All Packages  Class Hierarchy

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

Index of all Fields and Methods

A

action. Variable in class sim.mdp.MDP: an action vector (created in parse())
action. Variable in class sim.errFun.RLErrFun: An action that can be chosen in a given state
action(Event, Object). Method in class sim.display.Graph2D: respond to the menu choices chosen with a mouse
action(Event, Object). Method in class sim.display.Graph3D: respond to the menu choices
action(Event, Object). Method in class Project: respond to the menu choices
action(Event, Object). Method in class sim.display.SaveDisplay: respond to the menu choices
action(Event, Object). Method in class Title: respond to the menu choices
actionSize(). Method in class sim.mdp.GridPOMDP: Return the number of elements in the action vector.
actionSize(). Method in class sim.mdp.GridWorld: Return the number of elements in the action vector.
actionSize(). Method in class sim.mdp.Hall: Return the number of elements in the action vector.
actionSize(). Method in class sim.mdp.HC: Return the number of elements in the action vector.
actionSize(). Method in class sim.mdp.HCDemo: Return the number of elements in the action vector.
actionSize(). Method in class sim.mdp.Line: Return the number of elements in the action vector.
actionSize(). Method in class sim.mdp.LQR: Return the number of elements in the action vector.
actionSize(). Method in class sim.mdp.MDP: Return the number of elements in the action vector.
actionSize(). Method in class sim.mdp.WindWorld: Return the number of elements in the action vector.
actionSize(). Method in class sim.mdp.XORmdp: Return the number of elements in the action vector.
adaptivePhi. Variable in class sim.errFun.ReinforcementLearning: Flag set to true if phi is adaptive.
add(double). Method in class matrix.Matrix: each_element_of_this += k, return this
add(Matrix). Method in class matrix.Matrix: this=this+m, return this
addDataPoint(double, double). Method in class sim.display.PlotXY: function addDataPoint add a new data point and redraw the whole graph
addMenus(MenuBar). Method in class sim.display.Graph2D: add menu items to the window containing this GWin canvas.
addMenus(MenuBar). Method in class sim.display.Graph3D: add menu items to the window containing this GWin canvas.
addMenus(MenuBar). Method in class GWin: Override this to give a GWin menus.
addMenus(MenuBar). Method in class Project: Override this to give a GWin menus.
addMenus(MenuBar). Method in class sim.display.SaveDisplay: add menu items to the window containing this GWin canvas.
addMenus(MenuBar). Method in class Title: add menu items to the window containing this GWin canvas.
addMult(double, Matrix). Method in class matrix.Matrix: this=this+k*m, return this.
addRect(double, double). Method in class sim.display.PlotXY: function addRect adds rect.
AdvantageLearning(). Constructor for class sim.errFun.AdvantageLearning
animate. Variable in class sim.display.SaveDisplay
Animation(). Constructor for class picture.Animation
Antialias(). Constructor for class picture.Antialias
applet. Variable in class GWin: the applet holding every embedded GWin
applet. Variable in class parse.Parser: the applet doing the parsing
applet. Variable in class Project
autoscaleBounds(PDouble, PDouble, PDouble, PDouble). Method in class sim.display.Plot: Put preferred autoscaling bounds into the variables pointed to by these four pointers.
autoscaleBounds(PDouble, PDouble, PDouble, PDouble). Method in class sim.display.PlotXY: Put preferred autoscaling bounds into the variables pointed to by these four pointers.

B

Backprop(). Constructor for class sim.gradDesc.Backprop
Batch(). Constructor for class sim.errFun.Batch
batchIndex. Variable in class sim.errFun.ReinforcementLearning: which of the batch elements is currently being processed.
blue. Variable in class picture.ColorMapEntry: The color (red,green,blue,filter,transparency) to which the number level maps
blue. Variable in class picture.Colors: blue component of color, -128=black, 127=bright red
BNF(int). Method in class sim.errFun.AdvantageLearning: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class picture.Animation: Return a BNF describing how this object parses its parameters.
BNF(int). Method in class picture.Antialias: Return BNF description of parameters for this object, when parsing language lang.
BNF(int). Method in class sim.errFun.Batch: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class picture.ColorMap: Return BNF description of parameters for this object, when parsing language lang.
BNF(int). Method in class picture.ColorMapEntry
BNF(int). Method in class picture.ColorVector
BNF(int). Method in class Credits2
BNF(int). Method in class sim.data.Data
BNF(int). Method in class picture.Description: Return BNF description of parameters for this object, when parsing language lang.
BNF(int). Method in class Display
BNF(int). Method in class DisplayList
BNF(int). Method in class sim.data.Dot
BNF(int). Method in class picture.Edges: Return BNF description of parameters for this object, when parsing language lang.
BNF(int). Method in class sim.errFun.ErrAvg: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class sim.errFun.ErrFun
BNF(int). Method in class sim.Experiment: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class picture.directFractal.Fract1: Return BNF description of parameters for this object, when parsing language lang.
BNF(int). Method in class sim.funApp.FunApp
BNF(int). Method in class picture.Gallery: Return a BNF describing how this object parses its parameters.
BNF(int). Method in class sim.gradDesc.GradDesc: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class sim.funApp.InterferenceFunction: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class sim.errFun.LocalLearning: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class sim.funApp.LookupTable
BNF(int). Method in class matrix.Matrix
BNF(int). Method in class picture.directFractal.Maze: Return BNF description of parameters for this object, when parsing language lang.
BNF(int). Method in class sim.mdp.MDP
BNF(int). Method in class sim.funApp.Net: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class sim.data.OnesRnd
BNF(int). Method in interface parse.Parsable: Return a string representing the right side of the BNF definition of what this class parses.
BNF(int). Method in class pointer.PBoolean
BNF(int). Method in class sim.errFun.PDFE: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class pointer.PDouble
BNF(int). Method in class picture.PicPipe: Return BNF description of parameters for this object, when parsing language lang.
BNF(int). Method in class picture.PicPipePipeline: Return the BNF description of this object's parameters.
BNF(int). Method in class pointer.PInt
BNF(int). Method in class sim.display.Plot: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class pointer.PMatrix
BNF(int). Method in class pointer.PObject
BNF(int). Method in class pointer.Pointer
BNF(int). Method in class Project
BNF(int). Method in class ProjWin: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class pointer.PString
BNF(int). Method in class sim.errFun.QLearning: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class Random
BNF(int). Method in class sim.funApp.Recurrent
BNF(int). Method in class picture.Region: Return BNF description of parameters for this object, when parsing language lang.
BNF(int). Method in class sim.errFun.ReinforcementLearning: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class sim.data.RemoteTable
BNF(int). Method in class sim.data.RndCircle
BNF(int). Method in class picture.RndColor: Return the BNF definition of parameters this object parses.
BNF(int). Method in class sim.data.RndDisk
BNF(int). Method in class sim.data.RndOnes
BNF(int). Method in class sim.data.RndUniformLine
BNF(int). Method in class sim.data.RndUniformSquare
BNF(int). Method in class ShowThreads
BNF(int). Method in class sim.data.SpiralData
BNF(int). Method in class sim.funApp.SpiralFunction
BNF(int). Method in class sim.errFun.SupervisedLearning: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class sim.data.Table
BNF(int). Method in class TestMatrix
BNF(int). Method in class picture.TimebombFractal: Return the BNF definition of parameters this object parses.
BNF(int). Method in class sim.errFun.ValueIteration: Return the BNF description of how to parse the parameters of this object.
BNF(int). Method in class picture.ValueMap: Return BNF description of parameters for this object, when parsing language lang.
BNF(int). Method in class picture.ValueMapEntry
BNF(int). Method in class WebSim
BNF(int). Method in class sim.mdp.WindWorld
BNF(int). Method in class sim.data.XOR
border. Variable in class picture.Gallery
buf. Variable in class parse.Scanner
buffBounds. Variable in class Display: bounds of buffer
buffer. Variable in class Display: offscreen buffer used for double buffering

C

c. Variable in class parse.Scanner
calcPhi(boolean, Random). Method in class sim.errFun.ReinforcementLearning
checkEOF(). Method in class parse.Parser: Check to make sure parser is now at the end of the input stream.
clev. Variable in class parse.Scanner
clone(). Method in class sim.funApp.FunApp: Make an exact duplicate of this class.
clone(). Method in class sim.funApp.InterferenceFunction: Make an exact duplicate of this class.
clone(). Method in class sim.funApp.LookupTable: Make an exact duplicate of this class.
clone(). Method in class matrix.Matrix: Clone this object.
clone(). Method in class sim.funApp.Net: Make an exact duplicate of this class.
clone(). Method in class pointer.PArray: Create a new object of the same type with the same value
clone(). Method in class pointer.PBoolean: Create a new object of the same type with the same value
clone(). Method in class pointer.PByte: Create a new object of the same type with the same value
clone(). Method in class pointer.PChar: Create a new object of the same type with the same value
clone(). Method in class pointer.PDouble: Create a new object of the same type with the same value
clone(). Method in class pointer.PDoubleArray1D: Create a new object of the same type with the same value
clone(). Method in class pointer.PFloat: Create a new object of the same type with the same value
clone(). Method in class pointer.PFloatArray1D: Create a new object of the same type with the same value
clone(). Method in class pointer.PInt: Create a new object of the same type with the same value
clone(). Method in class pointer.PLong: Create a new object of the same type with the same value
clone(). Method in class pointer.PMatrix: Create a new object of the same type with the same value
clone(). Method in class pointer.PObject: Create a new object of the same type with the same value
clone(). Method in class pointer.Pointer: Create a new object of the same type with the same value
clone(). Method in class pointer.PShort: Create a new object of the same type with the same value
clone(). Method in class pointer.PString: Create a new object of the same type with the same value
clone(). Method in class Random: Create a copy of this generator which will generate the same sequence.
clone(). Method in class sim.funApp.Recurrent: Make an exact duplicate of this class.
clone(). Method in class sim.funApp.SpiralFunction: Make an exact duplicate of this class.
clone(). Method in class sim.funApp.ValuePolicy: Make an exact duplicate of this class.
cloneList(). Method in class picture.PicPipeList: Return a new copy of the entire linked list starting with this node.
cloneVars(FunApp). Method in class sim.funApp.FunApp: After making a copy of self during a clone(), call cloneVars() to copy variables into the copy, then return super.cloneVars(copy).
cloneVars(FunApp). Method in class sim.funApp.InterferenceFunction: After making a copy of self during a clone(), call cloneVars() to copy variables into the copy, then return super.cloneVars(copy).
cloneVars(FunApp). Method in class sim.funApp.LookupTable: After making a copy of self during a clone(), call cloneVars() to copy variables into the copy, then return super.cloneVars(copy).
cloneVars(FunApp). Method in class sim.funApp.Net: After making a copy of self during a clone(), call cloneVars() to copy variables into the copy, then return super.cloneVars(copy).
cloneVars(FunApp). Method in class sim.funApp.Recurrent: After making a copy of self during a clone(), call cloneVars() to copy variables into the copy, then return super.cloneVars(copy).
cloneVars(FunApp). Method in class sim.funApp.SpiralFunction: After making a copy of self during a clone(), call cloneVars() to copy variables into the copy, then return super.cloneVars(copy).
cloneVars(FunApp). Method in class sim.funApp.ValuePolicy: After making a copy of self during a clone(), call cloneVars() to copy variables into the copy, then return super.cloneVars(copy).
close(). Method in class parse.Parser: Close the file being parsed.
close(). Method in class parse.Scanner: close the file if it isn't already closed
close(). Method in class parse.Unparser: Close the output file.
closeWindow(). Method in class GWin: close the window and destroy all threads, Graphics contexts, etc.
color. Variable in class picture.ColorVector: The color represented by the vector; missing elements are zero.
ColorMap(). Constructor for class picture.ColorMap
ColorMapEntry(). Constructor for class picture.ColorMapEntry
colors. Variable in class picture.ColorMap
Colors(). Constructor for class picture.Colors
ColorVector(). Constructor for class picture.ColorVector
cols. Variable in class picture.ColorMapEntry
colVect. Variable in class picture.RndColor
ConjGrad(). Constructor for class sim.gradDesc.ConjGrad
Contour(). Constructor for class sim.display.Contour
copyInto(Colors). Method in class picture.Colors: Copy one Colors object into the fields of another so they're the same.
copyInto(Pointer). Method in class pointer.PArray: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PBoolean: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PByte: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PChar: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PDouble: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PDoubleArray1D: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PFloat: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PFloatArray1D: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PInt: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PLong: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PMatrix: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PObject: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.Pointer: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PShort: Copy the value of this object into another of the same type
copyInto(Pointer). Method in class pointer.PString: Copy the value of this object into another of the same type
copyInto(Random). Method in class Random: Make the existing Random rnd into an exact clone of this Random.
CR. Variable in class parse.Scanner
createWin(int, int, int, int, Applet, boolean). Method in class GWin: create a graphics window with upper-left corner at (x,y), and the graphics area of size (width,height).
Credits(). Constructor for class Credits
credits(Graphics, int, int). Static method in class Logo: Draw the logo and credits at location (x,y).
Credits2(). Constructor for class Credits2
currCol. Variable in class parse.Unparser
currIndent. Variable in class parse.Unparser
currPict. Variable in class picture.Gallery

D

D. Variable in class sim.errFun.LocalLearning
data. Variable in class sim.errFun.LocalLearning: the input/output pairs for the training set
Data(). Constructor for class sim.data.Data
dEdIn. Variable in class sim.errFun.ErrFun: gradient of mean squared error wrt inputs
dEdIn. Variable in class sim.funApp.FunApp: a vector for the gradient of error with respect to the inputs
dEdIndIn. Variable in class sim.errFun.ErrFun: Second derivative of error wrt input to network wrt input to network
dEdInQ1. Variable in class sim.errFun.QLearning: gradient of mean squared error for 1 training example wrt inputs of original state
dEdOut. Variable in class sim.errFun.ErrFun: The correct output that the function approximator learns to give
dEdOut. Variable in class sim.funApp.FunApp: a vector for the gradient of error with respect to the output
dEdOutdOut. Variable in class sim.errFun.ErrFun: Second derivative of error wrt output to network wrt output to network
dEdWeights. Variable in class sim.errFun.ErrFun: gradient of mean squared error wrt weights
dEdWeights. Variable in class sim.funApp.FunApp: a vector for the gradient of error with respect to the weights
dEdWeightsA. Variable in class sim.errFun.AdvantageLearning: gradient of mean squared error wrt weights of advantage
dEdWeightsA0. Variable in class sim.errFun.AdvantageLearning: gradient of mean squared error wrt weights of maximum advantage in original state
dEdWeightsA1. Variable in class sim.errFun.AdvantageLearning: gradient of mean squared error wrt weights of maximum advantage in successor state
dEdWeightsdWeights. Variable in class sim.errFun.ErrFun: Second derivative of error wrt weights wrt weights to network
dEdWeightsQ1. Variable in class sim.errFun.QLearning: gradient of mean squared error for 1 training example wrt weights of original state
dEdWeightsSum. Variable in class sim.errFun.ErrFun: gradient of mean squared error summed for all training examples
dEdWeightsV1. Variable in class sim.errFun.ValueIteration: gradient of mean squared error wrt weights of maximum advantage in successor state
desc. Variable in class picture.Description
desc. Variable in class picture.PicPipe
Description(). Constructor for class picture.Description
destroy(). Method in class sim.display.Contour: ensure the function approximator has its destroy() called too
destroy(). Method in class Display: This is called when the user closes the window.
destroy(). Method in class DisplayList: when the simulator is destroyed, it asks the DisplayList to dispose of every Display's window.
destroy(). Method in class sim.funApp.FunApp: This is called when the object is destroyed.
destroy(). Method in class sim.display.Graph2D: ensure the function approximator has its destroy() called too
destroy(). Method in class sim.display.Graph3D: ensure the function approximator has its destroy() called too
destroy(). Method in class GWin: This is called when the user closes the window.
destroy(). Method in class sim.display.Plot: Clean up threads, Graphics contexts, etc., and let owned objects do the same
destroy(). Method in class Project: When the window is closed or the applet dies, this is called to kill the Project's thread
destroy(). Method in class ProjWin: Kill all the threads and windows and graphics contexts for this Project and its window.
destroy(). Method in class sim.Simulator: when Simulator is destroyed, so is every Display
destroy(). Method in class Title: This is called when the user closes the window.
destroy(). Method in class WebSim: The browser calls this when quitting.
destroyAll(). Method in class WebSim: close all windows, kill all threads, dispose of all Graphics contexts
diag(double). Method in class matrix.Matrix: replaces all elements of this with zeros, except for all k's on the diagonal.
diag(Matrix). Method in class matrix.Matrix: replaces all elements of this with zeros, except for the diagonal which will be copied from the elements of row or column vector v.
DirectFractal(). Constructor for class picture.directFractal.DirectFractal
Directories(). Constructor for class parse.Directories
directVector. Variable in class sim.errFun.ReinforcementLearning: The gradient associated with the direct method update.
dirs. Static variable in class parse.Directories: A complete list of all packages in WebSim.
disableDisplays. Static variable in class Display: Should all the displays be disabled (still record data, but don't display it)?
display. Variable in class sim.display.SaveDisplay
display. Variable in class Title
Display(). Constructor for class Display
DisplayList(). Constructor for class DisplayList: constructor that does nothing
DisplayList(int[], int[], int[], int[], Boolean[], Display[], Applet). Constructor for class DisplayList: This constructor takes the same parameters that parse() parses, and initializes this object just as if it had been created by parsing instead.
displays. Variable in class DisplayList: The list of displays
Dot(). Constructor for class sim.data.Dot
dot(Matrix). Method in class matrix.Matrix: Return dot product of this vector with vector v.
down. Variable in class picture.Edges
draw(Graphics, int, int, int). Static method in class Logo: Draw the logo with upper-left corner at (x,y) and given width.
draw(Graphics, int, int, int, Color, Color, int). Static method in class Logo: Draw the logo with upper-left corner at (x,y) and given width.
draw(Graphics, int, int, int, int, int, Color, Color, int). Static method in class Logo: Draw the logo with upper-left corner at (x,y) and shaped according to the given parameters (THIS METHOD IS NOT RECOMMENDED).
drawAll(Graphics). Method in class Display: Override this to draw directly to the display.
drawAll(Graphics). Method in class sim.display.Graph2D: Override this to draw directly to the display.
drawAll(Graphics). Method in class sim.display.Graph3D: function drawAll Show a 3D surface plot of the heights in data[][], with the origin at (ax,ay), the X axis corner at (bx,by), the Z axis corner at (cx,cy), and the Y axis corner at (dx,dy).
drawAll(Graphics, Component, double, double, double, double, int, int, int, int, int, int). Method in class sim.display.Contour: Draw the contour lines.
drawAll(Graphics, Component, double, double, double, double, int, int, int, int, int, int). Method in class sim.display.Grid: Draws the tiling.
drawAll(Graphics, Component, double, double, double, double, int, int, int, int, int, int). Method in class picture.Picture: Draws the picture.
drawAll(Graphics, Component, double, double, double, double, int, int, int, int, int, int). Method in class sim.display.Plot: Draw the plot.
drawAll(Graphics, Component, double, double, double, double, int, int, int, int, int, int). Method in class sim.display.PlotXY: draws 2D-Plot of data in global arrays (min/max, first/last X/Y)
drawCubeOutlines(Graphics, int, int, boolean, double[][][][]). Method in class sim.display.Graph3D: function drawCubeOutlines Draw outlines of Cube part = 1 draws backpart part = 2 draws frontpart mode = 1 draws outlines normally mode = 2 erases outlines numbers = true prints numbers & names of axis numbers = false does not print any numbers and names of axis
dt. Variable in class sim.errFun.RLErrFun: The time step size used in transitioning from state x(t) to x(t+1)
dTime. Variable in class picture.Animation
duplicate(). Method in class matrix.Matrix: Duplicate this object/associated data array and return a pointer to the copy.

E

Edges(). Constructor for class picture.Edges
embed. Variable in class DisplayList: Is each display embedded in the HTML page?
EMBED_MENU_ITEM. Static variable in class GWin
embedPanel. Variable in class GWin: the panel containing this GWin and the menu bar
emit(boolean). Method in class parse.Unparser: Output "true" or "false".
emit(char). Method in class parse.Unparser: Output x.
emit(double). Method in class parse.Unparser: Output x.
emit(float). Method in class parse.Unparser: Output x.
emit(int). Method in class parse.Unparser: Output x.
emit(long). Method in class parse.Unparser: Output x.
emit(Object). Method in class parse.Unparser: Output a string representing this object.
emit(String). Method in class parse.Unparser: Output the string to whatever output is being unparsed to
emitLine(). Method in class parse.Unparser: End the current line and indent the next line appropriately.
emitLine(boolean). Method in class parse.Unparser: Output x and start a new line.
emitLine(char). Method in class parse.Unparser: Output x and start a new line.
emitLine(double). Method in class parse.Unparser: Output x and start a new line.
emitLine(float). Method in class parse.Unparser: Output x and start a new line.
emitLine(int). Method in class parse.Unparser: Output x and start a new line.
emitLine(long). Method in class parse.Unparser: Output x and start a new line.
emitLine(Object). Method in class parse.Unparser: Output x and start a new line.
emitLine(String). Method in class parse.Unparser: Output x and start a new line.
emitUnparse(Parsable, int). Method in class parse.Unparser: unparse a class by calling its unparse method.
emitUnparseWithClassName(Parsable, int, boolean). Method in class parse.Unparser: Output the class name of the object, then unparse it.
endTrajectory. Variable in class sim.errFun.RLErrFun: Are we at an absorbing state? Used doing batch training where the length of a trajectory is the size of a batch.
enterScope(). Method in class parse.Parser: create a new hash table for symbols in a new scope.
entries. Variable in class picture.ValueMap
epochSize. Variable in class sim.mdp.HC: Size of the epoch.
equalEls(Matrix). Method in class matrix.Matrix: Return whether this and m are the same size and shape and have the same numbers for corresponding elements.
equalVal(Pointer). Method in class pointer.PArray: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PBoolean: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PByte: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PChar: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PDouble: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PDoubleArray1D: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PFloat: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PFloatArray1D: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PInt: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PLong: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PMatrix: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PObject: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.Pointer: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PShort: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
equalVal(Pointer). Method in class pointer.PString: Does this pointer and the other have the same value? Different types , such as (int)3 and (long)3 are defined to have different values.
ErrAvg(). Constructor for class sim.errFun.ErrAvg
errFun. Variable in class sim.errFun.ErrAvg: each of the error functions to average
ErrFun(). Constructor for class sim.errFun.ErrFun
errFunGradient. Variable in class sim.errFun.ErrAvg: the gradient from each individual errFun
error(String). Method in class parse.Parser: If an error occurs during parsing, call this to throw an exception and abort the parse.
evaluate(). Method in class sim.funApp.FunApp: Calculate the output for the given input
evaluate(). Method in class sim.funApp.InterferenceFunction: calculate the output for the given input.
evaluate(). Method in class sim.funApp.LookupTable: calculate the output for the given input
evaluate(). Method in class sim.funApp.Net: calculate the output for the given input.
evaluate(). Method in class sim.funApp.Recurrent: calculate the output for the given input
evaluate(). Method in class sim.funApp.SpiralFunction: calculate the output for the given input
evaluate(). Method in class sim.TDLambda: return the scalar output for the current dInput vector
evaluate(). Method in class sim.funApp.ValuePolicy: calculate the output for the given input
evaluate(Random, boolean, boolean, boolean). Method in class sim.errFun.AdvantageLearning: return the scalar output for the current dInput vector
evaluate(Random, boolean, boolean, boolean). Method in class sim.errFun.Batch: return the scalar output for the current dInput vector
evaluate(Random, boolean, boolean, boolean). Method in class sim.errFun.ErrAvg: return the scalar output for the current dInput vector
evaluate(Random, boolean, boolean, boolean). Method in class sim.errFun.ErrFun: return the scalar output for the current fInput vector.
evaluate(Random, boolean, boolean, boolean). Method in class sim.errFun.LocalLearning: return the scalar output for the current weight vector x
evaluate(Random, boolean, boolean, boolean). Method in class sim.errFun.PDFE: return the scalar output for the current weight vector x.
evaluate(Random, boolean, boolean, boolean). Method in class sim.errFun.QLearning: return the scalar output for the current dInput vector
evaluate(Random, boolean, boolean, boolean). Method in class sim.errFun.ReinforcementLearning: return the scalar output for the current dInput vector
evaluate(Random, boolean, boolean, boolean). Method in class sim.errFun.SupervisedLearning: return the scalar output for the current weight vector x
evaluate(Random, boolean, boolean, boolean). Method in class sim.errFun.ValueIteration: return the scalar output for the current dInput vector
Events(). Constructor for class Events
exitScope(). Method in class parse.Parser: Delete the most recent hash table when exiting a scope
expand. Variable in class picture.Gallery
Experiment(). Constructor for class sim.Experiment
exploration. Variable in class sim.errFun.RLErrFun: The percentage of time a random action is chosen for training.

F

FadeIn(). Constructor for class picture.FadeIn
fHeight(). Method in class GWin: Return the font height
file. Variable in class sim.display.SaveDisplay
filename. Variable in class sim.display.SaveDisplay
fileStream. Variable in class sim.display.SaveDisplay
filter. Variable in class picture.ColorMapEntry: The color (red,green,blue,filter,transparency) to which the number level maps
filter. Variable in class picture.Colors: add in color like a sheer curtain, -128=invisible curtain, 127=opaque curtain
finalize(). Method in class parse.Scanner: finalize closes the file if it isn't already closed
FindBNF(). Constructor for class FindBNF
findGradient(). Method in class sim.errFun.AdvantageLearning: update the fGradient vector based on the current fInput vector
findGradient(). Method in class sim.errFun.Batch: update the gradient vector based on the current fInput vector.
findGradient(). Method in class sim.errFun.ErrAvg: update the gradient vector based on the current fInput vector.
findGradient(). Method in class sim.errFun.ErrFun: update the fGradient vector based on the current fInput vector
findGradient(). Method in class sim.errFun.LocalLearning: update the fGradient vector based on the dEdOutput
findGradient(). Method in class sim.errFun.PDFE: update the fGradient vector based on the dEdOutput.
findGradient(). Method in class sim.errFun.QLearning: update the fGradient vector based on the current fInput vector
findGradient(). Method in class sim.errFun.ReinforcementLearning: update the gradient vector based on the current fInput vector.
findGradient(). Method in class sim.errFun.SupervisedLearning: update the fGradient vector based on the dEdOutput
findGradient(). Method in class sim.TDLambda: update the fGradient vector based on the current fInput vector
findGradient(). Method in class sim.errFun.ValueIteration: update the fGradient vector based on the current fInput vector
findGradients(). Method in class sim.funApp.FunApp: Calculate the output and gradient for a given input.
findGradients(). Method in class sim.funApp.InterferenceFunction: Calculate the output and gradient for a given input.
findGradients(). Method in class sim.funApp.LookupTable: Calculate the output and gradient for a given input.
findGradients(). Method in class sim.funApp.Net: Calculate the output and gradient for a given input.
findGradients(). Method in class sim.funApp.Recurrent: Calculate the output and gradient for a given input.
findGradients(). Method in class sim.funApp.SpiralFunction: Calculate the output and gradient for a given input.
findHessian(). Method in class sim.errFun.ErrFun: update the fHessian vector based on the current fInput vector
findHessian(). Method in class sim.funApp.FunApp: Calculate the output, gradient, and Hessian for a given input.
findHessian(). Method in class sim.funApp.InterferenceFunction: Calculate the output, gradient, and Hessian for a given input.
findHessian(). Method in class sim.funApp.LookupTable: Calculate the output, gradient, and Hessian for a given input.
findHessian(). Method in class sim.funApp.Net: Calculate the output, gradient, and Hessian for a given input.
findHessian(). Method in class sim.funApp.Recurrent: Calculate the output, gradient, and Hessian for a given input.
findHessian(). Method in class sim.funApp.SpiralFunction: Calculate the output, gradient, and Hessian for a given input.
findValAct(Matrix, Matrix, FunApp, Matrix, PBoolean). Method in class sim.mdp.GridPOMDP: Find the value and best action of this state.
findValAct(Matrix, Matrix, FunApp, Matrix, PBoolean). Method in class sim.mdp.GridWorld: Find the value and best action of this state.
findValAct(Matrix, Matrix, FunApp, Matrix, PBoolean). Method in class sim.mdp.Hall: Find the value and best action of this state.
findValAct(Matrix, Matrix, FunApp, Matrix, PBoolean). Method in class sim.mdp.HC: Find the value and best action of this state.
findValAct(Matrix, Matrix, FunApp, Matrix, PBoolean). Method in class sim.mdp.HCDemo: Find the value and best action of this state.
findValAct(Matrix, Matrix, FunApp, Matrix, PBoolean). Method in class sim.mdp.Line: Find the value and best action of this state.
findValAct(Matrix, Matrix, FunApp, Matrix, PBoolean). Method in class sim.mdp.LQR: Find the value and best action of this state.
findValAct(Matrix, Matrix, FunApp, Matrix, PBoolean). Method in class sim.mdp.MDP: Find the value and best action of this state.
findValAct(Matrix, Matrix, FunApp, Matrix, PBoolean). Method in class sim.mdp.WindWorld: Find the value and best action of this state.
findValAct(Matrix, Matrix, FunApp, Matrix, PBoolean). Method in class sim.mdp.XORmdp: Find the value and best action of this state.
findValue(Matrix, Matrix, PDouble, FunApp, PDouble, Matrix, PDouble, PBoolean, NumExp, Random). Method in class sim.mdp.GridPOMDP: Find the max over action for where V(x') is the value of the successor state given state x, R is the reinforcement, gamma is the discount factor.
findValue(Matrix, Matrix, PDouble, FunApp, PDouble, Matrix, PDouble, PBoolean, NumExp, Random). Method in class sim.mdp.GridWorld: Find the max over action for where V(x') is the value of the successor state given state x, R is the reinforcement, gamma is the discount factor.
findValue(Matrix, Matrix, PDouble, FunApp, PDouble, Matrix, PDouble, PBoolean, NumExp, Random). Method in class sim.mdp.Hall: Find the max over actions for where V(x') is the value of the successor state given state x, R is the reinforcement, gamma is the discount factor.
findValue(Matrix, Matrix, PDouble, FunApp, PDouble, Matrix, PDouble, PBoolean, NumExp, Random). Method in class sim.mdp.HC: Find the max over action for where V(x') is the value of the successor state given state x, R is the reinforcement, gamma is the discount factor.
findValue(Matrix, Matrix, PDouble, FunApp, PDouble, Matrix, PDouble, PBoolean, NumExp, Random). Method in class sim.mdp.HCDemo: Find the max over action for where V(x') is the value of the successor state given state x, R is the reinforcement, gamma is the discount factor.
findValue(Matrix, Matrix, PDouble, FunApp, PDouble, Matrix, PDouble, PBoolean, NumExp, Random). Method in class sim.mdp.Line: Find the max over actions for where V(x') is the value of the successor state given state x, R is the reinforcement, gamma is the discount factor.
findValue(Matrix, Matrix, PDouble, FunApp, PDouble, Matrix, PDouble, PBoolean, NumExp, Random). Method in class sim.mdp.LQR: Find the max over action for where V(x') is the value of the successor state given state x, R is the reinforcement, gamma is the discount factor.
findValue(Matrix, Matrix, PDouble, FunApp, PDouble, Matrix, PDouble, PBoolean, NumExp, Random). Method in class sim.mdp.MDP: Find the optimum over action for where V(x') is the value of the successor state given state x, R is the reinforcement, gamma is the discount factor.
findValue(Matrix, Matrix, PDouble, FunApp, PDouble, Matrix, PDouble, PBoolean, NumExp, Random). Method in class sim.mdp.WindWorld: Find the max over action for where V(x') is the value of the successor state given state x, R is the reinforcement, gamma is the discount factor.
findValue(Matrix, Matrix, PDouble, FunApp, PDouble, Matrix, PDouble, PBoolean, NumExp, Random). Method in class sim.mdp.XORmdp: Find the max over action for where V(x') is the value of the successor state given state x, R is the reinforcement, gamma is the discount factor.
findVar(String). Method in class watch.WatchManager: A Watcher calls this to get a Pointer to a watchable variable given its name.
first. Variable in class picture.Animation
first. Variable in class picture.PicPipeList
flicker. Variable in class Display: Should drawing to the screen not be double buffered (use offscreen buffer for no flicker)?
ForExperiment(). Constructor for class sim.ForExperiment
Fract1(). Constructor for class picture.directFractal.Fract1
frames. Variable in class picture.Animation
freq. Variable in class sim.display.SaveDisplay
freq. Variable in class Title
FunApp(). Constructor for class sim.funApp.FunApp
function. Variable in class sim.errFun.ErrFun: the function approximator whose weights will be trained
function. Variable in class sim.funApp.InterferenceFunction

G

Gallery(). Constructor for class picture.Gallery
gamma. Variable in class sim.errFun.RLErrFun: The discount factor
get(Parser). Method in class parse.Scanner: Get a token and place it in the appropriate variables in the parser.
get(PicPipeList, Colors, double, double, double, double, double, double, double, double). Method in class picture.Animation: Return the color of a point (x,y) in the gallery where pixels are size (dx,dy).
get(PicPipeList, Colors, double, double, double, double, double, double, double, double). Method in class picture.Antialias: Return the color for a particular pixel given its size and location.
get(PicPipeList, Colors, double, double, double, double, double, double, double, double). Method in class picture.ColorMap: Return the color for a particular pixel given its size and location.
get(PicPipeList, Colors, double, double, double, double, double, double, double, double). Method in class picture.directFractal.DirectFractal: Return the color of a point on the direct fractal.
get(PicPipeList, Colors, double, double, double, double, double, double, double, double). Method in class picture.Edges: Return the color for a particular pixel given its size and location.
get(PicPipeList, Colors, double, double, double, double, double, double, double, double). Method in class picture.Gallery: Return the color of a point (x,y) in the gallery where pixels are size (dx,dy).
get(PicPipeList, Colors, double, double, double, double, double, double, double, double). Method in class picture.PicPipe: Passing in an object color, change its contents to return a pixel's color.
get(PicPipeList, Colors, double, double, double, double, double, double, double, double). Method in class picture.RndColor: Return the color for a particular pixel given its size and location.
get(PicPipeList, Colors, double, double, double, double, double, double, double, double). Method in class picture.TimebombFractal: Return the color for a particular pixel given its size and location.
get(PicPipeList, Colors, double, double, double, double, double, double, double, double). Method in class picture.ValueMap: Return the color for a particular pixel given its size and location.
getAction(Matrix, Matrix, Random). Method in class sim.mdp.GridPOMDP: Return the next action possible in a state given the last action performed.
getAction(Matrix, Matrix, Random). Method in class sim.mdp.GridWorld: Return the next action possible in a state given the last action performed.
getAction(Matrix, Matrix, Random). Method in class sim.mdp.Hall: Return the next possible action in a state given an action.
getAction(Matrix, Matrix, Random). Method in class sim.mdp.HC: Return the next possible action in a state given an action.
getAction(Matrix, Matrix, Random). Method in class sim.mdp.HCDemo: Return the next possible action in a state given an action.
getAction(Matrix, Matrix, Random). Method in class sim.mdp.Line: Return the next possible action in a state given an action.
getAction(Matrix, Matrix, Random). Method in class sim.mdp.LQR: Return the next possible action in a state given an action.
getAction(Matrix, Matrix, Random). Method in class sim.mdp.MDP: Return the next action possible in a state given the last action performed.
getAction(Matrix, Matrix, Random). Method in class sim.mdp.WindWorld: Return the next action possible in a state given the last action performed.
getAction(Matrix, Matrix, Random). Method in class sim.mdp.XORmdp: Return the next possible action in a state given an action.
getAllVars(String). Method in class watch.WatchManager: Return all watchable variables with prefix allPrefix.
getAppletInfo(). Method in class WebSim: Information about the applet that a browser or Java interpretor can give the user
getData(int, Matrix, Matrix). Method in class sim.data.Data: Put the nth input/output pair into vectors in/out.
getData(int, Matrix, Matrix). Method in class sim.data.Dot: Put the nth input/output pair into arrays in/out.
getData(int, Matrix, Matrix). Method in class sim.data.OnesRnd: Put the nth input/output pair into arrays in/out.
getData(int, Matrix, Matrix). Method in class sim.data.RemoteTable: Put the nth input/output pair into arrays in/out.
getData(int, Matrix, Matrix). Method in class sim.data.RndCircle: Put the nth input/output pair into arrays in/out.
getData(int, Matrix, Matrix). Method in class sim.data.RndDisk: Put the nth input/output pair into arrays in/out.
getData(int, Matrix, Matrix). Method in class sim.data.RndOnes: Put the nth input/output pair into arrays in/out.
getData(int, Matrix, Matrix). Method in class sim.data.RndUniformLine: Put the nth input/output pair into arrays in/out.
getData(int, Matrix, Matrix). Method in class sim.data.RndUniformSquare: Put the nth input/output pair into arrays in/out.
getData(int, Matrix, Matrix). Method in class sim.data.SpiralData: Put the nth input/output pair into arrays in/out.
getData(int, Matrix, Matrix). Method in class sim.data.Table: Put the nth input/output pair into arrays in/out.
getData(int, Matrix, Matrix). Method in class sim.data.XOR: Put the nth input/output pair into arrays in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.Data: Put the input/output pair into vectors in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.Dot: Put the input/output pair into arrays in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.OnesRnd: Put the input/output pair into arrays in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.RemoteTable: Put the input/output pair into arrays in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.RndCircle: Put the input/output pair into arrays in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.RndDisk: Put the input/output pair into arrays in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.RndOnes: Put the input/output pair into arrays in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.RndUniformLine: Put the input/output pair into arrays in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.RndUniformSquare: Put the input/output pair into arrays in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.SpiralData: Put the input/output pair into arrays in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.Table: Put the input/output pair into vectors in/out.
getData(Matrix, Matrix, Random). Method in class sim.data.XOR: Put the input/output pair into arrays in/out.
getDescription(PicPipeList). Method in class picture.Gallery: Return the description string that tells what this picture is.
getDescription(PicPipeList). Method in class picture.PicPipe: Get the string describing what this picture is.
getGallery(). Method in class picture.Gallery: If this shows multiple pictures, return this as the first visible gallery.
getGallery(). Method in class picture.PicPipeList: Return the first Gallery on the pipeline, if any, that is acting in Gallery mode.
getGradient(). Method in class sim.errFun.Batch: The gradient of f(x) with respect to x (a column vector)
getGradient(). Method in class sim.errFun.ErrAvg: The gradient of f(x) with respect to x (a column vector)
getGradient(). Method in class sim.errFun.ErrFun: The gradient of f(x) with respect to x (a column vector)
getGradient(). Method in class sim.errFun.LocalLearning: The gradient of f(x) with respect to x (a column vector) this should override ErrFun.java which returns dEdWeights by default
getGradient(). Method in class sim.errFun.ReinforcementLearning: The gradient of f(x) with respect to x (a column vector)
getGradient(). Method in class sim.TDLambda: The gradient of f(x) with respect to x (a column vector)
getHessian(). Method in class sim.errFun.ErrFun: The hessian of f(x) with respect to x (a square matrix)
getHSB(float[]). Method in class picture.Colors: Given an array of 3 doubles, changes them to be hue, saturation brightness in range [0,1].
getInput(). Method in class sim.errFun.Batch: The input x sent to the function f(x) (a column vector)
getInput(). Method in class sim.errFun.ErrAvg: The input x sent to the function f(x) (a column vector)
getInput(). Method in class sim.errFun.ErrFun: The input x sent to the function f(x) (a column vector)
getInput(). Method in class sim.funApp.FunApp: return the input vector (including one element that's always 1.0) that was set by setIO.
getInput(). Method in class sim.TDLambda: The input x sent to the function f(x) (a column vector)
getMaximumSize(). Method in class fix.MenuBarPanel
getMinimumSize(). Method in class fix.MenuBarPanel
getName(). Method in class sim.data.Data: Return the variable "name" that was passed into setWatchManager
getName(). Method in class Display: Return the variable "name" that was passed into setWatchManager
getName(). Method in class sim.errFun.ErrFun: Return the variable "name" that was passed into setWatchManager
getName(). Method in class sim.Experiment: Return the variable "name" that was passed into setWatchManager
getName(). Method in class picture.FadeIn: Return the variable "name" that was passed into setWatchManager
getName(). Method in class sim.funApp.FunApp: Return the variable "name" that was passed into setWatchManager.
getName(). Method in class sim.gradDesc.GradDesc: Return the variable "name" that was passed into setWatchManager
getName(). Method in class sim.mdp.MDP: Return the variable "name" that was passed into setWatchManager
getName(). Method in class sim.display.Plot: Return the variable "name" that was passed into setWatchManager
getName(). Method in class Project: Return the variable "name" that was passed into setWatchManager
getName(). Method in interface watch.Watchable: Return the variable "name" that was passed into setWatchManager
getOutput(). Method in class sim.funApp.FunApp: return the output vector that was set by setIO
getParameterInfo(). Method in class WebSim: Parameter info that a browser or Java interpretor can give the user
getParameters(int). Method in class sim.gradDesc.Backprop: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class picture.ColorMapEntry: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class picture.ColorVector: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.gradDesc.ConjGrad: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.display.Contour: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class Credits: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.data.Data: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class Display: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class DisplayList: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.errFun.ErrFun: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.Experiment: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class FindBNF: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.ForExperiment: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.funApp.FunApp: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.gradDesc.GradDesc: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.display.Graph2D: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.display.Graph3D: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.display.Grid: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.mdp.GridPOMDP: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.mdp.GridWorld: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.mdp.Hall: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.mdp.HC: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.mdp.HCDemo: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.gradDesc.IDD: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.mdp.Line: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.mdp.LQR: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class matrix.Matrix: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.mdp.MDP: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in interface parse.Parsable: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class picture.PicPipe: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class picture.Picture: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.display.Plot: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.display.PlotXY: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class pointer.Pointer: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class Project: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class ProjWin: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class Random: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.display.SaveDisplay: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class ShowEdit: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.Simulator: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.TDLambda: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class Title: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class picture.ValueMapEntry: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.funApp.ValuePolicy: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class WebSim: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getParameters(int). Method in class sim.mdp.XORmdp: Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
getPreferredSize(). Method in class fix.MenuBarPanel
getScannerMode(). Method in class parse.Parser: Get the scanner's mode, such as 0=C, 1=HTML, 2=LISP.
getScannerMode(). Method in class parse.Scanner: Get the scanner mode, 0=C, 1=HTML, 2=LISP.
getState(Matrix, PDouble, Random). Method in class sim.mdp.GridPOMDP: Return the next state to be used for training in an epoch-wise system.
getState(Matrix, PDouble, Random). Method in class sim.mdp.GridWorld: Return the next state to be used for training in an epoch-wise system.
getState(Matrix, PDouble, Random). Method in class sim.mdp.Hall: Return the next state when doing epoch-wise training.
getState(Matrix, PDouble, Random). Method in class sim.mdp.HC: Return the next state when doing epoch-wise training.
getState(Matrix, PDouble, Random). Method in class sim.mdp.HCDemo: Return the next state when doing epoch-wise training.
getState(Matrix, PDouble, Random). Method in class sim.mdp.Line: Return the next state when doing epoch-wise training.
getState(Matrix, PDouble, Random). Method in class sim.mdp.LQR: Return the next state when doing epoch-wise training.
getState(Matrix, PDouble, Random). Method in class sim.mdp.MDP: Return the next state to be used for training in an epoch-wise system.
getState(Matrix, PDouble, Random). Method in class sim.mdp.WindWorld: Return the next state to be used for training in an epoch-wise system.
getState(Matrix, PDouble, Random). Method in class sim.mdp.XORmdp: Return the next state when doing epoch-wise training.
getSymbol(String). Method in class parse.Parser: Return the object associated with a symbol.
getToken(). Method in class parse.Parser: Gets the next token from the stream.
getVars(String). Method in class watch.WatchManager: Given the group, return a list of all its watchable variables.
getWatchManager(). Method in class sim.data.Data: Return the WatchManager set by setWatchManager().
getWatchManager(). Method in class Display: Get the WatchManager being used
getWatchManager(). Method in class DisplayList: Get the WatchManager being used
getWatchManager(). Method in class sim.errFun.ErrFun: Return the WatchManager set by setWatchManager().
getWatchManager(). Method in class sim.Experiment: Return the WatchManager set by setWatchManager().
getWatchManager(). Method in class picture.FadeIn: Return the WatchManager set by setWatchManager().
getWatchManager(). Method in class sim.funApp.FunApp: Return the WatchManager se