperbolic
Bag - Class in sim.util: Maintains a simple array (objs) of Objects and the number of objects (numObjs) in the array (the array can be bigger than this number).
Bag() - Constructor for class sim.util.Bag
Bag(int) - Constructor for class sim.util.Bag: Creates a Bag with a given initial capacity.
Bag(Bag) - Constructor for class sim.util.Bag: Adds the objects from the other Bag without copying them.
Bag(Object[]) - Constructor for class sim.util.Bag: Creates a Bag with the given elements.
Bag(Collection) - Constructor for class sim.util.Bag: Creates a Bag with the given elements.
BarChartGenerator - Class in sim.util.media.chart: A ChartGenerator for Bar Charts.
BarChartGenerator() - Constructor for class sim.util.media.chart.BarChartGenerator
BarChartSeriesAttributes - Class in sim.util.media.chart: A SeriesAttributes used for user control of bar chart series created with BarChartGenerator.
BarChartSeriesAttributes(ChartGenerator, String, int, double[], String[], SeriesChangeListener) - Constructor for class sim.util.media.chart.BarChartSeriesAttributes: Produces a PieChartSeriesAttributes object
baseWidth - Variable in class sim.portrayal.network.SimpleEdgePortrayal2D
before - Variable in class sim.display.GUIState
BEFORE_SIMULATION - Static variable in class sim.engine.Schedule: The time which indicates that the Schedule hasn't started yet.
beforeSize - Variable in class sim.display.GUIState
beginCapturing(boolean) - Method in class sim.display3d.CapturingCanvas3D: sets the capturing regime and area
Beta - Class in sim.util.distribution: Beta distribution; math definition and animated definition.
Beta(double, double, MersenneTwisterFast) - Constructor for class sim.util.distribution.Beta: Constructs a Beta distribution.
beta - Variable in class sim.util.distribution.Beta
beta - Variable in class sim.util.distribution.Hyperbolic
beta(double, double, double) - Static method in class sim.util.distribution.Probability: Returns the area from zero to x under the beta density function.
beta(double, double) - Static method in class sim.util.distribution.Probability: Returns the beta function of the arguments.
betaComplemented(double, double, double) - Static method in class sim.util.distribution.Probability: Returns the area under the right hand tail (from x to infinity) of the beta density function.
betterToString(Object) - Method in class sim.util.Properties: Call this to get a prettier print-name for an object -- converting arrays to a nicer format, for example.
big - Static variable in class sim.util.distribution.Arithmetic
big - Static variable in class sim.util.distribution.Constants
biginv - Static variable in class sim.util.distribution.Arithmetic
biginv - Static variable in class sim.util.distribution.Constants
binomial(double, long) - Static method in class sim.util.distribution.Arithmetic: Efficiently returns the binomial coefficient, often also referred to as "n over k" or "n choose k".
binomial(long, long) - Static method in class sim.util.distribution.Arithmetic: Efficiently returns the binomial coefficient, often also referred to as "n over k" or "n choose k".
Binomial - Class in sim.util.distribution: Binomial distribution; See the math definition and animated definition.
Binomial(int, double, MersenneTwisterFast) - Constructor for class sim.util.distribution.Binomial: Constructs a binomial distribution.
binomial(int, int, double) - Static method in class sim.util.distribution.Probability: Returns the sum of the terms 0 through k of the Binomial probability density.
binomialComplemented(int, int, double) - Static method in class sim.util.distribution.Probability: Returns the sum of the terms k+1 through n of the Binomial probability density.
BOUNDED - Static variable in interface sim.field.grid.Grid2D: Bounded Mode for neighborhood lookup.
BOUNDED - Static variable in interface sim.field.grid.Grid3D: Bounded Mode for neighborhood lookup.
BranchGroupPortrayal3D - Class in sim.portrayal3d.simple: Loads a Lightwave 3D scene file (.lwo or .lws extension) or a Wavefront object file (.obj extension) into a BranchGroup, then attaches this as a portrayal.
BranchGroupPortrayal3D(BranchGroup) - Constructor for class sim.portrayal3d.simple.BranchGroupPortrayal3D: Constructs a BranchGroupPortrayal3D with the given scene file loader without changing its appearance, scale, or transform.
BranchGroupPortrayal3D(BranchGroup, double) - Constructor for class sim.portrayal3d.simple.BranchGroupPortrayal3D: Constructs a BranchGroupPortrayal3D with the given scene file loader without changing its appearance, but scaling it.
BranchGroupPortrayal3D(BranchGroup, Transform3D) - Constructor for class sim.portrayal3d.simple.BranchGroupPortrayal3D: Constructs a BranchGroupPortrayal3D with the given scene file loader without changing its appearance, but transforming it.
BranchGroupPortrayal3D(BranchGroup, Appearance) - Constructor for class sim.portrayal3d.simple.BranchGroupPortrayal3D: Constructs a BranchGroupPortrayal3D with the given scene file loader without transforming it or scaling it, but changing its appearance (unless the appearance is null).
BranchGroupPortrayal3D(BranchGroup, double, Appearance) - Constructor for class sim.portrayal3d.simple.BranchGroupPortrayal3D: Constructs a BranchGroupPortrayal3D with the given scene file loader by scaling it and changing its appearance (unless the appearance is null).
BranchGroupPortrayal3D(BranchGroup, Transform3D, Appearance) - Constructor for class sim.portrayal3d.simple.BranchGroupPortrayal3D: Constructs a BranchGroupPortrayal3D with the given scene file loader by transforming it and changing its appearance (unless the appearance is null).
BreitWigner - Class in sim.util.distribution: BreitWigner (aka Lorentz) distribution; See the math definition.
BreitWigner(double, double, double, MersenneTwisterFast) - Constructor for class sim.util.distribution.BreitWigner: Constructs a BreitWigner distribution.
BreitWignerMeanSquare - Class in sim.util.distribution: Mean-square BreitWigner distribution; See the math definition.
BreitWignerMeanSquare(double, double, double, MersenneTwisterFast) - Constructor for class sim.util.distribution.BreitWignerMeanSquare: Constructs a mean-squared BreitWigner distribution.
bufferedHints - Variable in class sim.display.Display2D.InnerDisplay2D: Hints used to draw the buffered image to the screen
buildAttributes() - Method in class sim.util.media.chart.HistogramSeriesAttributes
buildAttributes() - Method in class sim.util.media.chart.PieChartSeriesAttributes
buildAttributes() - Method in class sim.util.media.chart.ScatterPlotSeriesAttributes
buildAttributes() - Method in class sim.util.media.chart.SeriesAttributes: Constructs the widget by adding items to the LabelledList.
buildAttributes() - Method in class sim.util.media.chart.TimeSeriesAttributes
buildChart() - Method in class sim.util.media.chart.BarChartGenerator
buildChart() - Method in class sim.util.media.chart.ChartGenerator: Override this to construct the appropriate kind of chart.
buildChart() - Method in class sim.util.media.chart.HistogramGenerator
buildChart() - Method in class sim.util.media.chart.PieChartGenerator
buildChart() - Method in class sim.util.media.chart.ScatterPlotGenerator
buildChart() - Method in class sim.util.media.chart.TimeSeriesChartGenerator
buildChartPanel(JFreeChart) - Method in class sim.util.media.chart.ChartGenerator
buildGlobalAttributes(LabelledList) - Method in class sim.util.media.chart.BarChartGenerator
buildGlobalAttributes(LabelledList) - Method in class sim.util.media.chart.ChartGenerator
buildGlobalAttributes(LabelledList) - Method in class sim.util.media.chart.XYChartGenerator
buildMap(Map) - Method in class sim.field.grid.AbstractGrid2D
buildMap(int) - Method in class sim.field.grid.AbstractGrid2D
buildMap(Map) - Method in class sim.field.grid.AbstractGrid3D
buildMap(int) - Method in class sim.field.grid.AbstractGrid3D
buildMap(Map) - Method in interface sim.field.grid.Grid2D: Creates a Map which is a copy of another.
buildMap(int) - Method in interface sim.field.grid.Grid2D: Creates a map of the provided size (or any size it likes if ANY_SIZE is passed in).
buildMap(Map) - Method in interface sim.field.grid.Grid3D: Creates a Map which is a copy of another.
buildMap(int) - Method in interface sim.field.grid.Grid3D: Creates a map of the provided size (or any size it likes if ANY_SIZE is passed in).
buildMap(Map) - Method in class sim.field.network.Network: Creates a Map which is a copy of another.
buildMap(int) - Method in class sim.field.network.Network: Creates a map of the provided size (or any size it likes if ANY_SIZE is passed in).
buildMap(Map) - Method in class sim.field.SparseField: Creates a Map which is a copy of another.
buildMap(int) - Method in class sim.field.SparseField: Creates a map of the provided size (or any size it likes if ANY_SIZE is passed in).

C

c - Variable in class sim.util.distribution.Zeta
c_pm - Variable in class sim.util.distribution.Poisson
cache - Variable in class sim.util.distribution.Normal
cached_alxm - Variable in class sim.util.distribution.PoissonSlow
cached_g - Variable in class sim.util.distribution.PoissonSlow
cached_sq - Variable in class sim.util.distribution.PoissonSlow
cacheFilled - Variable in class sim.util.distribution.Normal
CAMERA_ICON - Static variable in class sim.display.Display2D
CAMERA_ICON_P - Static variable in class sim.display.Display2D
canEnsureOrder() - Method in class sim.engine.ParallelSequence
canEnsureOrder() - Method in class sim.engine.RandomSequence
canEnsureOrder() - Method in class sim.engine.Sequence: If your subclass does not respect order, override this method to return false, and Sequence will ignore the ensuresOrder result.
canvas - Variable in class sim.display3d.Display3D: The Java3D canvas holding the universe.
CapturingCanvas3D - Class in sim.display3d: Canvas3D that is synchronized with Display3D and uses postswap to save the contextGraphics into an image.
CapturingCanvas3D(GraphicsConfiguration) - Constructor for class sim.display3d.CapturingCanvas3D
CapturingCanvas3D(GraphicsConfiguration, boolean) - Constructor for class sim.display3d.CapturingCanvas3D
CausedRuntimeException - Exception in sim.util: Deprecated. Use standard RuntimeExceptions in Java 1.4 now
CausedRuntimeException() - Constructor for exception sim.util.CausedRuntimeException: Deprecated.
CausedRuntimeException(Throwable) - Constructor for exception sim.util.CausedRuntimeException: Deprecated.
CausedRuntimeException(Throwable, String) - Constructor for exception sim.util.CausedRuntimeException: Deprecated.
cdf(double) - Method in class sim.util.distribution.Beta: Returns the cumulative distribution function.
cdf(int) - Method in class sim.util.distribution.Binomial: Returns the cumulative distribution function.
cdf(double) - Method in class sim.util.distribution.ChiSquare: Returns the cumulative distribution function.
cdf - Variable in class sim.util.distribution.Empirical
cdf(int) - Method in class sim.util.distribution.Empirical: Returns the cumulative distribution function.
cdf - Variable in class sim.util.distribution.EmpiricalWalker
cdf(int) - Method in class sim.util.distribution.EmpiricalWalker: Returns the cumulative distribution function.
cdf(double) - Method in class sim.util.distribution.Exponential: Returns the cumulative distribution function.
cdf(double) - Method in class sim.util.distribution.Gamma: Returns the cumulative distribution function.
cdf(int) - Method in class sim.util.distribution.NegativeBinomial: Returns the cumulative distribution function.
cdf(double) - Method in class sim.util.distribution.Normal: Returns the cumulative distribution function.
cdf(int) - Method in class sim.util.distribution.Poisson: Returns the cumulative distribution function.
cdf(double) - Method in class sim.util.distribution.StudentT: Returns the cumulative distribution function.
cdf(double) - Method in class sim.util.distribution.Uniform: Returns the cumulative distribution function (assuming a continous uniform distribution).
ceil(double) - Static method in class sim.util.distribution.Arithmetic: Returns the smallest long >= value.
ceiling() - Method in class sim.field.grid.DoubleGrid2D: Sets each value in the grid to ceil(value).
ceiling() - Method in class sim.field.grid.DoubleGrid3D: Sets each value in the grid to ceil(value).
CENTER - Static variable in interface sim.field.grid.Grid2D: Center measurement rule for raidal neighborhood lookup.
CENTER - Static variable in interface sim.field.grid.Grid3D: Center measurement rule for raidal neighborhood lookup.
changeColor(Color) - Method in class sim.util.gui.ColorWell
chart - Variable in class sim.util.media.chart.ChartGenerator: The chart
ChartGenerator - Class in sim.util.media.chart: ChartGenerator is a JPanel which displays a chart using the JFreeChart library.
ChartGenerator() - Constructor for class sim.util.media.chart.ChartGenerator: Generates a new ChartGenerator with a blank chart.
chartPanel - Variable in class sim.util.media.chart.ChartGenerator: The panel which holds and draws the chart
chbevl(double, double[], int) - Static method in class sim.util.distribution.Arithmetic: Evaluates the series of Chebyshev polynomials Ti at argument x/2.
child - Variable in class sim.portrayal.simple.AdjustablePortrayal2D
child - Variable in class sim.portrayal.simple.CircledPortrayal2D
child - Variable in class sim.portrayal.simple.LabelledPortrayal2D
child - Variable in class sim.portrayal.simple.MovablePortrayal2D
child - Variable in class sim.portrayal.simple.OrientedPortrayal2D
child - Variable in class sim.portrayal.simple.TrailedPortrayal2D: The Child portrayal of this portrayal: a SimplePortrayal2D used solely for determining hit testing.
child - Variable in class sim.portrayal.simple.TransformedPortrayal2D
children - Variable in class sim.portrayal.simple.FacetedPortrayal2D
ChiSquare - Class in sim.util.distribution: ChiSquare distribution; See the math definition and animated definition.
ChiSquare(double, MersenneTwisterFast) - Constructor for class sim.util.distribution.ChiSquare: Constructs a ChiSquare distribution.
chiSquare(double, double) - Static method in class sim.util.distribution.Probability: Returns the area under the left hand tail (from 0 to x) of the Chi square probability density function with v degrees of freedom.
chiSquareComplemented(double, double) - Static method in class sim.util.distribution.Probability: Returns the area under the right hand tail (from x to infinity) of the Chi square probability density function with v degrees of freedom.
circle - Static variable in class sim.portrayal.simple.AdjustablePortrayal2D
CIRCLE_RADIUS - Static variable in class sim.portrayal.simple.AdjustablePortrayal2D
CircledPortrayal2D - Class in sim.portrayal.simple: A wrapper for other Portrayal2Ds which also draws a big circle around them -- useful for distinguishing one object from other similar-looking objects.
CircledPortrayal2D(SimplePortrayal2D, double, double, Paint, boolean) - Constructor for class sim.portrayal.simple.CircledPortrayal2D: If child is null, then the underlying model object is presumed to be a Portrayal2D and will be used.
CircledPortrayal2D(SimplePortrayal2D) - Constructor for class sim.portrayal.simple.CircledPortrayal2D: Draw a circle of radius scale = 2.0, dr = 0, in blue.
CircledPortrayal2D(SimplePortrayal2D, Paint, boolean) - Constructor for class sim.portrayal.simple.CircledPortrayal2D: Draw a circle of radius or = 2.0, dr = 0.
CircledPortrayal3D - Class in sim.portrayal3d.simple: A wrapper for other Portrayal3Ds which also draws a big translucent sphere around them -- useful for distinguishing one object from other similar-looking objects.
CircledPortrayal3D(SimplePortrayal3D) - Constructor for class sim.portrayal3d.simple.CircledPortrayal3D
CircledPortrayal3D(SimplePortrayal3D, double) - Constructor for class sim.portrayal3d.simple.CircledPortrayal3D
CircledPortrayal3D(SimplePortrayal3D, double, boolean) - Constructor for class sim.portrayal3d.simple.CircledPortrayal3D
CircledPortrayal3D(SimplePortrayal3D, Color) - Constructor for class sim.portrayal3d.simple.CircledPortrayal3D
CircledPortrayal3D(SimplePortrayal3D, Color, double, boolean) - Constructor for class sim.portrayal3d.simple.CircledPortrayal3D
CircledPortrayal3D(SimplePortrayal3D, Appearance, double, boolean) - Constructor for class sim.portrayal3d.simple.CircledPortrayal3D
classPortrayals - Variable in class sim.portrayal.FieldPortrayal
cleaningAsynchronous - Variable in class sim.engine.SimState
cleanup() - Method in class sim.engine.ParallelSequence: Call this just before you get rid of a ParallelSequence: for example, one good place is the stop() method of your simulation.
clear() - Method in class sim.engine.Schedule: Empties out the schedule but does not reset the time or steps.
clear() - Method in class sim.field.continuous.Continuous2D
clear() - Method in class sim.field.continuous.Continuous3D
clear() - Method in class sim.field.grid.DenseGrid2D: Sets all the locations in the grid to null, and returns in a Bag all stored objects (including duplicates but not null values).
clear() - Method in class sim.field.grid.DenseGrid3D: Sets all the locations in the grid to null, and returns in a Bag all stored objects (including duplicates but not null values).
clear() - Method in class sim.field.grid.ObjectGrid2D: Sets all the locations in the grid to null, and returns in a Bag all previously stored objects (including duplicates but not null values).
clear() - Method in class sim.field.grid.ObjectGrid3D: Sets all the locations in the grid to null, and returns in a Bag all stored objects (including duplicates but not null values).
clear() - Method in class sim.field.network.Network: Removes all nodes, deleting all edges from the Field as well.
clear() - Method in class sim.field.SparseField: Deletes everything, returning all the objects as a Bag (which you can freely use and modify).
clear() - Method in class sim.util.Bag: Removes all objects in the Bag.
clear() - Method in class sim.util.DoubleBag: Removes all numbers in the DoubleBag.
clear() - Method in class sim.util.Heap
clear() - Method in class sim.util.IntBag: Removes all numbers in the IntBag.
clear() - Static method in class sim.util.LocationLog
clearBackdrop() - Method in class sim.display3d.Display3D: Clears any backdrop presently being used in the scene, turns off the backdrop checkbox, and disables the backdrop checkbox.
clearGaussian() - Method in class ec.util.MersenneTwisterFast: Clears the internal gaussian variable from the RNG.
clearPickableFlags(Node) - Static method in class sim.portrayal3d.SimplePortrayal3D: Utility method which makes the given Node unpickable.
clearSelections() - Method in class sim.display.Display2D
clearSelections() - Method in class sim.display3d.Display3D
clip - Variable in class sim.portrayal.DrawInfo2D
clone() - Method in class ec.util.MersenneTwisterFast
clone() - Method in class sim.util.Bag
clone() - Method in class sim.util.DoubleBag
clone() - Method in class sim.util.IntBag
clone() - Method in class sim.util.MutableDouble
clone() - Method in class sim.util.MutableDouble2D
clone() - Method in class sim.util.MutableDouble3D
clone() - Method in class sim.util.MutableInt2D
clone() - Method in class sim.util.MutableInt3D
cloneGraph() - Method in class sim.field.network.Network: Deprecated.
CLOSED_HAND_CURSOR_P - Static variable in class sim.display.Display2D
cof - Static variable in class sim.util.distribution.PoissonSlow
CollectionProperties - Class in sim.util: A simple class for examining the slots of Maps, Collections, Indexed, and arrays as if the slots were Java Bean Properties.
CollectionProperties(Object) - Constructor for class sim.util.CollectionProperties: Object can be a Collection, a List, a Map, an Indexed, or an array.
ColorMap - Interface in sim.util.gui: ColorMap is a interface for mapping numerical values to colors.
colors - Variable in class sim.util.gui.SimpleColorMap: User-provided color table
ColorWell - Class in sim.util.gui
ColorWell() - Constructor for class sim.util.gui.ColorWell
ColorWell(Color) - Constructor for class sim.util.gui.ColorWell
compareTo(Object) - Method in class sim.engine.Schedule.Key
compareTo(Object) - Method in class sim.field.network.Edge
compareTo(Object) - Method in class sim.util.media.chart.PieChartGenerator.UniqueString
completedWrapper(LocationWrapper, PickIntersection, PickResult) - Method in class sim.portrayal3d.continuous.ContinuousPortrayal3D
completedWrapper(LocationWrapper, PickIntersection, PickResult) - Method in class sim.portrayal3d.FieldPortrayal3D: Given the provided PickIntersection and the PickResult it came from, fill in w the location of the picked object, and return it.
completedWrapper(LocationWrapper, PickIntersection, PickResult) - Method in class sim.portrayal3d.grid.ObjectGridPortrayal3D
completedWrapper(LocationWrapper, PickIntersection, PickResult) - Method in class sim.portrayal3d.grid.SparseGridPortrayal3D
completedWrapper(LocationWrapper, PickIntersection, PickResult) - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
completedWrapper(LocationWrapper, PickIntersection, PickResult) - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
componentType() - Method in class sim.util.Bag: Always returns null.
componentType() - Method in class sim.util.DoubleBag
componentType() - Method in interface sim.util.Indexed: Should return the base component type for this Indexed object, or null if the component type should be queried via getValue(index).getClass.getComponentType()
componentType() - Method in class sim.util.IntBag
ConePortrayal3D - Class in sim.portrayal3d.simple: Portrays objects as a cone of the specified color or appearance (flat opaque white by default) which fills the region from (-0.5*scale,-0.5*scale,-0.5*scale) to (0.5*scale,0.5*scale,0.5*scale).
ConePortrayal3D() - Constructor for class sim.portrayal3d.simple.ConePortrayal3D: Constructs a ConePortrayal3D with a default (flat opaque white) appearance and a scale of 1.0.
ConePortrayal3D(double) - Constructor for class sim.portrayal3d.simple.ConePortrayal3D: Constructs a ConePortrayal3D with a default (flat opaque white) appearance and the given scale.
ConePortrayal3D(Color) - Constructor for class sim.portrayal3d.simple.ConePortrayal3D: Constructs a ConePortrayal3D with a flat opaque appearance of the given color and a scale of 1.0.
ConePortrayal3D(Color, double) - Constructor for class sim.portrayal3d.simple.ConePortrayal3D: Constructs a ConePortrayal3D with a flat opaque appearance of the given color and the given scale.
ConePortrayal3D(Image) - Constructor for class sim.portrayal3d.simple.ConePortrayal3D: Constructs a ConePortrayal3D with the given (opaque) image and a scale of 1.0.
ConePortrayal3D(Image, double) - Constructor for class sim.portrayal3d.simple.ConePortrayal3D: Constructs a ConePortrayal3D with the given (opaque) image and scale.
ConePortrayal3D(Appearance, boolean, boolean, double) - Constructor for class sim.portrayal3d.simple.ConePortrayal3D: Constructs a ConePortrayal3D with the given appearance and scale, plus whether or not to generate normals or texture coordinates.
Console - Class in sim.display: Console is an elaborate Controller which provides a variety of GUI niceties to control the basics of a simulation.
Console(GUIState) - Constructor for class sim.display.Console: Creates a Console, using the default initial start behavior (INITIAL_BEHAVIOR_START).
Constants - Class in sim.util.distribution: Defines some useful constants.
Constants() - Constructor for class sim.util.distribution.Constants: Makes this class non instantiable, but still let's others inherit from it.
contains(Object) - Method in class sim.util.Bag
contains(double) - Method in class sim.util.DoubleBag
contains(int) - Method in class sim.util.IntBag
contains(Number) - Method in class sim.util.Interval
contains(double) - Method in class sim.util.Interval
containsAll(Collection) - Method in class sim.util.Bag
Continuous2D - Class in sim.field.continuous: A storage facility for objects located in a continuous 2D environment.
Continuous2D(double, double, double) - Constructor for class sim.field.continuous.Continuous2D: Provide expected bounds on the SparseContinuous2D
Continuous2D(Continuous2D) - Constructor for class sim.field.continuous.Continuous2D
Continuous3D - Class in sim.field.continuous: A storage facility for objects located in a continuous 3D environment.
Continuous3D(double, double, double, double) - Constructor for class sim.field.continuous.Continuous3D: Provide expected bounds on the SparseContinuous3D
Continuous3D(Continuous3D) - Constructor for class sim.field.continuous.Continuous3D
ContinuousPortrayal2D - Class in sim.portrayal.continuous: Portrays Continuous2D fields.
ContinuousPortrayal2D() - Constructor for class sim.portrayal.continuous.ContinuousPortrayal2D
ContinuousPortrayal3D - Class in sim.portrayal3d.continuous: Portrays both Continuous2D and Continuous3D fields.
ContinuousPortrayal3D() - Constructor for class sim.portrayal3d.continuous.ContinuousPortrayal3D
Controller - Interface in sim.display: A Controller is the top-level object responsible for setting up and running the GUIState.
controller - Variable in class sim.display.GUIState: The controller for the GUIState.
controllerUpdate(ControllerEvent) - Method in class sim.util.media.MovieEncoder: Controller Listener.
convertToDoubleArray(int[][]) - Static method in class sim.util.TableLoader: Converts an int[][] array to a double[][] array.
convertToIntArray(double[][]) - Static method in class sim.util.TableLoader: Converts a double[][] array to an int[][] array only if all values are within the int range.
convertToLongArray(double[][]) - Static method in class sim.util.TableLoader: Converts a double[][] array to a long[][] array only if all values are within the long range.
convertToLongArray(int[][]) - Static method in class sim.util.TableLoader: Converts an int[][] array to a long[][] array.
copyIntoArray(int, Object[], int, int) - Method in class sim.util.Bag: Copies 'len' elements from the Bag into the provided array.
copyIntoArray(int, double[], int, int) - Method in class sim.util.DoubleBag: Copies 'len' elements from the Bag into the provided array.
copyIntoArray(int, int[], int, int) - Method in class sim.util.IntBag: Copies 'len' elements from the Bag into the provided array.
CPUS - Static variable in class sim.engine.ParallelSequence: Indicates that MASON should determine how many threads to use based on the number of CPUs.
createController() - Method in class sim.display.GUIState: Creates and returns a controller ready for the user to manipulate.
createFrame() - Method in class sim.display.Display2D: Creates a frame holding the Display2D.
createFrame() - Method in class sim.display3d.Display3D: Creates a frame holding the Display3D.
createFrame(Stoppable) - Method in class sim.portrayal.Inspector: Creates a scrollable frame surrounding the inspector which calls stop() on the underlying stopper when closed.
createFrame() - Method in class sim.util.media.chart.ChartGenerator: Returns a JFrame suitable or housing the ChartGenerator.
createFrame(boolean) - Method in class sim.util.media.chart.ChartGenerator: Returns a JFrame suitable or housing the ChartGenerator.
createFrame(Object) - Method in class sim.util.media.chart.ChartGenerator: Deprecated. use createFrame()
createHeap() - Method in class sim.engine.Schedule: Returns a Heap to be used by the Schedule.
createInspectors(Rectangle2D.Double, GUIState) - Method in class sim.display.Display2D: Determines the inspectors appropriate for the given selection region (rect), and sends them on to the Controller.
createModel() - Method in class sim.portrayal3d.FieldPortrayal3D: Returns a tree structure of the form InternalTransformGroup[model info].
createModel() - Method in class sim.portrayal3d.grid.ObjectGridPortrayal3D
createModel() - Method in class sim.portrayal3d.grid.SparseGrid2DPortrayal3D
createModel() - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D: Format is:
createModel() - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
createModel() - Method in class sim.portrayal3d.SparseFieldPortrayal3D
createSceneGraph() - Method in class sim.display3d.Display3D: Recreates the entire scene graph, including the universe, root, and canvas3d.
createToolTip() - Method in class sim.display.Display2D.InnerDisplay2D
createToolTipText(Rectangle2D.Double, GUIState) - Method in class sim.display.Display2D.InnerDisplay2D
CubePortrayal3D - Class in sim.portrayal3d.simple: Portrays objects as a cube of the specified color or appearance (flat opaque white by default) which fills the region from (-0.5*scale,-0.5*scale,-0.5*scale) to (0.5*scale,0.5*scale,0.5*scale).
CubePortrayal3D() - Constructor for class sim.portrayal3d.simple.CubePortrayal3D: Constructs a CubePortrayal3D with a default (flat opaque white) appearance and a scale of 1.0.
CubePortrayal3D(double) - Constructor for class sim.portrayal3d.simple.CubePortrayal3D: Constructs a CubePortrayal3D with a default (flat opaque white) appearance and the given scale.
CubePortrayal3D(Color) - Constructor for class sim.portrayal3d.simple.CubePortrayal3D: Constructs a CubePortrayal3D with a flat opaque appearance of the given color and a scale of 1.0.
CubePortrayal3D(Color, double) - Constructor for class sim.portrayal3d.simple.CubePortrayal3D: Constructs a CubePortrayal3D with a flat opaque appearance of the given color and the given scale.
CubePortrayal3D(Image) - Constructor for class sim.portrayal3d.simple.CubePortrayal3D: Constructs a CubePortrayal3D with the given (opaque) image and a scale of 1.0.
CubePortrayal3D(Image, double) - Constructor for class sim.portrayal3d.simple.CubePortrayal3D: Constructs a CubePortrayal3D with the given (opaque) image and scale.
CubePortrayal3D(Appearance, boolean, boolean, double) - Constructor for class sim.portrayal3d.simple.CubePortrayal3D: Constructs a CubePortrayal3D with the given appearance and scale, plus whether or not to generate normals or texture coordinates.
cull(double[], boolean) - Method in interface sim.util.media.chart.DataCuller
cull(double[], boolean) - Method in class sim.util.media.chart.MinGapDataCuller
cullToSize(double[], int, IntBag) - Static method in class sim.util.media.chart.MinGapDataCuller
currentValue - Variable in class sim.util.gui.NumberTextField
cut - Variable in class sim.util.distribution.BreitWigner
CylinderPortrayal3D - Class in sim.portrayal3d.simple: Portrays objects as a cylinder of the specified color or appearance (flat opaque white by default) which fills the region from (-0.5*scale,-0.5*scale,-0.5*scale) to (0.5*scale,0.5*scale,0.5*scale).
CylinderPortrayal3D() - Constructor for class sim.portrayal3d.simple.CylinderPortrayal3D: Constructs a CylinderPortrayal3D with a default (flat opaque white) appearance and a scale of 1.0.
CylinderPortrayal3D(double) - Constructor for class sim.portrayal3d.simple.CylinderPortrayal3D: Constructs a CylinderPortrayal3D with a default (flat opaque white) appearance and the given scale.
CylinderPortrayal3D(Color) - Constructor for class sim.portrayal3d.simple.CylinderPortrayal3D: Constructs a CylinderPortrayal3D with a flat opaque appearance of the given color and a scale of 1.0.
CylinderPortrayal3D(Color, double) - Constructor for class sim.portrayal3d.simple.CylinderPortrayal3D: Constructs a CylinderPortrayal3D with a flat opaque appearance of the given color and the given scale.
CylinderPortrayal3D(Image) - Constructor for class sim.portrayal3d.simple.CylinderPortrayal3D: Constructs a CylinderPortrayal3D with the given (opaque) image and a scale of 1.0.
CylinderPortrayal3D(Image, double) - Constructor for class sim.portrayal3d.simple.CylinderPortrayal3D: Constructs a CylinderPortrayal3D with the given (opaque) image and scale.
CylinderPortrayal3D(Appearance, boolean, boolean, double) - Constructor for class sim.portrayal3d.simple.CylinderPortrayal3D: Constructs a CylinderPortrayal3D with the given appearance and scale, plus whether or not to generate normals or texture coordinates.

D

d - Variable in class sim.util.distribution.Zeta
DataCuller - Interface in sim.util.media.chart: This is meant to accomodate an on-line algorithm for keeping a constant number of data points from an on-going time series.
dataSinkUpdate(DataSinkEvent) - Method in class sim.util.media.MovieEncoder: Event handler for the file writer.
DEFAULT - Static variable in class sim.portrayal.FieldPortrayal2D: Default buffering: let the program decide on its own (typically in a platform-dependent fashion)
DEFAULT_APPEARANCE - Static variable in class sim.portrayal3d.SimplePortrayal3D: Flat white opaque.
DEFAULT_CHART_HEIGHT - Variable in class sim.util.media.chart.ChartGenerator
DEFAULT_CHART_PROPORTION - Variable in class sim.util.media.chart.ChartGenerator
DEFAULT_CIRCLED_APPEARANCE - Static variable in class sim.portrayal3d.simple.CircledPortrayal3D
DEFAULT_DIVISIONS - Static variable in class sim.portrayal3d.simple.SpherePortrayal3D
DEFAULT_GUTTER - Static variable in class sim.display.Console: When the Console is laid out to the right of some window, the space allocated between it and the window
DEFAULT_HEIGHT - Static variable in class sim.display.Console: Default height of the Console.
DEFAULT_LABEL_OFFSET - Static variable in class sim.portrayal3d.simple.LabelledPortrayal3D
DEFAULT_MAX_COLOR - Static variable in class sim.portrayal.simple.TrailedPortrayal2D
DEFAULT_MAX_PROPERTIES - Static variable in class sim.portrayal.SimpleInspector
DEFAULT_MAXIMUM_JUMP - Static variable in class sim.portrayal.simple.TrailedPortrayal2D
DEFAULT_MIN_COLOR - Static variable in class sim.portrayal.simple.TrailedPortrayal2D
DEFAULT_OFFSET - Static variable in class sim.portrayal.simple.CircledPortrayal2D
DEFAULT_OFFSET - Static variable in class sim.portrayal.simple.OrientedPortrayal2D
DEFAULT_OFFSET_X - Static variable in class sim.portrayal.simple.LabelledPortrayal2D
DEFAULT_OFFSET_Y - Static variable in class sim.portrayal.simple.LabelledPortrayal2D
DEFAULT_PREFERENCES_KEY - Variable in class sim.display.Display2D
DEFAULT_PREFERENCES_KEY - Variable in class sim.display3d.Display3D
DEFAULT_SCALE - Static variable in class sim.portrayal.simple.CircledPortrayal2D
DEFAULT_SCALE - Static variable in class sim.portrayal.simple.OrientedPortrayal2D
DEFAULT_SCALE - Static variable in class sim.portrayal3d.simple.CircledPortrayal3D
DEFAULT_SCALE_X - Static variable in class sim.portrayal.simple.LabelledPortrayal2D
DEFAULT_SCALE_Y - Static variable in class sim.portrayal.simple.LabelledPortrayal2D
DEFAULT_WIDTH - Static variable in class sim.display.Console: Default width of the Console.
defaultValue() - Method in interface sim.util.gui.ColorMap: Returns some level which is valid (that is, validLevel(defaultValue()) should always return true).
defaultValue() - Method in class sim.util.gui.SimpleColorMap
DenseGrid2D - Class in sim.field.grid: A wrapper for 2D arrays of Objects.
DenseGrid2D(int, int) - Constructor for class sim.field.grid.DenseGrid2D
DenseGrid3D - Class in sim.field.grid: A wrapper for 3D arrays of Objects.
DenseGrid3D(int, int, int) - Constructor for class sim.field.grid.DenseGrid3D
DenseGridPortrayal2D - Class in sim.portrayal.grid: Portrayal for Dense grids: grids of Bags of objects.
DenseGridPortrayal2D() - Constructor for class sim.portrayal.grid.DenseGridPortrayal2D
DenseGridPortrayal2D(DrawPolicy) - Constructor for class sim.portrayal.grid.DenseGridPortrayal2D: Deprecated. Use setDrawPolicy.
destroySceneGraph() - Method in class sim.display3d.Display3D: Eliminates the existing scene graph.
detach() - Method in class sim.display3d.SelectionBehavior: Detaches the Selection Behavior from the Canvas properly, so leaks don't occur.
detatchAll() - Method in class sim.display.Display2D: Detatches all portrayals from the Display2D.
detatchAll() - Method in class sim.display3d.Display3D: Detatches all portrayals from the Display3D.
DisclosurePanel - Class in sim.util.gui: A panel with a small disclosure triangle which toggles between two subcomponents: notionally an "abridged" (short) component and an expanded ("disclosed") component.
DisclosurePanel(String, Component) - Constructor for class sim.util.gui.DisclosurePanel
DisclosurePanel(String, Component, String) - Constructor for class sim.util.gui.DisclosurePanel
DisclosurePanel(Component, Component) - Constructor for class sim.util.gui.DisclosurePanel
DisclosurePanel(Component, Component, String) - Constructor for class sim.util.gui.DisclosurePanel
discretization - Variable in class sim.field.continuous.Continuous2D
discretization - Variable in class sim.field.continuous.Continuous3D
discretize(Double2D) - Method in class sim.field.continuous.Continuous2D: Discretizes the location according to the internal discretization of the Continuous2D.
discretize(Double2D, int) - Method in class sim.field.continuous.Continuous2D: Discretizes the location according to the provided discretization, which may or may not be the discretization used internally by the Continuous2D.
discretize(Double3D) - Method in class sim.field.continuous.Continuous3D: Discretizes the location according to the internal discretization of the Continuous3D.
discretize(Double3D, int) - Method in class sim.field.continuous.Continuous3D: Discretizes the location according to the provided discretization, which may or may not be the discretization used internally by the Continuous3D.
display - Variable in class sim.display.Display2D: The scroll view which holds the insideDisplay.
Display2D - Class in sim.display: Display2D holds, displays, and manipulates 2D Portrayal objects, allowing the user to scale them, scroll them, change how often they're updated, take snapshots, and generate Quicktime movies.
Display2D(double, double, GUIState, long) - Constructor for class sim.display.Display2D: Deprecated.
Display2D(double, double, GUIState) - Constructor for class sim.display.Display2D: Creates a Display2D with the provided width and height for its portrayal region, attached to the provided simulation, and displaying itself with the given interval (which must be > 0).
Display2D.InnerDisplay2D - Class in sim.display: The object which actually does all the drawing.
Display2D.OptionPane - Class in sim.display: Option pane
Display3D - Class in sim.display3d: Display3D holds, displays, and manipulates 3D Portrayal objects, allowing the user to scale them, rotate them, translate them, magnify them, change how often they're updated, take snapshots, and generate Quicktime movies.
Display3D(double, double, GUIState, long) - Constructor for class sim.display3d.Display3D: Deprecated.
Display3D(double, double, GUIState) - Constructor for class sim.display3d.Display3D: Creates a Display3D with the provided width and height for its portrayal region, attached to the provided simulation.
Display3D.OptionPane3D - Class in sim.display3d
disposeFrame() - Method in class sim.portrayal.Inspector: Disposes the Inspector's frame if it's not a Controller.
distance(double, double) - Method in class sim.util.Double2D: Returns the distance FROM this Double2D TO the specified point
distance(Double2D) - Method in class sim.util.Double2D: Returns the distance FROM this Double2D TO the specified point.
distance(Int2D) - Method in class sim.util.Double2D: Returns the distance FROM this Double2D TO the specified point.
distance(MutableInt2D) - Method in class sim.util.Double2D: Returns the distance FROM this Double2D TO the specified point.
distance(Point2D) - Method in class sim.util.Double2D: Returns the distance FROM this Double2D TO the specified point.
distance(double, double, double) - Method in class sim.util.Double3D: Returns the distance FROM this Double3D TO the specified point
distance(Double3D) - Method in class sim.util.Double3D: Returns the distance FROM this Double3D TO the specified point.
distance(Int3D) - Method in class sim.util.Double3D: Returns the distance FROM this Double3D TO the specified point.
distance(MutableInt3D) - Method in class sim.util.Double3D: Returns the distance FROM this Double3D TO the specified point.
distance(double, double) - Method in class sim.util.Int2D: Returns the distance FROM this Int2D TO the specified point
distance(Double2D) - Method in class sim.util.Int2D: Returns the distance FROM this Int2D TO the specified point.
distance(MutableInt2D) - Method in class sim.util.Int2D: Returns the distance FROM this Int2D TO the specified point.
distance(Int2D) - Method in class sim.util.Int2D: Returns the distance FROM this Int2D TO the specified point.
distance(Point2D) - Method in class sim.util.Int2D: Returns the distance FROM this Int2D TO the specified point.
distance(double, double, double) - Method in class sim.util.Int3D: Returns the distance FROM this Int3D TO the specified point
distance(Double3D) - Method in class sim.util.Int3D: Returns the distance FROM this Int3D TO the specified point.
distance(MutableInt3D) - Method in class sim.util.Int3D: Returns the distance FROM this Int3D TO the specified point.
distance(Int3D) - Method in class sim.util.Int3D: Returns the distance FROM this Int3D TO the specified point.
distance(double, double) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this MutableDouble2D TO the specified point
distance(MutableDouble2D) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this MutableDouble2D TO the specified point.
distance(Double2D) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this MutableDouble2D TO the specified point.
distance(Int2D) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this MutableDouble2D TO the specified point.
distance(MutableInt2D) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this MutableDouble2D TO the specified point.
distance(Point2D) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this MutableDouble2D TO the specified point.
distance(double, double, double) - Method in class sim.util.MutableDouble3D: Returns the distance FROM this MutableDouble3D TO the specified point
distance(Double3D) - Method in class sim.util.MutableDouble3D: Returns the distance FROM this MutableDouble3D TO the specified point.
distance(Int3D) - Method in class sim.util.MutableDouble3D: Returns the distance FROM this MutableDouble3D TO the specified point.
distance(MutableInt3D) - Method in class sim.util.MutableDouble3D: Returns the distance FROM this MutableDouble3D TO the specified point.
distance(MutableDouble3D) - Method in class sim.util.MutableDouble3D: Returns the distance FROM this MutableDouble3D TO the specified point.
distance(double, double) - Method in class sim.util.MutableInt2D: Returns the distance FROM this MutableInt2D TO the specified point
distance(Double2D) - Method in class sim.util.MutableInt2D: Returns the distance FROM this MutableInt2D TO the specified point.
distance(MutableInt2D) - Method in class sim.util.MutableInt2D: Returns the distance FROM this MutableInt2D TO the specified point.
distance(Int2D) - Method in class sim.util.MutableInt2D: Returns the distance FROM this MutableInt2D TO the specified point.
distance(Point2D) - Method in class sim.util.MutableInt2D: Returns the distance FROM this MutableInt2D TO the specified point.
distance(double, double, double) - Method in class sim.util.MutableInt3D: Returns the distance FROM this Int3D TO the specified point
distance(Double3D) - Method in class sim.util.MutableInt3D: Returns the distance FROM this Int3D TO the specified point.
distance(MutableInt3D) - Method in class sim.util.MutableInt3D: Returns the distance FROM this Int3D TO the specified point.
distance(Int3D) - Method in class sim.util.MutableInt3D: Returns the distance FROM this Int3D TO the specified point.
distanceSq(double, double) - Method in class sim.util.Double2D: Returns the distance FROM this Double2D TO the specified point
distanceSq(Double2D) - Method in class sim.util.Double2D: Returns the distance FROM this Double2D TO the specified point.
distanceSq(Int2D) - Method in class sim.util.Double2D: Returns the distance FROM this Double2D TO the specified point.
distanceSq(MutableInt2D) - Method in class sim.util.Double2D: Returns the distance FROM this Double2D TO the specified point.
distanceSq(Point2D) - Method in class sim.util.Double2D: Returns the distance FROM this Double2D TO the specified point
distanceSq(double, double, double) - Method in class sim.util.Double3D: Returns the squared distance FROM this Double3D TO the specified point
distanceSq(Double3D) - Method in class sim.util.Double3D: Returns the squared distance FROM this Double3D TO the specified point.
distanceSq(Int3D) - Method in class sim.util.Double3D: Returns the squared distance FROM this Double3D TO the specified point.
distanceSq(MutableInt3D) - Method in class sim.util.Double3D: Returns the squared distance FROM this Double3D TO the specified point.
distanceSq(double, double) - Method in class sim.util.Int2D: Returns the squared distance FROM this Int2D TO the specified point
distanceSq(Double2D) - Method in class sim.util.Int2D: Returns the squared distance FROM this Int2D TO the specified point.
distanceSq(Point2D) - Method in class sim.util.Int2D: Returns the squared distance FROM this Int2D TO the specified point
distanceSq(MutableInt2D) - Method in class sim.util.Int2D: Returns the squared distance FROM this Int2D TO the specified point.
distanceSq(Int2D) - Method in class sim.util.Int2D: Returns the squared distance FROM this Int2D TO the specified point.
distanceSq(double, double, double) - Method in class sim.util.Int3D: Returns the squared distance FROM this Int3D TO the specified point
distanceSq(Double3D) - Method in class sim.util.Int3D: Returns the squared distance FROM this Int3D TO the specified point.
distanceSq(MutableInt3D) - Method in class sim.util.Int3D: Returns the squared distance FROM this Int3D TO the specified point.
distanceSq(Int3D) - Method in class sim.util.Int3D: Returns the squared distance FROM this Int3D TO the specified point.
distanceSq(double, double) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this MutableDouble2D TO the specified point
distanceSq(Double2D) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this MutableDouble2D TO the specified point.
distanceSq(MutableDouble2D) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this MutableDouble2D TO the specified point.
distanceSq(Int2D) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this MutableDouble2D TO the specified point.
distanceSq(MutableInt2D) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this MutableDouble2D TO the specified point.
distanceSq(Point2D) - Method in class sim.util.MutableDouble2D: Returns the distance FROM this Point2D TO the specified point
distanceSq(double, double, double) - Method in class sim.util.MutableDouble3D: Returns the squared distance FROM this MutableDouble3D TO the specified point
distanceSq(Double3D) - Method in class sim.util.MutableDouble3D: Returns the squared distance FROM this MutableDouble3D TO the specified point.
distanceSq(Int3D) - Method in class sim.util.MutableDouble3D: Returns the squared distance FROM this MutableDouble3D TO the specified point.
distanceSq(MutableInt3D) - Method in class sim.util.MutableDouble3D: Returns the squared distance FROM this MutableDouble3D TO the specified point.
distanceSq(MutableDouble3D) - Method in class sim.util.MutableDouble3D: Returns the squared distance FROM this MutableDouble3D TO the specified point.
distanceSq(double, double) - Method in class sim.util.MutableInt2D: Returns the squared distance FROM this MutableInt2D TO the specified point
distanceSq(Double2D) - Method in class sim.util.MutableInt2D: Returns the squared distance FROM this MutableInt2D TO the specified point.
distanceSq(Point2D) - Method in class sim.util.MutableInt2D: Returns the squared distance FROM this MutableInt2D TO the specified point
distanceSq(MutableInt2D) - Method in class sim.util.MutableInt2D: Returns the squared distance FROM this MutableInt2D TO the specified point.
distanceSq(Int2D) - Method in class sim.util.MutableInt2D: Returns the squared distance FROM this MutableInt2D TO the specified point.
distanceSq(double, double, double) - Method in class sim.util.MutableInt3D: Returns the squared distance FROM this Int3D TO the specified point
distanceSq(Double3D) - Method in class sim.util.MutableInt3D: Returns the squared distance FROM this Int3D TO the specified point.
distanceSq(MutableInt3D) - Method in class sim.util.MutableInt3D: Returns the squared distance FROM this Int3D TO the specified point.
distanceSq(Int3D) - Method in class sim.util.MutableInt3D: Returns the squared distance FROM this Int3D TO the specified point.
Distributions - Class in sim.util.distribution: Contains methods for conveniently generating pseudo-random numbers from special distributions such as the Burr, Cauchy, Erlang, Geometric, Lambda, Laplace, Logistic, Weibull, etc.
Distributions() - Constructor for class sim.util.distribution.Distributions: Makes this class non instantiable, but still let's others inherit from it.
dl - Variable in class sim.util.distribution.Poisson
dlx(int, int) - Method in class sim.field.grid.AbstractGrid2D
dlx(int, int) - Method in interface sim.field.grid.Grid2D: Hex downleft x.
dlx(int, int) - Method in class sim.field.grid.SparseGrid2D
dly(int, int) - Method in class sim.field.grid.AbstractGrid2D
dly(int, int) - Method in interface sim.field.grid.Grid2D: Hex downleft y.
dly(int, int) - Method in class sim.field.grid.SparseGrid2D
doAbout() - Method in class sim.display.Console
doChangeCode(Runnable) - Method in class sim.display.Console: Deprecated.
doChangeCode(Runnable) - Method in interface sim.display.Controller: Deprecated.
doChangeCode(Runnable) - Method in class sim.display.SimpleController: Deprecated.
doClose() - Method in class sim.display.Console: Closes the Console and shuts down the simulation.
doClose() - Method in class sim.display.SimpleController: Closes the Controller and shuts down the simulation.
doEnsuredRepaint(Component) - Static method in class sim.util.gui.Utilities: Does a repaint that is guaranteed to work (on some systems, plain repaint()) fails if there's lots of updates going on as is the case in our simulator thread.
doException(JComponent, Exception) - Method in class sim.display.SimApplet
doLater(long, Runnable) - Static method in class sim.util.gui.Utilities: Schedule something to occur at some specified point in the future in the Swing Event thread.
doLoop(Class, String[]) - Static method in class sim.engine.SimState: Calls doLoop(MakesSimState,args), passing in a MakesSimState which creates SimStates of the provided Class c, using the constructor new ().
doLoop(MakesSimState, String[]) - Static method in class sim.engine.SimState: A convenient top-level loop for the simulation command-line.
doNew() - Method in class sim.display.Console: Pops up a window allowing the user to enter in a class name to start a new simulation.
doNew() - Method in class sim.display.SimpleController: Calls forth the "New Simulation" window.
DONT_USE_BUFFER - Static variable in class sim.portrayal.FieldPortrayal2D: Don't use a buffer
doOpen() - Method in class sim.display.Console: Reverts the current simulation to the simulation stored at a user-specified checkpoint filename.
doQuit() - Static method in class sim.display.Console: Quits the program.
doSave() - Method in class sim.display.Console: Lets the user checkpoint out a simulation to the last checkpoint filename.
doSaveAs() - Method in class sim.display.Console: Lets the user checkpoint out a simulation to a file with a given name.
dot(Double2D) - Method in class sim.util.Double2D: Takes the dot product this Double2D with another
dot(Double3D) - Method in class sim.util.Double3D: Takes the dot product this Double3D with another
dot(MutableDouble2D) - Method in class sim.util.MutableDouble2D: Returns the dot product of myself against other, that is me DOT other.
dot(MutableDouble3D) - Method in class sim.util.MutableDouble3D: Returns the dot product of myself against other, that is me DOT other.
Double2D - Class in sim.util: Double2D is more or less the same class as java.awt.geom.Point2D.Double, but it is immutable: once the x and y values are set, they cannot be changed (they're final).
Double2D() - Constructor for class sim.util.Double2D
Double2D(Int2D) - Constructor for class sim.util.Double2D
Double2D(MutableInt2D) - Constructor for class sim.util.Double2D
Double2D(MutableDouble2D) - Constructor for class sim.util.Double2D
Double2D(Point) - Constructor for class sim.util.Double2D
Double2D(Point2D.Double) - Constructor for class sim.util.Double2D
Double2D(Point2D.Float) - Constructor for class sim.util.Double2D
Double2D(Point2D) - Constructor for class sim.util.Double2D: Only included for completeness' sakes, in case a new Point2D subclass is created in the future.
Double2D(double, double) - Constructor for class sim.util.Double2D
Double3D - Class in sim.util: Double3D is more or less the same class as javax.vecmath.Point3d, but it is immutable: once the x and y and z values are set, they cannot be changed (they're final).
Double3D() - Constructor for class sim.util.Double3D
Double3D(Int2D) - Constructor for class sim.util.Double3D: Explicitly assumes the z value is set to 0
Double3D(Int2D, double) - Constructor for class sim.util.Double3D
Double3D(Int3D) - Constructor for class sim.util.Double3D
Double3D(MutableInt2D) - Constructor for class sim.util.Double3D: Explicitly assumes the z value is set to 0
Double3D(MutableInt2D, double) - Constructor for class sim.util.Double3D
Double3D(MutableInt3D) - Constructor for class sim.util.Double3D
Double3D(Double2D) - Constructor for class sim.util.Double3D: Explicitly assumes the z value is set to 0
Double3D(Double2D, double) - Constructor for class sim.util.Double3D
Double3D(Double3D) - Constructor for class sim.util.Double3D
Double3D(MutableDouble2D) - Constructor for class sim.util.Double3D: Explicitly assumes the z value is set to 0
Double3D(MutableDouble2D, double) - Constructor for class sim.util.Double3D
Double3D(MutableDouble3D) - Constructor for class sim.util.Double3D
Double3D(double, double, double) - Constructor for class sim.util.Double3D
DoubleBag - Class in sim.util: Maintains a simple array (objs) of doubles and the number of doubles (numObjs) in the array (the array can be bigger than this number).
DoubleBag(int) - Constructor for class sim.util.DoubleBag: Creates a DoubleBag with a given initial capacity.
DoubleBag() - Constructor for class sim.util.DoubleBag
DoubleBag(DoubleBag) - Constructor for class sim.util.DoubleBag: Adds the doubles from the other DoubleBag without copying them.
DoubleBag(double[]) - Constructor for class sim.util.DoubleBag: Creates a DoubleBag with the given elements.
doubleFactorials - Static variable in class sim.util.distribution.Arithmetic
DoubleGrid2D - Class in sim.field.grid: A wrapper for 2D arrays of doubles.
DoubleGrid2D(int, int) - Constructor for class sim.field.grid.DoubleGrid2D
DoubleGrid2D(int, int, double) - Constructor for class sim.field.grid.DoubleGrid2D
DoubleGrid2D(DoubleGrid2D) - Constructor for class sim.field.grid.DoubleGrid2D
DoubleGrid2D(double[][]) - Constructor for class sim.field.grid.DoubleGrid2D
DoubleGrid3D - Class in sim.field.grid: A wrapper for 3D arrays of doubles.
DoubleGrid3D(int, int, int) - Constructor for class sim.field.grid.DoubleGrid3D
DoubleGrid3D(int, int, int, double) - Constructor for class sim.field.grid.DoubleGrid3D
DoubleGrid3D(DoubleGrid3D) - Constructor for class sim.field.grid.DoubleGrid3D
doubleLocationHash - Variable in class sim.field.continuous.Continuous2D: Where we store the Double2D values hashed by object
doubleLocationHash - Variable in class sim.field.continuous.Continuous3D: Where we store the Double3D values hashed by object
doubleValue(Object) - Method in class sim.portrayal.grid.FastHexaObjectGridPortrayal2D: Override this as necessary to map the provided object into a double value.
doubleValue(Object) - Method in class sim.portrayal.grid.FastObjectGridPortrayal2D: Override this as necessary to map the provided object into a double value.
doubleValue(Object) - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
doubleValue() - Method in class sim.util.MutableDouble
doubleValue() - Method in interface sim.util.Valuable
downx(int, int) - Method in class sim.field.grid.AbstractGrid2D
downx(int, int) - Method in interface sim.field.grid.Grid2D: Hex down x.
downx(int, int) - Method in class sim.field.grid.SparseGrid2D
downy(int, int) - Method in class sim.field.grid.AbstractGrid2D
downy(int, int) - Method in interface sim.field.grid.Grid2D: Hex down y.
downy(int, int) - Method in class sim.field.grid.SparseGrid2D
dr - Variable in class sim.util.distribution.Poisson
draw - Variable in class sim.portrayal.DrawInfo2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.FieldPortrayal2D: Draws the field with its origin at [info.draw.x,info.draw.y], relative to the scaled coordinate system defined by [info.draw.width,info.draw.height].
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.grid.FastHexaObjectGridPortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.grid.FastObjectGridPortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.grid.FastValueGridPortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.network.SimpleEdgePortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in interface sim.portrayal.Portrayal2D: Draw a the given object with an origin at (info.draw.x, info.draw.y), and with the coordinate system scaled by so that 1 unit is in the x and y directions are equal to info.draw.width and info.draw.height respectively in pixels.
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.AdjustablePortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.CircledPortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.FacetedPortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.ImagePortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.LabelledPortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.MovablePortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.OrientedPortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.OvalPortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.RectanglePortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.ShapePortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.TrailedPortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.TransformedPortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.simple.ValuePortrayal2D
draw(Object, Graphics2D, DrawInfo2D) - Method in class sim.portrayal.SimplePortrayal2D
drawFilled - Variable in class sim.portrayal.simple.OrientedPortrayal2D
DrawInfo2D - Class in sim.portrayal: The DrawInfo2D class provides two Rectangles which define a simple drawing situation.
DrawInfo2D(GUIState, FieldPortrayal2D, RectangularShape, RectangularShape) - Constructor for class sim.portrayal.DrawInfo2D
DrawInfo2D(DrawInfo2D, double, double) - Constructor for class sim.portrayal.DrawInfo2D
DrawInfo2D(DrawInfo2D) - Constructor for class sim.portrayal.DrawInfo2D
DrawPolicy - Interface in sim.portrayal.grid: Called by Sparse2DPortrayal to determine if all objects should be drawn or only one.
drx(int, int) - Method in class sim.field.grid.AbstractGrid2D
drx(int, int) - Method in interface sim.field.grid.Grid2D: Hex downright x.
drx(int, int) - Method in class sim.field.grid.SparseGrid2D
dry(int, int) - Method in class sim.field.grid.AbstractGrid2D
dry(int, int) - Method in interface sim.field.grid.Grid2D: Hex downright y.
dry(int, int) - Method in class sim.field.grid.SparseGrid2D
dup() - Method in class sim.util.MutableDouble2D: Equivalent to (new MutableDouble2D(d)), but (d.dup()) shorter of course, but perhaps not quite as fast.
dup() - Method in class sim.util.MutableDouble3D: Equivalent to (new MutableDouble3D(d)), but (d.dup()) shorter of course, but perhaps not quite as fast.

E

e - Variable in class sim.util.distribution.Hyperbolic
ec.util - package ec.util
Edge - Class in sim.field.network: An Edge stores a relationship between two objects in a Network.
Edge(Edge) - Constructor for class sim.field.network.Edge
Edge(Object, Object, Object) - Constructor for class sim.field.network.Edge
EdgeDrawInfo2D - Class in sim.portrayal.network: An extension of DrawInfo2D for dealing with edges in visualizing network fields.
EdgeDrawInfo2D(GUIState, FieldPortrayal2D, RectangularShape, RectangularShape, Point2D.Double) - Constructor for class sim.portrayal.network.EdgeDrawInfo2D
EdgeDrawInfo2D(DrawInfo2D, double, double, Point2D.Double) - Constructor for class sim.portrayal.network.EdgeDrawInfo2D
EdgeDrawInfo2D(DrawInfo2D, Point2D.Double) - Constructor for class sim.portrayal.network.EdgeDrawInfo2D
EdgeDrawInfo2D(EdgeDrawInfo2D) - Constructor for class sim.portrayal.network.EdgeDrawInfo2D
elements() - Method in class sim.field.grid.ObjectGrid2D: Returns in a Bag all stored objects (including duplicates but not null values).
elements() - Method in class sim.field.grid.ObjectGrid3D: Returns in a Bag all stored objects (including duplicates but not null values).
Empirical - Class in sim.util.distribution: Empirical distribution.
Empirical(double[], int, MersenneTwisterFast) - Constructor for class sim.util.distribution.Empirical: Constructs an Empirical distribution.
EmpiricalWalker - Class in sim.util.distribution: Discrete Empirical distribution (pdf's can be specified).
EmpiricalWalker(double[], int, MersenneTwisterFast) - Constructor for class sim.util.distribution.EmpiricalWalker: Constructs an Empirical distribution.
ensureFileEndsWith(String, String) - Static method in class sim.util.gui.Utilities: Returns a filename guaranteed to end with the given ending.
EPOCH - Static variable in class sim.engine.Schedule: The first possible schedulable time.
EPOCH_PLUS_EPSILON - Static variable in class sim.engine.Schedule: The second possible schedulable time.
equals(Object) - Method in class sim.engine.Schedule.Key
equals(Object) - Method in class sim.portrayal.DrawInfo2D
equals(Object) - Method in class sim.util.Double2D
equals(Object) - Method in class sim.util.Double3D
equals(Object) - Method in class sim.util.Int2D
equals(Object) - Method in class sim.util.Int3D
equals(Object) - Method in class sim.util.media.chart.PieChartGenerator.UniqueString
equals(Object) - Method in class sim.util.MutableDouble2D
equals(Object) - Method in class sim.util.MutableDouble3D
equals(Object) - Method in class sim.util.MutableInt2D
equals(Object) - Method in class sim.util.MutableInt3D
errorFunction(double) - Static method in class sim.util.distribution.Probability: Returns the error function of the normal distribution; formerly named erf.
errorFunctionComplemented(double) - Static method in class sim.util.distribution.Probability: Returns the complementary Error function of the normal distribution; formerly named erfc.
exists(Object) - Method in class sim.field.SparseField: Returns true if the object is in the field.
Exponential - Class in sim.util.distribution: Exponential Distribution (aka Negative Exponential Distribution); See the math definition animated definition.
Exponential(double, MersenneTwisterFast) - Constructor for class sim.util.distribution.Exponential: Constructs a Negative Exponential distribution.
ExponentialPower - Class in sim.util.distribution: Exponential Power distribution.
ExponentialPower(double, MersenneTwisterFast) - Constructor for class sim.util.distribution.ExponentialPower: Constructs an Exponential Power distribution.
extractMin(Bag) - Method in class sim.util.Heap: Removes all key-equal minimum elements and adds them to a Bag, which is then is returned.
extractMin() - Method in class sim.util.Heap: Removes the first minimum element and its key from the heap, and returns the minimum element.

F

F - Variable in class sim.util.distribution.EmpiricalWalker
f1 - Variable in class sim.util.distribution.Poisson
f2 - Variable in class sim.util.distribution.Poisson
f4 - Variable in class sim.util.distribution.Poisson
f5 - Variable in class sim.util.distribution.Poisson
FacetedPortrayal2D - Class in sim.portrayal.simple: A wrapper for multiple Portrayal2Ds which calls on one or the other one according to the underlying state of the object, which must be Valuable or a Number of some sort.
FacetedPortrayal2D(SimplePortrayal2D[], boolean) - Constructor for class sim.portrayal.simple.FacetedPortrayal2D: If child is null, then the underlying model object is presumed to be a Portrayal2D and will be used.
FacetedPortrayal2D(SimplePortrayal2D[]) - Constructor for class sim.portrayal.simple.FacetedPortrayal2D: If child is null, then the underlying model object is presumed to be a Portrayal2D and will be used.
factorial(int) - Static method in class sim.util.distribution.Arithmetic: Instantly returns the factorial k!.
FastHexaObjectGridPortrayal2D - Class in sim.portrayal.grid: A "Fast" version of HexaObjectGridPortrayal2D, which draws objects as rectangles of specified colors, rather than using the provided SimplePortrayal2Ds.
FastHexaObjectGridPortrayal2D(boolean) - Constructor for class sim.portrayal.grid.FastHexaObjectGridPortrayal2D: If immutableField is true, we presume that the grid doesn't change.
FastHexaObjectGridPortrayal2D() - Constructor for class sim.portrayal.grid.FastHexaObjectGridPortrayal2D: Equivalent to FastHexaObjectGridPortrayal2D(false);
FastHexaValueGridPortrayal2D - Class in sim.portrayal.grid
FastHexaValueGridPortrayal2D(String, boolean) - Constructor for class sim.portrayal.grid.FastHexaValueGridPortrayal2D: If immutableField is true, we presume that the grid doesn't change.
FastHexaValueGridPortrayal2D(String) - Constructor for class sim.portrayal.grid.FastHexaValueGridPortrayal2D
FastHexaValueGridPortrayal2D(boolean) - Constructor for class sim.portrayal.grid.FastHexaValueGridPortrayal2D: If immutableField is true, we presume that the grid doesn't change.
FastHexaValueGridPortrayal2D() - Constructor for class sim.portrayal.grid.FastHexaValueGridPortrayal2D
FastObjectGridPortrayal2D - Class in sim.portrayal.grid: A "Fast" version of ObjectGridPortrayal2D, which draws objects as rectangles of specified colors, rather than using the provided SimplePortrayal2Ds.
FastObjectGridPortrayal2D(boolean) - Constructor for class sim.portrayal.grid.FastObjectGridPortrayal2D: If immutableField is true, we presume that the grid doesn't change.
FastObjectGridPortrayal2D() - Constructor for class sim.portrayal.grid.FastObjectGridPortrayal2D: Equivalent to FastObjectGridPortrayal2D(false);
FastValueGridPortrayal2D - Class in sim.portrayal.grid: This class works like a ValueGridPortrayal2D, except that it doesn't use an underlying Portrayal for the object (instead it always draws a rectangle), and may ignore the getColor() method, so you shouldn't override that method to customize the color function in nonlinear ways any more.
FastValueGridPortrayal2D(String, boolean) - Constructor for class sim.portrayal.grid.FastValueGridPortrayal2D: If immutableField is true, we presume that the grid doesn't change.
FastValueGridPortrayal2D(String) - Constructor for class sim.portrayal.grid.FastValueGridPortrayal2D
FastValueGridPortrayal2D(boolean) - Constructor for class sim.portrayal.grid.FastValueGridPortrayal2D: If immutableField is true, we presume that the grid doesn't change.
FastValueGridPortrayal2D() - Constructor for class sim.portrayal.grid.FastValueGridPortrayal2D
field - Variable in class sim.field.grid.DenseGrid2D
field - Variable in class sim.field.grid.DenseGrid3D
field - Variable in class sim.field.grid.DoubleGrid2D
field - Variable in class sim.field.grid.DoubleGrid3D
field - Variable in class sim.field.grid.IntGrid2D
field - Variable in class sim.field.grid.IntGrid3D
field - Variable in class sim.field.grid.ObjectGrid2D
field - Variable in class sim.field.grid.ObjectGrid3D
field - Variable in class sim.portrayal.FieldPortrayal
fieldPortrayal - Variable in class sim.portrayal.DrawInfo2D
FieldPortrayal - Class in sim.portrayal: A FieldPortrayal is an object which knows how to portray some kind of Field.
FieldPortrayal() - Constructor for class sim.portrayal.FieldPortrayal
fieldPortrayal - Variable in class sim.portrayal.LocationWrapper: The field portrayal depicting this object
FieldPortrayal2D - Class in sim.portrayal: Superclass of all Field Portrayals in 2D.
FieldPortrayal2D() - Constructor for class sim.portrayal.FieldPortrayal2D
FieldPortrayal3D - Class in sim.portrayal3d: Superclass of all Field Portrayals in J3D.
FieldPortrayal3D() - Constructor for class sim.portrayal3d.FieldPortrayal3D
FieldPortrayal3D(Transform3D) - Constructor for class sim.portrayal3d.FieldPortrayal3D
fill(Object) - Method in class sim.util.Bag: Replaces all elements in the bag with the provided object.
fill(double) - Method in class sim.util.DoubleBag: Replaces all elements in the bag with the provided object.
fill(int) - Method in class sim.util.IntBag: Replaces all elements in the bag with the provided int.
filled - Variable in class sim.portrayal.simple.OvalPortrayal2D
filled - Variable in class sim.portrayal.simple.RectanglePortrayal2D
filled - Variable in class sim.portrayal.simple.ShapePortrayal2D
FILTER_NONE - Static variable in class sim.util.media.PNGEncoder: Constants for filters
FILTER_SUB - Static variable in class sim.util.media.PNGEncoder
FILTER_UP - Static variable in class sim.util.media.PNGEncoder
filterLevel(double) - Method in class sim.util.gui.SimpleColorMap
finalize() - Method in class sim.display.Display2D: Quits the Display2D.
finalize() - Method in class sim.display3d.Display3D: Quits the Display3D.
finalize() - Method in class sim.engine.AsynchronousSteppable
finalize() - Method in class sim.engine.ParallelSequence
finish() - Method in class sim.display.GUIState: Called either at the proper or a premature end to the simulation.
finish() - Method in class sim.engine.SimState: Called either at the proper or a premature end to the simulation.
Fixed2D - Interface in sim.portrayal: A Fixed2D object has control over how it is moved by a MovablePortrayal2D object.
floatValue() - Method in class sim.util.MutableDouble
floor() - Method in class sim.field.grid.DoubleGrid2D: Sets each value in the grid to floor(value).
floor() - Method in class sim.field.grid.DoubleGrid3D: Sets each value in the grid to floor(value).
floor(double) - Static method in class sim.util.distribution.Arithmetic: Returns the largest long <= value.
font - Variable in class sim.portrayal.simple.LabelledPortrayal2D: The font of the text.
FORCE_KEY - Static variable in class sim.util.media.chart.ChartGenerator
freedom - Variable in class sim.util.distribution.ChiSquare
freedom - Variable in class sim.util.distribution.StudentT
from() - Method in class sim.field.network.Edge: Returns the "from" object.
fromPaint - Variable in class sim.portrayal.network.SimpleEdgePortrayal2D

G

gamma - Variable in class sim.util.distribution.BreitWigner
Gamma - Class in sim.util.distribution: Gamma distribution; math definition, definition of gamma function and animated definition.
Gamma(double, double, MersenneTwisterFast) - Constructor for class sim.util.distribution.Gamma: Constructs a Gamma distribution.
gamma - Variable in class sim.util.distribution.NegativeBinomial
gamma(double, double, double) - Static method in class sim.util.distribution.Probability: Returns the integral from zero to x of the gamma probability density function.
gamma(double) - Static method in class sim.util.distribution.Probability: Returns the Gamma function of the argument.
gammaComplemented(double, double, double) - Static method in class sim.util.distribution.Probability: Returns the integral from x to infinity of the gamma probability density function:
generateBinomial(int, double) - Method in class sim.util.distribution.Binomial: * Binomial-Distribution - Acceptance Rejection/Inversion * * * Acceptance Rejection method combined with Inversion for * generating Binomial random numbers with parameters * n (number of trials) and p (probability of success).
generatePDF(Component, File) - Static method in class sim.util.media.PDFEncoder
generatePDF(JFreeChart, int, int, File) - Static method in class sim.util.media.PDFEncoder
generateZeta(double, double, MersenneTwisterFast) - Method in class sim.util.distribution.Zeta: Returns a zeta distributed random number.
geometricPdf(int, double) - Static method in class sim.util.distribution.Distributions: Returns the probability distribution function of the discrete geometric distribution.
get(int, int) - Method in class sim.field.grid.DoubleGrid2D: Returns the element at location (x,y)
get(int, int, int) - Method in class sim.field.grid.DoubleGrid3D: Returns the element at location (x,y,z)
get(int, int) - Method in class sim.field.grid.IntGrid2D: Returns the element at location (x,y)
get(int, int, int) - Method in class sim.field.grid.IntGrid3D: Returns the element at location (x,y)
get(int, int) - Method in class sim.field.grid.ObjectGrid2D: Returns the element at location (x,y)
get(int, int, int) - Method in class sim.field.grid.ObjectGrid3D
get(int) - Method in class sim.util.Bag
get(int) - Method in class sim.util.DoubleBag
get(int) - Method in class sim.util.IntBag
getAbridgedComponent() - Method in class sim.util.gui.DisclosurePanel
getAdjacencyList(boolean) - Method in class sim.field.network.Network: Creates and returns an adjacency list.
getAdjacencyMatrix() - Method in class sim.field.network.Network: Creates and returns a simple adjacency matrix, where only one edge between any two nodes is considered -- if you're using a multigraph, use getMultigraphAdjacencyMatrix() instead.
getAdjustsThickness() - Method in class sim.portrayal.network.SimpleEdgePortrayal2D
getAllFrames() - Method in class sim.display.Console: Returns a list of all displays.
getAllFrames() - Method in interface sim.display.Controller: Returns all registered frames.
getAllFrames() - Method in class sim.display.SimpleController: Returns a list of all displays.
getAllInspectors() - Method in class sim.display.Console: Returns a list of all current inspectors.
getAllInspectors() - Method in interface sim.display.Controller: Returns a list of all current inspectors.
getAllInspectors() - Method in class sim.display.SimpleController: Returns a list of all current inspectors.
getAllNodes() - Method in class sim.field.network.Network: Returns all the objects in the Sparse Field.
getAllObjects() - Method in class sim.field.SparseField: Returns all the objects in the Sparse Field.
getAlpha(double) - Method in interface sim.util.gui.ColorMap: Returns the alpha value for a color for the given level.
getAlpha(double) - Method in class sim.util.gui.SimpleColorMap
getAppearance(TransformGroup) - Method in class sim.portrayal3d.simple.PrimitivePortrayal3D: Returns an appearance object suitable to set in setAppearance(...).
getAppPreferences(GUIState, String) - Static method in class sim.display.Prefs: Returns app-specific preferences for MASON, with the given additional prefix as a namespace.
getArrowHead() - Method in class sim.portrayal3d.simple.Arrow
getArrowTail() - Method in class sim.portrayal3d.simple.Arrow
getAxes() - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
getBackdrop() - Method in class sim.display.Display2D: Returns the backdrop color or paint.
getBaseWidth() - Method in class sim.portrayal.network.SimpleEdgePortrayal2D
getBranchGroupForFile(String) - Static method in class sim.portrayal3d.simple.BranchGroupPortrayal3D
getBranchGroupForResource(Class, String) - Static method in class sim.portrayal3d.simple.BranchGroupPortrayal3D
getBranchGroupForURL(URL) - Static method in class sim.portrayal3d.simple.BranchGroupPortrayal3D
getBuffering() - Method in class sim.portrayal.FieldPortrayal2D: Returns whether or not the FieldPortrayal2D will use a buffering "trick" to draw quickly.
getBuffering() - Method in class sim.portrayal.grid.FastHexaObjectGridPortrayal2D
getBuffering() - Method in class sim.portrayal.grid.FastObjectGridPortrayal2D
getCanShowToolTips() - Method in class sim.display3d.ToolTipBehavior: Returns whether or not the behavior may show tool tips.
getCellForIntersection(PickIntersection, Grid2D) - Method in class sim.portrayal3d.grid.quad.MeshPortrayal
getCellForIntersection(PickIntersection, Grid2D) - Method in class sim.portrayal3d.grid.quad.QuadPortrayal
getChart() - Method in class sim.util.media.chart.ChartGenerator: Returns the underlying chart.
getChart() - Method in class sim.util.media.chart.XYChartGenerator: Returns the underlying chart.
getChartPanel() - Method in class sim.util.media.chart.ChartGenerator: Returns the ChartPanel holding the chart.
getChild(Object) - Method in class sim.portrayal.simple.AdjustablePortrayal2D
getChild(Object) - Method in class sim.portrayal.simple.CircledPortrayal2D
getChild(Object) - Method in class sim.portrayal.simple.LabelledPortrayal2D
getChild(Object) - Method in class sim.portrayal.simple.MovablePortrayal2D
getChild(Object) - Method in class sim.portrayal.simple.OrientedPortrayal2D
getChild(Object) - Method in class sim.portrayal.simple.TransformedPortrayal2D
getChild(Object) - Method in class sim.portrayal3d.simple.CircledPortrayal3D
getChild(Object) - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
getChild(Object) - Method in class sim.portrayal3d.simple.SharedPortrayal3D
getChild(Object) - Method in class sim.portrayal3d.simple.SwitchedPortrayal3D
getChild(Object) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D
getChildIndex(Object, int) - Method in class sim.portrayal.simple.FacetedPortrayal2D: Returns the child index to use for the given object.
getCleaner() - Method in class sim.engine.ParallelSequence
getClipLocation(DrawInfo2D) - Method in class sim.portrayal.FieldPortrayal2D: Deprecated. use getPositionLocation
getColor(double) - Method in interface sim.util.gui.ColorMap: Returns a color for the given level
getColor() - Method in class sim.util.gui.ColorWell
getColor(double) - Method in class sim.util.gui.SimpleColorMap
getColorFor(Object) - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D: Returns the color presently mapped to the value stored within the given wrapper.
getCompressionLevel() - Method in class sim.util.media.PNGEncoder: Retrieve compression level
getCurrentDisplay() - Method in class sim.portrayal3d.FieldPortrayal3D
getCurrentDisplay() - Method in interface sim.portrayal3d.Portrayal3D: Returns the current Display3D, or possibly null if it's not been set yet.
getCurrentDisplay() - Method in class sim.portrayal3d.SimplePortrayal3D: If the current display has been set, returns it.
getCurrentFieldPortrayal() - Method in class sim.portrayal3d.SimplePortrayal3D
getCurrentGUIState() - Method in class sim.portrayal3d.FieldPortrayal3D
getCurrentGUIState() - Method in interface sim.portrayal3d.Portrayal3D: Returns the current GUIState, or null if no GUIState has been set yet.
getCurrentGUIState() - Method in class sim.portrayal3d.SimplePortrayal3D
getDashPattern() - Method in class sim.util.media.chart.TimeSeriesAttributes
getDataCuller() - Method in class sim.util.media.chart.TimeSeriesChartGenerator
getDefaultNullPortrayal() - Method in class sim.portrayal.FieldPortrayal: Returns a default portrayal for null.
getDefaultNullPortrayal() - Method in class sim.portrayal.grid.ObjectGridPortrayal2D
getDefaultPortrayal() - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
getDefaultPortrayal() - Method in class sim.portrayal.FieldPortrayal: Should return a portrayal which can portray any object regardless of whether it's valid or not
getDefaultPortrayal() - Method in class sim.portrayal.FieldPortrayal2D
getDefaultPortrayal() - Method in class sim.portrayal.grid.ObjectGridPortrayal2D
getDefaultPortrayal() - Method in class sim.portrayal.grid.SparseGridPortrayal2D
getDefaultPortrayal() - Method in class sim.portrayal.grid.ValueGridPortrayal2D
getDefaultPortrayal() - Method in class sim.portrayal.network.NetworkPortrayal2D
getDefaultPortrayal() - Method in class sim.portrayal3d.FieldPortrayal3D
getDefaultPortrayal() - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
getDefaultPortrayal() - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
getDefaultTransform() - Method in class sim.portrayal3d.FieldPortrayal3D: Returns the default internal transform suggested for this FieldPortrayal3D.
getDefaultTransform() - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Returns the default internal transform suggested for this TransformedPortrayal3D.
getDescription(int) - Method in class sim.util.Properties: Returns the description of the property at the given index.
getDescription(int) - Method in class sim.util.SimpleProperties
getDestroysThreads() - Method in class sim.engine.ParallelSequence
getDimensions() - Method in class sim.field.continuous.Continuous2D
getDimensions() - Method in class sim.field.continuous.Continuous3D
getDimensions() - Method in class sim.field.grid.SparseGrid2D
getDimensions() - Method in class sim.field.grid.SparseGrid3D
getDimensions() - Method in interface sim.field.SparseField2D: Returns the width and height of the sparse field as a Double2D
getDimensions() - Method in interface sim.field.SparseField3D: Returns the width and height of the sparse field as a Double3D
getDimensions() - Method in class sim.portrayal.network.SpatialNetwork2D
getDirected() - Method in class sim.field.network.Edge: Returns true if the edge is directed or if we don't know our owner
getDisclosedComponent() - Method in class sim.util.gui.DisclosurePanel
getDomain(int) - Method in class sim.util.Properties: Returns the domain of the property at the given index.
getDomain(int) - Method in class sim.util.SimpleProperties
getDomainAxisLabel() - Method in class sim.util.media.chart.XYChartGenerator: Deprecated. Returns the name of the Domain Axis label -- usually this is the X axis.
getDrawInfo2D(FieldPortrayal2D, Point2D) - Method in class sim.display.Display2D: Constructs a DrawInfo2D for the given portrayal, or null if failed.
getDrawInfo2D(FieldPortrayal2D, Rectangle2D) - Method in class sim.display.Display2D: Constructs a DrawInfo2D for the given portrayal, or null if failed.
getDrawPolicy() - Method in class sim.portrayal.grid.DenseGridPortrayal2D
getDrawPolicy() - Method in class sim.portrayal.grid.SparseGridPortrayal2D
getDrawsFrameAndAxesInFront() - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
getEdges(Object, Bag) - Method in class sim.field.network.Network: Get all the edges that enter or leave a node.
getEdgesIn(Object) - Method in class sim.field.network.Network: Get all edges that enter a node.
getEdgesOut(Object) - Method in class sim.field.network.Network: Get all edges that leave a node.
getEditedColor() - Method in class sim.util.gui.NumberTextField
getEditedColor() - Method in class sim.util.gui.PropertyField
getEncodeAlpha() - Method in class sim.util.media.PNGEncoder: Retrieve alpha encoding status.
getEncodingFormats(float, BufferedImage) - Static method in class sim.util.media.MovieEncoder: Returns null and prints an error out to stderr if an error occurred while trying to get the formats
getEnsuresOrder() - Method in class sim.engine.Sequence: Returns whether the order among the remaining Steppables in the internal array is maintained after removing Steppables via removeSteppable() or removeSteppables().
getFame() - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
getField() - Method in class sim.field.grid.DoubleGrid2D
getField() - Method in class sim.portrayal.FieldPortrayal: Returns the field.
getField() - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
getField() - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
getField() - Method in class sim.util.gui.NumberTextField
getField() - Method in class sim.util.gui.PropertyField
getFieldPortrayal() - Method in class sim.portrayal.LocationWrapper
getFillColor() - Method in class sim.util.media.chart.HistogramSeriesAttributes
getFillOpacity() - Method in class sim.util.media.chart.HistogramSeriesAttributes
getFilter() - Method in class sim.util.media.PNGEncoder: Retrieve filtering scheme
getFrame() - Method in class sim.display.Display2D: Returns the frame holding this Component.
getFrame() - Method in class sim.display3d.Display3D: Returns the frame holding this Component.
getFrame() - Method in class sim.util.media.chart.ChartGenerator: Returns the JFrame which stores the whole chart.
getFrom() - Method in class sim.field.network.Edge: Returns the "from" object.
getGenerator() - Method in class sim.util.media.chart.SeriesAttributes: Returns the ChartGenerator holding the series this SeriesAttributes is responsible for.
getGlobalAttribute(int) - Method in class sim.util.media.chart.ChartGenerator: Returns the global attribute panel of the given index.
getGlobalAttributeCount() - Method in class sim.util.media.chart.ChartGenerator: Deprecated. Use getNumGlobalAttributes
getGlobalPreferences(String) - Static method in class sim.display.Prefs: Returns the global preferences for MASON, with the given additional prefix as a namespace.
getGraphComplement(boolean) - Method in class sim.field.network.Network: Complements the graph: same nodes, no edges where they were, edges where they were not.
getGrowTrailOnlyWhenSelected() - Method in class sim.portrayal.simple.TrailedPortrayal2D: Deprecated. use getOnlyGrowTrailWhenSelected
getGUIState() - Method in class sim.portrayal.SimpleInspector
getHeight() - Method in class sim.field.continuous.Continuous2D: Get the height
getHeight() - Method in class sim.field.continuous.Continuous3D: Get the height
getHeight() - Method in class sim.field.grid.AbstractGrid2D
getHeight() - Method in class sim.field.grid.AbstractGrid3D
getHeight() - Method in interface sim.field.grid.Grid2D: Returns the width of the field.
getHeight() - Method in interface sim.field.grid.Grid3D: Get the height
getHeight() - Method in class sim.field.grid.SparseGrid2D: Returns the height of the grid
getHeight() - Method in class sim.field.grid.SparseGrid3D: Returns the height of the grid
getHexagonalLocations(int, int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid2D
getHexagonalLocations(int, int, int, int, boolean, IntBag, IntBag) - Method in interface sim.field.grid.Grid2D: Gets all neighbors located within the hexagon centered at (X,Y) and 2*dist+1 cells from point to opposite point inclusive.
getHexagonalLocations(int, int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D
getHexagonalNeighbors(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D: Gets all neighbors located within the hexagon centered at (X,Y) and 2*dist+1 cells from point to opposite point inclusive.
getHexagonalNeighbors(int, int, int, int, boolean, DoubleBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid2D: Gets all neighbors located within the hexagon centered at (X,Y) and 2*dist+1 cells from point to opposite point inclusive.
getHexagonalNeighbors(int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid2D: Gets all neighbors located within the hexagon centered at (X,Y) and 2*dist+1 cells from point to opposite point inclusive.
getHexagonalNeighbors(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D: Gets all neighbors located within the hexagon centered at (X,Y) and 2*dist+1 cells from point to opposite point inclusive.
getHexagonalNeighbors(int, int, int, int, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Gets all neighbors located within the hexagon centered at (X,Y) and 2*dist+1 cells from point to opposite point inclusive.
getHexagonalNeighborsAndLocations(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D: Gets all neighbors located within the hexagon centered at (X,Y) and 2*dist+1 cells from point to opposite point inclusive.
getHexagonalNeighborsAndLocations(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D: Gets all neighbors located within the hexagon centered at (X,Y) and 2*dist+1 cells from point to opposite point inclusive.
getHexagonalNeighborsAndLocations(int, int, int, int, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Gets all neighbors located within the hexagon centered at (X,Y) and 2*dist+1 cells from point to opposite point inclusive.
getHistogramType() - Method in class sim.util.media.chart.HistogramGenerator
getImage() - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
getIncrementSeedOnPlay() - Method in class sim.display.Console: Deprecated. renamed to getIncrementSeedOnStop
getIncrementSeedOnPlay() - Method in class sim.display.SimpleController: Deprecated. renamed to getIncrementSeedOnStop
getIncrementSeedOnStop() - Method in class sim.display.Console
getIncrementSeedOnStop() - Method in class sim.display.SimpleController
getIndex() - Method in class sim.field.SparseField.LocationAndIndex
getInfo(Class) - Static method in class sim.display.GUIState: Returns either a String or a URL which provides descriptive information about the simulation hosted by the given class (which should be a GUIState subclass).
getInfo() - Static method in class sim.display.GUIState: Override this method with a static method of your own in your subclass to provide an object (a URL or a String) describing information about your simulation; if you do not override this method, then the system will look for a file called index.html located next to your .class file and use a URL to that file as the information.
getInfo() - Method in class sim.field.network.Edge
getInitialValue() - Method in class sim.util.gui.NumberTextField
getInspector() - Method in class sim.display.GUIState: By default returns a non-volatile Inspector which wraps around getSimulationInspectedObject(); if getSimulationInspectedObject() returns null, then getInspector() will return null also.
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal.FieldPortrayal
getInspector(LocationWrapper, GUIState) - Method in interface sim.portrayal.Portrayal: Provide an inspector for an object.
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal.simple.AdjustablePortrayal2D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal.simple.CircledPortrayal2D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal.simple.FacetedPortrayal2D: If portrayAllChildren, Calls on the first child to return the inspector.
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal.simple.LabelledPortrayal2D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal.simple.MovablePortrayal2D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal.simple.OrientedPortrayal2D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal.simple.TrailedPortrayal2D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal.simple.TransformedPortrayal2D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal.simple.ValuePortrayal2D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal.SimplePortrayal2D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal3d.grid.quad.QuadPortrayal
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal3d.simple.CircledPortrayal3D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal3d.simple.SharedPortrayal3D: Unlikely to be called, as SharedPortrayal3D is not pickable.
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal3d.simple.SwitchedPortrayal3D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal3d.simple.ValuePortrayal3D
getInspector(LocationWrapper, GUIState) - Method in class sim.portrayal3d.SimplePortrayal3D
getLabel(Edge, EdgeDrawInfo2D) - Method in class sim.portrayal.network.SimpleEdgePortrayal2D: Returns a name appropriate for the edge.
getLabel(Object, DrawInfo2D) - Method in class sim.portrayal.simple.LabelledPortrayal2D: Returns a name appropriate for the object.
getLabel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.LabelledPortrayal3D: Returns a name appropriate for the object.
getLabelScale() - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
getLabelScaling() - Method in class sim.portrayal.network.SimpleEdgePortrayal2D
getLabelScaling() - Method in class sim.portrayal.simple.LabelledPortrayal2D
getLastImage() - Method in class sim.display3d.CapturingCanvas3D
getLength() - Method in class sim.field.continuous.Continuous3D: Get the height
getLength() - Method in class sim.field.grid.AbstractGrid3D
getLength() - Method in interface sim.field.grid.Grid3D: Get the length
getLength() - Method in class sim.field.grid.SparseGrid3D: Returns the length of the grid
getLength() - Method in class sim.portrayal.simple.TrailedPortrayal2D: Returns the length of the trail in TIME.
getLocation() - Method in class sim.field.SparseField.LocationAndIndex
getLocation() - Method in class sim.portrayal.LocationWrapper: Override this to provide the current location
getLocationName() - Method in class sim.portrayal.LocationWrapper: Override this to provide the current location's name
getLocationOfObjectAsVector3d(Object, Vector3d) - Method in class sim.portrayal3d.continuous.ContinuousPortrayal3D
getLocationOfObjectAsVector3d(Object, Vector3d) - Method in class sim.portrayal3d.grid.SparseGridPortrayal3D
getLocationOfObjectAsVector3d(Object, Vector3d) - Method in class sim.portrayal3d.SparseFieldPortrayal3D: Converts a given location (perhaps a Double3D, Double2D, Int3D, or Int2D) into a Vector3d, placing it in the given Vector3d, and returning that Vector3d.
getLocationPosition(Object, DrawInfo2D) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
getLocationPosition(Object, DrawInfo2D) - Method in class sim.portrayal.FieldPortrayal2D: Returns the position on-screen of the provided location in the underlying field.
getLocationPosition(Object, DrawInfo2D) - Method in class sim.portrayal.grid.HexaDenseGridPortrayal2D
getLocationPosition(Object, DrawInfo2D) - Method in class sim.portrayal.grid.HexaObjectGridPortrayal2D
getLocationPosition(Object, DrawInfo2D) - Method in class sim.portrayal.grid.HexaSparseGridPortrayal2D
getLocationPosition(Object, DrawInfo2D) - Method in class sim.portrayal.grid.HexaValueGridPortrayal2D
getLocationPosition(Object, DrawInfo2D) - Method in class sim.portrayal.grid.ObjectGridPortrayal2D
getLocationPosition(Object, DrawInfo2D) - Method in class sim.portrayal.grid.SparseGridPortrayal2D
getLocationPosition(Object, DrawInfo2D) - Method in class sim.portrayal.grid.ValueGridPortrayal2D
getMap() - Method in class sim.portrayal.grid.FastHexaObjectGridPortrayal2D
getMap() - Method in class sim.portrayal.grid.FastObjectGridPortrayal2D
getMap() - Method in class sim.portrayal.grid.ValueGridPortrayal2D
getMap() - Method in class sim.portrayal3d.grid.quad.QuadPortrayal
getMap() - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
getMax() - Method in class sim.util.Interval
getMaximumJump() - Method in class sim.portrayal.simple.TrailedPortrayal2D: Returns the maximum percentage of either the width or height of the field that can be jumped between two successive object locations before it's considered to be a huge leap and that segment won't be drawn.
getMaximumPropertiesForInspector() - Method in class sim.display.GUIState
getMaxProperties() - Method in class sim.portrayal.SimpleInspector
getMin() - Method in class sim.util.Interval
getMinimumSize() - Method in class sim.display.Display2D.InnerDisplay2D: Overloaded to return (width * scale, height * scale)
getMinimumSize() - Method in class sim.util.gui.MiniHistogram
getMinimumSize() - Method in class sim.util.gui.PropertyField
getMinKey() - Method in class sim.util.Heap: Returns the key value of the current min element.
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.FieldPortrayal3D: Produces the requested model.
getModel(Object, TransformGroup) - Method in interface sim.portrayal3d.Portrayal3D: Provides a TransformGroup which defines the node(s) to place in the scenegraph.
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.AxesPortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.BranchGroupPortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.CircledPortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.CubePortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.ImagePortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.LightPortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.PrimitivePortrayal3D: We suggest that if you wish to override this to change the appearance or scale or transform of the underlying model, do the changes first and THEN call super.getModel(obj, j3dModel).
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.SharedPortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.SwitchedPortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.ValuePortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.simple.WireFrameBoxPortrayal3D
getModel(Object, TransformGroup) - Method in class sim.portrayal3d.SimplePortrayal3D
getModelInspector() - Method in class sim.display.Console: Return the model inspector so simulations can do things like updating the properties.
getMooreLocations(int, int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid2D
getMooreLocations(int, int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid3D
getMooreLocations(int, int, int, int, boolean, IntBag, IntBag) - Method in interface sim.field.grid.Grid2D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y) ) <= dist.
getMooreLocations(int, int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in interface sim.field.grid.Grid3D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y), abs(z-Z) ) <= dist.
getMooreLocations(int, int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D
getMooreLocations(int, int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
getMooreNeighbors(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y) ) <= dist, This region forms a square 2*dist+1 cells across, centered at (X,Y).
getMooreNeighbors(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid3D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y) ) <= dist, This region forms a square 2*dist+1 cells across, centered at (X,Y).
getMooreNeighbors(int, int, int, int, boolean, DoubleBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid2D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y) ) <= dist, This region forms a square 2*dist+1 cells across, centered at (X,Y).
getMooreNeighbors(int, int, int, int, int, boolean, DoubleBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid3D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y), abs(z-Z) ) <= dist.
getMooreNeighbors(int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid2D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y) ) <= dist, This region forms a square 2*dist+1 cells across, centered at (X,Y).
getMooreNeighbors(int, int, int, int, int, boolean, IntBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid3D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y), abs(z-Z) ) <= dist.
getMooreNeighbors(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y) ) <= dist, This region forms a square 2*dist+1 cells across, centered at (X,Y).
getMooreNeighbors(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid3D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y), abs(z-Z) ) <= dist.
getMooreNeighbors(int, int, int, int, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y) ) <= dist, This region forms a square 2*dist+1 cells across, centered at (X,Y).
getMooreNeighbors(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
getMooreNeighborsAndLocations(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y) ) <= dist.
getMooreNeighborsAndLocations(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid3D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y) ) <= dist.
getMooreNeighborsAndLocations(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y) ) <= dist.
getMooreNeighborsAndLocations(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid3D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y), abs(z-Z) ) <= dist.
getMooreNeighborsAndLocations(int, int, int, int, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y) ) <= dist.
getMooreNeighborsAndLocations(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D: Gets all neighbors of a location that satisfy max( abs(x-X) , abs(y-Y), abs(z-Z) ) <= dist.
getMouseChangesOffset() - Method in class sim.display.Display2D: Sets whether the user can change the offset by right-mouse-button-dragging, (or on OS X) Command-dragging or two-finger-click-dragging.
getMultigraphAdjacencyMatrix() - Method in class sim.field.network.Network: Creates and returns a multigraph adjacency matrix, which includes all edges from a given node to another -- if you know for sure that you have a simple graph (no multiple edges between two nodes), use getAdjacencyMatrix instead.
getName(Class) - Static method in class sim.display.GUIState: Call this method to get the simulation name for any class.
getName() - Static method in class sim.display.GUIState: Override this method in your subclass to provide a descriptive name for your simulation; otherwise the default will be used: the short classname (that is, if your class is foo.bar.Baz, Baz will be used).
getName(LocationWrapper) - Method in class sim.portrayal.FieldPortrayal
getName(LocationWrapper) - Method in class sim.portrayal.network.SimpleEdgePortrayal2D
getName(LocationWrapper) - Method in interface sim.portrayal.Portrayal: Returns a static, one-line name for the given object that is useful for a human to distinguish it from other objects.
getName(LocationWrapper) - Method in class sim.portrayal.simple.AdjustablePortrayal2D
getName(LocationWrapper) - Method in class sim.portrayal.simple.CircledPortrayal2D
getName(LocationWrapper) - Method in class sim.portrayal.simple.FacetedPortrayal2D: If portrayAllChildren, Calls on the first child to return the name.
getName(LocationWrapper) - Method in class sim.portrayal.simple.LabelledPortrayal2D
getName(LocationWrapper) - Method in class sim.portrayal.simple.MovablePortrayal2D
getName(LocationWrapper) - Method in class sim.portrayal.simple.OrientedPortrayal2D
getName(LocationWrapper) - Method in class sim.portrayal.simple.TrailedPortrayal2D
getName(LocationWrapper) - Method in class sim.portrayal.simple.TransformedPortrayal2D
getName(LocationWrapper) - Method in class sim.portrayal.simple.ValuePortrayal2D
getName(LocationWrapper) - Method in class sim.portrayal.SimplePortrayal2D
getName(LocationWrapper) - Method in class sim.portrayal3d.grid.quad.QuadPortrayal
getName(LocationWrapper) - Method in class sim.portrayal3d.simple.CircledPortrayal3D
getName(LocationWrapper) - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
getName(LocationWrapper) - Method in class sim.portrayal3d.simple.SharedPortrayal3D: Unlikely to be called, as SharedPortrayal3D is not pickable.
getName(LocationWrapper) - Method in class sim.portrayal3d.simple.SwitchedPortrayal3D
getName(LocationWrapper) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D
getName(LocationWrapper) - Method in class sim.portrayal3d.simple.ValuePortrayal3D
getName(LocationWrapper) - Method in class sim.portrayal3d.SimplePortrayal3D
getName(int) - Method in class sim.util.CollectionProperties
getName() - Method in class sim.util.media.chart.SeriesAttributes: Deprecated. Returns the name of the series.
getName(int) - Method in class sim.util.Properties: Returns the name of the property at the given index.
getName(int) - Method in class sim.util.SimpleProperties: Returns the name of the given property.
getNearestNeighbors(Double2D, int, boolean, boolean, boolean, Bag) - Method in class sim.field.continuous.Continuous2D: Finds and returns at LEAST the 'atleastThisMany' items closest to a given 'position', plus potentially other items.
getNeighborsAndCorrespondingLocationsMaxDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Deprecated.
getNeighborsAndCorrespondingPositionsHamiltonianDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Deprecated.
getNeighborsAndCorrespondingPositionsHexagonalDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Deprecated.
getNeighborsExactlyWithinDistance(Double2D, double) - Method in class sim.field.continuous.Continuous2D: Returns a Bag containing EXACTLY those objects within a certain distance of a given position, or equal to that distance, measuring using a circle of radius 'distance' around the given position.
getNeighborsExactlyWithinDistance(Double2D, double, boolean) - Method in class sim.field.continuous.Continuous2D: Returns a Bag containing EXACTLY those objects within a certain distance of a given position, or equal to that distance, measuring using a circle of radius 'distance' around the given position.
getNeighborsExactlyWithinDistance(Double2D, double, boolean, boolean, boolean, Bag) - Method in class sim.field.continuous.Continuous2D: Returns a Bag containing EXACTLY those objects within a certain distance of a given position.
getNeighborsExactlyWithinDistance(Double3D, double) - Method in class sim.field.continuous.Continuous3D: Returns a Bag containing EXACTLY those objects within a certain distance of a given position, or equal to that distance, measuring using a circle of radius 'distance' around the given position.
getNeighborsExactlyWithinDistance(Double3D, double, boolean) - Method in class sim.field.continuous.Continuous3D: Returns a Bag containing EXACTLY those objects within a certain distance of a given position, or equal to that distance, measuring using a circle of radius 'distance' around the given position.
getNeighborsExactlyWithinDistance(Double3D, double, boolean, boolean, boolean, Bag) - Method in class sim.field.continuous.Continuous3D: Returns a Bag containing EXACTLY those objects within a certain distance of a given position.
getNeighborsHamiltonianDistance(int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid2D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid3D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid3D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, boolean, DoubleBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid2D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, int, boolean, DoubleBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid3D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, boolean, IntBag, IntBag) - Method in interface sim.field.grid.Grid2D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in interface sim.field.grid.Grid3D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid2D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, int, boolean, IntBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid3D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid3D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D: Deprecated.
getNeighborsHamiltonianDistance(int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D: Deprecated.
getNeighborsHexagonalDistance(int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid2D: Deprecated.
getNeighborsHexagonalDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D: Deprecated.
getNeighborsHexagonalDistance(int, int, int, boolean, DoubleBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid2D: Deprecated.
getNeighborsHexagonalDistance(int, int, int, boolean, IntBag, IntBag) - Method in interface sim.field.grid.Grid2D: Deprecated.
getNeighborsHexagonalDistance(int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid2D: Deprecated.
getNeighborsHexagonalDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D: Deprecated.
getNeighborsHexagonalDistance(int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Deprecated.
getNeighborsHexagonalDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Deprecated.
getNeighborsMaxDistance(int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid2D: Deprecated.
getNeighborsMaxDistance(int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid3D: Deprecated.
getNeighborsMaxDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D: Deprecated.
getNeighborsMaxDistance(int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid3D: Deprecated.
getNeighborsMaxDistance(int, int, int, boolean, DoubleBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid2D: Deprecated.
getNeighborsMaxDistance(int, int, int, int, boolean, DoubleBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid3D: Deprecated.
getNeighborsMaxDistance(int, int, int, boolean, IntBag, IntBag) - Method in interface sim.field.grid.Grid2D: Deprecated.
getNeighborsMaxDistance(int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in interface sim.field.grid.Grid3D: Deprecated.
getNeighborsMaxDistance(int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid2D: Deprecated.
getNeighborsMaxDistance(int, int, int, int, boolean, IntBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid3D: Deprecated.
getNeighborsMaxDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D: Deprecated.
getNeighborsMaxDistance(int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid3D: Deprecated.
getNeighborsMaxDistance(int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Deprecated.
getNeighborsMaxDistance(int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Deprecated.
getNeighborsMaxDistance(int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D: Deprecated.
getNeighborsMaxDistance(int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
getNeighborsWithinDistance(Double2D, double) - Method in class sim.field.continuous.Continuous2D: Returns a bag containing AT LEAST those objects within the bounding box surrounding the specified distance of the specified position.
getNeighborsWithinDistance(Double2D, double, boolean) - Method in class sim.field.continuous.Continuous2D: Returns a bag containing AT LEAST those objects within the bounding box surrounding the specified distance of the specified position.
getNeighborsWithinDistance(Double2D, double, boolean, boolean) - Method in class sim.field.continuous.Continuous2D: Returns a bag containing AT LEAST those objects within the bounding box surrounding the specified distance of the specified position.
getNeighborsWithinDistance(Double2D, double, boolean, boolean, Bag) - Method in class sim.field.continuous.Continuous2D: Puts into the result Bag (and returns it) AT LEAST those objects within the bounding box surrounding the specified distance of the specified position.
getNeighborsWithinDistance(Double3D, double) - Method in class sim.field.continuous.Continuous3D: Returns a bag containing AT LEAST those objects within the bounding box surrounding the specified distance of the specified position.
getNeighborsWithinDistance(Double3D, double, boolean) - Method in class sim.field.continuous.Continuous3D: Returns a bag containing AT LEAST those objects within the bounding box surrounding the specified distance of the specified position.
getNeighborsWithinDistance(Double3D, double, boolean, boolean) - Method in class sim.field.continuous.Continuous3D: Returns a bag containing AT LEAST those objects within the bounding box surrounding the specified distance of the specified position.
getNeighborsWithinDistance(Double3D, double, boolean, boolean, Bag) - Method in class sim.field.continuous.Continuous3D: Puts into the result Bag (and returns it) AT LEAST those objects within the bounding box surrounding the specified distance of the specified position.
getNextTime(SimState, double) - Method in class sim.engine.Repeat
getNodeIndex(Object) - Method in class sim.field.network.Network
getNumBins() - Method in class sim.util.media.chart.HistogramSeriesAttributes
getNumGlobalAttributes() - Method in class sim.util.media.chart.ChartGenerator: Returns the number of global attribute panels.
getNumSeriesAttributes() - Method in class sim.util.media.chart.ChartGenerator
getNumStepsPerStepButtonPress() - Method in class sim.display.Console
getObject() - Method in class sim.portrayal.LocationWrapper: Override this to provide the current object
getObject() - Method in class sim.util.Properties: Returns the original object from which the properties are extracted
getObjectIndex(Object) - Method in class sim.field.SparseField: Returns the index of the object in the allObjects Bag, if the object exists, else returns -1.
getObjectLocation(Object) - Method in class sim.field.continuous.Continuous2D
getObjectLocation(Object) - Method in class sim.field.continuous.Continuous3D
getObjectLocation(Object) - Method in class sim.field.grid.SparseGrid2D: Returns the object location, or null if there is no such object.
getObjectLocation(Object) - Method in class sim.field.grid.SparseGrid3D: Returns the object location, or null if there is no such object.
getObjectLocation(Object, GUIState) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
getObjectLocation(Object, GUIState) - Method in class sim.portrayal.FieldPortrayal2D: Returns the first location in the underlying field of the given object, if such a thing is reasonable.
getObjectLocation(Object, GUIState) - Method in class sim.portrayal.grid.DenseGridPortrayal2D
getObjectLocation(Object, GUIState) - Method in class sim.portrayal.grid.ObjectGridPortrayal2D
getObjectLocation(Object, GUIState) - Method in class sim.portrayal.grid.SparseGridPortrayal2D
getObjectLocation(Object) - Method in class sim.portrayal.network.SpatialNetwork2D: Deprecated.
getObjectLocationAsDouble2D(Object) - Method in class sim.field.continuous.Continuous2D: Synonymous with getObjectLocation, which you should generally use instead.
getObjectLocationAsDouble2D(Object) - Method in class sim.field.grid.SparseGrid2D: Returns the object location as a Double2D, or as null if there is no such object.
getObjectLocationAsDouble2D(Object) - Method in interface sim.field.SparseField2D: Returns the location of an object in the sparse field as a Double2D
getObjectLocationAsDouble3D(Object) - Method in class sim.field.continuous.Continuous3D: Returns the object location as a Double3D, or as null if there is no such object.
getObjectLocationAsDouble3D(Object) - Method in class sim.field.grid.SparseGrid3D: Returns the object location as a Double3D, or as null if there is no such object.
getObjectLocationAsDouble3D(Object) - Method in interface sim.field.SparseField3D: Returns the location of an object in the sparse field as a Double3D
getObjectPosition(Object, DrawInfo2D) - Method in class sim.portrayal.FieldPortrayal2D: Returns the position-onscreen of the provided object, assuming that the object exists within the underlying field.
getObjectsAtDiscretizedLocation(Int2D) - Method in class sim.field.continuous.Continuous2D: Returns a bag containing all the objects at a given discretized location, or null when there are no objects at the location.
getObjectsAtDiscretizedLocation(Int3D) - Method in class sim.field.continuous.Continuous3D: Returns a bag containing all the objects at a given discretized location, or null when there are no objects at the location.
getObjectsAtLocation(Double2D) - Method in class sim.field.continuous.Continuous2D: Returns a bag containing all the objects at a given location, or null if there are no such objects or if location is null.
getObjectsAtLocation(Double3D) - Method in class sim.field.continuous.Continuous3D: Returns a bag containing all the objects at a given location, or null if there are no such objects or if location is null.
getObjectsAtLocation(int, int) - Method in class sim.field.grid.DenseGrid2D: Returns a bag containing all the objects at a given location, or null when there are no objects at the location.
getObjectsAtLocation(Int2D) - Method in class sim.field.grid.DenseGrid2D: Returns a bag containing all the objects at a given location, or null when there are no objects at the location.
getObjectsAtLocation(int, int, int) - Method in class sim.field.grid.DenseGrid3D: Returns a bag containing all the objects at a given location, or null when there are no objects at the location.
getObjectsAtLocation(Int3D) - Method in class sim.field.grid.DenseGrid3D: Returns a bag containing all the objects at a given location, or null when there are no objects at the location.
getObjectsAtLocation(int, int) - Method in class sim.field.grid.SparseGrid2D: Returns a bag containing all the objects at a given location, or null when there are no objects at the location.
getObjectsAtLocation(int, int, int) - Method in class sim.field.grid.SparseGrid3D: Returns a bag containing all the objects at a given location -- which MIGHT be empty or MIGHT be null (which should also be interpreted as "empty") when there are no objects at the location.
getObjectsAtLocation(Object) - Method in class sim.field.SparseField: Returns a bag containing all the objects at a given location, or null when there are no objects at the location.
getObjectsAtLocationOfObject(Object) - Method in class sim.field.continuous.Continuous2D: Returns a bag containing all the objects at the exact same location as a given object, including the object itself, or null if the object is not in the Field.
getObjectsAtLocationOfObject(Object) - Method in class sim.field.continuous.Continuous3D: Returns a bag containing all the objects at the exact same location as a given object, including the object itself, or null if the object is not in the Field.
getObjectsAtLocationOfObject(Object) - Method in class sim.field.SparseField: Returns a bag containing all the objects at the same location as a given object, including the object itself, or null if the object is not in the Field.
getObjectsAtLocations(IntBag, IntBag, IntBag, Bag) - Method in class sim.field.grid.SparseGrid3D: For each location, puts all such objects into the result bag.
getObjectsAtLocations(Bag, Bag) - Method in class sim.field.SparseField: For each location, puts all object at that location into the result bag.
getObjectsExactlyWithinDistance(Double2D, double) - Method in class sim.field.continuous.Continuous2D: Deprecated.
getObjectsExactlyWithinDistance(Double2D, double, boolean) - Method in class sim.field.continuous.Continuous2D: Deprecated.
getObjectsExactlyWithinDistance(Double2D, double, boolean, boolean, boolean, Bag) - Method in class sim.field.continuous.Continuous2D: Deprecated.
getObjectsExactlyWithinDistance(Double3D, double) - Method in class sim.field.continuous.Continuous3D: Deprecated.
getObjectsExactlyWithinDistance(Double3D, double, boolean) - Method in class sim.field.continuous.Continuous3D: Deprecated.
getObjectsExactlyWithinDistance(Double3D, double, boolean, boolean, boolean, Bag) - Method in class sim.field.continuous.Continuous3D: Deprecated.
getObjectsWithinDistance(Double2D, double) - Method in class sim.field.continuous.Continuous2D: Deprecated.
getObjectsWithinDistance(Double2D, double, boolean) - Method in class sim.field.continuous.Continuous2D: Deprecated.
getObjectsWithinDistance(Double2D, double, boolean, boolean) - Method in class sim.field.continuous.Continuous2D: Deprecated.
getObjectsWithinDistance(Double2D, double, boolean, boolean, Bag) - Method in class sim.field.continuous.Continuous2D: Deprecated.
getObjectsWithinDistance(Double3D, double) - Method in class sim.field.continuous.Continuous3D: Deprecated.
getObjectsWithinDistance(Double3D, double, boolean) - Method in class sim.field.continuous.Continuous3D: Deprecated.
getObjectsWithinDistance(Double3D, double, boolean, boolean) - Method in class sim.field.continuous.Continuous3D: Deprecated.
getObjectsWithinDistance(Double3D, double, boolean, boolean, Bag) - Method in class sim.field.continuous.Continuous3D: Deprecated.
getOffset() - Method in class sim.display.Display2D: Returns the offset of the origin of the display.
getOnlyCircleWhenSelected() - Method in class sim.portrayal.simple.CircledPortrayal2D
getOnlyCircleWhenSelected() - Method in class sim.portrayal3d.simple.CircledPortrayal3D
getOnlyDrawWhenSelected() - Method in class sim.portrayal.simple.OrientedPortrayal2D
getOnlyGrowTrailWhenSelected() - Method in class sim.portrayal.simple.TrailedPortrayal2D: Returns whether or not to grow the trail only after the objet has been selected, and delete it when the object has been deselected.
getOnlyLabelWhenSelected() - Method in class sim.portrayal.simple.LabelledPortrayal2D
getOnlyLabelWhenSelected() - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
getOnlyShowTrailWhenSelected() - Method in class sim.portrayal.simple.TrailedPortrayal2D: Returns whether or not to draw the trail only when the object has been selected (or not).
getOrdering() - Method in class sim.engine.Repeat
getOrdering() - Method in class sim.engine.Schedule.Key
getOrientation(Object, DrawInfo2D) - Method in class sim.portrayal.simple.OrientedPortrayal2D: Returns the orientation of the underlying object, or NaN if there is no such orientation.
getOtherNode(Object) - Method in class sim.field.network.Edge: Returns the alternate to the provided node.
getPlaySleep() - Method in class sim.display.Console: Gets how long we should sleep between each step in the play thread (in milliseconds).
getPlayState() - Method in class sim.display.Console: Gets whether or not the current thread is PS_PLAYING, PS_STOPPED, or PS_PAUSED.
getPlayState() - Method in class sim.display.SimpleController: Gets whether or not the current thread is PS_PLAYING, PS_STOPPED, or PS_PAUSED.
getPlot() - Method in class sim.util.media.chart.SeriesAttributes: Returns the Chart's Plot.
getPortrayalForAll() - Method in class sim.portrayal.FieldPortrayal
getPortrayalForNonNull() - Method in class sim.portrayal.FieldPortrayal
getPortrayalForNull() - Method in class sim.portrayal.FieldPortrayal
getPortrayalForObject(Object) - Method in class sim.portrayal.FieldPortrayal: Returns the appropriate Portrayal.
getPortrayalForRemainder() - Method in class sim.portrayal.FieldPortrayal
getPositionLocation(Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
getPositionLocation(Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.FieldPortrayal2D: Returns the Location, in the parlance of the underlying Field, of the given position.
getPositionLocation(Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.grid.HexaDenseGridPortrayal2D
getPositionLocation(Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.grid.HexaObjectGridPortrayal2D
getPositionLocation(Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.grid.HexaSparseGridPortrayal2D
getPositionLocation(Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.grid.HexaValueGridPortrayal2D
getPositionLocation(Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.grid.ObjectGridPortrayal2D
getPositionLocation(Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.grid.SparseGridPortrayal2D
getPositionLocation(Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.grid.ValueGridPortrayal2D
getPositiveWeight(Object, EdgeDrawInfo2D) - Method in class sim.portrayal.network.SimpleEdgePortrayal2D: Returns a weight appropriate to scale the edge.
getPrecise() - Method in class sim.display.Display2D: Returns true if this display has been set to always draw precisely.
getPreferencesKey() - Method in class sim.display.Display2D
getPreferencesKey() - Method in class sim.display3d.Display3D
getPreferredScrollableViewportSize() - Method in class sim.util.gui.AbstractScrollable
getPreferredSize() - Method in class sim.display.Display2D.InnerDisplay2D: Overloaded to return (width * scale, height * scale)
getPreferredSize() - Method in class sim.util.gui.MiniHistogram
getPreferredSize() - Method in class sim.util.gui.PropertyField
getProperties(Object) - Static method in class sim.util.Properties: Returns a Properties object for the given object.
getProperties(Object, boolean, boolean, boolean) - Static method in class sim.util.Properties: Deprecated. use the full version
getProperties(Object, boolean, boolean, boolean, boolean) - Static method in class sim.util.Properties: Returns a Properties object for the given object.
getProportion() - Method in class sim.util.media.chart.ChartGenerator
getProspectiveSeriesCount(Object[]) - Method in class sim.util.media.chart.PieChartGenerator
getRadialLocations(int, int, double, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid2D
getRadialLocations(int, int, double, int, boolean, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid2D
getRadialLocations(int, int, int, double, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid3D
getRadialLocations(int, int, int, double, int, boolean, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid3D
getRadialLocations(int, int, double, int, boolean, IntBag, IntBag) - Method in interface sim.field.grid.Grid2D: Gets all neighbors overlapping with a circular region centered at (X,Y) and with a radius of dist.
getRadialLocations(int, int, double, int, boolean, int, boolean, IntBag, IntBag) - Method in interface sim.field.grid.Grid2D: Gets all neighbors overlapping with a circular region centered at (X,Y) and with a radius of dist.
getRadialLocations(int, int, int, double, int, boolean, IntBag, IntBag, IntBag) - Method in interface sim.field.grid.Grid3D: Gets all neighbors overlapping with a spherical region centered at (X,Y,Z) and with a radius of dist.
getRadialLocations(int, int, int, double, int, boolean, int, boolean, IntBag, IntBag, IntBag) - Method in interface sim.field.grid.Grid3D: Gets all neighbors overlapping with a spherical region centered at (X,Y,Z) and with a radius of dist.
getRadialLocations(int, int, double, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D
getRadialLocations(int, int, double, int, boolean, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D
getRadialLocations(int, int, int, double, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
getRadialLocations(int, int, int, double, int, boolean, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
getRadialNeighbors(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D
getRadialNeighbors(int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D
getRadialNeighbors(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid3D
getRadialNeighbors(int, int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid3D
getRadialNeighbors(int, int, int, int, boolean, DoubleBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid2D
getRadialNeighbors(int, int, int, int, boolean, int, boolean, DoubleBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid2D
getRadialNeighbors(int, int, int, int, int, boolean, DoubleBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid3D
getRadialNeighbors(int, int, int, int, int, boolean, int, boolean, DoubleBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid3D
getRadialNeighbors(int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid2D
getRadialNeighbors(int, int, int, int, boolean, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid2D
getRadialNeighbors(int, int, int, int, int, boolean, IntBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid3D
getRadialNeighbors(int, int, int, int, int, boolean, int, boolean, IntBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid3D
getRadialNeighbors(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D
getRadialNeighbors(int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D
getRadialNeighbors(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid3D
getRadialNeighbors(int, int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid3D
getRadialNeighbors(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D
getRadialNeighbors(int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D
getRadialNeighbors(int, int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
getRadialNeighbors(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
getRadialNeighborsAndLocations(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D
getRadialNeighborsAndLocations(int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D
getRadialNeighborsAndLocations(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid3D
getRadialNeighborsAndLocations(int, int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid3D
getRadialNeighborsAndLocations(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D
getRadialNeighborsAndLocations(int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D
getRadialNeighborsAndLocations(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid3D
getRadialNeighborsAndLocations(int, int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid3D
getRadialNeighborsAndLocations(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D
getRadialNeighborsAndLocations(int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D
getRadialNeighborsAndLocations(int, int, int, int, int, boolean, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
getRadialNeighborsAndLocations(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
getRandomGenerator() - Method in class sim.util.distribution.AbstractDistribution: Returns the used uniform random number generator;
getRangeAxisLabel() - Method in class sim.util.media.chart.XYChartGenerator: Deprecated. Returns the name of the Range Axis Label -- usually this is the Y axis.
getRawObjectLocation(Object) - Method in class sim.field.SparseField: Get the location of the provided object, or null if the object does not exist.
getRawObjectsAtLocation(Object) - Method in class sim.field.SparseField: This method is called by getObjectsAtLocation(location) so you can override getObjectsAtLocation() to customize it in certain ways (which is rare).
getRelativeObjectPosition(Object, Object, DrawInfo2D) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
getRelativeObjectPosition(Object, Object, DrawInfo2D) - Method in class sim.portrayal.FieldPortrayal2D: Returns the position on-screen of an object at a given location in the field, using another object's location and DrawInfo2D to perform the computation.
getRenderer() - Method in class sim.util.media.chart.SeriesAttributes
getRequiresConfirmationToStop() - Method in class sim.display.Console
getRGB(double) - Method in interface sim.util.gui.ColorMap: Returns the RGB values, plus alpha, for a color for the given level.
getRGB(double) - Method in class sim.util.gui.SimpleColorMap
getScale() - Method in class sim.display.Display2D: Returns the scale (the zoom value) of the Display2D
getScale() - Method in class sim.display3d.Display3D: Returns the value of the scale (magnification).
getScale(DrawInfo2D) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
getScale(DrawInfo2D) - Method in class sim.portrayal.FieldPortrayal2D: Returns the width and height, in pixels, of 1.0 x 1.0 units in the underlying field.
getScale(DrawInfo2D) - Method in class sim.portrayal.grid.HexaDenseGridPortrayal2D
getScale(DrawInfo2D) - Method in class sim.portrayal.grid.HexaObjectGridPortrayal2D
getScale(DrawInfo2D) - Method in class sim.portrayal.grid.HexaSparseGridPortrayal2D
getScale(DrawInfo2D) - Method in class sim.portrayal.grid.HexaValueGridPortrayal2D
getScale(DrawInfo2D) - Method in class sim.portrayal.grid.ObjectGridPortrayal2D
getScale(DrawInfo2D) - Method in class sim.portrayal.grid.SparseGridPortrayal2D
getScale(DrawInfo2D) - Method in class sim.portrayal.grid.ValueGridPortrayal2D
getScale() - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
getScale() - Method in class sim.util.media.chart.ChartGenerator
getScale2D() - Method in interface sim.portrayal.Scalable2D
getScaling() - Method in class sim.portrayal.network.SimpleEdgePortrayal2D
getScrollableBlockIncrement(Rectangle, int, int) - Method in class sim.util.gui.AbstractScrollable
getScrollableTracksViewportHeight() - Method in class sim.util.gui.AbstractScrollable
getScrollableTracksViewportWidth() - Method in class sim.util.gui.AbstractScrollable
getScrollableUnitIncrement(Rectangle, int, int) - Method in class sim.util.gui.AbstractScrollable
getScrollPosition() - Method in class sim.display.Display2D: Returns the current scroll positions (x and y) as proportional values between 0.0 (minimum scroll position) and 1.0 (maximum scroll position).
getSelectedWrappers() - Method in class sim.display.Display2D: Returns as LocationWrappers all the currently selected objects in the display.
getSelectedWrappers() - Method in class sim.display3d.Display3D: Returns as LocationWrappers all the currently selected objects in the display.
getSelectionBehavior() - Method in class sim.display3d.Display3D
getSelectionMode() - Method in class sim.display.Display2D: Returns whether selecting a region will select all the objects within that region (the default), or instead a single object.
getSeriesAttribute(int) - Method in class sim.util.media.chart.ChartGenerator
getSeriesAttributes() - Method in class sim.util.media.chart.ChartGenerator
getSeriesCount() - Method in class sim.util.media.chart.ChartGenerator
getSeriesCount() - Method in class sim.util.media.chart.PieChartGenerator
getSeriesCount() - Method in class sim.util.media.chart.XYChartGenerator: Assumes that the underlying Dataset is an XYDataset.
getSeriesDataset() - Method in class sim.util.media.chart.BarChartGenerator
getSeriesDataset() - Method in class sim.util.media.chart.ChartGenerator
getSeriesDataset() - Method in class sim.util.media.chart.PieChartGenerator
getSeriesDataset() - Method in class sim.util.media.chart.XYChartGenerator
getSeriesIndex() - Method in class sim.util.media.chart.SeriesAttributes: Returns the index of the series.
getSeriesName() - Method in class sim.util.media.chart.SeriesAttributes
getSeriesName() - Method in class sim.util.media.chart.TimeSeriesAttributes
getShape() - Method in class sim.portrayal.network.SimpleEdgePortrayal2D: Returns the shape of the edge.
getShape() - Method in class sim.portrayal.simple.OrientedPortrayal2D
getShape(TransformGroup, int) - Method in class sim.portrayal3d.simple.PrimitivePortrayal3D: Returns the shape by the given index.
getShape(TransformGroup, int) - Method in class sim.portrayal3d.simple.Shape3DPortrayal3D
getShape(TransformGroup, int) - Method in class sim.portrayal3d.simple.ValuePortrayal3D
getShape() - Method in class sim.util.media.chart.ScatterPlotSeriesAttributes
getShapeNum() - Method in class sim.util.media.chart.ScatterPlotSeriesAttributes
getShouldRepeat() - Method in class sim.display.Console: Get whether or not the simualtion should repeat when the stop button is pressed.
getShowsChild(Object) - Method in class sim.portrayal3d.simple.SwitchedPortrayal3D
getSimulation() - Method in class sim.display.Console
getSimulation() - Method in class sim.display.SimpleController
getSimulation() - Method in class sim.display3d.Display3D
getSimulationInspectedObject() - Method in class sim.display.GUIState: Returns an object with various property methods (getFoo(...), isFoo(...), setFoo(...)) whose properties will be accessible by the user.
getSimulationProperties() - Method in class sim.display.GUIState: Override this to provide a custom Properties object for your simuation.
getSorry() - Method in class sim.portrayal.grid.ObjectGridPortrayal2D.Message
getStatus(LocationWrapper) - Method in class sim.portrayal.FieldPortrayal
getStatus(LocationWrapper) - Method in interface sim.portrayal.Portrayal: Returns a simple, informative one-line description of the current status of the object, which may change at any time to reflect how the object is changing.
getStatus(LocationWrapper) - Method in class sim.portrayal.simple.ValuePortrayal2D
getStatus(LocationWrapper) - Method in class sim.portrayal.SimplePortrayal2D
getStatus(LocationWrapper) - Method in class sim.portrayal3d.grid.quad.QuadPortrayal
getStatus(LocationWrapper) - Method in class sim.portrayal3d.SimplePortrayal3D
getSteps() - Method in class sim.engine.Schedule: Returns the number of steps the Schedule has pulsed so far.
getStepsPerSecond() - Method in class sim.display.Console: Returns the frame rate.
getStoppable() - Method in class sim.util.media.chart.SeriesAttributes
getStretch() - Method in class sim.util.media.chart.TimeSeriesAttributes
getStrokeColor() - Method in class sim.util.media.chart.HistogramSeriesAttributes
getStrokeColor() - Method in class sim.util.media.chart.TimeSeriesAttributes
getStrokeOpacity() - Method in class sim.util.media.chart.HistogramSeriesAttributes
getSymbolColor() - Method in class sim.util.media.chart.ScatterPlotSeriesAttributes
getSymbolOpacity() - Method in class sim.util.media.chart.ScatterPlotSeriesAttributes
getTabPane() - Method in class sim.display.Console: Simulations can call this to get access to the tabPane -- to add tabbed panes as they like.
getText() - Method in class sim.util.gui.NumberTextField
getThickness() - Method in class sim.util.media.chart.HistogramSeriesAttributes
getThickness() - Method in class sim.util.media.chart.TimeSeriesAttributes
getThreadPriority() - Method in class sim.display.Console: Deprecated. We may eliminate thread priority as an option
getTime() - Method in class sim.engine.Schedule: Returns the current timestep
getTime() - Method in class sim.engine.Schedule.Key
getTimestamp(String, String) - Method in class sim.engine.Schedule: Returns the current time in string format.
getTimestamp(double, String, String) - Method in class sim.engine.Schedule: Returns a given time in string format.
getTitle() - Method in class sim.portrayal.Inspector
getTitle() - Method in class sim.util.media.chart.ChartGenerator: Returns the title of the chart
getTo() - Method in class sim.field.network.Edge: Returns the "to" object.
getToolTipBehavior() - Method in class sim.display3d.Display3D
getToolTipText(MouseEvent) - Method in class sim.display.Display2D.InnerDisplay2D
getTransform() - Method in class sim.display3d.Display3D: Returns a copy of the current global model transform.
getTransform() - Method in class sim.portrayal3d.FieldPortrayal3D: Returns a copy of the current internal transform for the FieldPortrayal3D.
getTransform() - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Returns a copy of the current internal transform for the TransformedPortrayal3D.
getTransparency() - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
getTruncatedName(Class) - Static method in class sim.display.GUIState: Returns the short name of the class.
getType(int) - Method in class sim.util.CollectionProperties
getType(int) - Method in class sim.util.Properties: Returns the Class (or for primitive objects, the primitive TYPE) of the property at the given index.
getType(int) - Method in class sim.util.SimpleProperties: Returns the return type of the property (see the TYPE_...
getTypeConversion(Class) - Method in class sim.util.Properties
getUpdateSteppable() - Method in class sim.portrayal.Inspector: Called whenever the system needs to get a Steppable which, when stepped, will update the inspector and repaint it.
getUsesSets() - Method in class sim.engine.Sequence: Returns whether the Sequence uses a Set internally to manage the internal array.
getValue() - Method in class sim.portrayal.simple.ValuePortrayal2D.DoubleFilter
getValue() - Method in class sim.portrayal.simple.ValuePortrayal2D.IntFilter
getValue() - Method in class sim.portrayal3d.grid.quad.QuadPortrayal.DoubleFilter
getValue() - Method in class sim.portrayal3d.grid.quad.QuadPortrayal.IntFilter
getValue() - Method in class sim.portrayal3d.grid.quad.QuadPortrayal.ObjectFilter
getValue() - Method in class sim.portrayal3d.simple.ValuePortrayal3D.DoubleFilter
getValue() - Method in class sim.portrayal3d.simple.ValuePortrayal3D.IntFilter
getValue(int) - Method in class sim.util.Bag: identical to get(index)
getValue(int) - Method in class sim.util.CollectionProperties
getValue(int) - Method in class sim.util.DoubleBag
getValue() - Method in class sim.util.gui.NumberTextField: Returns the most recently set value.
getValue() - Method in class sim.util.gui.PropertyField: Returns the most recently set value.
getValue(int) - Method in interface sim.util.Indexed: Throws an IndexOutOfBoundsException if index is inappropriate.
getValue(int) - Method in class sim.util.IntBag
getValue(int) - Method in class sim.util.Properties: Returns the value of the property at the given index.
getValue(int) - Method in class sim.util.SimpleProperties: Returns the current value of the property.
getValueName() - Method in class sim.portrayal.grid.ValueGridPortrayal2D
getValueName() - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
getValueName() - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
getVonNeumannLocations(int, int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid2D
getVonNeumannLocations(int, int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid3D
getVonNeumannLocations(int, int, int, int, boolean, IntBag, IntBag) - Method in interface sim.field.grid.Grid2D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) <= dist.
getVonNeumannLocations(int, int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in interface sim.field.grid.Grid3D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) + abs(z-Z) <= dist.
getVonNeumannLocations(int, int, int, int, boolean, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D
getVonNeumannLocations(int, int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
getVonNeumannNeighbors(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) <= dist.
getVonNeumannNeighbors(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid3D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) <= dist.
getVonNeumannNeighbors(int, int, int, int, boolean, DoubleBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid2D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) <= dist.
getVonNeumannNeighbors(int, int, int, int, int, boolean, DoubleBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DoubleGrid3D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) + abs(z-Z) <= dist.
getVonNeumannNeighbors(int, int, int, int, boolean, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid2D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) <= dist.
getVonNeumannNeighbors(int, int, int, int, int, boolean, IntBag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.IntGrid3D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) + abs(z-Z) <= dist.
getVonNeumannNeighbors(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) <= dist.
getVonNeumannNeighbors(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid3D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) + abs(z-Z) <= dist.
getVonNeumannNeighbors(int, int, int, int, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) <= dist.
getVonNeumannNeighbors(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) + abs(z-Z) <= dist.
getVonNeumannNeighborsAndLocations(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid2D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) <= dist.
getVonNeumannNeighborsAndLocations(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.DenseGrid3D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) <= dist.
getVonNeumannNeighborsAndLocations(int, int, int, int, boolean, Bag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid2D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) <= dist.
getVonNeumannNeighborsAndLocations(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.ObjectGrid3D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) + abs(z-Z) <= dist.
getVonNeumannNeighborsAndLocations(int, int, int, int, Bag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) <= dist.
getVonNeumannNeighborsAndLocations(int, int, int, int, int, boolean, Bag, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D: Gets all neighbors of a location that satisfy abs(x-X) + abs(y-Y) + abs(z-Z) <= dist.
getWeight() - Method in class sim.field.network.Edge: Returns the weight of the edge.
getWhenShouldEnd() - Method in class sim.display.Console: Get when the simulation should end.
getWhenShouldEndTime() - Method in class sim.display.Console: Get when the simulation should end.
getWhenShouldPause() - Method in class sim.display.Console: Get when the simulation should pause.
getWhenShouldPauseTime() - Method in class sim.display.Console: Get when the simulation should pause.
getWidth() - Method in class sim.field.continuous.Continuous2D: Get the width
getWidth() - Method in class sim.field.continuous.Continuous3D: Get the width
getWidth() - Method in class sim.field.grid.AbstractGrid2D
getWidth() - Method in class sim.field.grid.AbstractGrid3D
getWidth() - Method in interface sim.field.grid.Grid2D: Returns the width of the field.
getWidth() - Method in interface sim.field.grid.Grid3D: Get the width
getWidth() - Method in class sim.field.grid.SparseGrid2D: Returns the width of the grid
getWidth() - Method in class sim.field.grid.SparseGrid3D: Returns the width of the grid
getWrapper(Object) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
getWrapper(Object, Int2D) - Method in class sim.portrayal.grid.ObjectGridPortrayal2D
getWrapper(Object) - Method in class sim.portrayal.grid.SparseGridPortrayal2D
getWrapper(double, Int2D) - Method in class sim.portrayal.grid.ValueGridPortrayal2D
getWrapper(Edge) - Method in class sim.portrayal.network.NetworkPortrayal2D
getX() - Method in class sim.util.Double2D
getX() - Method in class sim.util.Double3D
getX() - Method in class sim.util.Int2D
getX() - Method in class sim.util.Int3D
getX() - Method in class sim.util.MutableDouble2D
getX() - Method in class sim.util.MutableDouble3D
getX() - Method in class sim.util.MutableInt2D
getX() - Method in class sim.util.MutableInt3D
getXAxisLabel() - Method in class sim.util.media.chart.BarChartGenerator: Returns the name of the X Axis label.
getXAxisLabel() - Method in class sim.util.media.chart.XYChartGenerator: Returns the name of the X Axis label.
getY() - Method in class sim.util.Double2D
getY() - Method in class sim.util.Double3D
getY() - Method in class sim.util.Int2D
getY() - Method in class sim.util.Int3D
getY() - Method in class sim.util.MutableDouble2D
getY() - Method in class sim.util.MutableDouble3D
getY() - Method in class sim.util.MutableInt2D
getY() - Method in class sim.util.MutableInt3D
getYAxisLabel() - Method in class sim.util.media.chart.BarChartGenerator: Returns the name of the Y Axis label.
getYAxisLabel() - Method in class sim.util.media.chart.XYChartGenerator: Returns the name of the Y Axis label.
getZ() - Method in class sim.util.Double3D
getZ() - Method in class sim.util.Int3D
getZ() - Method in class sim.util.MutableDouble3D
getZ() - Method in class sim.util.MutableInt3D
getZScale() - Method in class sim.portrayal3d.grid.quad.QuadPortrayal
globalAttributes - Variable in class sim.util.media.chart.ChartGenerator: A holder for global attributes components
globalModelTransformGroup - Variable in class sim.display3d.Display3D: The TransformGroup which holds the switch holding the portrayal's scene graph models.
Grid2D - Interface in sim.field.grid: Define basic neighborhood functions for 2D Grids.
Grid3D - Interface in sim.field.grid: Define basic neighborhood functions for 3D Grids.
group - Variable in class sim.portrayal3d.simple.PrimitivePortrayal3D: This is cloned to create the model.
gui - Variable in class sim.portrayal.DrawInfo2D
guirandom - Variable in class sim.display.GUIState: An additional random number generator available for GUI and drawing purposes, separate from the one used in the model.
GUIState - Class in sim.display: A wrapper for SimState and Schedule which provides additional functionality for GUI objects.
GUIState(SimState) - Constructor for class sim.display.GUIState: You may optionally override this constructor to call super(state) but you should be sure to override the no-argument GUIState() constructor as stipulated.

H

halt(boolean) - Method in class sim.engine.AsynchronousSteppable: This method should cause the loop created in run(...) to die.
handleMouseEvent(MouseEvent) - Method in class sim.display.Display2D
handleMouseEvent(GUIState, Manipulating2D, LocationWrapper, MouseEvent, DrawInfo2D, int) - Method in class sim.portrayal.simple.AdjustablePortrayal2D
handleMouseEvent(GUIState, Manipulating2D, LocationWrapper, MouseEvent, DrawInfo2D, int) - Method in class sim.portrayal.simple.CircledPortrayal2D
handleMouseEvent(GUIState, Manipulating2D, LocationWrapper, MouseEvent, DrawInfo2D, int) - Method in class sim.portrayal.simple.LabelledPortrayal2D
handleMouseEvent(GUIState, Manipulating2D, LocationWrapper, MouseEvent, DrawInfo2D, int) - Method in class sim.portrayal.simple.MovablePortrayal2D
handleMouseEvent(GUIState, Manipulating2D, LocationWrapper, MouseEvent, DrawInfo2D, int) - Method in class sim.portrayal.simple.OrientedPortrayal2D
handleMouseEvent(GUIState, Manipulating2D, LocationWrapper, MouseEvent, DrawInfo2D, int) - Method in class sim.portrayal.simple.TrailedPortrayal2D
handleMouseEvent(GUIState, Manipulating2D, LocationWrapper, MouseEvent, DrawInfo2D, int) - Method in class sim.portrayal.SimplePortrayal2D: Optionally handles a mouse event.
hashCode() - Method in class sim.engine.Schedule.Key
hashCode() - Method in class sim.util.Double2D
hashCode() - Method in class sim.util.Double3D
hashCode() - Method in class sim.util.Int2D
hashCode() - Method in class sim.util.Int3D
hashCode() - Method in class sim.util.MutableDouble2D
hashCode() - Method in class sim.util.MutableDouble3D
hashCode() - Method in class sim.util.MutableInt2D
hashCode() - Method in class sim.util.MutableInt3D
header - Variable in class sim.display.Display2D: The component bar at the top of the Display2D.
header - Variable in class sim.display3d.Display3D: The component bar at the top of the Display3D.
Heap - Class in sim.util: Implementations of Heap functions in Java.
Heap() - Constructor for class sim.util.Heap
Heap(Comparable[], Object[]) - Constructor for class sim.util.Heap
height - Variable in class sim.display.Display2D.InnerDisplay2D: The height of the display when the scale is 1.0
height - Variable in class sim.field.continuous.Continuous2D
height - Variable in class sim.field.continuous.Continuous3D
height - Variable in class sim.field.grid.AbstractGrid2D
height - Variable in class sim.field.grid.AbstractGrid3D
height - Variable in class sim.field.grid.SparseGrid2D
height - Variable in class sim.field.grid.SparseGrid3D
HexaDenseGridPortrayal2D - Class in sim.portrayal.grid: Portrayal for hexagonal grids (each cell has six equally-distanced neighbors).
HexaDenseGridPortrayal2D() - Constructor for class sim.portrayal.grid.HexaDenseGridPortrayal2D
HexaDenseGridPortrayal2D(DrawPolicy) - Constructor for class sim.portrayal.grid.HexaDenseGridPortrayal2D: Deprecated. Use setDrawPolicy.
HexagonalPortrayal2D - Class in sim.portrayal.simple: A simple portrayal for 2D visualization of hexagons.
HexagonalPortrayal2D() - Constructor for class sim.portrayal.simple.HexagonalPortrayal2D
HexagonalPortrayal2D(Paint) - Constructor for class sim.portrayal.simple.HexagonalPortrayal2D
HexagonalPortrayal2D(double) - Constructor for class sim.portrayal.simple.HexagonalPortrayal2D
HexagonalPortrayal2D(boolean) - Constructor for class sim.portrayal.simple.HexagonalPortrayal2D
HexagonalPortrayal2D(Paint, double) - Constructor for class sim.portrayal.simple.HexagonalPortrayal2D
HexagonalPortrayal2D(Paint, boolean) - Constructor for class sim.portrayal.simple.HexagonalPortrayal2D
HexagonalPortrayal2D(double, boolean) - Constructor for class sim.portrayal.simple.HexagonalPortrayal2D
HexagonalPortrayal2D(Paint, double, boolean) - Constructor for class sim.portrayal.simple.HexagonalPortrayal2D
HexaObjectGridPortrayal2D - Class in sim.portrayal.grid: Portrayal for hexagonal grids (each cell has six equally-distanced neighbors) containing objects.
HexaObjectGridPortrayal2D() - Constructor for class sim.portrayal.grid.HexaObjectGridPortrayal2D
HexaSparseGridPortrayal2D - Class in sim.portrayal.grid: Portrayal for hexagonal grids (each cell has six equally-distanced neighbors).
HexaSparseGridPortrayal2D() - Constructor for class sim.portrayal.grid.HexaSparseGridPortrayal2D
HexaSparseGridPortrayal2D(DrawPolicy) - Constructor for class sim.portrayal.grid.HexaSparseGridPortrayal2D: Deprecated. Use setDrawPolicy.
HexaValueGridPortrayal2D - Class in sim.portrayal.grid: Portrayal for hexagonal grids (each cell has six equally-distanced neighbors) with double-precision real values.
HexaValueGridPortrayal2D() - Constructor for class sim.portrayal.grid.HexaValueGridPortrayal2D
HexaValueGridPortrayal2D(String) - Constructor for class sim.portrayal.grid.HexaValueGridPortrayal2D
hideAllFrames() - Method in class sim.display.Console: Hides all JFrames registered with the Console.
HistogramGenerator - Class in sim.util.media.chart: TimeSeriesChartGenerator is a ChartGenerator which displays a histogram using the JFreeChart library.
HistogramGenerator() - Constructor for class sim.util.media.chart.HistogramGenerator
HistogramSeriesAttributes - Class in sim.util.media.chart: A SeriesAttributes used for user control of histogram series created with HistogramGenerator.
HistogramSeriesAttributes(ChartGenerator, String, int, double[], int, SeriesChangeListener) - Constructor for class sim.util.media.chart.HistogramSeriesAttributes: Produces a HistogramSeriesAttributes object with the given generator, series name, series index, and desire to display margin options.
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.network.SimpleEdgePortrayal2D
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.simple.AdjustablePortrayal2D
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.simple.CircledPortrayal2D
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.simple.FacetedPortrayal2D
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.simple.LabelledPortrayal2D
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.simple.MovablePortrayal2D
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.simple.OrientedPortrayal2D
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.simple.OvalPortrayal2D: If drawing area intersects selected area, add last portrayed object to the bag
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.simple.RectanglePortrayal2D: If drawing area intersects selected area, add last portrayed object to the bag
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.simple.ShapePortrayal2D
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.simple.TrailedPortrayal2D
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.simple.TransformedPortrayal2D
hitObject(Object, DrawInfo2D) - Method in class sim.portrayal.SimplePortrayal2D: Return true if the given object, when drawn, intersects with a provided rectangle, for hit testing purposes.
hitObjects(DrawInfo2D, Bag) - Method in class sim.portrayal.FieldPortrayal2D: Adds to the provided Bag LocationWrappers for any objects which overlap the provided hit range.
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.FieldPortrayal2D: Instead of overriding the draw and hitObjects methods, you can optionally override this method to provide both the draw(...) and hitObjects(...) functionality in a single method, as it's common that these two methods have nearly identical code.
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.grid.DenseGridPortrayal2D
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.grid.FastHexaValueGridPortrayal2D
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.grid.HexaDenseGridPortrayal2D
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.grid.HexaObjectGridPortrayal2D
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.grid.HexaSparseGridPortrayal2D
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.grid.HexaValueGridPortrayal2D
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.grid.ObjectGridPortrayal2D
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.grid.SparseGridPortrayal2D
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.grid.ValueGridPortrayal2D
hitOrDraw(Graphics2D, DrawInfo2D, Bag) - Method in class sim.portrayal.network.NetworkPortrayal2D
hl - Variable in class sim.util.distribution.Hyperbolic
hmdu(int, int, int, MersenneTwisterFast) - Method in class sim.util.distribution.HyperGeometric: Returns a random number from the distribution.
hprs(int, int, int, MersenneTwisterFast) - Method in class sim.util.distribution.HyperGeometric: Returns a random number from the distribution.
hr - Variable in class sim.util.distribution.Hyperbolic
HTMLBrowser - Class in sim.util.gui: HTMLBrowser is a simple web browser which lets the user click on links and which provides a Back button when appropriate.
HTMLBrowser(Object) - Constructor for class sim.util.gui.HTMLBrowser: Constructs an HTMLBrowser using either an HTML string or a URL
Hyperbolic - Class in sim.util.distribution: Hyperbolic distribution.
Hyperbolic(double, double, MersenneTwisterFast) - Constructor for class sim.util.distribution.Hyperbolic: Constructs a Beta distribution.
HyperGeometric - Class in sim.util.distribution: HyperGeometric distribution; See the math definition The hypergeometric distribution with parameters N, n and s is the probability distribution of the random variable X, whose value is the number of successes in a sample of n items from a population of size N that has s 'success' items and N - s 'failure' items.
HyperGeometric(int, int, int, MersenneTwisterFast) - Constructor for class sim.util.distribution.HyperGeometric: Constructs a HyperGeometric distribution.

I

I_BELLY - Static variable in class sim.util.gui.NumberTextField
I_BELLY_PRESSED - Static variable in class sim.util.gui.NumberTextField
I_CLOSE - Static variable in class sim.util.media.chart.SeriesAttributes
I_CLOSE_PRESSED - Static variable in class sim.util.media.chart.SeriesAttributes
I_DOWN - Static variable in class sim.util.gui.NumberTextField
I_DOWN - Static variable in class sim.util.media.chart.SeriesAttributes
I_DOWN_PRESSED - Static variable in class sim.util.gui.NumberTextField
I_DOWN_PRESSED - Static variable in class sim.util.media.chart.SeriesAttributes
I_UP - Static variable in class sim.util.gui.NumberTextField
I_UP - Static variable in class sim.util.media.chart.SeriesAttributes
I_UP_PRESSED - Static variable in class sim.util.gui.NumberTextField
I_UP_PRESSED - Static variable in class sim.util.media.chart.SeriesAttributes
image - Variable in class sim.portrayal.simple.ImagePortrayal2D
ImagePortrayal2D - Class in sim.portrayal.simple: A simple portrayal for 2D visualization of images.
ImagePortrayal2D(ImageIcon, double) - Constructor for class sim.portrayal.simple.ImagePortrayal2D: Creates an ImagePortrayal2D with the image inside the given ImageIcon, and scaled with the given scale.
ImagePortrayal2D(ImageIcon) - Constructor for class sim.portrayal.simple.ImagePortrayal2D: Creates an ImagePortrayal2D with the image inside the given ImageIcon.
ImagePortrayal2D(Class, String, double) - Constructor for class sim.portrayal.simple.ImagePortrayal2D: Creates an ImagePortrayal2D by loading an Image resource using getClass().getResource(), and scaled with the given scale.
ImagePortrayal2D(Class, String) - Constructor for class sim.portrayal.simple.ImagePortrayal2D: Creates an ImagePortrayal2D by loading an Image resource using getClass().getResource()
ImagePortrayal2D(Image) - Constructor for class sim.portrayal.simple.ImagePortrayal2D: Creates an ImagePortrayal2D with the given image.
ImagePortrayal2D(Image, double) - Constructor for class sim.portrayal.simple.ImagePortrayal2D: Creates an ImagePortrayal2D with the given image, and scaled with the given scale..
ImagePortrayal3D - Class in sim.portrayal3d.simple: Portrays objects as a thin flat rectangle displaying a provided Image.
ImagePortrayal3D(Class, String) - Constructor for class sim.portrayal3d.simple.ImagePortrayal3D: Constructs a (semi-)transparent, oriented ImagePortrayal3D by loading an Image resource using getClass().getResource()
ImagePortrayal3D(Class, String, boolean, boolean) - Constructor for class sim.portrayal3d.simple.ImagePortrayal3D: Constructs a (semi-)transparent, oriented ImagePortrayal3D by loading an Image resource using getClass().getResource()
ImagePortrayal3D(ImageIcon) - Constructor for class sim.portrayal3d.simple.ImagePortrayal3D: Constructs a (semi-)transparent, oriented ImagePortrayal3D using the provided ImageIcon
ImagePortrayal3D(ImageIcon, boolean, boolean) - Constructor for class sim.portrayal3d.simple.ImagePortrayal3D: Constructs a (semi-)transparent, oriented ImagePortrayal3D using the provided ImageIcon.
ImagePortrayal3D(Image) - Constructor for class sim.portrayal3d.simple.ImagePortrayal3D: Constructs a (semi-)transparent, oriented ImagePortrayal3D
ImagePortrayal3D(Image, boolean, boolean) - Constructor for class sim.portrayal3d.simple.ImagePortrayal3D: Constructs an ImagePortrayal3D
immutableField - Variable in class sim.portrayal.FieldPortrayal
in - Variable in class sim.field.network.Network.IndexOutIn: Bag containing incoming edges of (entering) the node
incompleteBeta(double, double, double) - Static method in class sim.util.distribution.Probability: Returns the Incomplete Beta Function evaluated from zero to xx; formerly named ibeta.
incompleteGamma(double, double) - Static method in class sim.util.distribution.Probability: Returns the Incomplete Gamma function; formerly named igamma.
incompleteGammaComplement(double, double) - Static method in class sim.util.distribution.Probability: Returns the Complemented Incomplete Gamma function; formerly named igamc.
increaseSubsteps(Steppable[]) - Method in class sim.display.GUIState: Roughly doubles the array size, retaining the existing elements
index - Variable in class sim.field.network.Network.IndexOutIn: Index of the node in the allNodes bag
Indexed - Interface in sim.util: A simple interface (simpler than List) for accessing random-access objects without changing their size.
indexFrom() - Method in class sim.field.network.Edge
indexOutInHash - Variable in class sim.field.network.Network: Hashes Network.IndexOutIn structures by Node.
indexTo() - Method in class sim.field.network.Edge
info - Variable in class sim.field.network.Edge: Other information (maybe cost) associated with the edge
inform(String, String, JFrame) - Static method in class sim.util.gui.Utilities: Pops up an message dialog box.
informOfError(Throwable, String, JFrame) - Static method in class sim.util.gui.Utilities: Pops up an error dialog box.
init(Controller) - Method in class sim.display.GUIState: Called to initialize (display) windows etc.
init() - Method in class sim.display.SimApplet
INITIAL_BAG_SIZE - Static variable in class sim.field.grid.DenseGrid2D: The size of an initial bag
INITIAL_BAG_SIZE - Static variable in class sim.field.grid.DenseGrid3D: The size of an initial bag
INITIAL_BAG_SIZE - Static variable in class sim.field.SparseField: The size of an initial bag
initialize() - Method in class sim.display3d.ToolTipBehavior
insideDisplay - Variable in class sim.display.Display2D: The 2D display inside the scroll view.
INSPECT_ICON - Static variable in class sim.portrayal.Inspector
INSPECT_ICON_P - Static variable in class sim.portrayal.Inspector
Inspector - Class in sim.portrayal: An Inspector is a JPanel containing information about some object, and updates its displayed information when updateInspector() is called.
Inspector() - Constructor for class sim.portrayal.Inspector
Int2D - Class in sim.util: Int2D is more or less the same class as java.awt.Point, but it is immutable: once the x and y values are set, they cannot be changed (they're final).
Int2D() - Constructor for class sim.util.Int2D
Int2D(Point) - Constructor for class sim.util.Int2D
Int2D(MutableInt2D) - Constructor for class sim.util.Int2D
Int2D(int, int) - Constructor for class sim.util.Int2D
Int3D - Class in sim.util: Int3D stores three values (x, y, and z) but it is immutable: once the x and y and z values are set, they cannot be changed (they're final).
Int3D() - Constructor for class sim.util.Int3D
Int3D(int, int, int) - Constructor for class sim.util.Int3D
Int3D(Int2D) - Constructor for class sim.util.Int3D: Explicitly assumes the z value is set to 0
Int3D(Int2D, int) - Constructor for class sim.util.Int3D
Int3D(MutableInt2D) - Constructor for class sim.util.Int3D
Int3D(MutableInt2D, int) - Constructor for class sim.util.Int3D
IntBag - Class in sim.util: Maintains a simple array (objs) of ints and the number of ints (numObjs) in the array (the array can be bigger than this number).
IntBag(int) - Constructor for class sim.util.IntBag: Creates an IntBag with a given initial capacity.
IntBag() - Constructor for class sim.util.IntBag
IntBag(IntBag) - Constructor for class sim.util.IntBag: Adds the ints from the other IntBag without copying them.
IntBag(int[]) - Constructor for class sim.util.IntBag: Creates an IntBag with the given elements.
interpolationType - Variable in class sim.util.distribution.Empirical
Interval - Class in sim.util: Defines an inclusive (closed) interval between two numerical values MIN and MAX.
Interval(long, long) - Constructor for class sim.util.Interval
Interval(double, double) - Constructor for class sim.util.Interval
IntGrid2D - Class in sim.field.grid: A wrapper for 2D arrays of ints.
IntGrid2D(int, int) - Constructor for class sim.field.grid.IntGrid2D
IntGrid2D(int, int, int) - Constructor for class sim.field.grid.IntGrid2D
IntGrid2D(IntGrid2D) - Constructor for class sim.field.grid.IntGrid2D
IntGrid2D(int[][]) - Constructor for class sim.field.grid.IntGrid2D
IntGrid3D - Class in sim.field.grid: A wrapper for 3D arrays of ints.
IntGrid3D(int, int, int) - Constructor for class sim.field.grid.IntGrid3D
IntGrid3D(int, int, int, int) - Constructor for class sim.field.grid.IntGrid3D
IntGrid3D(IntGrid3D) - Constructor for class sim.field.grid.IntGrid3D
intValue() - Method in class sim.util.MutableDouble
invalidChartTitle - Variable in class sim.util.media.chart.ChartGenerator: This is set to a string indicating that the chart is invalid.
isApplet - Static variable in class sim.display.SimApplet
isCircleShowing() - Method in class sim.portrayal.simple.CircledPortrayal2D
isCircleShowing() - Method in class sim.portrayal3d.simple.CircledPortrayal3D
isClipping() - Method in class sim.display.Display2D: Returns true if the Display2D is clipping the drawing area to the user-specified height and width
isComposite(int) - Method in class sim.util.Properties: Returns true if the property at the given index is a "Composite" object, meaning it's not a primitive type (double, int, etc.) nor a String.
isDirected() - Method in class sim.field.network.Network
isDirtyField() - Method in class sim.portrayal.FieldPortrayal
isDirtyField() - Method in class sim.portrayal.grid.FastHexaObjectGridPortrayal2D
isDirtyField() - Method in class sim.portrayal.grid.FastObjectGridPortrayal2D
isDisclosed() - Method in class sim.util.gui.DisclosurePanel
isDisplayingToroidally() - Method in class sim.portrayal.continuous.ContinuousPortrayal2D: Returns TRUE if the portrayal is displaying objects multiply (in a toroidal fashion) if they overlap on the edges of the field.
isDouble() - Method in class sim.util.Interval
isDrawFilled() - Method in class sim.portrayal.simple.OrientedPortrayal2D
isEmpty() - Method in class sim.util.Bag
isEmpty() - Method in class sim.util.DoubleBag
isEmpty() - Method in class sim.util.Heap
isEmpty() - Method in class sim.util.IntBag
isFixed() - Method in class sim.util.media.chart.ChartGenerator
isHidden(int) - Method in class sim.util.Properties: Returns true if the class requested that this property be hidden from the user.
isHidden(int) - Method in class sim.util.SimpleProperties
isImmutableField() - Method in class sim.portrayal.FieldPortrayal: Returns true if the underlying field is assumed to be unchanging -- thus there's no reason to update once we're created.
isInfinite() - Method in class sim.util.MutableDouble
isInspectorVolatile() - Method in class sim.display.GUIState: Deprecated.
isLabelShowing() - Method in class sim.portrayal.simple.LabelledPortrayal2D
isLabelShowing() - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
isLineShowing() - Method in class sim.portrayal.simple.OrientedPortrayal2D: Deprecated. use isOrientationShowing()
isMacOSX - Static variable in class sim.display.Display2D: Set to true if we're running on a Mac
isNaN() - Method in class sim.util.MutableDouble
isNewMenuAllowed() - Method in class sim.display.Console
isOrientationHittable() - Method in class sim.portrayal.simple.OrientedPortrayal2D: Returns true if the orientation marker can be hit as part of the object.
isOrientationShowing() - Method in class sim.portrayal.simple.OrientedPortrayal2D
isPlotVisible() - Method in class sim.util.media.chart.SeriesAttributes
isReadWrite(int) - Method in class sim.util.CollectionProperties
isReadWrite(int) - Method in class sim.util.Properties: Returns true if the property at the given index is both readable and writable (as opposed to read-only).
isReadWrite(int) - Method in class sim.util.SimpleProperties: Returns whether or not the property can be written as well as read Returns false if the index is out of the range [0 ...
isSealed() - Method in class sim.engine.Schedule: Returns whether or not the schedule is sealed (nothing more can be scheduled, even if the schedule isn't at AFTER_SIMULATION yet).
isSelected(Object) - Method in class sim.portrayal3d.SimplePortrayal3D
isUsingTriangles() - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
isVolatile() - Method in class sim.portrayal.Inspector: Returns true (default) if the inspector should be updated every time step.
isVolatile() - Method in class sim.util.CollectionProperties
isVolatile() - Method in class sim.util.Properties: Returns true if the number or order of properties could change at any time
isVolatile() - Method in class sim.util.SimpleProperties
isWindows - Static variable in class sim.display.Display2D: Set to true if we're running on Windows
isXAxisLogScaled() - Method in class sim.util.media.chart.XYChartGenerator
isYAxisLogScaled() - Method in class sim.util.media.chart.XYChartGenerator
it(Object, Object) - Static method in class sim.util.LocationLog
iterator() - Method in class sim.field.network.Network: Iterates over all objects.
iterator() - Method in class sim.field.SparseField: Iterates over all objects.
iterator() - Method in class sim.util.Bag: NOT fail-fast.

J

javaVersion - Static variable in class sim.display.Display2D: Set to the version number
job() - Method in class sim.engine.SimState: Returns the job number set by the doLoop(...) facility.

K

K - Variable in class sim.util.distribution.EmpiricalWalker
k1 - Variable in class sim.util.distribution.Poisson
k2 - Variable in class sim.util.distribution.Poisson
k4 - Variable in class sim.util.distribution.Poisson
k5 - Variable in class sim.util.distribution.Poisson
kill() - Method in class sim.engine.SimState: A Steppable on the schedule can call this method to cancel the simulation.
knob - Static variable in class sim.portrayal.simple.AdjustablePortrayal2D
KNOB_RADIUS - Static variable in class sim.portrayal.simple.AdjustablePortrayal2D

L

l_my - Variable in class sim.util.distribution.Poisson
label - Variable in class sim.portrayal.simple.LabelledPortrayal2D
labelFont - Variable in class sim.portrayal.network.SimpleEdgePortrayal2D
LabelledList - Class in sim.util.gui: LabelledList is a JPanel which makes it easy to set up two columns of Components, with the right column taking up the extra space if there is any.
LabelledList() - Constructor for class sim.util.gui.LabelledList
LabelledList(String) - Constructor for class sim.util.gui.LabelledList: Creates a Labelled List with a provided border label.
LabelledPortrayal2D - Class in sim.portrayal.simple: A wrapper for other Portrayal2Ds which also draws a textual label.
LabelledPortrayal2D(SimplePortrayal2D, double, double, double, double, Font, int, String, Paint, boolean) - Constructor for class sim.portrayal.simple.LabelledPortrayal2D: Draws [x=offsetx, y=offsety] pixels away from the [dx=scalex, dy=scaley] prescaled position of the Portrayal2D, using the SansSerif 10pt font, blue, and left alignment.
LabelledPortrayal2D(SimplePortrayal2D, String) - Constructor for class sim.portrayal.simple.LabelledPortrayal2D: Draws 10 pixels down from the [dx=0, dy=0.5] prescaled position of the Portrayal2D, using the SansSerif 10pt font, blue, and left alignment.
LabelledPortrayal2D(SimplePortrayal2D, double, String, Paint, boolean) - Constructor for class sim.portrayal.simple.LabelledPortrayal2D: Draws 10 pixels down from the [dx=0, dy=scaley] prescaled position of the Portrayal2D, using the SansSerif 10pt font, blue, and left alignment.
LabelledPortrayal2D(SimplePortrayal2D, String, Paint, boolean) - Constructor for class sim.portrayal.simple.LabelledPortrayal2D: Draws 10 pixels down from the [dx=0, dy=0.5] prescaled position of the Portrayal2D, using the SansSerif 10pt font, and left alignment.
LabelledPortrayal3D - Class in sim.portrayal3d.simple: A wrapper for other Portrayal3Ds which also draws a textual label.
LabelledPortrayal3D(SimplePortrayal3D) - Constructor for class sim.portrayal3d.simple.LabelledPortrayal3D
LabelledPortrayal3D(SimplePortrayal3D, String) - Constructor for class sim.portrayal3d.simple.LabelledPortrayal3D
LabelledPortrayal3D(SimplePortrayal3D, String, Color, boolean) - Constructor for class sim.portrayal3d.simple.LabelledPortrayal3D
LabelledPortrayal3D(SimplePortrayal3D, double, Font, String, Color, boolean) - Constructor for class sim.portrayal3d.simple.LabelledPortrayal3D
LabelledPortrayal3D(SimplePortrayal3D, double, double, double, Font, String, Color, boolean) - Constructor for class sim.portrayal3d.simple.LabelledPortrayal3D
LabelledPortrayal3D(SimplePortrayal3D, Transform3D, Font, String, Color, boolean) - Constructor for class sim.portrayal3d.simple.LabelledPortrayal3D
labelPaint - Variable in class sim.portrayal.network.SimpleEdgePortrayal2D
lambda - Variable in class sim.util.distribution.Exponential
lambda - Variable in class sim.util.distribution.Gamma
LARGE_BAG_RATIO - Static variable in class sim.field.grid.DenseGrid2D: A bag must be larger than its contents by this ratio to be replaced replaceLargeBags is true
LARGE_BAG_RATIO - Static variable in class sim.field.grid.DenseGrid3D: A bag must be larger than its contents by this ratio to be replaced replaceLargeBags is true
LARGE_BAG_RATIO - Static variable in class sim.field.SparseField: A bag must be larger than its contents by this ratio to be replaced replaceLargeBags is true
lastToolTipEvent - Variable in class sim.display.Display2D.InnerDisplay2D
LAYERS_ICON - Static variable in class sim.display.Display2D
LAYERS_ICON_P - Static variable in class sim.display.Display2D
layersbutton - Variable in class sim.display.Display2D: The button which pops up the layers menu
layersbutton - Variable in class sim.display3d.Display3D: The button which pops up the layers menu
length - Variable in class sim.field.continuous.Continuous3D
length - Variable in class sim.field.grid.AbstractGrid3D
length - Variable in class sim.field.grid.SparseGrid3D
length() - Method in class sim.util.Double2D: Returns the vector length of the Double2D
length() - Method in class sim.util.Double3D: Returns the vector length of the Double3D
length() - Method in class sim.util.MutableDouble2D: Returns the length of the vector.
length() - Method in class sim.util.MutableDouble3D: Returns the length of the vector.
lengthSq() - Method in class sim.util.Double2D: Returns the vector length of the Double2D
lengthSq() - Method in class sim.util.Double3D: Returns the vector length of the Double3D
lengthSq() - Method in class sim.util.MutableDouble2D: Returns the square of the length of the MutableDouble2D.
lengthSq() - Method in class sim.util.MutableDouble3D: Returns the square of the length of the MutableDouble3D.
LightPortrayal3D - Class in sim.portrayal3d.simple: A simple Portrayal3D which provides ambient, directional, or point light to the scene.
LightPortrayal3D(Color, Double3D) - Constructor for class sim.portrayal3d.simple.LightPortrayal3D: Directional Light
LightPortrayal3D(Color) - Constructor for class sim.portrayal3d.simple.LightPortrayal3D: Ambient Light
LightPortrayal3D(Color, Double3D, float, float, float) - Constructor for class sim.portrayal3d.simple.LightPortrayal3D: Point Light.
LightPortrayal3D(Light) - Constructor for class sim.portrayal3d.simple.LightPortrayal3D: Provide your own Light!
LINEAR_INTERPOLATION - Static variable in class sim.util.distribution.Empirical
ll - Variable in class sim.util.distribution.Poisson
llll - Variable in class sim.util.distribution.Poisson
load(SimState) - Method in class sim.display.GUIState: Called by the Console when the user is loading in a new state from a checkpoint.
loadGIFFile(InputStream, boolean) - Static method in class sim.util.TableLoader: Loads GIF files and returns the result as an int[][], where each integer value represents the color table index of the pixel.
loadGIFFile(InputStream) - Static method in class sim.util.TableLoader: Loads GIF files and returns the result as an int[][], where each integer value represents the color table index of the pixel.
loadPNGFile(InputStream, boolean) - Static method in class sim.util.TableLoader: Loads PNG files and returns the result as an int[][].
loadPNGFile(InputStream) - Static method in class sim.util.TableLoader: Loads PNG files and returns the result as an int[][].
loadPNMFile(InputStream, boolean) - Static method in class sim.util.TableLoader: Loads plain or raw PGM files or plain or raw PBM files and return the result as an int[][].
loadPNMFile(InputStream) - Static method in class sim.util.TableLoader: Loads plain or raw PGM files or plain or raw PBM files and return the result as an int[][].
loadSteps() - Method in class sim.engine.Sequence: Subclasses should call this method as more or less the first thing in their step(...) method.
loadTextFile(InputStream, boolean) - Static method in class sim.util.TableLoader: Loads into a double[][] a plain text file of numbers, with newlines dividing the numbers into rows and tabs or spaces delimiting columns.
loadTextFile(InputStream) - Static method in class sim.util.TableLoader: Loads into a double[][] a plain text file of numbers, with newlines dividing the numbers into rows and tabs or spaces delimiting columns.
location - Variable in class sim.portrayal.DrawInfo2D
location - Variable in class sim.portrayal.LocationWrapper: The ORIGINAL location of the object
locationAndIndexHash - Variable in class sim.field.SparseField: LocationAndIndex objects (locations and indexes into the allObjects array) hashed by Object.
locationBagIterator() - Method in class sim.field.SparseField: Iterates [somewhat inefficiently] over all bags of objects grouped by location.
LocationLog - Class in sim.util: An experimental test object for performing assertions which log all location accesses in fields.
LocationLog() - Constructor for class sim.util.LocationLog
locationToPass - Variable in class sim.portrayal.grid.DenseGridPortrayal2D
locationToPass - Variable in class sim.portrayal.grid.ObjectGridPortrayal2D
locationToPass - Variable in class sim.portrayal.grid.ValueGridPortrayal2D
LocationWrapper - Class in sim.portrayal: A LocationWrapper is used to embody the objects stored in a FieldPortrayal; for example, those returned by a hitObjects test on a FieldPortrayal2D.
LocationWrapper(Object, Object, FieldPortrayal) - Constructor for class sim.portrayal.LocationWrapper
lock - Variable in class sim.engine.Schedule: The schedule lock.
log(double, double) - Static method in class sim.util.distribution.Arithmetic: Returns log_basevalue.
log10(double) - Static method in class sim.util.distribution.Arithmetic: Returns log₁₀value.
log2(double) - Static method in class sim.util.distribution.Arithmetic: Returns log₂value.
Logarithmic - Class in sim.util.distribution: Logarithmic distribution.
Logarithmic(double, MersenneTwisterFast) - Constructor for class sim.util.distribution.Logarithmic: Constructs a Logarithmic distribution.
logFactorial(int) - Static method in class sim.util.distribution.Arithmetic: Returns log(k!).
logFactorials - Static variable in class sim.util.distribution.Arithmetic
logGamma(double) - Static method in class sim.util.distribution.PoissonSlow: Returns the value ln(Gamma(xx) for xx > 0.
logGamma(double) - Static method in class sim.util.distribution.Probability: Returns the natural logarithm of the gamma function; formerly named lgamma.
LOGPI - Static variable in class sim.util.distribution.Arithmetic
LOGPI - Static variable in class sim.util.distribution.Constants
longFactorial(int) - Static method in class sim.util.distribution.Arithmetic: Instantly returns the factorial k!.
longFactorials - Static variable in class sim.util.distribution.Arithmetic
longValue() - Method in class sim.util.MutableDouble
LOWER_PAINT - Static variable in class sim.portrayal.simple.AdjustablePortrayal2D
LOWER_STROKE - Static variable in class sim.portrayal.simple.AdjustablePortrayal2D
lowerBound(double) - Method in class sim.field.grid.DoubleGrid2D: Thresholds the grid so that values smaller than toNoLowerThanThisMuch are changed to toNoLowerThanThisMuch Returns the modified grid.
lowerBound(double) - Method in class sim.field.grid.DoubleGrid3D: Thresholds the grid so that values smaller than toNoLowerThanThisMuch are changed to toNoLowerThanThisMuch Returns the modified grid.
lowerBound(int) - Method in class sim.field.grid.IntGrid2D: Thresholds the grid so that values smaller than toNoLowerThanThisMuch are changed to toNoLowerThanThisMuch Returns the modified grid.
lowerBound(int) - Method in class sim.field.grid.IntGrid3D: Thresholds the grid so that values smaller than toNoLowerThanThisMuch are changed to toNoLowerThanThisMuch Returns the modified grid.
lr - Variable in class sim.util.distribution.Poisson

M

m - Variable in class sim.util.distribution.Poisson
MACHEP - Static variable in class sim.util.distribution.Arithmetic
MACHEP - Static variable in class sim.util.distribution.Constants
main(String[]) - Static method in class ec.util.MersenneTwisterFast: Tests the code.
main(String[]) - Static method in class sim.display.Console: Pops up a window allowing the user to enter in a class name to start a new simulation.
makeBucketLabels(int, double, double, boolean) - Static method in class sim.util.gui.MiniHistogram: Generates a set of numBuckets bucket labels appropriate for use in a histogram.
makeBuckets(double[], int, double, double, boolean) - Static method in class sim.util.gui.MiniHistogram: Generates a set of numBuckets buckets describing a histogram over the provided values in vals.
MakesSimState - Interface in sim.engine: An interface for classes capable of creating SimState subclasses.
makeUpdateButton() - Method in class sim.portrayal.Inspector: A convenient function to create UpdateButton which you might add to the bottom of the JPanel (assuming it still is using BorderLayout).
manhattanDistance(double, double) - Method in class sim.util.Double2D: Returns the manhtattan distance FROM this Double2D TO the specified point
manhattanDistance(Double2D) - Method in class sim.util.Double2D: Returns the manhtattan distance FROM this Double2D TO the specified point
manhattanDistance(Int2D) - Method in class sim.util.Double2D: Returns the manhtattan distance FROM this Double2D TO the specified point
manhattanDistance(MutableDouble2D) - Method in class sim.util.Double2D: Returns the manhtattan distance FROM this Double2D TO the specified point
manhattanDistance(MutableInt2D) - Method in class sim.util.Double2D: Returns the manhtattan distance FROM this Double2D TO the specified point
manhattanDistance(Point2D) - Method in class sim.util.Double2D: Returns the manhtattan distance FROM this Double2D TO the specified point
manhattanDistance(double, double, double) - Method in class sim.util.Double3D: Returns the manhtattan distance FROM this Double3D TO the specified point
manhattanDistance(Double3D) - Method in class sim.util.Double3D: Returns the manhtattan distance FROM this Double3D TO the specified point
manhattanDistance(Int3D) - Method in class sim.util.Double3D: Returns the manhtattan distance FROM this Double3D TO the specified point
manhattanDistance(MutableDouble3D) - Method in class sim.util.Double3D: Returns the manhtattan distance FROM this Double3D TO the specified point
manhattanDistance(MutableInt3D) - Method in class sim.util.Double3D: Returns the manhtattan distance FROM this Double3D TO the specified point
manhattanDistance(int, int) - Method in class sim.util.Int2D: Returns the manhattan distance FROM this Int2D TO the specified point.
manhattanDistance(MutableInt2D) - Method in class sim.util.Int2D: Returns the manhattan distance FROM this Int2D TO the specified point.
manhattanDistance(Int2D) - Method in class sim.util.Int2D: Returns the manhattan distance FROM this Int2D TO the specified point.
manhattanDistance(Point) - Method in class sim.util.Int2D: Returns the manhattan distance FROM this Int2D TO the specified point.
manhattanDistance(int, int, int) - Method in class sim.util.Int3D: Returns the manhattan distance FROM this Int3D TO the specified point.
manhattanDistance(MutableInt3D) - Method in class sim.util.Int3D: Returns the manhattan distance FROM this Int3D TO the specified point.
manhattanDistance(Int3D) - Method in class sim.util.Int3D: Returns the manhattan distance FROM this Int3D TO the specified point.
manhattanDistance(double, double) - Method in class sim.util.MutableDouble2D: Returns the manhtattan distance FROM this MuableDouble2D TO the specified point
manhattanDistance(Double2D) - Method in class sim.util.MutableDouble2D: Returns the manhtattan distance FROM this MuableDouble2D TO the specified point
manhattanDistance(Int2D) - Method in class sim.util.MutableDouble2D: Returns the manhtattan distance FROM this MuableDouble2D TO the specified point
manhattanDistance(MutableDouble2D) - Method in class sim.util.MutableDouble2D: Returns the manhtattan distance FROM this MuableDouble2D TO the specified point
manhattanDistance(MutableInt2D) - Method in class sim.util.MutableDouble2D: Returns the manhtattan distance FROM this MuableDouble2D TO the specified point
manhattanDistance(Point2D) - Method in class sim.util.MutableDouble2D: Returns the manhtattan distance FROM this MuableDouble2D TO the specified point
manhattanDistance(double, double, double) - Method in class sim.util.MutableDouble3D: Returns the manhtattan distance FROM this MutableDouble3D TO the specified point
manhattanDistance(Double3D) - Method in class sim.util.MutableDouble3D: Returns the manhtattan distance FROM this MutableDouble3D TO the specified point
manhattanDistance(Int3D) - Method in class sim.util.MutableDouble3D: Returns the manhtattan distance FROM this MutableDouble3D TO the specified point
manhattanDistance(MutableDouble3D) - Method in class sim.util.MutableDouble3D: Returns the manhtattan distance FROM this MutableDouble3D TO the specified point
manhattanDistance(MutableInt3D) - Method in class sim.util.MutableDouble3D: Returns the manhtattan distance FROM this MutableDouble3D TO the specified point
manhattanDistance(int, int) - Method in class sim.util.MutableInt2D: Returns the manhattan distance FROM this MutableInt2D TO the specified point.
manhattanDistance(MutableInt2D) - Method in class sim.util.MutableInt2D: Returns the manhattan distance FROM this MutableInt2D TO the specified point.
manhattanDistance(Int2D) - Method in class sim.util.MutableInt2D: Returns the manhattan distance FROM this MutableInt2D TO the specified point.
manhattanDistance(Point) - Method in class sim.util.MutableInt2D: Returns the manhattan distance FROM this Int2D TO the specified point.
manhattanDistance(int, int, int) - Method in class sim.util.MutableInt3D: Returns the manhattan distance FROM this Int3D TO the specified point.
manhattanDistance(MutableInt3D) - Method in class sim.util.MutableInt3D: Returns the manhattan distance FROM this Int3D TO the specified point.
manhattanDistance(Int3D) - Method in class sim.util.MutableInt3D: Returns the manhattan distance FROM this Int3D TO the specified point.
Manipulating2D - Interface in sim.display: Manipulating2D is a simple interface for user interface objects which can manipulate portrayals in certain ways.
MASON_PREFERENCES - Static variable in class sim.display.Prefs
max() - Method in class sim.field.grid.DoubleGrid2D: Returns the maximum value stored in the grid
max() - Method in class sim.field.grid.DoubleGrid3D: Returns the maximum value stored in the grid
max() - Method in class sim.field.grid.IntGrid2D: Returns the maximum value stored in the grid
max() - Method in class sim.field.grid.IntGrid3D: Returns the maximum value stored in the grid
max - Variable in class sim.util.distribution.Uniform
MAXGAM - Static variable in class sim.util.distribution.Arithmetic
MAXGAM - Static variable in class sim.util.distribution.Constants
maximum(double[]) - Static method in class sim.util.gui.MiniHistogram: Returns the minimum over the provided vals.
MAXIMUM_BAR_CHART_ITEMS - Static variable in class sim.util.media.chart.BarChartGenerator
MAXIMUM_INTEGER - Static variable in class sim.engine.Schedule: The last time beyond which the schedule is no longer able to precisely maintain integer values due to loss of precision.
MAXIMUM_PIE_CHART_ITEMS - Static variable in class sim.util.media.chart.PieChartGenerator: The total number of unique groups permitted in the generator, to keep from overwhelming JFreeChart.
MAXIMUM_STEPS - Static variable in class sim.display.Console: Default maximum number of steps in the step slider
maximumJump - Variable in class sim.portrayal.simple.TrailedPortrayal2D
MAXLOG - Static variable in class sim.util.distribution.Arithmetic
MAXLOG - Static variable in class sim.util.distribution.Constants
maxlongint - Variable in class sim.util.distribution.Zeta
maySetLocation(Object, Object) - Method in interface sim.portrayal.Fixed2D: Returns true if the object permits you to change its location in the field.
mean() - Method in class sim.field.grid.DoubleGrid2D: Returns the mean value stored in the grid
mean() - Method in class sim.field.grid.DoubleGrid3D: Returns the mean value stored in the grid
mean() - Method in class sim.field.grid.IntGrid2D: Returns the mean value stored in the grid
mean() - Method in class sim.field.grid.IntGrid3D: Returns the mean value stored in the grid
mean - Variable in class sim.util.distribution.BreitWigner
mean - Variable in class sim.util.distribution.Normal
mean - Variable in class sim.util.distribution.Poisson
mean - Variable in class sim.util.distribution.PoissonSlow
MEAN_MAX - Static variable in class sim.util.distribution.Poisson
MEAN_MAX - Static variable in class sim.util.distribution.PoissonSlow
merge(Schedule) - Method in class sim.engine.Schedule: Merge a given schedule into this one.
merge(Heap) - Method in class sim.util.Heap: Produces a new heap which is the union of this heap with the other.
MersenneTwisterFast - Class in ec.util: MersenneTwister and MersenneTwisterFast
MersenneTwisterFast() - Constructor for class ec.util.MersenneTwisterFast: Constructor using the default seed.
MersenneTwisterFast(long) - Constructor for class ec.util.MersenneTwisterFast: Constructor using a given seed.
MersenneTwisterFast(int[]) - Constructor for class ec.util.MersenneTwisterFast: Constructor using an array of integers as seed.
MeshPortrayal - Class in sim.portrayal3d.grid.quad: A QuadPortrayal which relates grid locations with intersections on a mesh (like positions on a Go board, coloring and changing the Z location of the intersections.
MeshPortrayal(ColorMap) - Constructor for class sim.portrayal3d.grid.quad.MeshPortrayal
MeshPortrayal(ColorMap, double) - Constructor for class sim.portrayal3d.grid.quad.MeshPortrayal
MethodStep - Class in sim.engine: A Steppable which calls an underlying method using Java's reflection system.
MethodStep(Object, String) - Constructor for class sim.engine.MethodStep
MethodStep(Object, String, boolean) - Constructor for class sim.engine.MethodStep
min() - Method in class sim.field.grid.DoubleGrid2D: Returns the minimum value stored in the grid
min() - Method in class sim.field.grid.DoubleGrid3D: Returns the minimum value stored in the grid
min() - Method in class sim.field.grid.IntGrid2D: Returns the minimum value stored in the grid
min() - Method in class sim.field.grid.IntGrid3D: Returns the minimum value stored in the grid
min - Variable in class sim.util.distribution.Uniform
MIN_BAG_SIZE - Static variable in class sim.field.grid.DenseGrid2D: No bags smaller than this size will be replaced regardless of the setting of replaceLargeBags
MIN_BAG_SIZE - Static variable in class sim.field.grid.DenseGrid3D: No bags smaller than this size will be replaced regardless of the setting of replaceLargeBags
MIN_BAG_SIZE - Static variable in class sim.field.SparseField: No bags smaller than this size will be replaced regardless of the setting of replaceLargeBags
MinGapDataCuller - Class in sim.util.media.chart: This is meant as an on-line algorithm for keeping a constant number of data points from an on-going time series.
MinGapDataCuller(int) - Constructor for class sim.util.media.chart.MinGapDataCuller
MinGapDataCuller(int, int) - Constructor for class sim.util.media.chart.MinGapDataCuller
MiniHistogram - Class in sim.util.gui: A very simple histogram class.
MiniHistogram() - Constructor for class sim.util.gui.MiniHistogram
MiniHistogram(double[], String[]) - Constructor for class sim.util.gui.MiniHistogram
minimum(double[]) - Static method in class sim.util.gui.MiniHistogram: Returns the minimum over the provided vals.
MINLOG - Static variable in class sim.util.distribution.Arithmetic
MINLOG - Static variable in class sim.util.distribution.Constants
mmb_1 - Variable in class sim.util.distribution.Hyperbolic
mouseClicked(MouseEvent) - Method in class sim.display3d.SelectionBehavior
MovablePortrayal2D - Class in sim.portrayal.simple: A wrapper for other Portrayal2Ds which makes it possible to drag and move objects with the mouse.
MovablePortrayal2D(SimplePortrayal2D) - Constructor for class sim.portrayal.simple.MovablePortrayal2D
moveObject(Object, int, int, int, int) - Method in class sim.field.grid.DenseGrid2D: If the object is not at [fromX, fromY], then it's simply inserted into [toX, toY], and FALSE is returned.
moveObject(Object, Int2D, Int2D) - Method in class sim.field.grid.DenseGrid2D: If the object is not at FROM, then it's simply inserted into TO, and FALSE is returned.
moveObject(Object, int, int, int, int, int, int) - Method in class sim.field.grid.DenseGrid3D: If the object is not at [fromX, fromY], then it's simply inserted into [toX, toY], and FALSE is returned.
moveObject(Object, Int3D, Int3D) - Method in class sim.field.grid.DenseGrid3D: If the object is not at FROM, then it's simply inserted into TO, and FALSE is returned.
moveObjects(int, int, int, int) - Method in class sim.field.grid.DenseGrid2D
moveObjects(Int2D, Int2D) - Method in class sim.field.grid.DenseGrid2D
moveObjects(int, int, int, int, int, int) - Method in class sim.field.grid.DenseGrid3D
moveObjects(Int3D, Int3D) - Method in class sim.field.grid.DenseGrid3D
moveSeries(int, boolean) - Method in class sim.util.media.chart.ChartGenerator: Override this to move a series relative to other series.
moveSeries(int, boolean) - Method in class sim.util.media.chart.HistogramGenerator
moveSeries(int, boolean) - Method in class sim.util.media.chart.PieChartGenerator
moveSeries(int, boolean) - Method in class sim.util.media.chart.ScatterPlotGenerator
moveSeries(int, boolean) - Method in class sim.util.media.chart.TimeSeriesChartGenerator
MOVIE_OFF_ICON - Static variable in class sim.display.Display2D
MOVIE_OFF_ICON_P - Static variable in class sim.display.Display2D
MOVIE_ON_ICON - Static variable in class sim.display.Display2D
MOVIE_ON_ICON_P - Static variable in class sim.display.Display2D
movieButton - Variable in class sim.display.Display2D: The button which starts or stops a movie
movieButton - Variable in class sim.display3d.Display3D: The button which starts or stops a movie
MovieEncoder - Class in sim.util.media: Usage of this class depends on the existence of the Java Media Framework (JMF) which can be acquired from javasoft.com.
MovieEncoder(float, File, BufferedImage, Format) - Constructor for class sim.util.media.MovieEncoder: Creates an object which will write out a move of the specified format, and written to the provided file.
MovieMaker - Class in sim.util.gui: A class which gives a GUI front-end to sim.util.media.MovieEncoder.
MovieMaker(Frame) - Constructor for class sim.util.gui.MovieMaker
mpa_1 - Variable in class sim.util.distribution.Hyperbolic
multiply(double) - Method in class sim.field.grid.DoubleGrid2D: Sets each value in the grid to that value multiplied byThisMuch Returns the modified grid.
multiply(IntGrid2D) - Method in class sim.field.grid.DoubleGrid2D: Sets the value at each location in the grid to that value multiplied by to the value at the equivalent location in the provided grid.
multiply(DoubleGrid2D) - Method in class sim.field.grid.DoubleGrid2D: Sets the value at each location in the grid to that value multiplied by to the value at the equivalent location in the provided grid.
multiply(double) - Method in class sim.field.grid.DoubleGrid3D: Sets each value in the grid to that value multiplied byThisMuch Returns the modified grid.
multiply(IntGrid3D) - Method in class sim.field.grid.DoubleGrid3D: Sets the value at each location in the grid to that value multiplied by to the value at the equivalent location in the provided grid.
multiply(DoubleGrid3D) - Method in class sim.field.grid.DoubleGrid3D: Sets the value at each location in the grid to that value multiplied by to the value at the equivalent location in the provided grid.
multiply(int) - Method in class sim.field.grid.IntGrid2D: Sets each value in the grid to that value multiplied byThisMuch Returns the modified grid.
multiply(IntGrid2D) - Method in class sim.field.grid.IntGrid2D: Sets the value at each location in the grid to that value multiplied by to the value at the equivalent location in the provided grid.
multiply(int) - Method in class sim.field.grid.IntGrid3D: Sets each value in the grid to that value multiplied byThisMuch Returns the modified grid.
multiply(IntGrid3D) - Method in class sim.field.grid.IntGrid3D: Sets the value at each location in the grid to that value multiplied by to the value at the equivalent location in the provided grid.
multiply(double) - Method in class sim.util.Double2D: Multiplies each element by scalar "val"
multiply(double) - Method in class sim.util.Double3D: Multiplies each element by scalar "val"
multiply(MutableDouble2D, double) - Method in class sim.util.MutableDouble2D: Multiplies other by val, setting me to the result and returning me.
multiply(Double2D, double) - Method in class sim.util.MutableDouble2D: Multiplies other by val, setting me to the result and returning me.
multiply(MutableDouble3D, double) - Method in class sim.util.MutableDouble3D: Multiplies other by val, setting me to the result and returning me.
multiplyIn(double) - Method in class sim.util.MutableDouble2D: Extends my length so that it is multiplied by val, and returns me.
multiplyIn(double) - Method in class sim.util.MutableDouble3D: Extends my length so that it is multiplied by val, and returns me.
MultiStep - Class in sim.engine: MultiStep takes an integer N, a boolean called countdown, and a steppable.
MultiStep(Steppable, int, boolean) - Constructor for class sim.engine.MultiStep: If countdown is true, then we call step.step(...) once every N times we're stepped.
MutableDouble - Class in sim.util: MutableDouble simply holds a double value, which can be changed at any time.
MutableDouble() - Constructor for class sim.util.MutableDouble
MutableDouble(double) - Constructor for class sim.util.MutableDouble
MutableDouble(MutableDouble) - Constructor for class sim.util.MutableDouble
MutableDouble2D - Class in sim.util: MutableDouble2D is more or less the same class as java.awt.geom.Point2D.Double, except that it is hash-equivalent to Double2D.
MutableDouble2D() - Constructor for class sim.util.MutableDouble2D
MutableDouble2D(Int2D) - Constructor for class sim.util.MutableDouble2D
MutableDouble2D(MutableInt2D) - Constructor for class sim.util.MutableDouble2D
MutableDouble2D(MutableDouble2D) - Constructor for class sim.util.MutableDouble2D
MutableDouble2D(Double2D) - Constructor for class sim.util.MutableDouble2D
MutableDouble2D(Point) - Constructor for class sim.util.MutableDouble2D
MutableDouble2D(Point2D.Double) - Constructor for class sim.util.MutableDouble2D
MutableDouble2D(Point2D.Float) - Constructor for class sim.util.MutableDouble2D
MutableDouble2D(Point2D) - Constructor for class sim.util.MutableDouble2D: Only included for completeness' sakes, in case a new Point2D subclass is created in the future.
MutableDouble2D(double, double) - Constructor for class sim.util.MutableDouble2D
MutableDouble3D - Class in sim.util: MutableDouble3D is more or less the same class as javax.vecmath.Point3d, except that it is hash-equivalent to Double3D.
MutableDouble3D() - Constructor for class sim.util.MutableDouble3D
MutableDouble3D(Int2D) - Constructor for class sim.util.MutableDouble3D: Explicitly assumes the z value is set to 0
MutableDouble3D(Int2D, double) - Constructor for class sim.util.MutableDouble3D
MutableDouble3D(Int3D) - Constructor for class sim.util.MutableDouble3D
MutableDouble3D(MutableInt2D) - Constructor for class sim.util.MutableDouble3D: Explicitly assumes the z value is set to 0
MutableDouble3D(MutableInt2D, double) - Constructor for class sim.util.MutableDouble3D
MutableDouble3D(MutableInt3D) - Constructor for class sim.util.MutableDouble3D
MutableDouble3D(Double2D) - Constructor for class sim.util.MutableDouble3D: Explicitly assumes the z value is set to 0
MutableDouble3D(Double2D, double) - Constructor for class sim.util.MutableDouble3D
MutableDouble3D(Double3D) - Constructor for class sim.util.MutableDouble3D
MutableDouble3D(MutableDouble2D) - Constructor for class sim.util.MutableDouble3D: Explicitly assumes the z value is set to 0
MutableDouble3D(MutableDouble2D, double) - Constructor for class sim.util.MutableDouble3D
MutableDouble3D(MutableDouble3D) - Constructor for class sim.util.MutableDouble3D
MutableDouble3D(double, double, double) - Constructor for class sim.util.MutableDouble3D
MutableInt2D - Class in sim.util: MutableInt2D is largely a class identical to java.awt.Point, except that it is hash-equivalent to Int2D.
MutableInt2D() - Constructor for class sim.util.MutableInt2D
MutableInt2D(Point) - Constructor for class sim.util.MutableInt2D
MutableInt2D(Int2D) - Constructor for class sim.util.MutableInt2D
MutableInt2D(int, int) - Constructor for class sim.util.MutableInt2D
MutableInt3D - Class in sim.util: MutableInt3D stores three values (x, y, and z) and is hash-equivalent to Int3D; except MutableInt3D's values can be modified and Int3D's values cannot.
MutableInt3D() - Constructor for class sim.util.MutableInt3D
MutableInt3D(int, int, int) - Constructor for class sim.util.MutableInt3D
MutableInt3D(Int2D) - Constructor for class sim.util.MutableInt3D: Explicitly assumes the z value is set to 0
MutableInt3D(Int2D, int) - Constructor for class sim.util.MutableInt3D
MutableInt3D(Int3D) - Constructor for class sim.util.MutableInt3D
MutableInt3D(MutableInt2D) - Constructor for class sim.util.MutableInt3D
MutableInt3D(MutableInt2D, int) - Constructor for class sim.util.MutableInt3D
my_k - Variable in class sim.util.distribution.VonMises
my_last - Variable in class sim.util.distribution.Poisson
my_N - Variable in class sim.util.distribution.HyperGeometric
my_n - Variable in class sim.util.distribution.HyperGeometric
my_old - Variable in class sim.util.distribution.Poisson
my_p - Variable in class sim.util.distribution.Logarithmic
my_s - Variable in class sim.util.distribution.HyperGeometric

N

n - Variable in class sim.util.distribution.Binomial
n - Variable in class sim.util.distribution.NegativeBinomial
NAME_INDICATOR - Static variable in class sim.display.Console: Used in the 'simulation.classes' file to specify a special name for a simulation.
nameThread() - Method in class sim.engine.SimState: Names the current thread an appropriate name given the SimState
negate() - Method in class sim.util.Double2D: Returns the negation of this Double2D.
negate() - Method in class sim.util.Double3D: Returns the negation of this Double3D.
negate() - Method in class sim.util.MutableDouble2D: Negates the MutableDouble2D's values and returns it.
negate() - Method in class sim.util.MutableDouble3D: Negates the MutableDouble3D's values
NegativeBinomial - Class in sim.util.distribution: Negative Binomial distribution; See the math definition.
NegativeBinomial(int, double, MersenneTwisterFast) - Constructor for class sim.util.distribution.NegativeBinomial: Constructs a Negative Binomial distribution.
negativeBinomial(int, int, double) - Static method in class sim.util.distribution.Probability: Returns the sum of the terms 0 through k of the Negative Binomial Distribution.
negativeBinomialComplemented(int, int, double) - Static method in class sim.util.distribution.Probability: Returns the sum of the terms k+1 to infinity of the Negative Binomial distribution.
Network - Class in sim.field.network: The Network is a field which stores binary graph and multigraph structures of all kinds, using hash tables to allow reasonably rapid dynamic modification.
Network(boolean) - Constructor for class sim.field.network.Network: Constructs a directed or undirected graph.
Network() - Constructor for class sim.field.network.Network: Constructs a directed graph
Network(Network) - Constructor for class sim.field.network.Network: Constructs copy of an existing graph.
Network.IndexOutIn - Class in sim.field.network: The structure stored in the indexOutInHash hash table.
Network.IndexOutIn(int, Bag, Bag) - Constructor for class sim.field.network.Network.IndexOutIn
NetworkPortrayal2D - Class in sim.portrayal.network: Portrays network fields.
NetworkPortrayal2D() - Constructor for class sim.portrayal.network.NetworkPortrayal2D
NEVER_SCALE - Static variable in class sim.portrayal.network.SimpleEdgePortrayal2D
NEVER_SCALE - Static variable in class sim.portrayal.simple.LabelledPortrayal2D
newInstance(long, String[]) - Method in interface sim.engine.MakesSimState: Creates a SimState subclass with the given random number seed and command-line arguments passed into main(...).
newValue(int, int, double) - Method in class sim.portrayal.grid.ValueGridPortrayal2D: This method is called by the default inspector to filter new values set by the user.
newValue(int, int, double) - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D: This method is called by the default inspector to filter new values set by the user.
newValue(int, int, int, double) - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D: This method is called by the default inspector to filter new values set by the user.
newValue(double) - Method in class sim.util.gui.NumberTextField: Override this to be informed when a new value has been set.
newValue(String) - Method in class sim.util.gui.PropertyField: Override this to be informed when a new value has been set.
nextBoolean() - Method in class ec.util.MersenneTwisterFast
nextBoolean(float) - Method in class ec.util.MersenneTwisterFast: This generates a coin flip with a probability probability of returning true, else returning false.
nextBoolean(double) - Method in class ec.util.MersenneTwisterFast: This generates a coin flip with a probability probability of returning true, else returning false.
nextBoolean() - Method in class sim.util.distribution.Uniform: Returns a uniformly distributed random boolean.
nextBurr1(double, int, MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns a random number from the Burr II, VII, VIII, X Distributions.
nextBurr2(double, double, int, MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns a random number from the Burr III, IV, V, VI, IX, XII distributions.
nextByte() - Method in class ec.util.MersenneTwisterFast
nextBytes(byte[]) - Method in class ec.util.MersenneTwisterFast
nextCauchy(MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns a cauchy distributed random number from the standard Cauchy distribution C(0,1).
nextChar() - Method in class ec.util.MersenneTwisterFast
nextDouble() - Method in class ec.util.MersenneTwisterFast: Returns a random double in the half-open range from [0.0,1.0).
nextDouble(boolean, boolean) - Method in class ec.util.MersenneTwisterFast: Returns a double in the range from 0.0 to 1.0, possibly inclusive of 0.0 and 1.0 themselves.
nextDouble() - Method in class sim.util.distribution.AbstractDiscreteDistribution: Returns a random number from the distribution; returns (double) nextInt().
nextDouble() - Method in class sim.util.distribution.AbstractDistribution: Returns a random number from the distribution.
nextDouble() - Method in class sim.util.distribution.Beta: Returns a random number from the distribution.
nextDouble(double, double) - Method in class sim.util.distribution.Beta: Returns a beta distributed random number; bypasses the internal state.
nextDouble() - Method in class sim.util.distribution.BreitWigner: Returns a random number from the distribution.
nextDouble(double, double, double) - Method in class sim.util.distribution.BreitWigner: Returns a random number from the distribution; bypasses the internal state.
nextDouble(double, double, double) - Method in class sim.util.distribution.BreitWignerMeanSquare: Returns a mean-squared random number from the distribution; bypasses the internal state.
nextDouble() - Method in class sim.util.distribution.ChiSquare: Returns a random number from the distribution.
nextDouble(double) - Method in class sim.util.distribution.ChiSquare: Returns a random number from the distribution; bypasses the internal state.
nextDouble() - Method in class sim.util.distribution.Empirical: Returns a random number from the distribution.
nextDouble() - Method in class sim.util.distribution.Exponential: Returns a random number from the distribution.
nextDouble(double) - Method in class sim.util.distribution.Exponential: Returns a random number from the distribution; bypasses the internal state.
nextDouble() - Method in class sim.util.distribution.ExponentialPower: Returns a random number from the distribution.
nextDouble(double) - Method in class sim.util.distribution.ExponentialPower: Returns a random number from the distribution; bypasses the internal state.
nextDouble() - Method in class sim.util.distribution.Gamma: Returns a random number from the distribution.
nextDouble(double, double) - Method in class sim.util.distribution.Gamma: Returns a random number from the distribution; bypasses the internal state.
nextDouble() - Method in class sim.util.distribution.Hyperbolic: Returns a random number from the distribution.
nextDouble(double, double) - Method in class sim.util.distribution.Hyperbolic: Returns a hyperbolic distributed random number; bypasses the internal state.
nextDouble() - Method in class sim.util.distribution.Logarithmic: Returns a random number from the distribution.
nextDouble(double) - Method in class sim.util.distribution.Logarithmic: Returns a random number from the distribution; bypasses the internal state.
nextDouble() - Method in class sim.util.distribution.Normal: Returns a random number from the distribution.
nextDouble(double, double) - Method in class sim.util.distribution.Normal: Returns a random number from the distribution; bypasses the internal state.
nextDouble() - Method in class sim.util.distribution.StudentT: Returns a random number from the distribution.
nextDouble(double) - Method in class sim.util.distribution.StudentT: Returns a random number from the distribution; bypasses the internal state.
nextDouble() - Method in class sim.util.distribution.Uniform: Returns a uniformly distributed random number in the open interval (min,max) (excluding min and max).
nextDouble() - Method in class sim.util.distribution.VonMises: Returns a random number from the distribution.
nextDouble(double) - Method in class sim.util.distribution.VonMises: Returns a random number from the distribution; bypasses the internal state.
nextDoubleFromTo(double, double) - Method in class sim.util.distribution.Uniform: Returns a uniformly distributed random number in the open interval (from,to) (excluding from and to).
nextErlang(double, double, MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns an erlang distributed random number with the given variance and mean.
nextFloat() - Method in class ec.util.MersenneTwisterFast: Returns a random float in the half-open range from [0.0f,1.0f).
nextFloat(boolean, boolean) - Method in class ec.util.MersenneTwisterFast: Returns a float in the range from 0.0f to 1.0f, possibly inclusive of 0.0f and 1.0f themselves.
nextFloatFromTo(float, float) - Method in class sim.util.distribution.Uniform: Returns a uniformly distributed random number in the open interval (from,to) (excluding from and to).
nextGaussian() - Method in class ec.util.MersenneTwisterFast
nextGeometric(double, MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns a discrete geometric distributed random number; Definition.
nextInt() - Method in class ec.util.MersenneTwisterFast
nextInt(int) - Method in class ec.util.MersenneTwisterFast: Returns an integer drawn uniformly from 0 to n-1.
nextInt() - Method in class sim.util.distribution.AbstractDiscreteDistribution: Returns a random number from the distribution.
nextInt() - Method in class sim.util.distribution.AbstractDistribution: Returns a random number from the distribution; returns (int) Math.round(nextDouble()).
nextInt() - Method in class sim.util.distribution.Binomial: Returns a random number from the distribution.
nextInt(int, double) - Method in class sim.util.distribution.Binomial: Returns a random number from the distribution with the given parameters n and p; bypasses the internal state.
nextInt() - Method in class sim.util.distribution.EmpiricalWalker: Returns a random integer k with probability pdf(k).
nextInt() - Method in class sim.util.distribution.HyperGeometric: Returns a random number from the distribution.
nextInt(int, int, int) - Method in class sim.util.distribution.HyperGeometric: Returns a random number from the distribution; bypasses the internal state.
nextInt(int, int, int, MersenneTwisterFast) - Method in class sim.util.distribution.HyperGeometric: Returns a random number from the distribution; bypasses the internal state.
nextInt() - Method in class sim.util.distribution.NegativeBinomial: Returns a random number from the distribution.
nextInt(int, double) - Method in class sim.util.distribution.NegativeBinomial: Returns a random number from the distribution; bypasses the internal state.
nextInt() - Method in class sim.util.distribution.Poisson: Returns a random number from the distribution.
nextInt(double) - Method in class sim.util.distribution.Poisson: Returns a random number from the distribution; bypasses the internal state.
nextInt() - Method in class sim.util.distribution.PoissonSlow: Returns a random number from the distribution.
nextInt() - Method in class sim.util.distribution.Uniform: Returns a uniformly distributed random number in the closed interval [min,max] (including min and max).
nextInt() - Method in class sim.util.distribution.Zeta: Returns a random number from the distribution.
nextIntFromTo(int, int) - Method in class sim.util.distribution.Uniform: Returns a uniformly distributed random number in the closed interval [from,to] (including from and to).
nextIntSlow() - Method in class sim.util.distribution.PoissonSlow: Returns a random number from the distribution.
nextLambda(double, double, MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns a lambda distributed random number with parameters l3 and l4.
nextLaplace(MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns a Laplace (Double Exponential) distributed random number from the standard Laplace distribution L(0,1).
nextLogistic(MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns a random number from the standard Logistic distribution Log(0,1).
nextLong() - Method in class ec.util.MersenneTwisterFast
nextLong(long) - Method in class ec.util.MersenneTwisterFast: Returns a long drawn uniformly from 0 to n-1.
nextLongFromTo(long, long) - Method in class sim.util.distribution.Uniform: Returns a uniformly distributed random number in the closed interval [from,to] (including from and to).
nextPowLaw(double, double, MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns a power-law distributed random number with the given exponent and lower cutoff.
nextShort() - Method in class ec.util.MersenneTwisterFast
nextTriangular(MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns a random number from the standard Triangular distribution in (-1,1).
nextWeibull(double, double, MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns a weibull distributed random number.
nextZipfInt(double, MersenneTwisterFast) - Static method in class sim.util.distribution.Distributions: Returns a zipfian distributed random number with the given skew.
NO_INTERPOLATION - Static variable in class sim.util.distribution.Empirical
nodeExists(Object) - Method in class sim.field.network.Network
Normal - Class in sim.util.distribution: Normal (aka Gaussian) distribution; See the math definition and animated definition.
Normal(double, double, MersenneTwisterFast) - Constructor for class sim.util.distribution.Normal: Constructs a normal (gauss) distribution.
normal(double) - Static method in class sim.util.distribution.Probability: Returns the area under the Normal (Gaussian) probability density function, integrated from minus infinity to x (assumes mean is zero, variance is one).
normal(double, double, double) - Static method in class sim.util.distribution.Probability: Returns the area under the Normal (Gaussian) probability density function, integrated from minus infinity to x.
normalInverse(double) - Static method in class sim.util.distribution.Probability: Returns the value, x, for which the area under the Normal (Gaussian) probability density function (integrated from minus infinity to x) is equal to the argument y (assumes mean is zero, variance is one); formerly named ndtri.
normalize() - Method in class sim.util.Double2D: Normalizes the vector (sets its length to 1).
normalize() - Method in class sim.util.Double3D: Normalizes the vector (sets its length to 1).
normalize() - Method in class sim.util.MutableDouble2D
normalize() - Method in class sim.util.MutableDouble3D: Normalizes me (sets my length to 1.0), returning me.
NumberTextField - Class in sim.util.gui: A simple class that lets you specify a label and validate a numerical value.
NumberTextField(double) - Constructor for class sim.util.gui.NumberTextField: Creates a NumberTextField which does not display the belly button or arrows.
NumberTextField(String, double) - Constructor for class sim.util.gui.NumberTextField: Creates a NumberTextField which does not display the belly button or arrows.
NumberTextField(double, boolean) - Constructor for class sim.util.gui.NumberTextField: Creates a NumberTextField which (if doubleEachTime) doubles or halves the current value, or (if not doubleEachTime) increases or decreases by 1 each time.
NumberTextField(double, double, double) - Constructor for class sim.util.gui.NumberTextField: Creates a NumberTextField according to the provided parameters.
NumberTextField(String, double, boolean) - Constructor for class sim.util.gui.NumberTextField: Creates a NumberTextField with a provided label.
NumberTextField(String, double, double, double) - Constructor for class sim.util.gui.NumberTextField: Creates a NumberTextField with a provided label.
numObjectsAtLocation(Double2D) - Method in class sim.field.continuous.Continuous2D: Returns the number of the objects at a given location, or 0 if there are no such objects or if location is null.
numObjectsAtLocation(Double3D) - Method in class sim.field.continuous.Continuous3D: Returns the number of the objects at a given location, or 0 if there are no such objects or if location is null.
numObjectsAtLocation(int, int) - Method in class sim.field.grid.DenseGrid2D
numObjectsAtLocation(Int2D) - Method in class sim.field.grid.DenseGrid2D
numObjectsAtLocation(int, int, int) - Method in class sim.field.grid.DenseGrid3D
numObjectsAtLocation(Int3D) - Method in class sim.field.grid.DenseGrid3D
numObjectsAtLocation(int, int) - Method in class sim.field.grid.SparseGrid2D: Returns the number of objects stored in the grid at the given location.
numObjectsAtLocation(int, int, int) - Method in class sim.field.grid.SparseGrid3D: Returns the number of objects stored in the grid at the given location.
numObjectsAtLocation(Object) - Method in class sim.field.SparseField: Returns the number of objects at a given location.
numObjectsAtLocationOfObject(Object) - Method in class sim.field.continuous.Continuous2D: Returns the number of objects at the exact same location as a given object, including the object itself, or 0 if the object is not in the Field.
numObjectsAtLocationOfObject(Object) - Method in class sim.field.continuous.Continuous3D: Returns the number of objects at the exact same location as a given object, including the object itself, or 0 if the object is not in the Field.
numObjectsAtLocationOfObject(Object) - Method in class sim.field.SparseField: Returns the number of objects at the same location as a given object, including the object itself, or 0 if the object is not in the SparseField.
numObjs - Variable in class sim.util.Bag
numObjs - Variable in class sim.util.DoubleBag
numObjs - Variable in class sim.util.IntBag
numProperties() - Method in class sim.util.CollectionProperties
numProperties() - Method in class sim.util.Properties: Returns the number of properties discovered in the object.
numProperties() - Method in class sim.util.SimpleProperties: Returns the number of properties discovered
numShapes() - Method in class sim.portrayal3d.simple.BranchGroupPortrayal3D: Unused: returns 0 always.
numShapes() - Method in class sim.portrayal3d.simple.ConePortrayal3D
numShapes() - Method in class sim.portrayal3d.simple.CylinderPortrayal3D
numShapes() - Method in class sim.portrayal3d.simple.PrimitivePortrayal3D: Returns the number of shapes handled by this primitive or Shape3D.
numShapes() - Method in class sim.portrayal3d.simple.Shape3DPortrayal3D
numShapes() - Method in class sim.portrayal3d.simple.SpherePortrayal3D

O

object - Variable in class sim.portrayal.LocationWrapper: The ORIGINAL object
object - Variable in class sim.util.Properties
ObjectGrid2D - Class in sim.field.grid: A wrapper for 2D arrays of Objects.
ObjectGrid2D(int, int) - Constructor for class sim.field.grid.ObjectGrid2D
ObjectGrid2D(int, int, Object) - Constructor for class sim.field.grid.ObjectGrid2D
ObjectGrid2D(ObjectGrid2D) - Constructor for class sim.field.grid.ObjectGrid2D
ObjectGrid2D(Object[][]) - Constructor for class sim.field.grid.ObjectGrid2D
ObjectGrid3D - Class in sim.field.grid: A wrapper for 3D arrays of Objects.
ObjectGrid3D(int, int, int) - Constructor for class sim.field.grid.ObjectGrid3D
ObjectGrid3D(int, int, int, Object) - Constructor for class sim.field.grid.ObjectGrid3D
ObjectGrid3D(ObjectGrid3D) - Constructor for class sim.field.grid.ObjectGrid3D
ObjectGridPortrayal2D - Class in sim.portrayal.grid: A portrayal for grids containing objects, such as maybe agents or agent bodies.
ObjectGridPortrayal2D() - Constructor for class sim.portrayal.grid.ObjectGridPortrayal2D
ObjectGridPortrayal2D.Message - Class in sim.portrayal.grid
ObjectGridPortrayal2D.Message(String) - Constructor for class sim.portrayal.grid.ObjectGridPortrayal2D.Message
ObjectGridPortrayal3D - Class in sim.portrayal3d.grid: Portrays ObjectGrid2D and ObjectGrid3D in 3D space.
ObjectGridPortrayal3D() - Constructor for class sim.portrayal3d.grid.ObjectGridPortrayal3D
objectHash - Variable in class sim.field.SparseField: Bags of objects hashed by location.
objectsHitBy(Rectangle2D.Double) - Method in class sim.display.Display2D: Returns LocationWrappers for all the objects which fall within the coordinate rectangle specified by rect.
objectsHitBy(Point2D) - Method in class sim.display.Display2D: Returns LocationWrappers for all the objects which overlap with the point specified by 'point'.
objectToDraw(Bag, Bag) - Method in interface sim.portrayal.grid.DrawPolicy: Specifies objects which should be drawn at a given location, and which objects should not.
objs - Variable in class sim.util.Bag
objs - Variable in class sim.util.DoubleBag
objs - Variable in class sim.util.IntBag
offset - Variable in class sim.portrayal.simple.OrientedPortrayal2D: The post-scaling length offset
offset - Variable in class sim.portrayal.simple.OvalPortrayal2D
offsetx - Variable in class sim.portrayal.simple.LabelledPortrayal2D: The post-scaling offset from the object's origin.
offsety - Variable in class sim.portrayal.simple.LabelledPortrayal2D: The post-scaling offset from the object's origin.
ONLY_INDICATOR - Static variable in class sim.display.Console: Used in the 'simulation.classes' file to indicate that nonstandard classes may not be accessed.
onlyLabelWhenSelected - Variable in class sim.portrayal.simple.LabelledPortrayal2D
OPEN_HAND_CURSOR_P - Static variable in class sim.display.Display2D
optionButton - Variable in class sim.display.Display2D: The button which pops up the option pane
optionButton - Variable in class sim.display3d.Display3D: The button which pops up the option pane
optionPane - Variable in class sim.display.Display2D: Our option pane
optionPane - Variable in class sim.display3d.Display3D
OPTIONS_ICON - Static variable in class sim.display.Display2D
OPTIONS_ICON_P - Static variable in class sim.display.Display2D
Orientable2D - Interface in sim.portrayal: An Orientable2D object can have its orientation changed in radians.
orientation2D() - Method in interface sim.portrayal.Oriented2D
Oriented2D - Interface in sim.portrayal: An Oriented2D object provides an orientation in radians.
OrientedPortrayal2D - Class in sim.portrayal.simple: A wrapper for other Portrayal2Ds which provides some kind of pointing object (typically a line) along the object's specified orientation angle.
OrientedPortrayal2D(SimplePortrayal2D, int, double, Paint, int) - Constructor for class sim.portrayal.simple.OrientedPortrayal2D
OrientedPortrayal2D(SimplePortrayal2D, int, double, Paint) - Constructor for class sim.portrayal.simple.OrientedPortrayal2D: If child is null, then the underlying model object is presumed to be a Portrayal2D and will be used.
OrientedPortrayal2D(SimplePortrayal2D) - Constructor for class sim.portrayal.simple.OrientedPortrayal2D: Draw a line of length scale = 0.5, offset = 0, in red.
OrientedPortrayal2D(SimplePortrayal2D, int, double) - Constructor for class sim.portrayal.simple.OrientedPortrayal2D: Draw a line of the given length in red.
OrientedPortrayal2D(SimplePortrayal2D, Paint) - Constructor for class sim.portrayal.simple.OrientedPortrayal2D: Draw a line of length scale = 0.5, offset = 0.
out - Variable in class sim.field.network.Network.IndexOutIn: Bag containing outgoing edges of (leaving) the node
OvalPortrayal2D - Class in sim.portrayal.simple: A simple portrayal for 2D visualization of ovals.
OvalPortrayal2D() - Constructor for class sim.portrayal.simple.OvalPortrayal2D
OvalPortrayal2D(Paint) - Constructor for class sim.portrayal.simple.OvalPortrayal2D
OvalPortrayal2D(double) - Constructor for class sim.portrayal.simple.OvalPortrayal2D
OvalPortrayal2D(Paint, double) - Constructor for class sim.portrayal.simple.OvalPortrayal2D
OvalPortrayal2D(Paint, boolean) - Constructor for class sim.portrayal.simple.OvalPortrayal2D
OvalPortrayal2D(double, boolean) - Constructor for class sim.portrayal.simple.OvalPortrayal2D
OvalPortrayal2D(Paint, double, boolean) - Constructor for class sim.portrayal.simple.OvalPortrayal2D
owner() - Method in class sim.field.network.Edge: Returns the "owner" field.

P

p - Variable in class sim.util.distribution.Binomial
p - Variable in class sim.util.distribution.NegativeBinomial
p - Variable in class sim.util.distribution.Poisson
p0 - Variable in class sim.util.distribution.Poisson
P0 - Static variable in class sim.util.distribution.Probability: COEFFICIENTS FOR METHOD normalInverse() *
p1 - Variable in class sim.util.distribution.Poisson
P1 - Static variable in class sim.util.distribution.Probability
p1evl(double, double[], int) - Static method in class sim.util.distribution.Polynomial: Evaluates the given polynomial of degree N at x, assuming coefficient of N is 1.0.
p2 - Variable in class sim.util.distribution.Poisson
P2 - Static variable in class sim.util.distribution.Probability
p3 - Variable in class sim.util.distribution.Poisson
p4 - Variable in class sim.util.distribution.Poisson
p5 - Variable in class sim.util.distribution.Poisson
p6 - Variable in class sim.util.distribution.Poisson
paint(Graphics, boolean, boolean) - Method in class sim.display.Display2D.InnerDisplay2D: Paints an image to the screen either buffered or unbuffered.
paint - Variable in class sim.portrayal.simple.LabelledPortrayal2D: The Paint or Color of the text
paint - Variable in class sim.portrayal.simple.OrientedPortrayal2D: The Paint or Color of the line
paint - Variable in class sim.portrayal.simple.OvalPortrayal2D
paint - Variable in class sim.portrayal.simple.RectanglePortrayal2D
paint - Variable in class sim.portrayal.simple.ShapePortrayal2D
paintComponent(Graphics) - Method in class sim.display.Display2D.InnerDisplay2D: Swing's equivalent of paint(Graphics g).
paintComponent(Graphics, boolean) - Method in class sim.display.Display2D.InnerDisplay2D: Deprecated. use paintComponent() or paint(...)
paintComponent(Graphics) - Method in class sim.display3d.Display3D: Updates the scene graph
paintComponent(Graphics) - Method in class sim.util.gui.ColorWell
paintComponent(Graphics) - Method in class sim.util.gui.MiniHistogram
paintToMovie(Graphics) - Method in class sim.display.Display2D.InnerDisplay2D: Paints a movie, by drawing to a buffer, then encoding the buffer to disk, then optionally writing the buffer to the provided Graphics2D.
ParallelSequence - Class in sim.engine: Spawns all the sequence elements in parallel on separate threads.
ParallelSequence(Steppable[], int) - Constructor for class sim.engine.ParallelSequence: Creates an immutable ParallelSequence with the specified number of threads, or if threads==ParallelSequence.CPUS, then the number of threads is determined at runtime based on the number of CPUs or cores on the system, or if threads == ParallelSequence.STEPPABLES, then the number of threads is the size of the steps array passed in.
ParallelSequence(Steppable[]) - Constructor for class sim.engine.ParallelSequence: Creates an immutable ParallelSequence with one thread per steppable.
ParallelSequence(Collection, int) - Constructor for class sim.engine.ParallelSequence: Creates an immutable ParallelSequence with the specified number of threads, or if threads==ParallelSequence.CPUS, then the number of threads is determined at runtime based on the number of CPUs or cores on the system, or if threads == ParallelSequence.STEPPABLES, then the number of threads is the size of the collection passed in (and may change as the collection grows or shrinks).
ParallelSequence(Collection) - Constructor for class sim.engine.ParallelSequence: Creates an immutable ParallelSequence with one thread per steppable in the collection.
pause() - Method in class sim.engine.AsynchronousSteppable: Requests that the AsynchronousSteppable shut down its thread (temporarily) and blocks until this occurs.
pdf(double) - Method in class sim.util.distribution.Beta: Returns the cumulative distribution function.
pdf(int) - Method in class sim.util.distribution.Binomial: Returns the probability distribution function.
pdf(double) - Method in class sim.util.distribution.ChiSquare: Returns the probability distribution function.
pdf(double) - Method in class sim.util.distribution.Empirical: Returns the probability distribution function.
pdf(int) - Method in class sim.util.distribution.Empirical: Returns the probability distribution function.
pdf(int) - Method in class sim.util.distribution.EmpiricalWalker: Returns the probability distribution function.
pdf(double) - Method in class sim.util.distribution.Exponential: Returns the probability distribution function.
pdf(double) - Method in class sim.util.distribution.Gamma: Returns the probability distribution function.
pdf(int) - Method in class sim.util.distribution.HyperGeometric: Returns the probability distribution function.
pdf(int) - Method in class sim.util.distribution.NegativeBinomial: Returns the probability distribution function.
pdf(double) - Method in class sim.util.distribution.Normal: Returns the probability distribution function.
pdf(int) - Method in class sim.util.distribution.Poisson: Returns the probability distribution function.
pdf(double) - Method in class sim.util.distribution.StudentT: Returns the probability distribution function.
pdf(double) - Method in class sim.util.distribution.Uniform: Returns the probability distribution function (assuming a continous uniform distribution).
PDFEncoder - Class in sim.util.media
PDFEncoder() - Constructor for class sim.util.media.PDFEncoder
performSelection(LocationWrapper) - Method in class sim.display.Display2D: Selects the following object, deselecting other objects if so asked.
performSelection(Point2D) - Method in class sim.display.Display2D
performSelection(Rectangle2D.Double) - Method in class sim.display.Display2D
performSelection(Bag) - Method in class sim.display.Display2D
performSelection(LocationWrapper) - Method in interface sim.display.Manipulating2D: Selects the following object, deselecting other selected objects.
performSelection(LocationWrapper) - Method in class sim.display3d.Display3D
performSelection(Bag) - Method in class sim.display3d.Display3D
perpDot(Double2D) - Method in class sim.util.Double2D: 2D version of the cross product.
perpDot(MutableDouble2D) - Method in class sim.util.MutableDouble2D: 2D version of the cross product: returns the dot product of me rotated 90 degrees dotted against the other vector.
PieChartGenerator - Class in sim.util.media.chart: A ChartGenerator for Pie Charts.
PieChartGenerator() - Constructor for class sim.util.media.chart.PieChartGenerator
PieChartGenerator.UniqueString - Class in sim.util.media.chart
PieChartGenerator.UniqueString(String) - Constructor for class sim.util.media.chart.PieChartGenerator.UniqueString
PieChartSeriesAttributes - Class in sim.util.media.chart: A SeriesAttributes used for user control of pie chart series created with PieChartGenerator.
PieChartSeriesAttributes(ChartGenerator, String, int, double[], String[], SeriesChangeListener) - Constructor for class sim.util.media.chart.PieChartSeriesAttributes
pk - Variable in class sim.util.distribution.Zeta
pk_prev - Variable in class sim.util.distribution.Zeta
pm - Variable in class sim.util.distribution.Hyperbolic
pmr - Variable in class sim.util.distribution.Hyperbolic
pngEncode() - Method in class sim.util.media.PNGEncoder: Creates an array of bytes that is the PNG equivalent of the current image, specifying whether to encode alpha or not.
PNGEncoder - Class in sim.util.media: PNGEncoder takes a Java Image object and creates a byte string which can be saved as a PNG file.
PNGEncoder() - Constructor for class sim.util.media.PNGEncoder: Class constructor
PNGEncoder(Image) - Constructor for class sim.util.media.PNGEncoder: Class constructor specifying Image to encode, with no alpha channel encoding.
PNGEncoder(Image, boolean) - Constructor for class sim.util.media.PNGEncoder: Class constructor specifying Image to encode, and whether to encode alpha.
PNGEncoder(Image, boolean, int) - Constructor for class sim.util.media.PNGEncoder: Class constructor specifying Image to encode, whether to encode alpha, and filter to use.
PNGEncoder(Image, boolean, int, int) - Constructor for class sim.util.media.PNGEncoder: Class constructor specifying Image source to encode, whether to encode alpha, filter to use, and compression level.
poisson - Variable in class sim.util.distribution.NegativeBinomial
Poisson - Class in sim.util.distribution: Poisson distribution (quick); See the math definition and animated definition.
Poisson(double, MersenneTwisterFast) - Constructor for class sim.util.distribution.Poisson: Constructs a poisson distribution.
poisson(int, double) - Static method in class sim.util.distribution.Probability: Returns the sum of the first k terms of the Poisson distribution.
poissonComplemented(int, double) - Static method in class sim.util.distribution.Probability: Returns the sum of the terms k+1 to Infinity of the Poisson distribution.
PoissonSlow - Class in sim.util.distribution: Poisson distribution; See the math definition and animated definition.
PoissonSlow(double, MersenneTwisterFast) - Constructor for class sim.util.distribution.PoissonSlow: Constructs a poisson distribution.
polevl(double, double[], int) - Static method in class sim.util.distribution.Polynomial: Evaluates the given polynomial of degree N at x.
policy - Variable in class sim.portrayal.grid.DenseGridPortrayal2D
policy - Variable in class sim.portrayal.grid.SparseGridPortrayal2D
polygonAttributes() - Method in class sim.portrayal3d.FieldPortrayal3D
polygonAttributes() - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
polygonAttributes() - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
polygonAttributes() - Method in interface sim.portrayal3d.Portrayal3D: Provides a PolygonAttributes which can be modified to change the underlying model's attributes (culling, vertex versus point versus fill).
polygonAttributes() - Method in class sim.portrayal3d.simple.CircledPortrayal3D
polygonAttributes() - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
polygonAttributes() - Method in class sim.portrayal3d.simple.SharedPortrayal3D
polygonAttributes() - Method in class sim.portrayal3d.simple.SwitchedPortrayal3D
polygonAttributes() - Method in class sim.portrayal3d.simple.TransformedPortrayal3D
polygonAttributes() - Method in class sim.portrayal3d.simple.ValuePortrayal3D
polygonAttributes() - Method in class sim.portrayal3d.SimplePortrayal3D
Polynomial - Class in sim.util.distribution: Polynomial functions.
Polynomial() - Constructor for class sim.util.distribution.Polynomial: Makes this class non instantiable, but still let's others inherit from it.
pop() - Method in class sim.util.Bag: Returns null if the Bag is empty, else removes and returns the topmost object.
pop() - Method in class sim.util.DoubleBag: Returns 0 if the DoubleBag is empty, else removes and returns the topmost double.
pop() - Method in class sim.util.IntBag: Returns 0 if the IntBag is empty, else removes and returns the topmost int.
popup - Variable in class sim.display.Display2D: The popup layers menu
popup - Variable in class sim.display3d.Display3D: The popup layers menu
Portrayal - Interface in sim.portrayal: A common interface for portrayal classes.
Portrayal2D - Interface in sim.portrayal: The basic 2D portrayal interface.
Portrayal3D - Interface in sim.portrayal3d: The top-level definition of Portrayals which portray underlying models using, er, Java3D models.
portrayalForAll - Variable in class sim.portrayal.FieldPortrayal
portrayalForNonNull - Variable in class sim.portrayal.FieldPortrayal
portrayalForNull - Variable in class sim.portrayal.FieldPortrayal
portrayalForRemainder - Variable in class sim.portrayal.FieldPortrayal
portrayals - Variable in class sim.portrayal.FieldPortrayal
possiblyCull() - Method in class sim.util.media.chart.TimeSeriesAttributes
postCheckpoint() - Method in class sim.engine.SimState: Called just after the SimState was checkpointed (serialized out to a file to be unserialized and fired up at a future time).
postRender() - Method in class sim.display3d.CapturingCanvas3D
postSwap() - Method in class sim.display3d.CapturingCanvas3D
pp - Variable in class sim.util.distribution.Poisson
pr - Variable in class sim.util.distribution.Hyperbolic
preCheckpoint() - Method in class sim.engine.SimState: Called just before the SimState is being checkpointed (serialized out to a file to be unserialized and fired up at a future time).
precise - Variable in class sim.portrayal.DrawInfo2D
Prefs - Class in sim.display: A simple cover class for Java's preferences system.
Prefs() - Constructor for class sim.display.Prefs
pressPause() - Method in class sim.display.Console: Called when the user presses the pause button.
pressPause() - Method in class sim.display.SimpleController: Called when the user presses the pause button.
pressPlay() - Method in class sim.display.Console: Called when the user presses the play button.
pressPlay() - Method in class sim.display.SimpleController: Called when the user presses the play button.
pressStop() - Method in class sim.display.Console: Called when the user presses the stop button.
pressStop() - Method in class sim.display.SimpleController: Called when the user presses the stop button.
PrimitivePortrayal3D - Class in sim.portrayal3d.simple: An abstract superclass for portrayals involving Shape3D or various Primitive (sphere, cone, etc.) objects.
PrimitivePortrayal3D() - Constructor for class sim.portrayal3d.simple.PrimitivePortrayal3D
printStackTrace(PrintStream) - Method in exception sim.util.CausedRuntimeException: Deprecated.
printStackTrace(PrintWriter) - Method in exception sim.util.CausedRuntimeException: Deprecated.
printStackTrace() - Method in exception sim.util.CausedRuntimeException: Deprecated.
Probability - Class in sim.util.distribution: Custom tailored numerical integration of certain probability distributions.
Probability() - Constructor for class sim.util.distribution.Probability: Makes this class non instantiable, but still let's others inherit from it.
processStimulus(Enumeration) - Method in class sim.display3d.SelectionBehavior
processStimulus(Enumeration) - Method in class sim.display3d.ToolTipBehavior: Disregard all stimuli other than ...
Propertied - Interface in sim.util: A Propertied object is one which provides its own Properties rather than letting SimpleProperties scan the object statically.
properties() - Method in interface sim.util.Propertied: Returns my own Properties.
Properties - Class in sim.util: The abstract superclass of Property inspectors.
Properties() - Constructor for class sim.util.Properties
propertiesProxy() - Method in interface sim.util.Proxiable: Returns the proxy object to query for Properties instead of me.
propertyEnabled - Static variable in class sim.util.LocationLog
PropertyField - Class in sim.util.gui: A simple class designed to allow the user to modify a property in the form of a string, number, boolean value, or option.
PropertyField() - Constructor for class sim.util.gui.PropertyField: Constructs a PropertyField as just a writeable, empty text field.
PropertyField(String) - Constructor for class sim.util.gui.PropertyField: Constructs a PropertyField as a writeable text field with the provided initial value.
PropertyField(String, boolean) - Constructor for class sim.util.gui.PropertyField: Constructs a PropertyField as a text field with the provided initial value, either writeable or not.
PropertyField(String, String) - Constructor for class sim.util.gui.PropertyField: Constructs a labelled PropertyField as a writeable text field with the provided initial value.
PropertyField(String, String, boolean) - Constructor for class sim.util.gui.PropertyField: Constructs a labelled PropertyField as a text field with the provided initial value, either writeable or not.
PropertyField(String, String, boolean, Object, int) - Constructor for class sim.util.gui.PropertyField: Constructs a PropertyField with an optional label, an initial value, a "writeable" flag, an optional domain (for the slider and list options), and a display form (checkboxes, view buttons, text fields, sliders, or lists).
Proxiable - Interface in sim.util: A proxiable object is one which provides SimpleProperties with a proxy to stand in for it; that is, to have the proxy's properties inspected instead of the object itself.
PS_PAUSED - Static variable in class sim.display.Console: The play thread is presently paused.
PS_PAUSED - Static variable in class sim.display.SimpleController: The play thread is presently paused.
PS_PLAYING - Static variable in class sim.display.Console: The play thread is presently playing.
PS_PLAYING - Static variable in class sim.display.SimpleController: The play thread is presently playing.
PS_STOPPED - Static variable in class sim.display.Console: The play thread is presently stopped.
PS_STOPPED - Static variable in class sim.display.SimpleController: The play thread is presently stopped.
push(Object) - Method in class sim.util.Bag: Synonym for add(obj) -- stylistically, you should add instead unless you want to think of the Bag as a stack.
push(double) - Method in class sim.util.DoubleBag: Synonym for add(obj) -- try to use add instead unless you want to think of the DoubleBag as a stack.
push(int) - Method in class sim.util.IntBag: Synonym for add(obj) -- try to use add instead unless you want to think of the IntBag as a stack.

Q

q - Variable in class sim.util.distribution.Poisson
Q0 - Static variable in class sim.util.distribution.Probability
Q1 - Static variable in class sim.util.distribution.Probability
Q2 - Static variable in class sim.util.distribution.Probability
QuadPortrayal - Class in sim.portrayal3d.grid.quad: A QuadPortrayal is the abstract superclass of objects which describe how rectangles in a in a ValueGrid2DPortrayal3D are associated with the underlying ValueGrid2D.
QuadPortrayal(ColorMap, double) - Constructor for class sim.portrayal3d.grid.quad.QuadPortrayal
QuadPortrayal.DoubleFilter - Class in sim.portrayal3d.grid.quad
QuadPortrayal.DoubleFilter(LocationWrapper) - Constructor for class sim.portrayal3d.grid.quad.QuadPortrayal.DoubleFilter
QuadPortrayal.Filter - Class in sim.portrayal3d.grid.quad
QuadPortrayal.Filter(LocationWrapper) - Constructor for class sim.portrayal3d.grid.quad.QuadPortrayal.Filter
QuadPortrayal.IntFilter - Class in sim.portrayal3d.grid.quad
QuadPortrayal.IntFilter(LocationWrapper) - Constructor for class sim.portrayal3d.grid.quad.QuadPortrayal.IntFilter
QuadPortrayal.ObjectFilter - Class in sim.portrayal3d.grid.quad
QuadPortrayal.ObjectFilter(LocationWrapper) - Constructor for class sim.portrayal3d.grid.quad.QuadPortrayal.ObjectFilter
queue - Variable in class sim.engine.Schedule: The Schedule's queue.
quit() - Method in class sim.display.Display2D: Quits the Display2D.
quit() - Method in class sim.display.GUIState: Called by the Console when the user is quitting the SimState.
quit() - Method in class sim.display3d.Display3D: Quits the Display3D.
quit() - Method in class sim.util.media.chart.ChartGenerator: Prepares the chart to be garbage collected.

R

r1 - Variable in class sim.util.distribution.Poisson
r2 - Variable in class sim.util.distribution.Poisson
r4 - Variable in class sim.util.distribution.Poisson
r5 - Variable in class sim.util.distribution.Poisson
random - Variable in class sim.engine.SimState: The SimState's random number generator
randomGenerator - Variable in class sim.util.distribution.AbstractDistribution
RandomSequence - Class in sim.engine: RandomSequence is a Sequence which executes its Steppable objects in random order each time.
RandomSequence(Steppable[]) - Constructor for class sim.engine.RandomSequence: Creates an immutable RandomSequence.
RandomSequence(Steppable[], boolean) - Constructor for class sim.engine.RandomSequence: Creates an immutable RandomSequence.
RandomSequence(Collection) - Constructor for class sim.engine.RandomSequence: Creates an immutable RandomSequence.
RandomSequence(Collection, boolean) - Constructor for class sim.engine.RandomSequence: Creates an immutable RandomSequence.
RateAdjuster - Class in sim.display: A simple class which maintains a frame rate fixed to no more than a given number of ticks per second.
RateAdjuster(double) - Constructor for class sim.display.RateAdjuster
readFromCheckpoint(File) - Static method in class sim.engine.SimState: Creates a SimState from checkpoint.
readFromCheckpoint(InputStream) - Static method in class sim.engine.SimState: Creates and returns a new SimState object read in from the provided stream.
readNewStateFromCheckpoint(File) - Method in class sim.display.GUIState: Loads a new SimState from the provided file.
readState(DataInputStream) - Method in class ec.util.MersenneTwisterFast: Reads the entire state of the MersenneTwister RNG from the stream
rebuildGraphicsDefinitions() - Method in class sim.util.media.chart.HistogramSeriesAttributes
rebuildGraphicsDefinitions() - Method in class sim.util.media.chart.PieChartSeriesAttributes
rebuildGraphicsDefinitions() - Method in class sim.util.media.chart.ScatterPlotSeriesAttributes
rebuildGraphicsDefinitions() - Method in class sim.util.media.chart.SeriesAttributes: Updates features of the series to reflect the current widget settings as specified by the user.
rebuildGraphicsDefinitions() - Method in class sim.util.media.chart.TimeSeriesAttributes
rebuildRefreshPopup() - Method in class sim.display.Display2D
rebuildRefreshPopup() - Method in class sim.display3d.Display3D
rebuildSkipFrame() - Method in class sim.display.Display2D
rebuildSkipFrame() - Method in class sim.display3d.Display3D
RectanglePortrayal2D - Class in sim.portrayal.simple: A simple portrayal for 2D visualization of rectangles.
RectanglePortrayal2D() - Constructor for class sim.portrayal.simple.RectanglePortrayal2D
RectanglePortrayal2D(Paint) - Constructor for class sim.portrayal.simple.RectanglePortrayal2D
RectanglePortrayal2D(double) - Constructor for class sim.portrayal.simple.RectanglePortrayal2D
RectanglePortrayal2D(Paint, double) - Constructor for class sim.portrayal.simple.RectanglePortrayal2D
RectanglePortrayal2D(Paint, boolean) - Constructor for class sim.portrayal.simple.RectanglePortrayal2D
RectanglePortrayal2D(double, boolean) - Constructor for class sim.portrayal.simple.RectanglePortrayal2D
RectanglePortrayal2D(Paint, double, boolean) - Constructor for class sim.portrayal.simple.RectanglePortrayal2D
REDRAW_OPTIONS - Static variable in class sim.display.Display2D
refresh() - Method in class sim.display.Console
refresh() - Method in interface sim.display.Controller: Lazily updates and redraws all the displays and inspectors.
refresh() - Method in class sim.display.SimpleController
REFRESH_ICON - Static variable in class sim.display.Display2D
REFRESH_ICON_P - Static variable in class sim.display.Display2D
refreshbutton - Variable in class sim.display.Display2D: The button which pops up the refresh menu
refreshbutton - Variable in class sim.display3d.Display3D: The button which pops up the refresh menu
refreshPopup - Variable in class sim.display.Display2D: The refresh menu
refreshPopup - Variable in class sim.display3d.Display3D: The field for scaling values
registerFrame(JFrame) - Method in class sim.display.Console: Simulations can call this to add a frame to be listed in the "Display list" of the console
registerFrame(JFrame) - Method in interface sim.display.Controller: Simulations can call this to add a frame to be listed in the "Display list" of the Controller.
registerFrame(JFrame) - Method in class sim.display.SimpleController: Simulations can call this to add a frame to be listed in the "Display list" of the console
registerInspector(Inspector, Stoppable) - Method in class sim.display.Console: Registers an inspector to be Stopped if necessary in the future.
registerInspector(Inspector, Stoppable) - Method in interface sim.display.Controller: Registers an inspector to be refreshed as appropriate and stopped when the model is restarted.
registerInspector(Inspector, Stoppable) - Method in class sim.display.SimpleController: Registers an inspector to be Stopped if necessary in the future.
remove(Object) - Method in class sim.field.continuous.Continuous2D
remove(Object) - Method in class sim.field.continuous.Continuous3D
remove(Object) - Method in class sim.field.SparseField: Removes an object if it exists.
remove(Object) - Method in class sim.util.Bag: Removes the object, moving the topmost object into its position.
remove(int) - Method in class sim.util.Bag: Removes the object at the given index, moving the topmost object into its position.
remove(int) - Method in class sim.util.DoubleBag: Removes the double at the given index, moving the topmost double into its position.
remove(int) - Method in class sim.util.IntBag: Removes the int at the given index, moving the topmost int into its position.
removeAll(Collection) - Method in class sim.util.Bag
removeAllEdges() - Method in class sim.field.network.Network: Remove all the edges in the network.
removeAllInspectors(boolean) - Method in class sim.display.Console: Stops and removes all inspectors.
removeAllInspectors(boolean) - Method in class sim.display.SimpleController: Stops and removes all inspectors.
removeAllNodes() - Method in class sim.field.network.Network: Synonym for clear(), here only for backward-compatibility.
removeAllSeries() - Method in class sim.util.media.chart.ChartGenerator: Deletes all series from the chart.
removeAppPreferences(GUIState, String) - Static method in class sim.display.Prefs: Deletes certain app-specific preferences for MASON, with the given additional prefix as a namespace.
removeEdge(Edge) - Method in class sim.field.network.Network: Removes an edge and returns it.
removeEmptyBags - Variable in class sim.field.grid.DenseGrid2D: Should we remove bags in the field if they have been emptied, and let them GC, or should we keep them around?
removeEmptyBags - Variable in class sim.field.grid.DenseGrid3D: Should we remove bags in the field if they have been emptied, and let them GC, or should we keep them around?
removeEmptyBags - Variable in class sim.field.SparseField: Should we remove bags in the field if they have been emptied, and let them GC, or should we keep them around? This doesn't include the allObjects bag.
removeFromAsynchronousRegistry(AsynchronousSteppable) - Method in class sim.engine.SimState: Unregisters an AsynchronousSteppable from the asynchronous registry.
removeGlobalAttribute(int) - Method in class sim.util.media.chart.ChartGenerator: Remooves the global attribute at the given index and returns it.
removeGlobalPreferences(String) - Static method in class sim.display.Prefs: Deletes certain global preferences for MASON, with the given additional prefix as a namespace.
removeListeners() - Method in class sim.display.Display2D.InnerDisplay2D: Deprecated. Use Display2D.removeListeners instead.
removeListeners() - Method in class sim.display.Display2D: Removes all mouse listeners, mouse motion listeners, and Key listeners from this component.
removeMultiply(Object) - Method in class sim.util.Bag: Removes multiple instantiations of an object
removeNode(Object) - Method in class sim.field.network.Network: Removes a node, deleting all incoming and outgoing edges from the Field as well.
removeNondestructively(int) - Method in class sim.util.Bag: Removes the object at the given index, shifting the other objects down.
removeNondestructively(Object) - Method in class sim.util.Bag: Removes the object, shifting the other objects down.
removeNondestructively(int) - Method in class sim.util.DoubleBag: Removes the double at the given index, shifting the other doubles down.
removeNondestructively(int) - Method in class sim.util.IntBag: Removes the int at the given index, shifting the other ints down.
removeObjectAtLocation(Object, int, int) - Method in class sim.field.grid.DenseGrid2D
removeObjectAtLocation(Object, Int2D) - Method in class sim.field.grid.DenseGrid2D
removeObjectAtLocation(Object, int, int, int) - Method in class sim.field.grid.DenseGrid3D
removeObjectAtLocation(Object, Int3D) - Method in class sim.field.grid.DenseGrid3D
removeObjectMultiplyAtLocation(Object, int, int) - Method in class sim.field.grid.DenseGrid2D
removeObjectMultiplyAtLocation(Object, Int2D) - Method in class sim.field.grid.DenseGrid2D
removeObjectMultiplyAtLocation(Object, int, int, int) - Method in class sim.field.grid.DenseGrid3D
removeObjectMultiplyAtLocation(Object, Int3D) - Method in class sim.field.grid.DenseGrid3D
removeObjectsAtLocation(Double2D) - Method in class sim.field.continuous.Continuous2D: Removes objects at exactly the given location, and returns a bag of them, or null of no objects are at that location.
removeObjectsAtLocation(Double3D) - Method in class sim.field.continuous.Continuous3D: Removes objects at exactly the given location, and returns a bag of them, or null of no objects are at that location.
removeObjectsAtLocation(int, int) - Method in class sim.field.grid.DenseGrid2D: Removes all the objects stored at the given location and returns them as a Bag (which you are free to modify).
removeObjectsAtLocation(Int2D) - Method in class sim.field.grid.DenseGrid2D: Removes all the objects stored at the given location and returns them as a Bag (which you are free to modify).
removeObjectsAtLocation(int, int, int) - Method in class sim.field.grid.DenseGrid3D: Removes all the objects stored at the given location and returns them as a Bag (which you are free to modify).
removeObjectsAtLocation(Int3D) - Method in class sim.field.grid.DenseGrid3D: Removes all the objects stored at the given location and returns them as a Bag (which you are free to modify).
removeObjectsAtLocation(int, int) - Method in class sim.field.grid.SparseGrid2D: Removes all the objects stored at the given location and returns them as a Bag (which you are free to modify).
removeObjectsAtLocation(int, int, int) - Method in class sim.field.grid.SparseGrid3D: Removes all the objects stored at the given location and returns them as a Bag (which you are free to modify).
removeObjectsAtLocation(Object) - Method in class sim.field.SparseField: Removes objects at the given location, and returns a bag of them, or null of no objects are at that location.
removeOrigin(int, int, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid2D
removeOrigin(int, int, int, IntBag, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid3D
removeOrigin(int, int, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D
removeOrigin(int, int, int, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
removeOriginToroidal(int, int, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid2D
removeOriginToroidal(int, int, int, IntBag, IntBag, IntBag) - Method in class sim.field.grid.AbstractGrid3D
removeOriginToroidal(int, int, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid2D
removeOriginToroidal(int, int, int, IntBag, IntBag, IntBag) - Method in class sim.field.grid.SparseGrid3D
removeSeries(int) - Method in class sim.util.media.chart.ChartGenerator: Override this to remove a series from the chart.
removeSeries(int) - Method in class sim.util.media.chart.HistogramGenerator
removeSeries(int) - Method in class sim.util.media.chart.PieChartGenerator
removeSeries(int) - Method in class sim.util.media.chart.ScatterPlotGenerator
removeSeries(int) - Method in class sim.util.media.chart.TimeSeriesChartGenerator
removeSteppable(Steppable) - Method in class sim.engine.Sequence: Requests that the provided Steppable be removed from the Sequence prior to the next step() call.
removeSteppables(Steppable[]) - Method in class sim.engine.Sequence: Requests that the provided Steppables be removed from the Sequence prior to the next step() call.
removeSteppables(Collection) - Method in class sim.engine.Sequence: Requests that the provided Steppables be removed from the Sequence prior to the next step() call.
Repeat - Class in sim.engine: Repeat is an abstract Steppable and Stoppable which generalizes the notion of repeated Steppables.
Repeat(Steppable, int) - Constructor for class sim.engine.Repeat
replaceLargeBags - Variable in class sim.field.grid.DenseGrid2D: When a bag drops to one quarter capacity, should we replace it with a new bag?
replaceLargeBags - Variable in class sim.field.grid.DenseGrid3D: When a bag drops to one quarter capacity, should we replace it with a new bag?
replaceLargeBags - Variable in class sim.field.SparseField: When a bag drops to one quarter capacity, should we replace it with a new bag? This doesn't include the allObjects bag.
REPLACEMENT_BAG_RATIO - Static variable in class sim.field.grid.DenseGrid2D: A bag to be replaced will be shrunk to this ratio if replaceLargeBags is true
REPLACEMENT_BAG_RATIO - Static variable in class sim.field.grid.DenseGrid3D: A bag to be replaced will be shrunk to this ratio if replaceLargeBags is true
REPLACEMENT_BAG_RATIO - Static variable in class sim.field.SparseField: A bag to be replaced will be shrunk to this ratio if replaceLargeBags is true
replaceSteppables(Collection) - Method in class sim.engine.Sequence: Requests that the provided Steppables replace the existing Steppables in the internal array prior to the next step() call.
replaceSteppables(Steppable[]) - Method in class sim.engine.Sequence: Requests that the provided Steppables replace the existing Steppables in the internal array prior to the next step() call.
reset() - Method in class sim.display.Display2D: Resets the Display2D so it reschedules itself and clears out all selections.
reset() - Method in class sim.display3d.Display3D: Resets the Display3D so it reschedules itself.
reset() - Method in class sim.engine.Schedule: Empties out the schedule and resets it to a pristine state BEFORE_SIMULATION, with steps = 0.
reset(boolean) - Method in class sim.field.network.Network: Resets the network, clearing it of nodes and edges.
reset() - Method in class sim.portrayal.FieldPortrayal: Deprecated. Use setDirtyField(false);
reset() - Method in class sim.portrayal.grid.FastHexaObjectGridPortrayal2D: Deprecated. Resets the underlying FastHexaValueGridPortrayal2D.
reset() - Method in class sim.portrayal.grid.FastObjectGridPortrayal2D: Deprecated. Use setDirtyField(false); Resets the underlying FastValueGridPortrayal2D.
resetCountdown() - Method in class sim.engine.MultiStep: If we're counting down, then this resets the countdown.
resetCountdown(int) - Method in class sim.engine.MultiStep: If we're counting down, then this resets the countdown to the given value, which should be > 0 and <= n.
resetQueues() - Method in class sim.display.GUIState: Don't call this unless you know what you're doing.
resetTransform() - Method in class sim.display3d.Display3D: Resets the global model transform to its default value (identity).
resetTransform() - Method in class sim.portrayal3d.FieldPortrayal3D: Resets the internal transform to the value of getDefaultTransform()
resetTransform() - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Resets the internal transform to the value of getDefaultTransform()
resize(int) - Method in class sim.util.Bag: Resizes the internal array to at least the requested size.
resize(double) - Method in class sim.util.Double2D: Scales the vector to length "dist".
resize(double) - Method in class sim.util.Double3D: Scales the vector to length "dist".
resize(int) - Method in class sim.util.DoubleBag
resize(int) - Method in class sim.util.IntBag
resize(double) - Method in class sim.util.MutableDouble2D: Sets my length, which should be >= 0.
resize(double) - Method in class sim.util.MutableDouble3D: Sets my length, which should be >= 0.
resume() - Method in class sim.engine.AsynchronousSteppable: Fires up the AsynchronousSteppable after a pause().
retainAll(Collection) - Method in class sim.util.Bag
reverse() - Method in class sim.util.Bag: Reverses order of the elements in the Bag
reverse() - Method in class sim.util.DoubleBag: Reverses order of the elements in the DoubleBag
reverse() - Method in class sim.util.IntBag: Reverses order of the elements in the IntBag
reverseAllEdges() - Method in class sim.field.network.Network: This reverse the direction of all edges in the graph.
reviseColor(Color, double) - Method in class sim.util.media.chart.SeriesAttributes: Given an opaque color and a desired opacity (from 0.0 to 1.0), returns a new color of the same tint but with the given opacity.
reviseStopper(Stoppable) - Method in class sim.portrayal.Inspector: Gives the user a chance to wrap the Inspector's stopper in a larger stopper, which will then get registered with the Inspector; this larger stopper is also what is passed into Inspector.createFrame(...).
rint() - Method in class sim.field.grid.DoubleGrid2D: Sets each value in the grid to rint(value).
rint() - Method in class sim.field.grid.DoubleGrid3D: Sets each value in the grid to rint(value).
ro - Variable in class sim.util.distribution.Zeta
ro_prev - Variable in class sim.util.distribution.Zeta
root - Variable in class sim.display3d.Display3D: The root scene graph node in the Java3D universe.
rotate(double) - Method in class sim.util.Double2D: Rotates the Double2D by theta radians
rotate(double) - Method in class sim.util.MutableDouble2D: Rotates me by theta radians, returning me.
rotateX(double) - Method in class sim.display3d.Display3D: Modifies the global model transform by rotating along the current X axis the provided number of degrees.
rotateX(double) - Method in class sim.portrayal3d.FieldPortrayal3D: Modifies the internal transform by rotating along the current X axis the provided number of degrees.
rotateX(double) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Modifies the internal transform by rotating along the current X axis the provided number of degrees.
rotateY(double) - Method in class sim.display3d.Display3D: Modifies the global model transform by rotating along the current Y axis the provided number of degrees.
rotateY(double) - Method in class sim.portrayal3d.FieldPortrayal3D: Modifies the internal transform by rotating along the current Y axis the provided number of degrees.
rotateY(double) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Modifies the internal transform by rotating along the current Y axis the provided number of degrees.
rotateZ(double) - Method in class sim.display3d.Display3D: Modifies the global model transform by rotating along the current Z axis the provided number of degrees.
rotateZ(double) - Method in class sim.portrayal3d.FieldPortrayal3D: Modifies the internal transform by rotating along the current Z axis the provided number of degrees.
rotateZ(double) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Modifies the internal transform by rotating along the current Z axis the provided number of degrees.
run(boolean) - Method in class sim.engine.AsynchronousSteppable: This method should enter the parallel thread's loop.

S

s - Variable in class sim.util.distribution.Hyperbolic
samb - Variable in class sim.util.distribution.Hyperbolic
save(Preferences) - Static method in class sim.display.Prefs: Saves a given Preferences.
savePreferences(Preferences) - Method in class sim.display3d.Display3D.OptionPane3D: Saves the Option Pane Preferences to a given Preferences Node
Scalable2D - Interface in sim.portrayal: A Scalable2D object provides a scale, and can have the same changed.
scale(double) - Method in class sim.display3d.Display3D: Modifies the global model transform by uniformly scaling it in all directions by the provided amount.
scale(double, double, double) - Method in class sim.display3d.Display3D: Modifies the internal transform by scaling it in a nonuniform fashion.
scale - Variable in class sim.portrayal.simple.OrientedPortrayal2D: The pre-scaling length
scale - Variable in class sim.portrayal.simple.OvalPortrayal2D
scale - Variable in class sim.portrayal.simple.RectanglePortrayal2D
scale - Variable in class sim.portrayal.simple.ShapePortrayal2D
scale(double) - Method in class sim.portrayal3d.FieldPortrayal3D: Modifies the internal transform by uniformly scaling it in all directions by the provided amount.
scale(double, double, double) - Method in class sim.portrayal3d.FieldPortrayal3D: Modifies the internal transform by scaling it in a nonuniform fashion.
scale(double) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Modifies the internal transform by uniformly scaling it in all directions by the provided amount.
scale(double, double, double) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Modifies the internal transform by scaling it in a nonuniform fashion.
SCALE_WHEN_SMALLER - Static variable in class sim.portrayal.network.SimpleEdgePortrayal2D
SCALE_WHEN_SMALLER - Static variable in class sim.portrayal.simple.LabelledPortrayal2D
scaleField - Variable in class sim.display.Display2D: The field for scaling values
scaleField - Variable in class sim.display3d.Display3D: The button which starts or stops a movie
scalex - Variable in class sim.portrayal.simple.LabelledPortrayal2D: The pre-scaling offset from the object's origin.
scaley - Variable in class sim.portrayal.simple.LabelledPortrayal2D: The pre-scaling offset from the object's origin.
ScatterPlotGenerator - Class in sim.util.media.chart
ScatterPlotGenerator() - Constructor for class sim.util.media.chart.ScatterPlotGenerator
ScatterPlotSeriesAttributes - Class in sim.util.media.chart
ScatterPlotSeriesAttributes(ChartGenerator, String, int, double[][], SeriesChangeListener) - Constructor for class sim.util.media.chart.ScatterPlotSeriesAttributes: Produces a ScatterPlotSeriesAttributes object with the given generator, series name, series index, and desire to display margin options.
sceneGraphCreated() - Method in class sim.display3d.Display3D: A hook for people who want to modify the scene graph just after it's been created (when the user pressed the start button usually; or if the user dynamicallly attaches or detaches portrayals) but before the root has been attached to the universe and before the canvas has started rendering.
Schedule - Class in sim.engine: Schedule defines a threadsafe scheduling queue in which events can be scheduled to occur at future time.
Schedule() - Constructor for class sim.engine.Schedule: Creates a Schedule.
schedule - Variable in class sim.engine.SimState: SimState's schedule
Schedule.Key - Class in sim.engine: Timestamps stored as keys in the heap.
Schedule.Key(double, int) - Constructor for class sim.engine.Schedule.Key
scheduleAtEnd(Steppable) - Method in class sim.display.GUIState: Schedules an item to occur when the user stops the simulator (when the stop() method is executed), when it stops on its own accord, or when the user has load()ed another simulation to replace it.
scheduleAtExtreme(Steppable, boolean) - Method in class sim.display.GUIState: Deprecated. use scheduleAtStart and scheduleAtEnd instead
scheduleAtStart(Steppable) - Method in class sim.display.GUIState: Schedules an item to occur when the user starts the simulator (when the start() method is executed) or loads one (when load() is executed).
scheduleComplete() - Method in class sim.engine.Schedule: Returns true if the schedule has nothing left to do.
scheduleImmediate(boolean, Steppable) - Method in class sim.display.GUIState: Deprecated. use scheduleImmediatelyBefore and scheduleImmediatelyAfter instead
scheduleImmediatelyAfter(Steppable) - Method in class sim.display.GUIState: Schedules an item to occur (in no particular order) immediately after the schedule is stepped on the next time step (not including blank steps).
scheduleImmediatelyBefore(Steppable) - Method in class sim.display.GUIState: Schedules an item to occur (in no particular order) immediately before the schedule is stepped on the next time step (not including blank steps).
scheduleImmediateRepeat(boolean, Steppable) - Method in class sim.display.GUIState: Deprecated. use scheduleRepeatingImmediatelyBefore and scheduleRepeatingImmediatelyAfter instead
scheduleOnce(Steppable) - Method in class sim.engine.Schedule: Schedules the event to occur at getTime() + 1.0, 0 ordering.
scheduleOnce(Steppable, int) - Method in class sim.engine.Schedule: Schedules the event to occur at getTime() + 1.0, and in the ordering provided.
scheduleOnce(double, Steppable) - Method in class sim.engine.Schedule: Schedules the event to occur at the provided time, 0 ordering.
scheduleOnce(double, int, Steppable) - Method in class sim.engine.Schedule: Schedules the event to occur at the provided time, and in the ordering provided.
scheduleOnce(Schedule.Key, Steppable) - Method in class sim.engine.Schedule: Schedules an item.
scheduleOnceIn(double, Steppable) - Method in class sim.engine.Schedule: Schedules the event to occur at getTime() + delta, 0 ordering.
scheduleOnceIn(double, Steppable, int) - Method in class sim.engine.Schedule: Schedules the event to occur at getTime() + delta, and in the ordering provided.
scheduleRepeating(Steppable) - Method in class sim.engine.Schedule: Schedules the event to recur at an interval of 1.0 starting at getTime() + 1.0, and at 0 ordering.
scheduleRepeating(Steppable, double) - Method in class sim.engine.Schedule: Schedules the event to recur at the specified interval starting at getTime() + interval, and at 0 ordering.
scheduleRepeating(Steppable, int, double) - Method in class sim.engine.Schedule: Schedules the event to recur at the specified interval starting at getTime() + interval, and at the provided ordering.
scheduleRepeating(double, Steppable) - Method in class sim.engine.Schedule: Schedules the event to recur at the specified interval starting at the provided time, and at 0 ordering.
scheduleRepeating(double, Steppable, double) - Method in class sim.engine.Schedule: Schedules the event to recur at the specified interval starting at the provided time, in ordering 0.
scheduleRepeating(double, int, Steppable) - Method in class sim.engine.Schedule: Schedules the event to recur at an interval of 1.0 starting at the provided time, and in the ordering provided.
scheduleRepeating(double, int, Steppable, double) - Method in class sim.engine.Schedule: Schedules the event to recur at the specified interval starting at the provided time, and in the ordering provided.
scheduleRepeatingImmediatelyAfter(Steppable) - Method in class sim.display.GUIState: Schedules an item to occur (in no particular order) immediately after all future steps the Schedule takes (not including blank steps).
scheduleRepeatingImmediatelyBefore(Steppable) - Method in class sim.display.GUIState: Schedules an item to occur (in no particular order) immediately before all future steps the Schedule takes (not including blank steps).
seal() - Method in class sim.engine.Schedule: Seals the schedule: after a schedule is sealed, no further Steppables may be scheduled on it.
sealed - Variable in class sim.engine.Schedule: Whether the schedule is sealed, as returned by isSealed().
secondPoint - Variable in class sim.portrayal.network.EdgeDrawInfo2D: A pre-scaled point to draw to.
seed() - Method in class sim.engine.SimState: Returns the seed set by the doLoop(...) facility and by the constructor.
selected - Variable in class sim.portrayal.DrawInfo2D
SELECTION_MODE_MULTI - Static variable in class sim.display.Display2D
SELECTION_MODE_SINGLE - Static variable in class sim.display.Display2D
SelectionBehavior - Class in sim.display3d: A behavior added to Display3Ds which enables Portrayal3Ds to be selected (via Java3D picking).
SelectionBehavior(Canvas3D, BranchGroup, Bounds, GUIState) - Constructor for class sim.display3d.SelectionBehavior
Sequence - Class in sim.engine: Sequence is Steppable which holds an array of Steppables.
Sequence(Steppable[]) - Constructor for class sim.engine.Sequence
Sequence(Collection) - Constructor for class sim.engine.Sequence
seriesAttributes - Variable in class sim.util.media.chart.ChartGenerator: A holder for series attributes components
SeriesAttributes - Class in sim.util.media.chart: The superclass for the series-attributes widgets used by subclasses of ChartGenerator to let the user control individual series' features.
SeriesAttributes(ChartGenerator, String, int, SeriesChangeListener) - Constructor for class sim.util.media.chart.SeriesAttributes: Builds a SeriesAttributes with the provided generator, name for the series, and index for the series.
set(int, int, double) - Method in class sim.field.grid.DoubleGrid2D: Sets location (x,y) to val
set(int, int, int, double) - Method in class sim.field.grid.DoubleGrid3D: Sets location (x,y,z) to val
set(int, int, int) - Method in class sim.field.grid.IntGrid2D: Sets location (x,y) to val
set(int, int, int, int) - Method in class sim.field.grid.IntGrid3D: Sets location (x,y) to val
set(int, int, Object) - Method in class sim.field.grid.ObjectGrid2D: Sets location (x,y) to val
set(int, int, int, Object) - Method in class sim.field.grid.ObjectGrid3D
set(int, Object) - Method in class sim.util.Bag
set(int, double) - Method in class sim.util.DoubleBag
set(int, int) - Method in class sim.util.IntBag
set(Steppable) - Static method in class sim.util.LocationLog
setAbridgedComponent(Component) - Method in class sim.util.gui.DisclosurePanel
setAdjustsThickness(boolean) - Method in class sim.portrayal.network.SimpleEdgePortrayal2D
setAppearance(TransformGroup, Appearance) - Method in class sim.portrayal3d.simple.PrimitivePortrayal3D: Sets the Appearance of the portrayal.
setAppearanceFlags(Appearance) - Static method in class sim.portrayal3d.SimplePortrayal3D: Sets a variety of flags on an Appearance so that its features can be modified when the scene is live.
setAuxiliaryField(SparseField2D) - Method in class sim.portrayal.network.SpatialNetwork2D
setAuxillaryField(SparseField2D) - Method in class sim.portrayal.network.SpatialNetwork2D
setAxes(Paint) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D: If you provide a Paint, a thin frame of this paint will be drawn around the (0,0,width,height) space of the field.
setBackdrop(Paint) - Method in class sim.display.Display2D: Specify the backdrop color or other paint.
setBackdrop(Appearance) - Method in class sim.display3d.Display3D: Sets a general appearance for a spherical backdrop, turns on the backdrop checkbox, and enables the backdrop checkbox.
setBackdrop(Color) - Method in class sim.display3d.Display3D: Sets the color for a flat backdrop, turns on the backdrop checkbox, and enables the backdrop checkbox.
setBackdrop(Image, boolean) - Method in class sim.display3d.Display3D: Sets the image for a backdrop (spherical or flat), turns on the backdrop checkbox, and enables the backdrop checkbox
setBaseWidth(double) - Method in class sim.portrayal.network.SimpleEdgePortrayal2D: Sets the width of the base of the triangle used in drawing the directed edge -- by default, this is 0 (a simple line is drawn).
setBucketLabels(String[]) - Method in class sim.util.gui.MiniHistogram: Sets labels for the buckets provided in setBuckets.
setBuckets(double[]) - Method in class sim.util.gui.MiniHistogram: Sets the displayed bucket array.
setBucketsAndLabels(double[], String[]) - Method in class sim.util.gui.MiniHistogram
setBuffering(int) - Method in class sim.portrayal.FieldPortrayal2D: Sets whether or not the FieldPortrayal2D will use a buffering "trick" to draw quickly.
setBuffering(int) - Method in class sim.portrayal.grid.FastHexaObjectGridPortrayal2D
setBuffering(int) - Method in class sim.portrayal.grid.FastObjectGridPortrayal2D
setCanShowToolTips(boolean) - Method in class sim.display3d.ToolTipBehavior: Sets whether or not the behavior may show tool tips.
setChartPanel(ChartGenerator.ScrollableChartPanel) - Method in class sim.util.media.chart.ChartGenerator
setCircleShowing(boolean) - Method in class sim.portrayal.simple.CircledPortrayal2D
setCircleShowing(boolean) - Method in class sim.portrayal3d.simple.CircledPortrayal3D
setClipping(boolean) - Method in class sim.display.Display2D: Sets the Display2D to clip or to not clip to the user-specified height and width when drawing
setColor(Color) - Method in class sim.util.gui.ColorWell
setColorTable(Color[]) - Method in class sim.util.gui.SimpleColorMap: Specifies that if a value (cast into an int) in the IntGrid2D or DoubleGrid2D falls in the range 0 ...
setCompressionLevel(int) - Method in class sim.util.media.PNGEncoder: Set the compression level to use
setCullingMode(int) - Method in class sim.display3d.Display3D
setCurrentDisplay(Display3D) - Method in class sim.portrayal3d.FieldPortrayal3D
setCurrentDisplay(Display3D) - Method in interface sim.portrayal3d.Portrayal3D: Sets the current Display3D.
setCurrentDisplay(Display3D) - Method in class sim.portrayal3d.simple.CircledPortrayal3D: Sets the current display both here and in the child.
setCurrentDisplay(Display3D) - Method in class sim.portrayal3d.simple.LabelledPortrayal3D: Sets the current display both here and in the child.
setCurrentDisplay(Display3D) - Method in class sim.portrayal3d.simple.SharedPortrayal3D: Sets the current display both here and in the child.
setCurrentDisplay(Display3D) - Method in class sim.portrayal3d.simple.SwitchedPortrayal3D: Sets the current display both here and in the child.
setCurrentDisplay(Display3D) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Sets the current display both here and in the child.
setCurrentDisplay(Display3D) - Method in class sim.portrayal3d.SimplePortrayal3D
setCurrentFieldPortrayal(FieldPortrayal3D) - Method in class sim.portrayal3d.simple.CircledPortrayal3D: Sets the current field portrayal both here and in the child.
setCurrentFieldPortrayal(FieldPortrayal3D) - Method in class sim.portrayal3d.simple.LabelledPortrayal3D: Sets the current field portrayal both here and in the child.
setCurrentFieldPortrayal(FieldPortrayal3D) - Method in class sim.portrayal3d.simple.SharedPortrayal3D: Sets the current field portrayal both here and in the child.
setCurrentFieldPortrayal(FieldPortrayal3D) - Method in class sim.portrayal3d.simple.SwitchedPortrayal3D: Sets the current field portrayal both here and in the child.
setCurrentFieldPortrayal(FieldPortrayal3D) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Sets the current field portrayal both here and in the child.
setCurrentFieldPortrayal(FieldPortrayal3D) - Method in class sim.portrayal3d.SimplePortrayal3D
setDashPattern(int) - Method in class sim.util.media.chart.TimeSeriesAttributes
setData(ValueGridCellInfo, float[], float[], int, int, int) - Method in class sim.portrayal3d.grid.quad.MeshPortrayal
setData(ValueGridCellInfo, float[], float[], int, int, int) - Method in class sim.portrayal3d.grid.quad.QuadPortrayal
setData(ValueGridCellInfo, float[], float[], int, int, int) - Method in class sim.portrayal3d.grid.quad.TilePortrayal
setDataCuller(DataCuller) - Method in class sim.util.media.chart.TimeSeriesChartGenerator
setDestroysThreads(boolean) - Method in class sim.engine.ParallelSequence
setDirtyField(boolean) - Method in class sim.portrayal.FieldPortrayal
setDirtyField(boolean) - Method in class sim.portrayal.grid.FastHexaObjectGridPortrayal2D
setDirtyField(boolean) - Method in class sim.portrayal.grid.FastObjectGridPortrayal2D
setDisclosed(boolean) - Method in class sim.util.gui.DisclosurePanel
setDisclosedComponent(Component) - Method in class sim.util.gui.DisclosurePanel
setDisplayingToroidally(boolean) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D: Set this to TRUE to cause the portrayal to display objects multiply (in a toroidal fashion) if they overlap on the edges of the field.
setDomainAxisLabel(String) - Method in class sim.util.media.chart.XYChartGenerator: Deprecated. Sets the name of the Domain Axis label -- usually this is the X axis.
setDomainAxisRange(double, double) - Method in class sim.util.media.chart.XYChartGenerator: Deprecated.
setDrawFilled(boolean) - Method in class sim.portrayal.simple.OrientedPortrayal2D
setDrawPolicy(DrawPolicy) - Method in class sim.portrayal.grid.DenseGridPortrayal2D
setDrawPolicy(DrawPolicy) - Method in class sim.portrayal.grid.SparseGridPortrayal2D
setDrawsFrameAndAxesInFront(boolean) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
setEditedColor(Color) - Method in class sim.util.gui.NumberTextField
setEditedColor(Color) - Method in class sim.util.gui.PropertyField
setEnabled(boolean) - Method in class sim.util.gui.NumberTextField
setEnabled(boolean) - Method in class sim.util.gui.PropertyField
setEncodeAlpha(boolean) - Method in class sim.util.media.PNGEncoder: Set the alpha encoding on or off.
setEnsuresOrder(boolean) - Method in class sim.engine.Sequence: Sets whether the order among the remaining Steppables in the internal array is maintained after removing Steppables via removeSteppable() or removeSteppables().
setField(Object) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
setField(Object) - Method in class sim.portrayal.FieldPortrayal: Sets the field, and sets the dirtyField flag to true.
setField(Object) - Method in class sim.portrayal.grid.DenseGridPortrayal2D
setField(Object) - Method in class sim.portrayal.grid.FastHexaObjectGridPortrayal2D
setField(Object) - Method in class sim.portrayal.grid.FastObjectGridPortrayal2D
setField(Object) - Method in class sim.portrayal.grid.ObjectGridPortrayal2D
setField(Object) - Method in class sim.portrayal.grid.SparseGridPortrayal2D
setField(Object) - Method in class sim.portrayal.grid.ValueGridPortrayal2D
setField(Object) - Method in class sim.portrayal.network.NetworkPortrayal2D
setField(Object) - Method in class sim.portrayal3d.continuous.ContinuousPortrayal3D
setField(Object) - Method in class sim.portrayal3d.grid.ObjectGridPortrayal3D
setField(Object) - Method in class sim.portrayal3d.grid.SparseGrid2DPortrayal3D
setField(Object) - Method in class sim.portrayal3d.grid.SparseGridPortrayal3D
setField(Object) - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
setField(Object) - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
setFillColor(Color) - Method in class sim.util.media.chart.HistogramSeriesAttributes
setFillOpacity(double) - Method in class sim.util.media.chart.HistogramSeriesAttributes
setFilter(int) - Method in class sim.util.media.PNGEncoder: Set the filter to use
setFixed(boolean) - Method in class sim.util.media.chart.ChartGenerator
setFrame(Paint) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D: If you provide a Paint, a thin frame of this paint will be drawn around the (0,0,width,height) space of the field.
setGrowTrailOnlyWhenSelected(boolean) - Method in class sim.portrayal.simple.TrailedPortrayal2D: Deprecated. use setOnlyGrowTrailWhenSelected
setHistogramType(HistogramType) - Method in class sim.util.media.chart.HistogramGenerator
setImage(Image) - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D: Set the appearance to a fully opaque image.
setImage(Image) - Method in class sim.util.media.PNGEncoder: Set the image to be encoded
setImmutableField(boolean) - Method in class sim.portrayal.FieldPortrayal: Specifies that the underlying field is (or is not) to be assumed unchanging -- thus there's no reason to update once we're created.
setImmutableField(boolean) - Method in class sim.portrayal.grid.FastHexaObjectGridPortrayal2D
setImmutableField(boolean) - Method in class sim.portrayal.grid.FastObjectGridPortrayal2D
setIncrementSeedOnPlay(boolean) - Method in class sim.display.Console: Deprecated. renamed to setIncrementSeedOnStop
setIncrementSeedOnPlay(boolean) - Method in class sim.display.SimpleController: Deprecated. renamed to setIncrementSeedOnStop
setIncrementSeedOnStop(boolean) - Method in class sim.display.Console
setIncrementSeedOnStop(boolean) - Method in class sim.display.SimpleController
setInfo(Object) - Method in class sim.field.network.Edge
setInitialValue(double) - Method in class sim.util.gui.NumberTextField
setInspectors(Bag, Bag) - Method in class sim.display.Console: Adds new inspectors to the Console's list, given the provided inspectors, their portrayals, and appropriate names for them.
setInspectors(Bag, Bag) - Method in interface sim.display.Controller: Replaces current inspectors with the ones provided.
setInspectors(Bag, Bag) - Method in class sim.display.SimpleController: Adds new inspectors to the Console's list, given the provided inspectors, their portrayals, and appropriate names for them.
setInvalidChartTitle(String) - Method in class sim.util.media.chart.ChartGenerator: Sets the invalid chart title if any.
setJob(long) - Method in class sim.engine.SimState
setLabelScale(double) - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
setLabelScaling(int) - Method in class sim.portrayal.network.SimpleEdgePortrayal2D
setLabelScaling(int) - Method in class sim.portrayal.simple.LabelledPortrayal2D
setLabelShowing(boolean) - Method in class sim.portrayal.simple.LabelledPortrayal2D
setLabelShowing(boolean) - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
setLength(double) - Method in class sim.portrayal.simple.TrailedPortrayal2D: Sets the length of the trail in TIME.
setLength(double) - Method in class sim.util.MutableDouble2D: Deprecated. use resize instead [renaming]
setLength(double) - Method in class sim.util.MutableDouble3D: Deprecated. use resize instead [renaming]
setLevels(double, double, Color, Color) - Method in class sim.util.gui.SimpleColorMap: Sets the color levels for the ValueGridPortrayal2D values for use by the default getColor(...) method.
setLineShowing(boolean) - Method in class sim.portrayal.simple.OrientedPortrayal2D: Deprecated. use setOrientationShowing()
setLocation(int, int) - Method in class sim.util.MutableInt2D: Deprecated. use setTo
setLocation(Point) - Method in class sim.util.MutableInt2D: Deprecated. use setTo
setLocation(Int2D) - Method in class sim.util.MutableInt2D: Deprecated. use setTo
setLocation(MutableInt2D) - Method in class sim.util.MutableInt2D: Deprecated. use setTo
setLocation(int, int, int) - Method in class sim.util.MutableInt3D: Deprecated. use setTo
setLocation(Int3D) - Method in class sim.util.MutableInt3D: Deprecated. use setTo
setLocation(MutableInt3D) - Method in class sim.util.MutableInt3D: Deprecated. use setTo
setMap(ColorMap) - Method in class sim.portrayal.grid.FastHexaObjectGridPortrayal2D
setMap(ColorMap) - Method in class sim.portrayal.grid.FastObjectGridPortrayal2D
setMap(ColorMap) - Method in class sim.portrayal.grid.ValueGridPortrayal2D
setMap(ColorMap) - Method in class sim.portrayal3d.grid.quad.QuadPortrayal
setMap(ColorMap) - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
setMaximumJump(double) - Method in class sim.portrayal.simple.TrailedPortrayal2D: Sets the maximum percentage of either the width or height of the field that can be jumped between two successive object locations before it's considered to be a huge leap and that segment won't be drawn.
setMean(double) - Method in class sim.util.distribution.Poisson: Sets the mean.
setMean(double) - Method in class sim.util.distribution.PoissonSlow: Sets the mean.
setMouseChangesOffset(boolean) - Method in class sim.display.Display2D: Sets whether the user can change the offset by right-mouse-button-dragging, (or on OS X) Command-dragging or two-finger-click-dragging.
setName(String) - Method in class sim.util.media.chart.SeriesAttributes: Deprecated. Sets the name of the series.
setNandP(int, double) - Method in class sim.util.distribution.Binomial: Sets the parameters number of trials and the probability of success.
setNandP(int, double) - Method in class sim.util.distribution.NegativeBinomial: Sets the parameters number of trials and the probability of success.
setNewMenuAllowed(boolean) - Method in class sim.display.Console
setNumBins(int) - Method in class sim.util.media.chart.HistogramSeriesAttributes
setNumStepsPerStepButtonPress(int) - Method in class sim.display.Console: Sets the number of steps per stepp button press.
setObjectLocation(Object, Double2D) - Method in class sim.field.continuous.Continuous2D
setObjectLocation(Object, Double3D) - Method in class sim.field.continuous.Continuous3D
setObjectLocation(Object, int, int) - Method in class sim.field.grid.SparseGrid2D: Changes the location of an object, or adds if it doesn't exist yet.
setObjectLocation(Object, Int2D) - Method in class sim.field.grid.SparseGrid2D: Changes the location of an object, or adds if it doesn't exist yet.
setObjectLocation(Object, int, int, int) - Method in class sim.field.grid.SparseGrid3D: Changes the location of an object, or adds if it doesn't exist yet.
setObjectLocation(Object, Int3D) - Method in class sim.field.grid.SparseGrid3D: Changes the location of an object, or adds if it doesn't exist yet.
setObjectLocation(Object, Object) - Method in class sim.field.SparseField: Changes the location of an object, or adds if it doesn't exist yet.
setObjectPosition(Object, Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
setObjectPosition(Object, Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.FieldPortrayal2D: Moves (or tries to move) the object to an internal location equivalent to the given position on-screen of the provided object, assuming that the object exists within the underlying field and that this location is acceptable.
setObjectPosition(Object, Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.grid.HexaSparseGridPortrayal2D
setObjectPosition(Object, Point2D.Double, DrawInfo2D) - Method in class sim.portrayal.grid.SparseGridPortrayal2D
setOffset(double, double) - Method in class sim.display.Display2D: Sets the offset of the origin of the display.
setOffset(Point2D.Double) - Method in class sim.display.Display2D: Sets the offset of the origin of the display.
setOnlyCircleWhenSelected(boolean) - Method in class sim.portrayal.simple.CircledPortrayal2D
setOnlyCircleWhenSelected(boolean) - Method in class sim.portrayal3d.simple.CircledPortrayal3D
setOnlyDrawWhenSelected(boolean) - Method in class sim.portrayal.simple.OrientedPortrayal2D
setOnlyGrowTrailWhenSelected(boolean) - Method in class sim.portrayal.simple.TrailedPortrayal2D: Set this to grow the trail only after the objet has been selected, and delete it when the object has been deselected.
setOnlyLabelWhenSelected(boolean) - Method in class sim.portrayal.simple.LabelledPortrayal2D
setOnlyLabelWhenSelected(boolean) - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
setOnlyShowTrailWhenSelected(boolean) - Method in class sim.portrayal.simple.TrailedPortrayal2D: Set this to draw the trail only when the object has been selected (or not).
setOrdering(int) - Method in class sim.engine.Repeat
setOrientation2D(double) - Method in interface sim.portrayal.Orientable2D
setOrientationHittable(boolean) - Method in class sim.portrayal.simple.OrientedPortrayal2D: Sets whether or not the orientation marker can be hit as part of the object.
setOrientationShowing(boolean) - Method in class sim.portrayal.simple.OrientedPortrayal2D
setParent(ValueGridPortrayal2D) - Method in class sim.portrayal.simple.ValuePortrayal2D: Deprecated. does nothing now
setPickable(boolean) - Method in class sim.portrayal3d.simple.PrimitivePortrayal3D: Sets objects as pickable or not.
setPickableFlags(Shape3D) - Static method in class sim.portrayal3d.SimplePortrayal3D: Utility method which prepares the given Shape3D to be pickable (for selection and inspection).
setPickableFlags(Geometry) - Static method in class sim.portrayal3d.SimplePortrayal3D: Utility method which prepares the given Geometry to be pickable (for selection and inspection).
setPlaySleep(long) - Method in class sim.display.Console: Sets (in milliseconds) how long we should sleep between each step in the play thread.
setPlotVisible(boolean) - Method in class sim.util.media.chart.PieChartSeriesAttributes
setPlotVisible(boolean) - Method in class sim.util.media.chart.SeriesAttributes
setPortrayalForAll(Portrayal) - Method in class sim.portrayal.FieldPortrayal: Set the portrayal to null to remove it.
setPortrayalForClass(Class, Portrayal) - Method in class sim.portrayal.FieldPortrayal: Sets a portrayal for a class -- objects must be of EXACTLY this class (not subclasses) to respond to this.
setPortrayalForNonNull(Portrayal) - Method in class sim.portrayal.FieldPortrayal: Set the portrayal to null to remove it.
setPortrayalForNull(Portrayal) - Method in class sim.portrayal.FieldPortrayal: Set the portrayal to null to remove it.
setPortrayalForObject(Object, Portrayal) - Method in class sim.portrayal.FieldPortrayal: Sets a portrayal for a class -- objects must be equal(...) to the provided object here to respond to this.
setPortrayalForRemainder(Portrayal) - Method in class sim.portrayal.FieldPortrayal: Set the portrayal to null to remove it.
setPrecise(boolean) - Method in class sim.display.Display2D: Sets this display to always draw precisely (or not).
setPreferencesKey(String) - Method in class sim.display.Display2D: If you have more than one Display2D in your simulation and you want them to have different preferences, set each to a different key value.
setPreferencesKey(String) - Method in class sim.display3d.Display3D: If you have more than one Display3D in your simulation and you want them to have different preferences, set each to a different key value.
setProportion(double) - Method in class sim.util.media.chart.ChartGenerator
setRandomGenerator(MersenneTwisterFast) - Method in class sim.util.distribution.AbstractDistribution: Sets the uniform random generator internally used.
setRandomGenerator(MersenneTwisterFast) - Method in class sim.util.distribution.Normal: Sets the uniform random generator internally used.
setRangeAxisLabel(String) - Method in class sim.util.media.chart.XYChartGenerator: Deprecated. Sets the name of the Range Axis label -- usually this is the Y axis.
setRangeAxisRange(double, double) - Method in class sim.util.media.chart.XYChartGenerator: Deprecated.
setRasterizationMode(int) - Method in class sim.display3d.Display3D
setRequiresConfirmationToStop(boolean) - Method in class sim.display.Console
setScale(double) - Method in class sim.display.Display2D: Sets the scale (the zoom value) of the Display2D
setScale(double) - Method in class sim.display3d.Display3D: Changes the value of the scale (magnification).
setScale(double) - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
setScale(TransformGroup, double) - Method in class sim.portrayal3d.simple.PrimitivePortrayal3D: Sets the Transform3D of the portrayal to a given scaling value, if there *is* a transform (in some cases, such as ValuePortrayal3D, there won't be any).
setScale(double) - Method in class sim.util.media.chart.ChartGenerator
setScale2D(double) - Method in interface sim.portrayal.Scalable2D
setScaling(int) - Method in class sim.portrayal.network.SimpleEdgePortrayal2D
setScrollPosition(Double2D) - Method in class sim.display.Display2D: Sets the current scroll positions (x and y) to proportional values between 0.0 (minimum scroll position) and 1.0 (maximum scroll position).
setScrollPosition(double, double) - Method in class sim.display.Display2D: Sets the current scroll positions (x and y) to proportional values between 0.0 (minimum scroll position) and 1.0 (maximum scroll position).
setSeed(long) - Method in class ec.util.MersenneTwisterFast: Initalize the pseudo random number generator.
setSeed(int[]) - Method in class ec.util.MersenneTwisterFast: Sets the seed of the MersenneTwister using an array of integers.
setSeed(long) - Method in class sim.engine.SimState
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.continuous.ContinuousPortrayal2D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.FieldPortrayal: Selects or deselects all of the provided objects.
setSelected(Bag, boolean) - Method in class sim.portrayal.FieldPortrayal
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.grid.ObjectGridPortrayal2D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.grid.SparseGridPortrayal2D
setSelected(LocationWrapper, boolean) - Method in interface sim.portrayal.Portrayal: Change the portrayal state to reflect the fact that you've been selected or not selected.
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.simple.AdjustablePortrayal2D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.simple.CircledPortrayal2D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.simple.FacetedPortrayal2D: If portrayAllChildren, Returns true if any ONE of the children returns true.
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.simple.LabelledPortrayal2D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.simple.MovablePortrayal2D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.simple.OrientedPortrayal2D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.simple.TrailedPortrayal2D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.simple.TransformedPortrayal2D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal.SimplePortrayal2D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal3d.grid.quad.QuadPortrayal
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal3d.simple.CircledPortrayal3D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal3d.simple.LabelledPortrayal3D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal3d.simple.SharedPortrayal3D: Unlikely to be called, as SharedPortrayal3D is not pickable.
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal3d.simple.SwitchedPortrayal3D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D
setSelected(LocationWrapper, boolean) - Method in class sim.portrayal3d.SimplePortrayal3D: If the object is selected, adds it to a hash table of selected objects for which this SimplePortrayal3D's isSelected() method will return TRUE.
setSelectionMode(int) - Method in class sim.display.Display2D: Sets whether selecting a region will select all the objects within that region (the default), or instead a single object.
setSelectsAll(boolean, boolean) - Method in class sim.display3d.Display3D: Sets whether mouse-clicking results in selecting all picked elements (true) or just the closest one (false).
setSelectsAll(boolean, boolean) - Method in class sim.display3d.SelectionBehavior: Sets whether mouse-clicking results in selecting all picked elements (true) or just the closest one (false).
setSeriesAttributes(SeriesAttributes[]) - Method in class sim.util.media.chart.ChartGenerator
setSeriesDataset(Dataset) - Method in class sim.util.media.chart.BarChartGenerator
setSeriesDataset(Dataset) - Method in class sim.util.media.chart.ChartGenerator
setSeriesDataset(Dataset) - Method in class sim.util.media.chart.PieChartGenerator
setSeriesDataset(Dataset) - Method in class sim.util.media.chart.XYChartGenerator
setSeriesIndex(int) - Method in class sim.util.media.chart.SeriesAttributes: Sets the index of the series -- Do NOT call this if you want to move the series order; instead call moveSeries in the Generator.
setSeriesName(String) - Method in class sim.util.media.chart.HistogramSeriesAttributes: It's very expensive to call this function (O(n)) because JFreeChart has no way of changing the name of a histogram dataset series, and so we must rebuild all of it from scratch.
setSeriesName(String) - Method in class sim.util.media.chart.PieChartSeriesAttributes: It's very expensive to call this function (O(n)) because JFreeChart has no way of changing the name of a pie chart dataset series, and so we must rebuild all of it from scratch.
setSeriesName(String) - Method in class sim.util.media.chart.ScatterPlotSeriesAttributes
setSeriesName(String) - Method in class sim.util.media.chart.SeriesAttributes
setSeriesName(String) - Method in class sim.util.media.chart.TimeSeriesAttributes
setShape(int) - Method in class sim.portrayal.network.SimpleEdgePortrayal2D: Sets the shape of the edge.
setShape(int) - Method in class sim.portrayal.simple.OrientedPortrayal2D
setShape3DFlags(Shape3D) - Static method in class sim.portrayal3d.simple.PrimitivePortrayal3D: Sets common Shape3D flags to make its appearance and geometry easy to modify.
setShapeNum(int) - Method in class sim.util.media.chart.ScatterPlotSeriesAttributes
setShouldRepeat(boolean) - Method in class sim.display.Console: Set whether or not the simualtion should repeat when the stop button is pressed.
setShowsAmbientLight(boolean) - Method in class sim.display3d.Display3D
setShowsAxes(boolean) - Method in class sim.display3d.Display3D
setShowsBackdrop(boolean) - Method in class sim.display3d.Display3D
setShowsSpotlight(boolean) - Method in class sim.display3d.Display3D
setState(double, double) - Method in class sim.util.distribution.Beta: Sets the parameters.
setState(double, double, double) - Method in class sim.util.distribution.BreitWigner: Sets the mean, gamma and cut parameters.
setState(double) - Method in class sim.util.distribution.ChiSquare: Sets the distribution parameter.
setState(double[], int) - Method in class sim.util.distribution.Empirical: Sets the distribution parameters.
setState(double[], int) - Method in class sim.util.distribution.EmpiricalWalker: Sets the distribution parameters.
setState(double) - Method in class sim.util.distribution.Exponential: Sets the mean.
setState(double) - Method in class sim.util.distribution.ExponentialPower: Sets the distribution parameter.
setState(double, double) - Method in class sim.util.distribution.Gamma: Sets the mean and variance.
setState(double, double) - Method in class sim.util.distribution.Hyperbolic: Sets the parameters.
setState(int, int, int) - Method in class sim.util.distribution.HyperGeometric: Sets the parameters.
setState(double) - Method in class sim.util.distribution.Logarithmic: Sets the distribution parameter.
setState(double, double) - Method in class sim.util.distribution.Normal: Sets the mean and variance.
setState(double) - Method in class sim.util.distribution.StudentT: Sets the distribution parameter.
setState(double, double) - Method in class sim.util.distribution.Uniform: Sets the internal state.
setState(double) - Method in class sim.util.distribution.VonMises: Sets the distribution parameter.
setState(double, double) - Method in class sim.util.distribution.Zeta: Sets the parameters.
setState2(double[]) - Method in class sim.util.distribution.EmpiricalWalker: Sets the distribution parameters.
setStoppable(Stoppable) - Method in class sim.engine.WeakStep
setStoppable(SeriesChangeListener) - Method in class sim.util.media.chart.SeriesAttributes
setStretch(double) - Method in class sim.util.media.chart.TimeSeriesAttributes
setStroke(Stroke) - Method in class sim.portrayal.simple.ShapePortrayal2D
setStrokeColor(Color) - Method in class sim.util.media.chart.HistogramSeriesAttributes
setStrokeColor(Color) - Method in class sim.util.media.chart.TimeSeriesAttributes
setStrokeOpacity(double) - Method in class sim.util.media.chart.HistogramSeriesAttributes
setSymbolColor(Color) - Method in class sim.util.media.chart.ScatterPlotSeriesAttributes
setSymbolOpacity(double) - Method in class sim.util.media.chart.ScatterPlotSeriesAttributes
setText(Object) - Method in class sim.util.gui.HTMLBrowser
setText(String) - Method in class sim.util.gui.NumberTextField: Only call this to access the value field directly
setThickness(double) - Method in class sim.util.media.chart.HistogramSeriesAttributes
setThickness(double) - Method in class sim.util.media.chart.TimeSeriesAttributes
setThreadPriority(int) - Method in class sim.display.Console: Deprecated. We may eliminate thread priority as an option
setTitle(String) - Method in class sim.portrayal.Inspector
setTitle(String) - Method in class sim.util.media.chart.ChartGenerator: Sets the title of the chart (and the window frame).
setTo(double) - Method in class sim.field.grid.DoubleGrid2D: Sets all the locations in the grid the provided element
setTo(double[][]) - Method in class sim.field.grid.DoubleGrid2D: Sets the grid to a copy of the provided array, which must be rectangular.
setTo(DoubleGrid2D) - Method in class sim.field.grid.DoubleGrid2D: Changes the dimensions of the grid to be the same as the one provided, then sets all the locations in the grid to the elements at the quivalent locations in the provided grid.
setTo(double) - Method in class sim.field.grid.DoubleGrid3D: Sets all the locations in the grid the provided element
setTo(DoubleGrid3D) - Method in class sim.field.grid.DoubleGrid3D: Changes the dimensions of the grid to be the same as the one provided, then sets all the locations in the grid to the elements at the quivalent locations in the provided grid.
setTo(int) - Method in class sim.field.grid.IntGrid2D: Sets all the locations in the grid the provided element
setTo(int[][]) - Method in class sim.field.grid.IntGrid2D: Sets the grid to a copy of the provided array, which must be rectangular.
setTo(IntGrid2D) - Method in class sim.field.grid.IntGrid2D: Changes the dimensions of the grid to be the same as the one provided, then sets all the locations in the grid to the elements at the quivalent locations in the provided grid.
setTo(int) - Method in class sim.field.grid.IntGrid3D: Sets all the locations in the grid the provided element
setTo(IntGrid3D) - Method in class sim.field.grid.IntGrid3D: Changes the dimensions of the grid to be the same as the one provided, then sets all the locations in the grid to the elements at the quivalent locations in the provided grid.
setTo(Object) - Method in class sim.field.grid.ObjectGrid2D: Sets all the locations in the grid the provided element.
setTo(Object[][]) - Method in class sim.field.grid.ObjectGrid2D: Sets the grid to a copy of the provided array, which must be rectangular.
setTo(ObjectGrid2D) - Method in class sim.field.grid.ObjectGrid2D: Changes the dimensions of the grid to be the same as the one provided, then sets all the locations in the grid to the elements at the quivalent locations in the provided grid.
setTo(Object) - Method in class sim.field.grid.ObjectGrid3D
setTo(ObjectGrid3D) - Method in class sim.field.grid.ObjectGrid3D
setTo(double, double) - Method in class sim.util.MutableDouble2D
setTo(Int2D) - Method in class sim.util.MutableDouble2D
setTo(Double2D) - Method in class sim.util.MutableDouble2D
setTo(MutableInt2D) - Method in class sim.util.MutableDouble2D
setTo(MutableDouble2D) - Method in class sim.util.MutableDouble2D
setTo(double, double, double) - Method in class sim.util.MutableDouble3D
setTo(Int3D) - Method in class sim.util.MutableDouble3D
setTo(MutableInt3D) - Method in class sim.util.MutableDouble3D
setTo(Double3D) - Method in class sim.util.MutableDouble3D
setTo(MutableDouble3D) - Method in class sim.util.MutableDouble3D
setTo(int, int) - Method in class sim.util.MutableInt2D
setTo(Point) - Method in class sim.util.MutableInt2D
setTo(Int2D) - Method in class sim.util.MutableInt2D
setTo(MutableInt2D) - Method in class sim.util.MutableInt2D
setTo(int, int, int) - Method in class sim.util.MutableInt3D
setTo(Int3D) - Method in class sim.util.MutableInt3D
setTo(MutableInt3D) - Method in class sim.util.MutableInt3D
setTolerance(double) - Method in class sim.display3d.SelectionBehavior
setToMinus(MutableDouble2D) - Method in class sim.util.MutableDouble2D: Sets the values to the negation of the values in the provided MutableDouble2D
setToMinus(MutableDouble3D) - Method in class sim.util.MutableDouble3D: Sets the values to the negation of the values in the provided MutableDouble3D
setToolTipText(String) - Method in class sim.util.gui.NumberTextField
setToolTipText(String) - Method in class sim.util.gui.PropertyField
setTransform(Transform3D) - Method in class sim.display3d.Display3D: Sets the Display3D's global model transform.
setTransform(Transform3D) - Method in class sim.portrayal3d.FieldPortrayal3D: Sets the FieldPortrayal3D's internal Transform.
setTransform(TransformGroup, Transform3D) - Method in class sim.portrayal3d.simple.PrimitivePortrayal3D: Sets the Transform3D of the portrayal, if there is one (in some cases, such as ValuePortrayal3D, there won't be any).
setTransform(Transform3D) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Sets the TransformedPortrayal3D's internal Transform.
setTransform(TransformGroup, Transform3D) - Method in class sim.portrayal3d.simple.ValuePortrayal3D: Returns false and does not set the transform (there's nothing to set).
setTransparency(double) - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D: Sets non-image transparency: 1.0 is fully opaque, 0.0 is fully transparent.
setupApplet(Class) - Method in class sim.display.SimApplet
setupHints(boolean, boolean, boolean) - Method in class sim.display.Display2D.InnerDisplay2D: The default method for setting up the given hints.
setUsesSets(boolean) - Method in class sim.engine.Sequence: Sets whether the Sequence uses a Set internally to manage the internal array.
setUsingTriangles(boolean) - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
setValue(double) - Method in class sim.portrayal.simple.ValuePortrayal2D.DoubleFilter
setValue(int) - Method in class sim.portrayal.simple.ValuePortrayal2D.IntFilter
setValue(double) - Method in class sim.portrayal3d.grid.quad.QuadPortrayal.DoubleFilter
setValue(int) - Method in class sim.portrayal3d.grid.quad.QuadPortrayal.IntFilter
setValue(double) - Method in class sim.portrayal3d.simple.ValuePortrayal3D.DoubleFilter
setValue(int) - Method in class sim.portrayal3d.simple.ValuePortrayal3D.IntFilter
setValue(int, Object) - Method in class sim.util.Bag: identical to set(index, element)
setValue(int, Object) - Method in class sim.util.DoubleBag
setValue(double) - Method in class sim.util.gui.NumberTextField: Sets the value without filtering first.
setValue(String) - Method in class sim.util.gui.PropertyField: Sets the value, not filtering it through newValue(val) first.
setValue(int, Object) - Method in interface sim.util.Indexed: Throws an IndexOutOfBoundsException if index is inappropriate, and IllegalArgumentException if the value is inappropriate.
setValue(int, Object) - Method in class sim.util.IntBag
setValue(int, Object) - Method in class sim.util.Properties: Sets the current value of the property.
setValue(int, String) - Method in class sim.util.Properties: Sets the current value of the property to the value parsed from the given string.
setValueName(String) - Method in class sim.portrayal.grid.ValueGridPortrayal2D
setValueName(String) - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
setValueName(String) - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
setVolatile(boolean) - Method in class sim.portrayal.Inspector: Set to true (default) if the inspector should be updated every time step.
setVolatile(boolean) - Method in class sim.portrayal.SimpleInspector
setWhenShouldEnd(long) - Method in class sim.display.Console: Set when the simulation should end.
setWhenShouldEndTime(double) - Method in class sim.display.Console: Set when the simulation should end.
setWhenShouldPause(long) - Method in class sim.display.Console: Sets when the simulation should pause.
setWhenShouldPauseTime(double) - Method in class sim.display.Console: Sets when the simulation should pause.
setX(double) - Method in class sim.util.MutableDouble2D
setX(double) - Method in class sim.util.MutableDouble3D
setX(int) - Method in class sim.util.MutableInt2D
setX(int) - Method in class sim.util.MutableInt3D
setXAxisLabel(String) - Method in class sim.util.media.chart.BarChartGenerator: Sets the name of the X Axis label.
setXAxisLabel(String) - Method in class sim.util.media.chart.XYChartGenerator: Sets the name of the X Axis label.
setXAxisLogScaled(boolean) - Method in class sim.util.media.chart.XYChartGenerator
setXAxisRange(double, double) - Method in class sim.util.media.chart.XYChartGenerator
setY(double) - Method in class sim.util.MutableDouble2D
setY(double) - Method in class sim.util.MutableDouble3D
setY(int) - Method in class sim.util.MutableInt2D
setY(int) - Method in class sim.util.MutableInt3D
setYAxisLabel(String) - Method in class sim.util.media.chart.BarChartGenerator: Sets the name of the Y Axis label.
setYAxisLabel(String) - Method in class sim.util.media.chart.XYChartGenerator: Sets the name of the Y Axis label.
setYAxisLogScaled(boolean) - Method in class sim.util.media.chart.XYChartGenerator
setYAxisRange(double, double) - Method in class sim.util.media.chart.XYChartGenerator
setZ(double) - Method in class sim.util.MutableDouble3D
setZ(int) - Method in class sim.util.MutableInt3D
setZScale(double) - Method in class sim.portrayal3d.grid.quad.QuadPortrayal
shape - Variable in class sim.portrayal.network.SimpleEdgePortrayal2D
shape - Variable in class sim.portrayal.simple.ShapePortrayal2D
Shape3DPortrayal3D - Class in sim.portrayal3d.simple: A simple portrayal for displaying Shape3D objects.
Shape3DPortrayal3D(Shape3D) - Constructor for class sim.portrayal3d.simple.Shape3DPortrayal3D: Constructs a Shape3DPortrayal3D with the given shape and a default (flat opaque white) appearance.
Shape3DPortrayal3D(Shape3D, Color) - Constructor for class sim.portrayal3d.simple.Shape3DPortrayal3D: Constructs a Shape3DPortrayal3D with the given shape and a flat opaque appearance of the given color.
Shape3DPortrayal3D(Shape3D, Image) - Constructor for class sim.portrayal3d.simple.Shape3DPortrayal3D: Constructs a Shape3DPortrayal3D with the given shape and (opaque) image.
Shape3DPortrayal3D(Shape3D, Appearance) - Constructor for class sim.portrayal3d.simple.Shape3DPortrayal3D: Constructs a Shape3DPortrayal3D with the given shape and appearance.
Shape3DPortrayal3D(Geometry) - Constructor for class sim.portrayal3d.simple.Shape3DPortrayal3D: Constructs a Shape3DPortrayal3D with the given geometry and a default (flat opaque white) appearance.
Shape3DPortrayal3D(Geometry, Color) - Constructor for class sim.portrayal3d.simple.Shape3DPortrayal3D: Constructs a Shape3DPortrayal3D with the given geometry and a flat opaque appearance of the given color.
Shape3DPortrayal3D(Geometry, Image) - Constructor for class sim.portrayal3d.simple.Shape3DPortrayal3D: Constructs a Shape3DPortrayal3D with the given geometry and (opaque) image.
Shape3DPortrayal3D(Geometry, Appearance) - Constructor for class sim.portrayal3d.simple.Shape3DPortrayal3D: Constructs a Shape3DPortrayal3D with the given geometry and appearance.
SHAPE_COMPASS - Static variable in class sim.portrayal.simple.OrientedPortrayal2D
SHAPE_CUBE - Static variable in class sim.portrayal3d.simple.ValuePortrayal3D
SHAPE_KITE - Static variable in class sim.portrayal.simple.OrientedPortrayal2D
SHAPE_LINE - Static variable in class sim.portrayal.network.SimpleEdgePortrayal2D: Deprecated. Use SHAPE_LINE_ROUND_ENDS
SHAPE_LINE - Static variable in class sim.portrayal.simple.OrientedPortrayal2D
SHAPE_LINE_BUTT_ENDS - Static variable in class sim.portrayal.network.SimpleEdgePortrayal2D
SHAPE_LINE_ROUND_ENDS - Static variable in class sim.portrayal.network.SimpleEdgePortrayal2D
SHAPE_LINE_SQUARE_ENDS - Static variable in class sim.portrayal.network.SimpleEdgePortrayal2D
SHAPE_SQUARE - Static variable in class sim.portrayal3d.simple.ValuePortrayal3D
SHAPE_THIN_LINE - Static variable in class sim.portrayal.network.SimpleEdgePortrayal2D
SHAPE_TRIANGLE - Static variable in class sim.portrayal.network.SimpleEdgePortrayal2D
ShapePortrayal2D - Class in sim.portrayal.simple: A simple portrayal for 2D visualization of java.awt.Shapes and java.awt.Polygons.
ShapePortrayal2D(double[], double[]) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(double[], double[], Paint) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(double[], double[], double) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(double[], double[], Paint, double) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(double[], double[], boolean) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(double[], double[], Paint, boolean) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(double[], double[], double, boolean) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(double[], double[], Paint, double, boolean) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(Shape) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(Shape, Paint) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(Shape, double) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(Shape, Paint, double) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(Shape, boolean) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(Shape, Paint, boolean) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(Shape, double, boolean) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
ShapePortrayal2D(Shape, Paint, double, boolean) - Constructor for class sim.portrayal.simple.ShapePortrayal2D
SharedPortrayal3D - Class in sim.portrayal3d.simple
SharedPortrayal3D(SimplePortrayal3D) - Constructor for class sim.portrayal3d.simple.SharedPortrayal3D
shouldUpdate() - Method in class sim.display.Display2D: Returns whether it's time to update.
shouldUpdate() - Method in class sim.display3d.Display3D: Returns whether it's time to update.
SHOW_CHECKBOX - Static variable in class sim.util.gui.PropertyField
SHOW_LIST - Static variable in class sim.util.gui.PropertyField
SHOW_SLIDER - Static variable in class sim.util.gui.PropertyField
SHOW_TEXTFIELD - Static variable in class sim.util.gui.PropertyField
SHOW_VIEWBUTTON - Static variable in class sim.util.gui.PropertyField
showAllFrames() - Method in class sim.display.Console: Shows and brings to front all JFrames registered with the Console.
shrink(int) - Method in class sim.util.Bag: Resizes the objs array to max(numObjs, desiredLength), unless that value is greater than or equal to objs.length, in which case no resizing is done (this operation only shrinks -- use resize() instead).
shrink(int) - Method in class sim.util.DoubleBag: Resizes the objs array to max(numObjs, desiredLength), unless that value is greater than or equal to objs.length, in which case no resizing is done (this operation only shrinks -- use resize() instead).
shrink(int) - Method in class sim.util.IntBag: Resizes the objs array to max(numObjs, desiredLength), unless that value is greater than or equal to objs.length, in which case no resizing is done (this operation only shrinks -- use resize() instead).
shuffle(Random) - Method in class sim.util.Bag: Shuffles (randomizes the order of) the Bag
shuffle(MersenneTwisterFast) - Method in class sim.util.Bag: Shuffles (randomizes the order of) the Bag
shuffle(Random) - Method in class sim.util.DoubleBag: Shuffles (randomizes the order of) the DoubleBag
shuffle(MersenneTwisterFast) - Method in class sim.util.DoubleBag: Shuffles (randomizes the order of) the DoubleBag
shuffle(Random) - Method in class sim.util.IntBag: Shuffles (randomizes the order of) the IntBag
shuffle(MersenneTwisterFast) - Method in class sim.util.IntBag: Shuffles (randomizes the order of) the IntBag
sim.display - package sim.display
sim.display3d - package sim.display3d
sim.engine - package sim.engine
sim.field - package sim.field
sim.field.continuous - package sim.field.continuous
sim.field.grid - package sim.field.grid
sim.field.network - package sim.field.network
sim.portrayal - package sim.portrayal
sim.portrayal.continuous - package sim.portrayal.continuous
sim.portrayal.grid - package sim.portrayal.grid
sim.portrayal.network - package sim.portrayal.network
sim.portrayal.simple - package sim.portrayal.simple
sim.portrayal3d - package sim.portrayal3d
sim.portrayal3d.continuous - package sim.portrayal3d.continuous
sim.portrayal3d.grid - package sim.portrayal3d.grid
sim.portrayal3d.grid.quad - package sim.portrayal3d.grid.quad
sim.portrayal3d.simple - package sim.portrayal3d.simple
sim.util - package sim.util
sim.util.distribution - package sim.util.distribution
sim.util.gui - package sim.util.gui
sim.util.media - package sim.util.media
sim.util.media.chart - package sim.util.media.chart
SimApplet - Class in sim.display: A simple class for creating Applets out of your simulations.
SimApplet() - Constructor for class sim.display.SimApplet
SimpleColorMap - Class in sim.util.gui: Maps numerical levels to colors using either a lookup table, color interpolation, or both.
SimpleColorMap() - Constructor for class sim.util.gui.SimpleColorMap: Constructs a ColorMap that gradiates from 0.0 -> black to 1.0 -> white.
SimpleColorMap(double, double, Color, Color) - Constructor for class sim.util.gui.SimpleColorMap: Constructs a ColorMap that gradiates from minLevel -> minColor to maxLevel -> maxColor.
SimpleColorMap(Color[]) - Constructor for class sim.util.gui.SimpleColorMap: Given an array of size n, constructs a ColorMap that maps integers from 0 to n-1 to the colors in the array.
SimpleColorMap(Color[], double, double, Color, Color) - Constructor for class sim.util.gui.SimpleColorMap: Given an array of size n, constructs a ColorMap that maps integers from 0 to n-1 to the colors in the array, and gradiates from minLevel -> minColor to maxLevel -> maxColor for certain other values.
SimpleController - Class in sim.display
SimpleController(GUIState) - Constructor for class sim.display.SimpleController
SimpleController(GUIState, boolean) - Constructor for class sim.display.SimpleController
SimpleEdgePortrayal2D - Class in sim.portrayal.network
SimpleEdgePortrayal2D() - Constructor for class sim.portrayal.network.SimpleEdgePortrayal2D: Draws a single-color, undirected black line (or triangle) with no label.
SimpleEdgePortrayal2D(Paint, Paint) - Constructor for class sim.portrayal.network.SimpleEdgePortrayal2D: One single color line will be drawn, and if labelPaint is null, no label is drawn.
SimpleEdgePortrayal2D(Paint, Paint, Paint) - Constructor for class sim.portrayal.network.SimpleEdgePortrayal2D: If fromPaint == toPaint, one single color line will be drawn, and if labelPaint is null, no label is drawn.
SimpleEdgePortrayal2D(Paint, Paint, Paint, Font) - Constructor for class sim.portrayal.network.SimpleEdgePortrayal2D: If fromPaint == toPaint, one single color line will be drawn, and if labelPaint is null, no label is drawn.
SimpleInspector - Class in sim.portrayal: A simple inspector class that looks at the "getX" and "setX" method of the object to be investigates and creates a user-friendly graphical interface with read only and read/write components of the object.
SimpleInspector(Properties, GUIState, String, int) - Constructor for class sim.portrayal.SimpleInspector: Creates a new SimpleInspector with the given properties, state, maximum number of properties, and "name".
SimpleInspector(Properties, GUIState, String) - Constructor for class sim.portrayal.SimpleInspector: Creates a new SimpleInspector with the given properties, state, and "name".
SimpleInspector(Object, GUIState) - Constructor for class sim.portrayal.SimpleInspector: Creates a new SimpleInspector with the given properties and state.
SimpleInspector(Object, GUIState, String) - Constructor for class sim.portrayal.SimpleInspector: Creates a new SimpleInspector with the given object, state, and "name".
SimpleInspector(Object, GUIState, String, int) - Constructor for class sim.portrayal.SimpleInspector: Creates a new SimpleInspector with the given object, state, maximum number of properties, and "name".
SimplePortrayal2D - Class in sim.portrayal: The superclass of all 2D Simple Portrayals.
SimplePortrayal2D() - Constructor for class sim.portrayal.SimplePortrayal2D
SimplePortrayal3D - Class in sim.portrayal3d: The superclass of all 3D Simple Portrayals which by default adds nothing to the 3D scene.
SimplePortrayal3D() - Constructor for class sim.portrayal3d.SimplePortrayal3D
SimpleProperties - Class in sim.util: A very simple class for getting and setting object properties.
SimpleProperties(Object) - Constructor for class sim.util.SimpleProperties: Gathers all properties for the object, including ones defined in superclasses.
SimpleProperties(Object, boolean, boolean) - Constructor for class sim.util.SimpleProperties: Deprecated. Use the full form
SimpleProperties(Object, boolean, boolean, boolean) - Constructor for class sim.util.SimpleProperties: Gathers all properties for the object, possibly including ones defined in superclasses.
SimState - Class in sim.engine: SimState represents the simulation proper.
SimState(long) - Constructor for class sim.engine.SimState: Creates a SimState with a new random number generator initialized to the given seed, plus a new, empty schedule.
SimState(MersenneTwisterFast, Schedule) - Constructor for class sim.engine.SimState: Creates a SimState with the given random number generator and schedule, and sets the seed to a bogus value (0).
SimState(long, Schedule) - Constructor for class sim.engine.SimState: Creates a SimState with the schedule, creating a new random number generator.
SimState(MersenneTwisterFast) - Constructor for class sim.engine.SimState: Creates a SimState with a new schedule, the provided random number generator, and a bogus seed (0).
simulationClass() - Method in interface sim.engine.MakesSimState: Returns the class of the SimState subclass that will be generated.
size - Variable in class sim.engine.Sequence: The number of actual Steppables in the steps array.
size() - Method in class sim.field.SparseField: Returns the number of elements in the field
size() - Method in class sim.util.Bag
size() - Method in class sim.util.DoubleBag
size() - Method in interface sim.util.Indexed
size() - Method in class sim.util.IntBag
skipBox - Variable in class sim.display.Display2D: The combo box for skipping frames
skipBox - Variable in class sim.display3d.Display3D: The combo box for skipping frames
skipField - Variable in class sim.display.Display2D: The field for skipping frames
skipField - Variable in class sim.display3d.Display3D: The field for skipping frames
skipFrame - Variable in class sim.display.Display2D: The frame which holds the skip controls
skipFrame - Variable in class sim.display3d.Display3D: The frame which holds the skip controls
SLOP - Static variable in class sim.portrayal.simple.AdjustablePortrayal2D
snapshotButton - Variable in class sim.display.Display2D: The button which snaps a screenshot
snapshotButton - Variable in class sim.display3d.Display3D: The button which snaps a screenshot
sort(Comparator) - Method in class sim.util.Bag: Sorts the bag according to the provided comparator
sort() - Method in class sim.util.Bag: Sorts the bag under the assumption that all objects stored within are Comparable.
sort() - Method in class sim.util.DoubleBag: Sorts the doubles into ascending numerical order.
sort() - Method in class sim.util.IntBag: Sorts the ints into ascending numerical order.
SparseField - Class in sim.field: While it has no abstract members, SparseField is explicitly an abstract superclass of various sparse field objects.
SparseField() - Constructor for class sim.field.SparseField
SparseField(SparseField) - Constructor for class sim.field.SparseField
SparseField.LocationAndIndex - Class in sim.field: Objects stored in SparseField's locationAndIndexHash table.
SparseField.LocationAndIndex(Object, int) - Constructor for class sim.field.SparseField.LocationAndIndex
SparseField2D - Interface in sim.field
SparseField3D - Interface in sim.field
SparseFieldPortrayal3D - Class in sim.portrayal3d: An abstract superclass for all FieldPortrayal3Ds which display SparseFields.
SparseFieldPortrayal3D() - Constructor for class sim.portrayal3d.SparseFieldPortrayal3D
SparseGrid2D - Class in sim.field.grid: A storage facility for sparse objects in discrete 2D space, using Maps.
SparseGrid2D(int, int) - Constructor for class sim.field.grid.SparseGrid2D
SparseGrid2D(SparseGrid2D) - Constructor for class sim.field.grid.SparseGrid2D
SparseGrid2DPortrayal3D - Class in sim.portrayal3d.grid: Displays objects in a SparseGrid2D along the XY grid in a special way.
SparseGrid2DPortrayal3D(double) - Constructor for class sim.portrayal3d.grid.SparseGrid2DPortrayal3D: Creates a SparseGrid2DPortrayal3D with the provided scale
SparseGrid2DPortrayal3D() - Constructor for class sim.portrayal3d.grid.SparseGrid2DPortrayal3D: Creates a SparseGrid2DPortrayal3D with scale = 1.0
SparseGrid3D - Class in sim.field.grid: A storage facility for sparse objects in discrete 3D space, using Maps.
SparseGrid3D(int, int, int) - Constructor for class sim.field.grid.SparseGrid3D
SparseGrid3D(SparseGrid3D) - Constructor for class sim.field.grid.SparseGrid3D
SparseGridPortrayal2D - Class in sim.portrayal.grid: Can be used to draw both continuous and discrete sparse fields.
SparseGridPortrayal2D() - Constructor for class sim.portrayal.grid.SparseGridPortrayal2D
SparseGridPortrayal2D(DrawPolicy) - Constructor for class sim.portrayal.grid.SparseGridPortrayal2D: Deprecated. Use setDrawPolicy.
SparseGridPortrayal3D - Class in sim.portrayal3d.grid: Portrays both SparseGrid2D and SparseGrid3D fields.
SparseGridPortrayal3D() - Constructor for class sim.portrayal3d.grid.SparseGridPortrayal3D
SpatialNetwork2D - Class in sim.portrayal.network: A wrapper used by NetworkPortrayal2D to hold a Network and EITHER a Continuous2D OR a SparseGrid2D (or some other SparseField2D).
SpatialNetwork2D(SparseField2D, Network) - Constructor for class sim.portrayal.network.SpatialNetwork2D
SpherePortrayal3D - Class in sim.portrayal3d.simple: Portrays objects as a sphere of the specified color or appearance (flat opaque white by default) which fills the region from (-0.5*scale,-0.5*scale,-0.5*scale) to (0.5*scale,0.5*scale,0.5*scale).
SpherePortrayal3D() - Constructor for class sim.portrayal3d.simple.SpherePortrayal3D: Constructs a SpherePortrayal3D with a default (flat opaque white) appearance and a scale of 1.0.
SpherePortrayal3D(double) - Constructor for class sim.portrayal3d.simple.SpherePortrayal3D: Constructs a SpherePortrayal3D with a default (flat opaque white) appearance and the given scale.
SpherePortrayal3D(Color) - Constructor for class sim.portrayal3d.simple.SpherePortrayal3D: Constructs a SpherePortrayal3D with a flat opaque appearance of the given color and a scale of 1.0.
SpherePortrayal3D(Color, double) - Constructor for class sim.portrayal3d.simple.SpherePortrayal3D: Constructs a SpherePortrayal3D with a flat opaque appearance of the given color and the given scale.
SpherePortrayal3D(Color, double, int) - Constructor for class sim.portrayal3d.simple.SpherePortrayal3D: Constructs a SpherePortrayal3D with a flat opaque appearance of the given color, scale, and divisions.
SpherePortrayal3D(Image) - Constructor for class sim.portrayal3d.simple.SpherePortrayal3D: Constructs a SpherePortrayal3D with the given (opaque) image and a scale of 1.0.
SpherePortrayal3D(Image, double) - Constructor for class sim.portrayal3d.simple.SpherePortrayal3D: Constructs a SpherePortrayal3D with the given (opaque) image and scale.
SpherePortrayal3D(Image, double, int) - Constructor for class sim.portrayal3d.simple.SpherePortrayal3D: Constructs a SpherePortrayal3D with the given (opaque) image, scale, and divisions.
SpherePortrayal3D(Appearance, boolean, boolean, double) - Constructor for class sim.portrayal3d.simple.SpherePortrayal3D: Constructs a SpherePortrayal3D with the given appearance, and scale, plus whether or not to generate normals or texture coordinates.
SpherePortrayal3D(Appearance, boolean, boolean, double, int) - Constructor for class sim.portrayal3d.simple.SpherePortrayal3D: Constructs a SpherePortrayal3D with the given appearance, divisions, and scale, plus whether or not to generate normals or texture coordinates.
split(String) - Static method in class sim.util.gui.WordWrap: A useful auxillary method: once you're word-wrapped your text, you can use this to break it into multiple strings at the \n position.
SQRT_INV - Variable in class sim.util.distribution.Normal
SQRTH - Static variable in class sim.util.distribution.Arithmetic
SQRTH - Static variable in class sim.util.distribution.Constants
SQTPI - Static variable in class sim.util.distribution.Arithmetic
SQTPI - Static variable in class sim.util.distribution.Constants
standardDeviation - Variable in class sim.util.distribution.Normal
start() - Method in class sim.display.GUIState
start() - Method in class sim.engine.SimState: Called immediately prior to starting the simulation, or in-between simulation runs.
start(BufferedImage) - Method in class sim.util.gui.MovieMaker: Create a dialog box allowing the user to specify where to save the file, and in what format and frame rate (default = 10 frames per second), and set up the movie encoding process ready to go, using typicalImage as an example image (for size purposes).
start(BufferedImage, float) - Method in class sim.util.gui.MovieMaker: Create a dialog box allowing the user to specify where to save the file, and in what format and frame rate (default provided), and set up the movie encoding process ready to go, using typicalImage as an example image (for size purposes).
startMovie() - Method in class sim.display.Display2D: Starts a Quicktime movie on the given Display2D.
startMovie() - Method in class sim.display3d.Display3D: Starts a Quicktime movie on the given Display3D.
startMovie() - Method in class sim.util.media.chart.ChartGenerator: Starts a Quicktime movie on the given ChartGenerator.
state - Variable in class sim.display.GUIState: The underlying SimState
state - Variable in class sim.engine.AsynchronousSteppable
stateEquals(MersenneTwisterFast) - Method in class ec.util.MersenneTwisterFast: Returns true if the MersenneTwisterFast's current internal state is equal to another MersenneTwisterFast.
step(SimState) - Method in class sim.display.Display2D: Steps the Display2D in the GUIState schedule.
step() - Method in class sim.display.GUIState: Returns FALSE if nothing was stepped -- the schedule is exhausted or time has run out.
step(SimState) - Method in class sim.display.RateAdjuster
step(SimState) - Method in class sim.display3d.Display3D: Steps the Display3D in the GUIState schedule.
step(SimState) - Method in class sim.engine.AsynchronousSteppable: Fires up the AsynchronousSteppable and registers it with the SimState.
step(SimState) - Method in class sim.engine.MethodStep
step(SimState) - Method in class sim.engine.MultiStep
step(SimState) - Method in class sim.engine.ParallelSequence
step(SimState) - Method in class sim.engine.RandomSequence
step(SimState) - Method in class sim.engine.Repeat
step(SimState) - Method in class sim.engine.Schedule: Steps the schedule, gathering and ordering all the items to step on the next time step (skipping blank time steps), and then stepping all of them in the decided order.
step(SimState) - Method in class sim.engine.Sequence
step(SimState) - Method in interface sim.engine.Steppable
step - Variable in class sim.engine.TentativeStep
step(SimState) - Method in class sim.engine.TentativeStep
step(SimState) - Method in class sim.engine.WeakStep
stepInterval - Variable in class sim.display.Display2D
stepInterval - Variable in class sim.display3d.Display3D
Steppable - Interface in sim.engine: Something that can be stepped
STEPPABLES - Static variable in class sim.engine.ParallelSequence
steps - Variable in class sim.engine.Schedule: The current steps, as returned by getSteps().
steps - Variable in class sim.engine.Sequence: The internal Steppables to be stepped.
stirlingCorrection(int) - Static method in class sim.util.distribution.Arithmetic: Returns the StirlingCorrection.
stop() - Method in class sim.engine.AsynchronousSteppable: Requests that the AsynchronousSteppable shut down its thread, and blocks until this occurs.
stop() - Method in class sim.engine.Repeat
stop() - Method in interface sim.engine.Stoppable
stop() - Method in class sim.engine.TentativeStep
stop() - Method in class sim.util.gui.MovieMaker: End the movie stream, finish up writing to disk, and clean up.
stop() - Method in class sim.util.media.MovieEncoder: Stops the writer and finishes uprocessor.
stopAllInspectors(boolean) - Method in class sim.display.Console: Stops all inspectors.
stopAllInspectors(boolean) - Method in class sim.display.SimpleController: Stops all inspectors.
stopCapturing() - Method in class sim.display3d.CapturingCanvas3D
stopMovie() - Method in class sim.display.Display2D: Stops a Quicktime movie and cleans up, flushing the remaining frames out to disk.
stopMovie() - Method in class sim.display3d.Display3D: Stops a Quicktime movie and cleans up, flushing the remaining frames out to disk.
stopMovie() - Method in class sim.util.media.chart.ChartGenerator: Stops a Quicktime movie and cleans up, flushing the remaining frames out to disk.
Stoppable - Interface in sim.engine: Stoppable objects can be prevented from being stepped any further by calling their stop() method.
stopper() - Method in class sim.engine.AsynchronousSteppable: Deprecated. Will be deleted in the future.
storage - Variable in class sim.display.GUIState
stroke - Variable in class sim.portrayal.simple.ShapePortrayal2D
studentT(double, double) - Static method in class sim.util.distribution.Probability: Returns the integral from minus infinity to t of the Student-t distribution with k > 0 degrees of freedom.
StudentT - Class in sim.util.distribution: StudentT distribution (aka T-distribution); See the math definition and animated definition.
StudentT(double, MersenneTwisterFast) - Constructor for class sim.util.distribution.StudentT: Constructs a StudentT distribution.
studentTInverse(double, int) - Static method in class sim.util.distribution.Probability: Returns the value, t, for which the area under the Student-t probability density function (integrated from minus infinity to t) is equal to 1-alpha/2.
stx(double) - Method in class sim.field.continuous.Continuous2D: Simple [and fast] toroidal x.
stx(double) - Method in class sim.field.continuous.Continuous3D: Simple [and fast] toroidal x.
stx(int) - Method in class sim.field.grid.AbstractGrid2D
stx(int) - Method in class sim.field.grid.AbstractGrid3D
stx(int) - Method in interface sim.field.grid.Grid2D: Simple [and fast] toroidal x.
stx(int) - Method in interface sim.field.grid.Grid3D: Simple [and fast] toroidal x.
stx(int) - Method in class sim.field.grid.SparseGrid2D
stx(int) - Method in class sim.field.grid.SparseGrid3D
sty(double) - Method in class sim.field.continuous.Continuous2D: Simple [and fast] toroidal y.
sty(double) - Method in class sim.field.continuous.Continuous3D: Simple [and fast] toroidal y.
sty(int) - Method in class sim.field.grid.AbstractGrid2D
sty(int) - Method in class sim.field.grid.AbstractGrid3D
sty(int) - Method in interface sim.field.grid.Grid2D: Simple [and fast] toroidal y.
sty(int) - Method in interface sim.field.grid.Grid3D: Simple [and fast] toroidal y.
sty(int) - Method in class sim.field.grid.SparseGrid2D
sty(int) - Method in class sim.field.grid.SparseGrid3D
stz(double) - Method in class sim.field.continuous.Continuous3D: Simple [and fast] toroidal z.
stz(int) - Method in class sim.field.grid.AbstractGrid3D
stz(int, int) - Method in class sim.field.grid.AbstractGrid3D
stz(int) - Method in interface sim.field.grid.Grid3D: Simple [and fast] toroidal z.
stz(int) - Method in class sim.field.grid.SparseGrid3D
stz(int, int) - Method in class sim.field.grid.SparseGrid3D
submit() - Method in class sim.util.gui.NumberTextField
submit() - Method in class sim.util.gui.PropertyField: Commits to the current setting of the propertyField, filtering it through newValue.
subtract(Double2D) - Method in class sim.util.Double2D: Subtracts Double2D "other" from current Double2D using vector subtraction
subtract(Double3D) - Method in class sim.util.Double3D: Subtracts Double3D "other" from current Double3D using vector subtraction
subtract(MutableDouble2D, MutableDouble2D) - Method in class sim.util.MutableDouble2D: Subtracts other2 from other1, setting me to the result and returning me.
subtract(Double2D, MutableDouble2D) - Method in class sim.util.MutableDouble2D: Subtracts other2 from other1, setting me to the result and returning me.
subtract(MutableDouble2D, Double2D) - Method in class sim.util.MutableDouble2D: Subtracts other2 from other1, setting me to the result and returning me.
subtract(MutableDouble3D, MutableDouble3D) - Method in class sim.util.MutableDouble3D: Subtracts other2 from other1, setting me to the result and returning me.
subtractIn(Double2D) - Method in class sim.util.MutableDouble2D: Sets me to me minus other, returning me.
subtractIn(MutableDouble2D) - Method in class sim.util.MutableDouble2D: Sets me to me minus other, returning me.
subtractIn(Double3D) - Method in class sim.util.MutableDouble3D: Sets me to me minus other, returning me.
subtractIn(MutableDouble3D) - Method in class sim.util.MutableDouble3D: Sets me to me minus other, returning me.
SWITCH_MEAN - Static variable in class sim.util.distribution.Poisson
SWITCH_MEAN - Static variable in class sim.util.distribution.PoissonSlow
SwitchedPortrayal3D - Class in sim.portrayal3d.simple
SwitchedPortrayal3D(SimplePortrayal3D) - Constructor for class sim.portrayal3d.simple.SwitchedPortrayal3D

T

TableLoader - Class in sim.util: TABLELOADER.java
TableLoader() - Constructor for class sim.util.TableLoader
takeSnapshot(File, int) - Method in class sim.display.Display2D
takeSnapshot() - Method in class sim.display.Display2D
takeSnapshot(File) - Method in class sim.display3d.Display3D: Takes a snapshot of the Display3D's currently displayed simulation.
takeSnapshot() - Method in class sim.display3d.Display3D: Takes a snapshot of the Display3D's currently displayed simulation.
tau - Variable in class sim.util.distribution.ExponentialPower
tds(Double2D, Double2D) - Method in class sim.field.continuous.Continuous2D: Minimum Toroidal Distance Squared between two points.
tds(Double3D, Double3D) - Method in class sim.field.continuous.Continuous3D: Minimum Toroidal Distance Squared between two points.
tdx(double, double) - Method in class sim.field.continuous.Continuous2D: Minimum toroidal difference between two values in the X dimension.
tdx(double, double) - Method in class sim.field.continuous.Continuous3D: Minimum toroidal difference between two values in the X dimension.
tdy(double, double) - Method in class sim.field.continuous.Continuous2D: Minimum toroidal difference between two values in the Y dimension.
tdy(double, double) - Method in class sim.field.continuous.Continuous3D: Minimum toroidal difference between two values in the Y dimension.
tdz(double, double) - Method in class sim.field.continuous.Continuous3D: Minimum toroidal difference between two values in the Z dimension.
TentativeStep - Class in sim.engine: A Steppable wrapper which can be stopped.
TentativeStep(Steppable) - Constructor for class sim.engine.TentativeStep
TERM - Variable in class sim.util.distribution.StudentT
test() - Static method in class sim.util.LocationLog
TilePortrayal - Class in sim.portrayal3d.grid.quad: A QuadPortrayal which describes locations as the center of a square in a grid (like tiles on the floor, each tile corresponding to a location on the grid).
TilePortrayal(ColorMap) - Constructor for class sim.portrayal3d.grid.quad.TilePortrayal
TilePortrayal(ColorMap, double) - Constructor for class sim.portrayal3d.grid.quad.TilePortrayal
time - Variable in class sim.engine.Schedule: The current time, as returned by getTime().
time() - Method in class sim.engine.Schedule: Deprecated. use getTime()
timeInterval - Variable in class sim.display.Display2D
timeInterval - Variable in class sim.display3d.Display3D
TimeSeriesAttributes - Class in sim.util.media.chart: A SeriesAttributes used for user control pf time series created with TimeSeriesCharGenerator.
TimeSeriesAttributes(ChartGenerator, XYSeries, int, SeriesChangeListener) - Constructor for class sim.util.media.chart.TimeSeriesAttributes: Builds a TimeSeriesAttributes with the given generator, series, and index for the series.
TimeSeriesChartGenerator - Class in sim.util.media.chart: TimeSeriesChartGenerator is a ChartGenerator which displays a time-series chart using the JFreeChart library.
TimeSeriesChartGenerator() - Constructor for class sim.util.media.chart.TimeSeriesChartGenerator
tmpLocalT - Variable in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D: tmp Transform3D it is reused, since the TGs are copying it internally
tmpVect - Variable in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D: tmp Vector3d
to() - Method in class sim.field.network.Edge: Returns the "to" object.
toArray() - Method in class sim.field.grid.DoubleGrid2D: Flattens the grid to a one-dimensional array, storing the elements in row-major order,including duplicates and null values.
toArray() - Method in class sim.field.grid.DoubleGrid3D: Flattens the grid to a one-dimensional array, storing the elements in row-major order,including duplicates and null values.
toArray() - Method in class sim.field.grid.IntGrid2D: Flattens the grid to a one-dimensional array, storing the elements in row-major order,including duplicates and null values.
toArray() - Method in class sim.field.grid.IntGrid3D: Flattens the grid to a one-dimensional array, storing the elements in row-major order,including duplicates and null values.
toArray() - Method in class sim.field.grid.ObjectGrid2D: Flattens the grid to a one-dimensional array, storing the elements in row-major order,including duplicates and null values.
toArray() - Method in class sim.field.grid.ObjectGrid3D: Flattens the grid to a one-dimensional array, storing the elements in row-major order,including duplicates and null values.
toArray() - Method in class sim.util.Bag
toArray(Object[]) - Method in class sim.util.Bag
toArray() - Method in class sim.util.DoubleBag
toArray() - Method in class sim.util.IntBag
toCoordinates() - Method in class sim.util.Double2D
toCoordinates() - Method in class sim.util.Double3D
toCoordinates() - Method in class sim.util.Int2D
toCoordinates() - Method in class sim.util.Int3D
toCoordinates() - Method in class sim.util.MutableDouble2D
toCoordinates() - Method in class sim.util.MutableDouble3D
toCoordinates() - Method in class sim.util.MutableInt2D
toCoordinates() - Method in class sim.util.MutableInt3D
toDouble() - Method in class sim.util.MutableDouble
toDoubleArray() - Method in class sim.util.DoubleBag
toDoubleArray() - Method in class sim.util.IntBag
toHTML(String) - Static method in class sim.util.gui.WordWrap: A useful auxillary method: once you've word-wrapped your text, you can use this to convert it into 'HTML' style, where < is converted into <, & is converted into &, and \n or \r are converted into <br>.
toIntegerArray() - Method in class sim.util.IntBag
toLongArray() - Method in class sim.util.IntBag
ToolTipBehavior - Class in sim.display3d: A behavior similar to SelectionBehavior, except you don't have to double-click and the resulting info is presented in a tool-tip, not the console I'm using Swing's default (ToolTipManager) initialDelay constant, but I did not implement DismissDelay or ReshowDelay
ToolTipBehavior(Canvas3D, BranchGroup, Bounds, GUIState) - Constructor for class sim.display3d.ToolTipBehavior
tooManyPoints(int) - Method in interface sim.util.media.chart.DataCuller
tooManyPoints(int) - Method in class sim.util.media.chart.MinGapDataCuller
top() - Method in class sim.util.Bag: Returns null if the Bag is empty, else returns the topmost object.
top() - Method in class sim.util.DoubleBag: Returns 0 if the DoubleBag is empty, else returns the topmost double.
top() - Method in class sim.util.IntBag: Returns 0 if the IntBag is empty, else returns the topmost int.
toPaint - Variable in class sim.portrayal.network.SimpleEdgePortrayal2D
toPoint() - Method in class sim.util.Int2D
toPoint() - Method in class sim.util.MutableInt2D
toPoint2D() - Method in class sim.util.Double2D
toPoint2D() - Method in class sim.util.Int2D
toPoint2D() - Method in class sim.util.MutableDouble2D
toPoint2D() - Method in class sim.util.MutableInt2D
TOROIDAL - Static variable in interface sim.field.grid.Grid2D: Bounded Mode for toroidal lookup.
TOROIDAL - Static variable in interface sim.field.grid.Grid3D: Bounded Mode for toroidal lookup.
toString() - Method in class sim.engine.Repeat
toString() - Method in class sim.field.network.Edge
toString() - Method in class sim.portrayal.DrawInfo2D
toString() - Method in class sim.portrayal.network.EdgeDrawInfo2D
toString() - Method in class sim.portrayal.simple.ValuePortrayal2D.Filter
toString() - Method in class sim.portrayal3d.simple.ValuePortrayal3D.Filter
toString() - Method in class sim.util.distribution.Beta: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.Binomial: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.BreitWigner: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.ChiSquare: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.Empirical: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.EmpiricalWalker: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.Exponential: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.ExponentialPower: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.Gamma: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.Hyperbolic: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.HyperGeometric: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.Logarithmic: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.NegativeBinomial: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.Normal: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.Poisson: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.PoissonSlow: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.StudentT: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.Uniform: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.VonMises: Returns a String representation of the receiver.
toString() - Method in class sim.util.distribution.Zeta: Returns a String representation of the receiver.
toString() - Method in class sim.util.Double2D
toString() - Method in class sim.util.Double3D
toString() - Method in class sim.util.Int2D
toString() - Method in class sim.util.Int3D
toString() - Method in class sim.util.media.chart.PieChartGenerator.UniqueString
toString() - Method in class sim.util.MutableDouble
toString() - Method in class sim.util.MutableDouble2D
toString() - Method in class sim.util.MutableDouble3D
toString() - Method in class sim.util.MutableInt2D
toString() - Method in class sim.util.MutableInt3D
trail - Variable in class sim.portrayal.simple.TrailedPortrayal2D: The SimplePortrayal2D used to draw line segments in the trail.
TrailedPortrayal2D - Class in sim.portrayal.simple: TrailedPortrayal2D is a special SimplePortrayal wrapper which enables you to draw "trails" or "mouse tails" that drag behind objects and show where the've recently been.
TrailedPortrayal2D(GUIState, SimplePortrayal2D, FieldPortrayal2D, SimplePortrayal2D, double) - Constructor for class sim.portrayal.simple.TrailedPortrayal2D: Creates a TrailedPortrayal2D for a given child portrayal, field portrayal for the trail, trail portrayal, and length in time.
TrailedPortrayal2D(GUIState, SimplePortrayal2D, FieldPortrayal2D, double, Color, Color) - Constructor for class sim.portrayal.simple.TrailedPortrayal2D: Creates a TrailedPortrayal2D for a given child portrayal, field portrayal for the trail, length in time, using a default trail portrayal going from minColor to maxColor through time.
TrailedPortrayal2D(GUIState, SimplePortrayal2D, FieldPortrayal2D, double) - Constructor for class sim.portrayal.simple.TrailedPortrayal2D: Creates a TrailedPortrayal2D for a given child portrayal, field portrayal for the trail, length in time, using a default trail portrayal with default settings.
TrailedPortrayal2D.TrailDrawInfo2D - Class in sim.portrayal.simple: A special version of DrawInfo2D which adds additional information useful for drawing your own trails.
TrailedPortrayal2D.TrailDrawInfo2D(GUIState, FieldPortrayal2D, RectangularShape, RectangularShape, Point2D.Double) - Constructor for class sim.portrayal.simple.TrailedPortrayal2D.TrailDrawInfo2D
TrailedPortrayal2D.TrailDrawInfo2D(DrawInfo2D, double, double, Point2D.Double) - Constructor for class sim.portrayal.simple.TrailedPortrayal2D.TrailDrawInfo2D
TrailedPortrayal2D.TrailDrawInfo2D(DrawInfo2D, Point2D.Double) - Constructor for class sim.portrayal.simple.TrailedPortrayal2D.TrailDrawInfo2D
TrailedPortrayal2D.TrailDrawInfo2D(EdgeDrawInfo2D) - Constructor for class sim.portrayal.simple.TrailedPortrayal2D.TrailDrawInfo2D
transform(Transform3D) - Method in class sim.display3d.Display3D: Changes the global model transform of the FieldPortrayal3D by appending to it the provided transform operation.
transform - Variable in class sim.portrayal.simple.TransformedPortrayal2D
transform(Transform3D) - Method in class sim.portrayal3d.FieldPortrayal3D: Changes the internal transform of the FieldPortrayal3D by appending to it the provided transform operation.
transform(Transform3D) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Changes the internal transform of the TransformedPortrayal3D by appending to it the provided transform operation.
TransformedPortrayal2D - Class in sim.portrayal.simple: A wrapper for other Portrayal2Ds which transforms the graphics space before drawing them.
TransformedPortrayal2D(SimplePortrayal2D, AffineTransform) - Constructor for class sim.portrayal.simple.TransformedPortrayal2D
TransformedPortrayal3D - Class in sim.portrayal3d.simple: A wrapper for other Portrayal3Ds which transforms them with an underlying Transform3D: meaning that you can rotate them, translate them, scale them, etc.
TransformedPortrayal3D(SimplePortrayal3D, Transform3D) - Constructor for class sim.portrayal3d.simple.TransformedPortrayal3D
TransformedPortrayal3D(SimplePortrayal3D) - Constructor for class sim.portrayal3d.simple.TransformedPortrayal3D
translate(double, double, double) - Method in class sim.display3d.Display3D: Modifies the global model transform by translating in the provided x, y, and z amounts.
translate(double, double, double) - Method in class sim.portrayal3d.FieldPortrayal3D: Modifies the internal transform by translating in the provided x, y, and z amounts.
translate(double, double, double) - Method in class sim.portrayal3d.simple.TransformedPortrayal3D: Modifies the internal transform by translating in the provided x, y, and z amounts.
trb(int, int) - Method in class sim.field.grid.AbstractGrid2D
trb(int, int) - Method in interface sim.field.grid.Grid2D: Horizontal edge is on the bottom for triangle.
trb(int, int) - Method in class sim.field.grid.SparseGrid2D
trt(int, int) - Method in class sim.field.grid.AbstractGrid2D
trt(int, int) - Method in interface sim.field.grid.Grid2D: Horizontal edge is on the top for triangle.
trt(int, int) - Method in class sim.field.grid.SparseGrid2D
truncate() - Method in class sim.field.grid.DoubleGrid2D: Eliminates the decimal portion of each value in the grid (rounds towards zero).
truncate() - Method in class sim.field.grid.DoubleGrid3D: Eliminates the decimal portion of each value in the grid (rounds towards zero).
tv(Double2D, Double2D) - Method in class sim.field.continuous.Continuous2D: Minimum Toroidal difference vector between two points.
tv(Double3D, Double3D) - Method in class sim.field.continuous.Continuous3D: Minimum Toroidal difference vector between two points.
tx(double) - Method in class sim.field.continuous.Continuous2D: Toroidal x
tx(double) - Method in class sim.field.continuous.Continuous3D: Toroidal x
tx(int) - Method in class sim.field.grid.AbstractGrid2D
tx(int) - Method in class sim.field.grid.AbstractGrid3D
tx(int) - Method in interface sim.field.grid.Grid2D: Toroidal x.
tx(int) - Method in interface sim.field.grid.Grid3D: Toroidal x.
tx(int) - Method in class sim.field.grid.SparseGrid2D
tx(int) - Method in class sim.field.grid.SparseGrid3D
ty(double) - Method in class sim.field.continuous.Continuous2D: Toroidal y
ty(double) - Method in class sim.field.continuous.Continuous3D: Toroidal y
ty(int) - Method in class sim.field.grid.AbstractGrid2D
ty(int) - Method in class sim.field.grid.AbstractGrid3D
ty(int) - Method in interface sim.field.grid.Grid2D: Toroidal y.
ty(int) - Method in interface sim.field.grid.Grid3D: Toroidal y.
ty(int) - Method in class sim.field.grid.SparseGrid2D
ty(int) - Method in class sim.field.grid.SparseGrid3D
TYPE_HIT_OBJECT - Static variable in class sim.portrayal.SimplePortrayal2D
TYPE_PDF - Static variable in class sim.display.Display2D
TYPE_PNG - Static variable in class sim.display.Display2D
TYPE_SELECTED_OBJECT - Static variable in class sim.portrayal.SimplePortrayal2D
typeToName(Class) - Method in class sim.util.Properties
tz(double) - Method in class sim.field.continuous.Continuous3D: Toroidal z
tz(int) - Method in class sim.field.grid.AbstractGrid3D
tz(int) - Method in interface sim.field.grid.Grid3D: Toroidal z.
tz(int) - Method in class sim.field.grid.SparseGrid3D

U

u - Variable in class sim.util.distribution.Hyperbolic
ulx(int, int) - Method in class sim.field.grid.AbstractGrid2D
ulx(int, int) - Method in interface sim.field.grid.Grid2D: Hex upleft x.
ulx(int, int) - Method in class sim.field.grid.SparseGrid2D
uly(int, int) - Method in class sim.field.grid.AbstractGrid2D
uly(int, int) - Method in interface sim.field.grid.Grid2D: Hex upleft y.
uly(int, int) - Method in class sim.field.grid.SparseGrid2D
UNBOUNDED - Static variable in interface sim.field.grid.Grid2D: Bounded Mode for neighborhood lookup.
UNBOUNDED - Static variable in interface sim.field.grid.Grid3D: Bounded Mode for neighborhood lookup.
unbufferedHints - Variable in class sim.display.Display2D.InnerDisplay2D: Hints used to draw objects to the screen or to a buffer
uniform - Variable in class sim.util.distribution.BreitWignerMeanSquare
Uniform - Class in sim.util.distribution: Uniform distribution; Math definition and animated definition.
Uniform(double, double, MersenneTwisterFast) - Constructor for class sim.util.distribution.Uniform: Constructs a uniform distribution with the given minimum and maximum.
Uniform(MersenneTwisterFast) - Constructor for class sim.util.distribution.Uniform: Constructs a uniform distribution with min=0.0 and max=1.0.
universe - Variable in class sim.display3d.Display3D: The Java3D universe.
unregisterAllFrames() - Method in class sim.display.Console: Simulations can call this to clear out the "Display list" of the console
unregisterAllFrames() - Method in interface sim.display.Controller: Simulations can call this to clear out the "Display list" of the Controller.
unregisterAllFrames() - Method in class sim.display.SimpleController: Simulations can call this to clear out the "Display list" of the console
unregisterFrame(JFrame) - Method in class sim.display.Console: Simulations can call this to remove a frame from the "Display list" of the console
unregisterFrame(JFrame) - Method in interface sim.display.Controller: Simulations can call this to remove a frame from the "Display list" of the Controller.
unregisterFrame(JFrame) - Method in class sim.display.SimpleController: Simulations can call this to remove a frame from the "Display list" of the console
update() - Method in class sim.util.gui.NumberTextField
update() - Method in class sim.util.gui.PropertyField: Reverts the property field to its previous string value WITHOUT calling newValue()
update() - Method in class sim.util.media.chart.BarChartGenerator
update() - Method in class sim.util.media.chart.ChartGenerator
update(long, boolean) - Method in class sim.util.media.chart.ChartGenerator: Key must be 0 or higher.
update() - Method in class sim.util.media.chart.HistogramGenerator
update() - Method in class sim.util.media.chart.PieChartGenerator
update() - Method in class sim.util.media.chart.ScatterPlotGenerator
UPDATE_ICON - Static variable in class sim.portrayal.Inspector
UPDATE_ICON_P - Static variable in class sim.portrayal.Inspector
UPDATE_RULE_ALWAYS - Static variable in class sim.display.Display2D
UPDATE_RULE_INTERNAL_TIME - Static variable in class sim.display.Display2D
UPDATE_RULE_NEVER - Static variable in class sim.display.Display2D
UPDATE_RULE_STEPS - Static variable in class sim.display.Display2D: Used internally and by Display3D to indicate
UPDATE_RULE_WALLCLOCK_TIME - Static variable in class sim.display.Display2D
updateButtonPressed() - Method in class sim.portrayal.Inspector
updateChartLater(long) - Method in class sim.util.media.chart.ChartGenerator: Posts a request to update the chart on the Swing event queue to happen next time repaints etc.
updateChartWithin(long, long) - Method in class sim.util.media.chart.ChartGenerator: Updates the inspector asynchronously sometime before the given milliseconds have transpired.
updateEdge(Edge, Object, Object, Object) - Method in class sim.field.network.Network: Removes the given edge, then changes its from, to, and info values to the provided ones, then adds the edge to the network again.
updateInspector() - Method in class sim.portrayal.Inspector: Called by the system to inform the Inspector that it needs to update itself to reflect any changed in the underlying data.
updateInspector() - Method in class sim.portrayal.SimpleInspector
updateModel(TransformGroup) - Method in class sim.portrayal3d.FieldPortrayal3D: Returns a tree structure of the form InternalTransformGroup[model info].
updateModel(TransformGroup) - Method in class sim.portrayal3d.grid.ObjectGridPortrayal3D
updateModel(TransformGroup) - Method in class sim.portrayal3d.grid.SparseGrid2DPortrayal3D
updateModel(TransformGroup) - Method in class sim.portrayal3d.grid.ValueGrid2DPortrayal3D
updateModel(TransformGroup) - Method in class sim.portrayal3d.grid.ValueGridPortrayal3D
updateModel(TransformGroup) - Method in class sim.portrayal3d.SparseFieldPortrayal3D
updateRule - Variable in class sim.display.Display2D
updateRule - Variable in class sim.display3d.Display3D
updateScene(int, int) - Method in class sim.display3d.ToolTipBehavior
updateSceneGraph(boolean) - Method in class sim.display3d.Display3D: Updates the scene graph to reflect changes in the simulation.
updateSeries(int, Object[]) - Method in class sim.util.media.chart.BarChartGenerator
updateSeries(int, double[]) - Method in class sim.util.media.chart.HistogramGenerator
updateSeries(int, Object[]) - Method in class sim.util.media.chart.PieChartGenerator
updateSeries(int, double[][]) - Method in class sim.util.media.chart.ScatterPlotGenerator
updateToolTips() - Method in class sim.display.Display2D.InnerDisplay2D
UPPER_PAINT - Static variable in class sim.portrayal.simple.AdjustablePortrayal2D
UPPER_STROKE - Static variable in class sim.portrayal.simple.AdjustablePortrayal2D
upperBound(double) - Method in class sim.field.grid.DoubleGrid2D: Thresholds the grid so that values greater to toNoMoreThanThisMuch are changed to toNoMoreThanThisMuch.
upperBound(double) - Method in class sim.field.grid.DoubleGrid3D: Thresholds the grid so that values greater to toNoMoreThanThisMuch are changed to toNoMoreThanThisMuch.
upperBound(int) - Method in class sim.field.grid.IntGrid2D: Thresholds the grid so that values greater to toNoMoreThanThisMuch are changed to toNoMoreThanThisMuch.
upperBound(int) - Method in class sim.field.grid.IntGrid3D: Thresholds the grid so that values greater to toNoMoreThanThisMuch are changed to toNoMoreThanThisMuch.
upx(int, int) - Method in class sim.field.grid.AbstractGrid2D
upx(int, int) - Method in interface sim.field.grid.Grid2D: Hex up x.
upx(int, int) - Method in class sim.field.grid.SparseGrid2D
upy(int, int) - Method in class sim.field.grid.AbstractGrid2D
upy(int, int) - Method in interface sim.field.grid.Grid2D: Hex up y.
upy(int, int) - Method in class sim.field.grid.SparseGrid2D
urx(int, int) - Method in class sim.field.grid.AbstractGrid2D
urx(int, int) - Method in interface sim.field.grid.Grid2D: Hex upright x.
urx(int, int) - Method in class sim.field.grid.SparseGrid2D
ury(int, int) - Method in class sim.field.grid.AbstractGrid2D
ury(int, int) - Method in interface sim.field.grid.Grid2D: Hex upright y.
ury(int, int) - Method in class sim.field.grid.SparseGrid2D
USE_BUFFER - Static variable in class sim.portrayal.FieldPortrayal2D: Use a buffer
Utilities - Class in sim.util.gui: Various static utility methods.
Utilities() - Constructor for class sim.util.gui.Utilities

V

v - Variable in class sim.util.distribution.Hyperbolic
val - Variable in class sim.util.MutableDouble
validChartTitle - Variable in class sim.util.media.chart.ChartGenerator
validLevel(double) - Method in interface sim.util.gui.ColorMap: Returns true if a level is "valid" (it provides a meaningful color)
validLevel(double) - Method in class sim.util.gui.SimpleColorMap
validSimState(SimState) - Method in class sim.display.GUIState: This method should be set to return TRUE if state can be validly used -- mostly likely all you need to check is that it's the right class for this simulation.
Valuable - Interface in sim.util: Having a value.
value - Variable in class sim.portrayal.simple.TrailedPortrayal2D.TrailDrawInfo2D: A value from 1.0 to 0.0 indicating how far "back in time" this segment is supposed to be.
value() - Method in class sim.portrayal3d.grid.quad.ValueGridCellInfo
ValueGrid2DPortrayal3D - Class in sim.portrayal3d.grid: Displays ValueGrid2Ds values along the XY grid using a surface.
ValueGrid2DPortrayal3D(String, Image) - Constructor for class sim.portrayal3d.grid.ValueGrid2DPortrayal3D: Use a fully opaque image as the appearance.
ValueGrid2DPortrayal3D(String, double) - Constructor for class sim.portrayal3d.grid.ValueGrid2DPortrayal3D: Be somewhat transparent (1.0 is fully opaque, 0.0f is fully transparent).
ValueGrid2DPortrayal3D(String) - Constructor for class sim.portrayal3d.grid.ValueGrid2DPortrayal3D: Be completely opaque.
ValueGrid2DPortrayal3D() - Constructor for class sim.portrayal3d.grid.ValueGrid2DPortrayal3D: Be completely opaque, with a value name of "Value".
ValueGridCellInfo - Class in sim.portrayal3d.grid.quad: Used by ValueGrid2DPortrayal3D to send needed value information to underlying QuadPortrayals.
ValueGridCellInfo(ValueGrid2DPortrayal3D, Grid2D) - Constructor for class sim.portrayal3d.grid.quad.ValueGridCellInfo
ValueGridPortrayal2D - Class in sim.portrayal.grid: This class is capable of portraying the DoubleGrid2D and IntGrid2D fields (and only those two fields -- or subclasses).
ValueGridPortrayal2D() - Constructor for class sim.portrayal.grid.ValueGridPortrayal2D
ValueGridPortrayal2D(String) - Constructor for class sim.portrayal.grid.ValueGridPortrayal2D
ValueGridPortrayal3D - Class in sim.portrayal3d.grid
ValueGridPortrayal3D() - Constructor for class sim.portrayal3d.grid.ValueGridPortrayal3D
ValueGridPortrayal3D(String) - Constructor for class sim.portrayal3d.grid.ValueGridPortrayal3D
ValueGridPortrayal3D(double) - Constructor for class sim.portrayal3d.grid.ValueGridPortrayal3D
ValueGridPortrayal3D(String, double) - Constructor for class sim.portrayal3d.grid.ValueGridPortrayal3D
ValuePortrayal2D - Class in sim.portrayal.simple: The ValuePortrayal2D is the default portrayal for ValueGridPortrayal2Ds.
ValuePortrayal2D() - Constructor for class sim.portrayal.simple.ValuePortrayal2D
ValuePortrayal2D(ValueGridPortrayal2D) - Constructor for class sim.portrayal.simple.ValuePortrayal2D: Deprecated.
ValuePortrayal2D.DoubleFilter - Class in sim.portrayal.simple
ValuePortrayal2D.DoubleFilter(LocationWrapper) - Constructor for class sim.portrayal.simple.ValuePortrayal2D.DoubleFilter
ValuePortrayal2D.Filter - Class in sim.portrayal.simple
ValuePortrayal2D.Filter(LocationWrapper) - Constructor for class sim.portrayal.simple.ValuePortrayal2D.Filter
ValuePortrayal2D.IntFilter - Class in sim.portrayal.simple
ValuePortrayal2D.IntFilter(LocationWrapper) - Constructor for class sim.portrayal.simple.ValuePortrayal2D.IntFilter
ValuePortrayal3D - Class in sim.portrayal3d.simple: ValuePortrayal3D defines a cube or square whose color and transparency can be changed, and is really intended solely for use in ValueGridPortrayal3D.
ValuePortrayal3D() - Constructor for class sim.portrayal3d.simple.ValuePortrayal3D: Creates a ValuePortrayal3D with a cube shape.
ValuePortrayal3D(int) - Constructor for class sim.portrayal3d.simple.ValuePortrayal3D: Creates a ValuePortrayal3D with a cube (SHAPE_CUBE) or square (SHAPE_SQUARE) shape.
ValuePortrayal3D.DoubleFilter - Class in sim.portrayal3d.simple
ValuePortrayal3D.DoubleFilter(LocationWrapper) - Constructor for class sim.portrayal3d.simple.ValuePortrayal3D.DoubleFilter
ValuePortrayal3D.Filter - Class in sim.portrayal3d.simple
ValuePortrayal3D.Filter(LocationWrapper) - Constructor for class sim.portrayal3d.simple.ValuePortrayal3D.Filter
ValuePortrayal3D.IntFilter - Class in sim.portrayal3d.simple
ValuePortrayal3D.IntFilter(LocationWrapper) - Constructor for class sim.portrayal3d.simple.ValuePortrayal3D.IntFilter
valueToPass - Variable in class sim.portrayal.grid.ValueGridPortrayal2D
variance - Variable in class sim.util.distribution.Normal
version() - Static method in class sim.engine.SimState: Returns MASON's Version
viewProperty() - Method in class sim.util.gui.PropertyField: Override this to be informed when a property is to be viewed in its own inspector because the user pressed the "view" button.
viewRoot - Variable in class sim.display3d.Display3D: An additional root scene graph node which is attached to the viewing transform of the universe, and thus stays in the same location regardless of the placement of the camera.
VonMises - Class in sim.util.distribution: Von Mises distribution.
VonMises(double, MersenneTwisterFast) - Constructor for class sim.util.distribution.VonMises: Constructs a Von Mises distribution.

W

wallInterval - Variable in class sim.display.Display2D
wallInterval - Variable in class sim.display3d.Display3D
WeakStep - Class in sim.engine: WeakStep is a wrapper for steppable objects in the situation where we only want the schedule to tenuously hold onto the steppable object -- that is, if everyone else has forgotten about the object, the schedule should as well.
WeakStep(Steppable) - Constructor for class sim.engine.WeakStep
width - Variable in class sim.display.Display2D.InnerDisplay2D: The width of the display when the scale is 1.0
width - Variable in class sim.field.continuous.Continuous2D
width - Variable in class sim.field.continuous.Continuous3D
width - Variable in class sim.field.grid.AbstractGrid2D
width - Variable in class sim.field.grid.AbstractGrid3D
width - Variable in class sim.field.grid.SparseGrid2D
width - Variable in class sim.field.grid.SparseGrid3D
WireFrameBoxPortrayal3D - Class in sim.portrayal3d.simple: A SimplePortrayal3D which draws an arbitrary wireframe box.
WireFrameBoxPortrayal3D() - Constructor for class sim.portrayal3d.simple.WireFrameBoxPortrayal3D: Draws a white wireframe box from (-0.5,-0.5,-0.5) to (0.5,0.5,0.5)
WireFrameBoxPortrayal3D(double, double, double, double, double, double) - Constructor for class sim.portrayal3d.simple.WireFrameBoxPortrayal3D: Draws a white wireframe box from (x,y,z) to (x2,y2,z2)
WireFrameBoxPortrayal3D(double, double, double, double, double, double, Color) - Constructor for class sim.portrayal3d.simple.WireFrameBoxPortrayal3D: Draws a wireframe box from (x,y,z) to (x2,y2,z2) in the specified color.
WireFrameBoxPortrayal3D(double, double, double, double, double, double, Appearance) - Constructor for class sim.portrayal3d.simple.WireFrameBoxPortrayal3D: Draws a wireframe box from (x,y,z) to (x2,y2,z2) in the specified appearance.
WordWrap - Class in sim.util.gui: WordWrap is a simple word-wrapping class which provides word-wrap either to columns of raw text; or to some number of pixels (given a font).
WordWrap() - Constructor for class sim.util.gui.WordWrap
wrap(String, int) - Static method in class sim.util.gui.WordWrap: Wraps a string to a given number of columns.
wrap(String, int, FontMetrics) - Static method in class sim.util.gui.WordWrap: Wraps a string to a given number of pixels in width, given a font whose metrics are provided as well.
wrapModelForNewObject(Object, Transform3D) - Method in class sim.portrayal3d.SparseFieldPortrayal3D: This function is called from createModel for each object in the field and from the updateModel part of getModel for the new objects.
writeState(DataOutputStream) - Method in class ec.util.MersenneTwisterFast: Writes the entire state of the MersenneTwister RNG to the stream
writeToCheckpoint(OutputStream) - Method in class sim.engine.SimState: Serializes out the SimState, and the entire simulation state (not including the graphical interfaces) to the provided stream.
writeToCheckpoint(File) - Method in class sim.engine.SimState: Writes the state to a checkpoint and returns the state.

X

x - Variable in class sim.portrayal3d.grid.quad.ValueGridCellInfo
x - Variable in class sim.util.distribution.Hyperbolic
x - Variable in class sim.util.Double2D
x - Variable in class sim.util.Double3D
x - Variable in class sim.util.Int2D
x - Variable in class sim.util.Int3D
x - Variable in class sim.util.MutableDouble2D
x - Variable in class sim.util.MutableDouble3D
x - Variable in class sim.util.MutableInt2D
x - Variable in class sim.util.MutableInt3D
xOffset - Variable in class sim.display.Display2D.InnerDisplay2D: x offset
XYChartGenerator - Class in sim.util.media.chart: An abstract subclass of ChartGenerator for charts which involve X-Y data, such as Time Series, Histograms, and Scatter Plots.
XYChartGenerator() - Constructor for class sim.util.media.chart.XYChartGenerator

Y

y - Variable in class sim.portrayal3d.grid.quad.ValueGridCellInfo
y - Variable in class sim.util.Double2D
y - Variable in class sim.util.Double3D
y - Variable in class sim.util.Int2D
y - Variable in class sim.util.Int3D
y - Variable in class sim.util.MutableDouble2D
y - Variable in class sim.util.MutableDouble3D
y - Variable in class sim.util.MutableInt2D
y - Variable in class sim.util.MutableInt3D
yOffset - Variable in class sim.display.Display2D.InnerDisplay2D: y offset

Z

z - Variable in class sim.util.Double3D
z - Variable in class sim.util.Int3D
z - Variable in class sim.util.MutableDouble3D
z - Variable in class sim.util.MutableInt3D
zero() - Method in class sim.util.MutableDouble2D: Sets the values to 0 and returns it.
zero() - Method in class sim.util.MutableDouble3D: Sets the values to 0.
Zeta - Class in sim.util.distribution: Zeta distribution.
Zeta(double, double, MersenneTwisterFast) - Constructor for class sim.util.distribution.Zeta: Constructs a Zeta distribution.
zScale - Variable in class sim.portrayal3d.grid.SparseGrid2DPortrayal3D

_

_setValue(int, Object) - Method in class sim.util.CollectionProperties
_setValue(int, Object) - Method in class sim.util.Properties
_setValue(int, Object) - Method in class sim.util.SimpleProperties

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

Overview

Package

Class

Tree

Deprecated

Index

Help

PREV NEXT

FRAMES NO FRAMES