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
- abscissa_step.
Variable in class sim.gradDesc.ConjGrad
- step size for the initial abscissas used in the mnbrack method
- action.
Variable in class sim.mdp.GridWorld
- an action vector (created in parse())
- 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.
Variable in class sim.TDLambda
- An action possible in the MDP
- action.
Variable in class sim.funApp.ValuePolicy
- the action vector that is passed to findValAct().
- action(Event, Object).
Method in class sim.display.Graph2D
- respond to the menu choices
- 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.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.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.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.MatrixD
- each_element_of_this += k, return this
- add(float).
Method in class matrix.MatrixF
- each_element_of_this += k, return this
- add(MatrixD).
Method in class matrix.MatrixD
- this=this+m, return this
- add(MatrixF).
Method in class matrix.MatrixF
- 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, MatrixD).
Method in class matrix.MatrixD
- this=this+k*m, return this.
- addMult(float, MatrixF).
Method in class matrix.MatrixF
- 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
-
- allThreadsSuspended.
Variable in class WebSim
- Have all threads created by WebSim (and the applet thread itself) been suspended?
- alphas.
Variable in class sim.gradDesc.IDD
- the learning rates, alpha = e^beta(i)
- 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
-
- applet.
Variable in class Project
- the Applet that created this 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.
- Backprop().
Constructor for class sim.gradDesc.Backprop
-
- bar.
Variable in class picture.Picture
-
- Batch().
Constructor for class sim.errFun.Batch
-
- batchIndex.
Variable in class sim.errFun.Batch
- which of the batch elements is currently being processed.
- batchIndex.
Variable in class sim.errFun.ReinforcementLearning
- which of the batch elements is currently being processed.
- batchSize.
Variable in class sim.errFun.Batch
- the number of times to call the error function
- beta.
Variable in class sim.gradDesc.ConjGrad
- the factor used to create a new search direction
- betas.
Variable in class sim.gradDesc.IDD
- the beta matrix
- bHeight.
Variable in class picture.FadeIn
-
- bHeight.
Variable in class picture.Picture
-
- 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.
Variable in class WebSim
- If nonnull, the string containing the BNF code
- 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 sim.gradDesc.ConjGrad
- Return the BNF description of how to parse the parameters of this object.
- BNF(int).
Method in class Credits
-
- 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
-
- BNF(int).
Method in class FindBNF
-
- BNF(int).
Method in class sim.ForExperiment
-
- 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
-
- BNF(int).
Method in class sim.mdp.GridWorld
-
- BNF(int).
Method in class sim.mdp.Hall
- Return the BNF description of how to parse the parameters of this object.
- BNF(int).
Method in class sim.mdp.HC
- Return the BNF description of how to parse the parameters of this object.
- BNF(int).
Method in class sim.mdp.HCDemo
- Return the BNF description of how to parse the parameters of this object.
- BNF(int).
Method in class sim.gradDesc.IDD
- Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
- 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 sim.mdp.LQR
- Return the BNF description of how to parse the parameters of this object.
- BNF(int).
Method in class matrix.MatrixD
-
- BNF(int).
Method in class matrix.MatrixF
-
- 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 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 picture.Picture
-
- 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.PMatrixD
-
- 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 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 sim.TDLambda
- Return the BNF description of how to parse the parameters of this object.
- BNF(int).
Method in class TestMatrix
-
- 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 sim.funApp.ValuePolicy
-
- BNF(int).
Method in class WebSim
-
- BNF(int).
Method in class sim.data.XOR
-
- BNF(int).
Method in class sim.mdp.XORmdp
- Return the BNF description of how to parse the parameters of this object.
- border.
Variable in class picture.Gallery
-
- both.
Variable in class picture.Picture
-
- bottomC.
Variable in class sim.display.Graph3D
-
- bottomColor.
Variable in class sim.display.Graph3D
-
- bottomColorM.
Variable in class sim.display.Graph3D
-
- 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
- buttonPanel.
Variable in class GWin
- the panel holding the button that toggles embedding
- buttons.
Variable in class GWin
- a panel holding the button panel
- c.
Variable in class parse.Scanner
-
- calcPhi(boolean, Random).
Method in class sim.errFun.ReinforcementLearning
-
- changes.
Variable in class watch.WatchManager
- The number of times each watched variable has changed since its Watcher was last called
- 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.MatrixD
- Clone this object.
- clone().
Method in class matrix.MatrixF
- 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.PMatrixD
- 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.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.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.
- color.
Variable in class sim.display.Contour
-
- color.
Variable in class picture.FadeIn
-
- colorM.
Variable in class sim.display.Contour
-
- 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
-
- component.
Variable in class picture.Picture
-
- 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.PMatrixD
- 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.
- count1.
Variable in class sim.mdp.GridWorld
- Counters used in epoch-wise training
- count2.
Variable in class sim.mdp.GridWorld
-
- CR.
Static variable in class picture.Picture
-
- 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
-
- currGallery.
Variable in class picture.Picture
-
- currIndent.
Variable in class parse.Unparser
-
- currPict.
Variable in class picture.Gallery
-
- cx.
Variable in class sim.display.Graph3D
- Position of center of screen
- cy.
Variable in class sim.display.Graph3D
- Position of center of screen
- D.
Variable in class sim.errFun.LocalLearning
-
- data.
Variable in class sim.display.Contour
-
- data.
Variable in class sim.display.Graph3D
- Array of heights of points
- data.
Variable in class sim.errFun.LocalLearning
- the input/output pairs for the training set
- data.
Variable in class matrix.MatrixD
- The 1D array that holds the data for this MatrixD, and perhaps others too.
- data.
Variable in class matrix.MatrixF
- The 1D array that holds the data for this MatrixF, and perhaps others too.
- data.
Variable in class sim.errFun.SupervisedLearning
- 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
- dEdIn.
Variable in class sim.TDLambda
- gradient of mean squared error wrt 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
- dEdWeights.
Variable in class sim.TDLambda
- gradient of mean squared error wrt 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
- dEdWeightsSum.
Variable in class sim.TDLambda
- gradient of mean squared error summed for all training examples
- dEdWeightsV1.
Variable in class sim.TDLambda
- gradient of mean squared error wrt weights of maximum advantage in successor state
- 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
-
- desiredOutputs.
Variable in class sim.TDLambda
- The correct output that the function approximator learns to give
- 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.MatrixD
- replaces all elements of this with zeros, except for all k's
on the diagonal.
- diag(float).
Method in class matrix.MatrixF
- replaces all elements of this with zeros, except for all k's
on the diagonal.
- diag(MatrixD).
Method in class matrix.MatrixD
- replaces all elements of this with zeros, except for the
diagonal which will be copied from the elements of row or column
vector v.
- diag(MatrixF).
Method in class matrix.MatrixF
- 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)?
- discrete.
Variable in class sim.mdp.LQR
- is the state space continuous or discrete
- 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
- displays.
Variable in class sim.Simulator
-
- Dot().
Constructor for class sim.data.Dot
-
- dot(MatrixD).
Method in class matrix.MatrixD
- Return dot product of this vector with vector v.
- dot(MatrixF).
Method in class matrix.MatrixF
- 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, double, double, double, double, int, int, int, int, int, int).
Method in class sim.display.Contour
- Draw the contour lines.
- drawAll(Graphics, double, double, double, double, int, int, int, int, int, int).
Method in class sim.display.Grid
- draws the tiling
- drawAll(Graphics, double, double, double, double, int, int, int, int, int, int).
Method in class sim.display.Plot
- Draw the plot.
- drawAll(Graphics, 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
- drawServer().
Method in class picture.FadeIn
- do an infinite loop that executes drawing jobs
- dt.
Variable in class sim.errFun.RLErrFun
- The time step size used in transitioning from state x(t) to x(t+1)
- dt.
Variable in class sim.TDLambda
- 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.MatrixD
- Duplicate this object/associated data array and return a
pointer to the copy.
- duplicate().
Method in class matrix.MatrixF
- Duplicate this object/associated data array and return a
pointer to the copy.
- Edges().
Constructor for class picture.Edges
-
- embed.
Variable in class DisplayList
- Is each display embedded in the HTML page?
- embedButton.
Variable in class GWin
- the button toggling embedding on the Web page vs.
- embedPanel.
Variable in class GWin
- the panel containing this Panel and the embed button, # button, and menus
- 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.
- epochSize.
Variable in class sim.mdp.HCDemo
- Size of the epoch.
- epochSize.
Variable in class sim.mdp.LQR
- Size of the epoch.
- equalEls(MatrixD).
Method in class matrix.MatrixD
- Return whether this and m are the same size and shape and have the same
numbers for corresponding elements.
- equalEls(MatrixF).
Method in class matrix.MatrixF
- 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.PMatrixD
- 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.Batch
- the error function to query multiple times
- errFun.
Variable in class sim.gradDesc.ConjGrad
- the error function to minimize
- errFun.
Variable in class sim.errFun.ErrAvg
- each of the error functions to average
- errFun.
Variable in class sim.gradDesc.IDD
- the error function to minimize
- ErrFun().
Constructor for class sim.errFun.ErrFun
-
- errFunGradient.
Variable in class sim.errFun.Batch
- the gradient from a single call to errFun
- errFunGradient.
Variable in class sim.errFun.ErrAvg
- the gradient from each individual errFun
- error.
Variable in class sim.gradDesc.ConjGrad
- the error being gradient descended on
- error.
Variable in class sim.gradDesc.IDD
- a noisy estimate of the error being gradient descended on
- error.
Variable in class sim.TDLambda
- a noisy estimate of the error being gradient descended on
- 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.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
-
- expDecay.
Variable in class sim.TDLambda
- The exploration decay rate.
- experiment.
Variable in class sim.ForExperiment
- This experiment to be run.
- experiment.
Variable in class sim.Simulator
-
- Experiment().
Constructor for class sim.Experiment
-
- exploration.
Variable in class sim.errFun.RLErrFun
- The percentage of time a random action is chosen for training.
- explore.
Variable in class sim.TDLambda
- The exploration rate
- fadeIn.
Variable in class picture.Picture
-
- 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
- finalVal.
Variable in class sim.ForExperiment
- the final value of the index
- 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, gradient, for a given input.
- findGradients().
Method in class sim.funApp.SpiralFunction
- Calculate the output and gradient for a given input.
- findGradients().
Method in class sim.funApp.ValuePolicy
- 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.SpiralFunction
- Calculate the output, gradient, and Hessian for a given input.
- findHessian().
Method in class sim.TDLambda
- update the fHessian vector based on the current fInput vector
- findHessian().
Method in class sim.funApp.ValuePolicy
- Calculate the output, gradient, and Hessian for a given input.
- findValAct(MatrixD, MatrixD, FunApp, MatrixD, PBoolean).
Method in class sim.mdp.GridWorld
- Find the value and best action of this state.
- findValAct(MatrixD, MatrixD, FunApp, MatrixD, PBoolean).
Method in class sim.mdp.Hall
- Find the value and best action of this state.
- findValAct(MatrixD, MatrixD, FunApp, MatrixD, PBoolean).
Method in class sim.mdp.HC
- Find the value and best action of this state.
- findValAct(MatrixD, MatrixD, FunApp, MatrixD, PBoolean).
Method in class sim.mdp.HCDemo
- Find the value and best action of this state.
- findValAct(MatrixD, MatrixD, FunApp, MatrixD, PBoolean).
Method in class sim.mdp.LQR
- Find the value and best action of this state.
- findValAct(MatrixD, MatrixD, FunApp, MatrixD, PBoolean).
Method in class sim.mdp.MDP
- Find the value and best action of this state.
- findValAct(MatrixD, MatrixD, FunApp, MatrixD, PBoolean).
Method in class sim.mdp.XORmdp
- Find the value and best action of this state.
- findValue(MatrixD, MatrixD, PDouble, FunApp, PDouble, MatrixD, 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(MatrixD, MatrixD, PDouble, FunApp, PDouble, MatrixD, 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(MatrixD, MatrixD, PDouble, FunApp, PDouble, MatrixD, 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(MatrixD, MatrixD, PDouble, FunApp, PDouble, MatrixD, 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(MatrixD, MatrixD, PDouble, FunApp, PDouble, MatrixD, 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(MatrixD, MatrixD, PDouble, FunApp, PDouble, MatrixD, PDouble, PBoolean, NumExp, Random).
Method in class sim.mdp.MDP
- 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(MatrixD, MatrixD, PDouble, FunApp, PDouble, MatrixD, 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 matrix.MatrixD
- element of array holding upper-left corner of matrix
- first.
Variable in class matrix.MatrixF
- element of array holding upper-left corner of matrix
- 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)?
- floorC.
Variable in class sim.display.Graph3D
-
- floorColor.
Variable in class sim.display.Graph3D
-
- floorColorM.
Variable in class sim.display.Graph3D
-
- fname.
Variable in class parse.Parser
-
- 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
-
- freq.
Variable in class watch.WatchManager
- The frequency of each watched variable
- FunApp().
Constructor for class sim.funApp.FunApp
-
- function.
Variable in class sim.display.Contour
-
- function.
Variable in class sim.errFun.ErrFun
- the function approximator whose weights will be trained
- function.
Variable in class sim.display.Graph3D
- Function approximator to plot (a duplicate of the original)
- function.
Variable in class sim.funApp.InterferenceFunction
-
- function.
Variable in class sim.TDLambda
- the function approximator whose weights will be trained
- function.
Variable in class sim.funApp.ValuePolicy
- Function approximator to plot (a duplicate of the original)
- Gallery().
Constructor for class picture.Gallery
-
- gamma.
Variable in class sim.errFun.RLErrFun
- The discount factor
- gamma.
Variable in class sim.TDLambda
- 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.ValueMap
- Return the color for a particular pixel given its size and location.
- getAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.GridWorld
- Return the next action possible in a state given the last action performed.
- getAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.Hall
- Return the next possible action in a state given an action.
- getAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.HC
- Return the next possible action in a state given an action.
- getAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.HCDemo
- Return the next possible action in a state given an action.
- getAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.LQR
- Return the next possible action in a state given an action.
- getAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.MDP
- Return the next action possible in a state given the last action performed.
- getAction(MatrixD, MatrixD, 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(double[], double[], Random).
Method in class sim.data.Data
- Put the input/output pair into arrays in/out.
- getData(double[], double[], Random).
Method in class sim.data.Dot
- Put the input/output pair into arrays in/out.
- getData(double[], double[], Random).
Method in class sim.data.OnesRnd
- Put the input/output pair into arrays in/out.
- getData(double[], double[], Random).
Method in class sim.data.RemoteTable
- Put the input/output pair into arrays in/out.
- getData(double[], double[], Random).
Method in class sim.data.RndCircle
- Put the input/output pair into arrays in/out.
- getData(double[], double[], Random).
Method in class sim.data.RndDisk
- Put the input/output pair into arrays in/out.
- getData(double[], double[], Random).
Method in class sim.data.RndOnes
- Put the input/output pair into arrays in/out.
- getData(double[], double[], Random).
Method in class sim.data.RndUniformLine
- Put the input/output pair into arrays in/out.
- getData(double[], double[], Random).
Method in class sim.data.RndUniformSquare
- Put the input/output pair into arrays in/out.
- getData(double[], double[], Random).
Method in class sim.data.SpiralData
- Put the input/output pair into arrays in/out.
- getData(double[], double[], Random).
Method in class sim.data.Table
- Put the input/output pair into arrays in/out.
- getData(double[], double[], Random).
Method in class sim.data.XOR
- Put the input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.Data
- Put the nth input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.Dot
- Put the nth input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.OnesRnd
- Put the nth input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.RemoteTable
- Put the nth input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.RndCircle
- Put the nth input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.RndDisk
- Put the nth input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.RndOnes
- Put the nth input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.RndUniformLine
- Put the nth input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.RndUniformSquare
- Put the nth input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.SpiralData
- Put the nth input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.Table
- Put the nth input/output pair into arrays in/out.
- getData(int, double[], double[]).
Method in class sim.data.XOR
- Put the nth 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)
- getHessian().
Method in class sim.TDLambda
- 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)
- 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 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.display.Contour
- 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 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 matrix.MatrixD
- Return a parameter array if BNF(), parse(), and unparse() are to be automated, null otherwise.
- getParameters(int).
Method in class matrix.MatrixF
- 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 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 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 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.
- 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(MatrixD, PDouble, Random).
Method in class sim.mdp.GridWorld
- Return the next state to be used for training in an epoch-wise system.
- getState(MatrixD, PDouble, Random).
Method in class sim.mdp.Hall
- Return the next state when doing epoch-wise training.
- getState(MatrixD, PDouble, Random).
Method in class sim.mdp.HC
- Return the next state when doing epoch-wise training.
- getState(MatrixD, PDouble, Random).
Method in class sim.mdp.HCDemo
- Return the next state when doing epoch-wise training.
- getState(MatrixD, PDouble, Random).
Method in class sim.mdp.LQR
- Return the next state when doing epoch-wise training.
- getState(MatrixD, PDouble, Random).
Method in class sim.mdp.MDP
- Return the next state to be used for training in an epoch-wise system.
- getState(MatrixD, 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.
- getTokenCalled.
Variable in class parse.Parser
-
- 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 sim.funApp.FunApp
- Return the WatchManager set by setWatchManager().
- getWatchManager().
Method in class sim.gradDesc.GradDesc
- Return the WatchManager set by setWatchManager().
- getWatchManager().
Method in class sim.mdp.GridWorld
- Return the WatchManager set by setWatchManager().
- getWatchManager().
Method in class sim.mdp.MDP
- Return the WatchManager set by setWatchManager().
- getWatchManager().
Method in class sim.display.Plot
- Get the WatchManager being used
- getWatchManager().
Method in class Project
- Return the WatchManager set by setWatchManager().
- getWatchManager().
Method in interface watch.Watchable
- Return the WatchManager set by setWatchManager().
- getWeights().
Method in class sim.funApp.FunApp
- return the weight vector that was set by setIO
- gHeight.
Variable in class picture.Picture
-
- GradDesc().
Constructor for class sim.gradDesc.GradDesc
-
- gradient.
Variable in class sim.errFun.Batch
- the average of the gradients from all batchSize calls to errFun
- gradient.
Variable in class sim.errFun.ErrAvg
- the average of the gradients from all batchSize calls to errFun
- gradient.
Variable in class sim.errFun.ReinforcementLearning
- the average of the gradients from all numberOfStates calls to RLerrFun
- granFactor.
Variable in class sim.mdp.GridWorld
- The depth in both the x and y dimension of the gridworld.
- Graph2D().
Constructor for class sim.display.Graph2D
-
- Graph3D().
Constructor for class sim.display.Graph3D
-
- green.
Variable in class picture.ColorMapEntry
- The color (red,green,blue,filter,transparency) to which the number level maps
- green.
Variable in class picture.Colors
- green component of color, -128=black, 127=bright red
- Grid().
Constructor for class sim.display.Grid
-
- GridWorld().
Constructor for class sim.mdp.GridWorld
-
- gWidth.
Variable in class picture.Picture
-
- GWin().
Constructor for class GWin
-
- Hall().
Constructor for class sim.mdp.Hall
-
- handleEvent(Event).
Method in class picture.Picture
- ensure that events are handled sequentially
- handleEvent(Event).
Method in class ShowEdit
- if a list element is selected, change the last value
editted, and start editing the value of the new
item selected.
- HC().
Constructor for class sim.mdp.HC
-
- HCDemo().
Constructor for class sim.mdp.HCDemo
-
- height.
Variable in class picture.FadeIn
-
- height().
Method in class GWin
- height of graphics area in the window (not including title bar)
- hessian.
Variable in class sim.errFun.ErrFun
- hessian of mean squared error wrt weights
- hessian.
Variable in class sim.TDLambda
- hessian of mean squared error wrt weights
- i.
Variable in class parse.Scanner
-
- IDD().
Constructor for class sim.gradDesc.IDD
-
- image.
Variable in class Display
- image corresponding to buffer
- increment.
Variable in class sim.ForExperiment
- the increment to the variable
- incremental.
Variable in class sim.errFun.LocalLearning
- the mode of learning: incremental or epoch-wise
- incremental.
Variable in class sim.errFun.RLErrFun
- The mode of learning: incremental or epoch-wise.
- incremental.
Variable in class sim.errFun.SupervisedLearning
- the mode of learning: incremental or epoch-wise
- incremental.
Variable in class sim.TDLambda
- The mode of learning: incremental or epoch-wise.
- indent.
Variable in class parse.Unparser
-
- indent().
Method in class parse.Unparser
- Cause all following emitLine() calls to indent the following line more.
- indent(int).
Method in class parse.Unparser
- Indent all future lines, and also emit n less than a normal indent right now.
- index.
Variable in class sim.ForExperiment
- this is used to graph the error vs.
- infile.
Variable in class parse.Scanner
-
- init().
Method in class WebSim
- Initialize the applet with a white background
- init(PicPipeList).
Method in class picture.Description
- Initialize the description of this object
and remove this object from the linked list of objects
to call while drawing the image.
- init(PicPipeList).
Method in class picture.PicPipe
- Initialize this object, and possibly remove from linked list.
- init(PicPipeList).
Method in class picture.Region
- Initialize the zoom region of the source of this object,
and remove this object from the linked list of objects
to call while drawing the image.
- initialAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.GridWorld
- Return the initial action possible in a state.
- initialAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.Hall
- Return an initial action possible in a given state.
- initialAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.HC
- Return an initial action possible in a given state.
- initialAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.HCDemo
- Return an initial action possible in a given state.
- initialAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.LQR
- Return an initial action possible in a given state.
- initialAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.MDP
- Return the initial action possible in a state.
- initialAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.XORmdp
- Return an initial action possible in a given state.
- initialize().
Method in class VRMLInterface
-
- initialize(int).
Method in class sim.gradDesc.Backprop
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.errFun.Batch
- Initialize, either partially or completely.
- initialize(int).
Method in class picture.ColorMapEntry
- Initialize, either partially or completely.
- initialize(int).
Method in class picture.ColorVector
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.gradDesc.ConjGrad
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.display.Contour
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.data.Data
- Initialize, either partially or completely.
- initialize(int).
Method in class Display
- Initialize, either partially or completely.
- initialize(int).
Method in class DisplayList
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.errFun.ErrAvg
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.errFun.ErrFun
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.Experiment
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.ForExperiment
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.funApp.FunApp
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.display.Graph2D
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.display.Graph3D
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.gradDesc.IDD
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.errFun.LocalLearning
- Initialize, either partially or completely.
- initialize(int).
Method in class matrix.MatrixD
- Initialize, either partially or completely.
- initialize(int).
Method in class matrix.MatrixF
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.mdp.MDP
- Initialize, either partially or completely.
- initialize(int).
Method in interface parse.Parsable
- Initialize, either partially or completely.
- initialize(int).
Method in class picture.PicPipe
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.display.Plot
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.display.PlotXY
- Initialize, either partially or completely.
- initialize(int).
Method in class pointer.Pointer
- Initialize, either partially or completely.
- initialize(int).
Method in class Project
- Initialize, either partially or completely.
- initialize(int).
Method in class ProjWin
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.errFun.ReinforcementLearning
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.display.SaveDisplay
- Initialize, either partially or completely.
- initialize(int).
Method in class ShowEdit
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.Simulator
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.errFun.SupervisedLearning
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.TDLambda
- Initialize, either partially or completely.
- initialize(int).
Method in class Title
- Initialize, either partially or completely.
- initialize(int).
Method in class picture.ValueMapEntry
- Initialize, either partially or completely.
- initialize(int).
Method in class sim.funApp.ValuePolicy
- Initialize, either partially or completely.
- initialize(int).
Method in class WebSim
- Initialize, either partially or completely.
- initialState(MatrixD, Random).
Method in class sim.mdp.GridWorld
- Return an initial state used for the start of epoch-wise training or for
training on trajectories.
- initialState(MatrixD, Random).
Method in class sim.mdp.Hall
- Return a start state for epoch-wise training.
- initialState(MatrixD, Random).
Method in class sim.mdp.HC
- Return a start state for epoch-wise training.
- initialState(MatrixD, Random).
Method in class sim.mdp.HCDemo
- Return a start state for epoch-wise training.
- initialState(MatrixD, Random).
Method in class sim.mdp.LQR
- Return a start state for epoch-wise training.
- initialState(MatrixD, Random).
Method in class sim.mdp.MDP
- Return an initial state used for the start of epoch-wise training or for
training on trajectories.
- initialState(MatrixD, Random).
Method in class sim.mdp.XORmdp
- Return a start state for epoch-wise training.
- initVal.
Variable in class sim.ForExperiment
- the initial value of the index
- initVects(MDP, RLErrFun).
Method in class sim.errFun.AdvantageLearning
- Create inputs, state, and action vectors.
- initVects(MDP, RLErrFun).
Method in class sim.errFun.QLearning
- Create inputs, state, and action vectors.
- initVects(MDP, RLErrFun).
Method in class sim.errFun.ReinforcementLearning
- Used to initialize the inputs, state, and action vectors in all RL algorithm objects (not ReinforcementLearning).
- initVects(MDP, RLErrFun).
Method in class sim.errFun.RLErrFun
- Used to initialize the inputs, state, and action vectors in all RL algorithm objects (not ReinforcementLearning).
- initVects(MDP, RLErrFun).
Method in class sim.errFun.ValueIteration
- Create inputs and state vectors.
- initXAngle.
Variable in class sim.display.Graph3D
- Initial rotation of the cube about x axis (degrees)
- initYAngle.
Variable in class sim.display.Graph3D
- Initial rotation of the cube about y axis (degrees)
- initZAngle.
Variable in class sim.display.Graph3D
- Initial rotation of the cube about z axis (degrees)
- inputM.
Variable in class sim.display.Contour
-
- inputM.
Variable in class sim.display.Graph3D
- Input vector
- inputs.
Variable in class sim.display.Contour
-
- inputs.
Variable in class sim.errFun.ErrFun
- The input vector to the function approximator
- inputs.
Variable in class sim.display.Graph3D
- Vector of inputs, only 2 of which are overridden
- inputs.
Variable in class sim.TDLambda
- The input vector to the function approximator
- inSize.
Variable in class sim.data.Data
- number of elements in the input vector (including first which is 1.0)
- inSize().
Method in class sim.data.Data
- Return the number of elements in the input vector.
- interference.
Variable in class sim.errFun.LocalLearning
- pointer to interference
- InterferenceFunction().
Constructor for class sim.funApp.InterferenceFunction
-
- into.
Variable in class picture.Edges
-
- inVect.
Variable in class sim.funApp.FunApp
- clone of the input, should be a vector with first element 1.0
- isBoolean.
Variable in class parse.Parser
-
- isChar.
Variable in class parse.Parser
-
- isDouble.
Variable in class parse.Parser
-
- isEOF.
Variable in class parse.Parser
-
- isFar(int, int, int, int).
Method in class picture.FadeIn
- Is pixel (x1,y1) a very different color than pixel (x2,y2)?
- isID.
Variable in class parse.Parser
-
- isInt.
Variable in class parse.Parser
-
- isOfType(Class, Class).
Static method in class parse.Parser
- Is the specified Class of the specified Type?
Checks whether the type is the same as the class, or a superclass of it,
or an interface of it, and so on up the superclass/interface hierarchy.
- isString.
Variable in class parse.Parser
-
- jitter.
Variable in class picture.Antialias
-
- k.
Variable in class sim.errFun.AdvantageLearning
- The scaling factor used in the advantage learning algorithm
- keyDown(Event, int).
Method in class picture.Picture
- If a key is pressed, respond appropriately.
- labels.
Variable in class parse.Parser
-
- labels.
Variable in class parse.Unparser
-
- labelUnparsed.
Variable in class parse.Unparser
-
- lambda.
Variable in class sim.TDLambda
- The weighting factor for gradients.
- languageMode.
Variable in class parse.Scanner
-
- last.
Variable in class picture.Animation
-
- last.
Variable in class matrix.MatrixD
- element of array holding lower-right corner of matrix
- last.
Variable in class matrix.MatrixF
- element of array holding lower-right corner of matrix
- lastC.
Variable in class parse.Scanner
-
- lastDir.
Variable in class parse.Parser
-
- lastRestartNumber.
Variable in class sim.Experiment
- the applet.restartNumber last time it was checked.
- learn(double[], double[]).
Method in class sim.funApp.FunApp
- store this new input/output pair as a data point for memory-based learning
- level.
Variable in class picture.ColorMapEntry
- The number that maps to this color
- LF.
Static variable in class picture.Picture
-
- LF.
Variable in class parse.Scanner
-
- line.
Variable in class parse.Parser
-
- line.
Variable in class parse.Scanner
-
- LocalLearning().
Constructor for class sim.errFun.LocalLearning
-
- logError.
Variable in class sim.gradDesc.ConjGrad
- the log base 10 of error
- Logo().
Constructor for class Logo
-
- logSmoothedError.
Variable in class sim.gradDesc.IDD
- log base 10 of the smoothed error
- logSmoothedError.
Variable in class sim.TDLambda
- log base 10 of the smoothed error
- LookupTable().
Constructor for class sim.funApp.LookupTable
-
- LQR().
Constructor for class sim.mdp.LQR
-
- mark(Graphics, double, double, double, double, double, double, double).
Method in class sim.display.Graph3D
- function mark
Draws one mark onto the screen
- MatrixD().
Constructor for class matrix.MatrixD
- Create a new scalar (a 1x1 matrix)
- MatrixD(double[]).
Constructor for class matrix.MatrixD
- View an existing array as a 1D vector (column matrix)
- MatrixD(double[], int, int).
Constructor for class matrix.MatrixD
- View an existing array as a 2D matrix with size (rows,cols)
All elements in the same row are adjacent in the array.
- MatrixD(double[], int, int, int, int, int).
Constructor for class matrix.MatrixD
- Directly set 6 data fields in an object.
- MatrixD(int).
Constructor for class matrix.MatrixD
- Create a new column vector with n elements
- MatrixD(int, int).
Constructor for class matrix.MatrixD
- Create a new 2D matrix with size (rows,cols)
- MatrixException(String).
Constructor for class matrix.MatrixException
- define a message string when creating the exception
- MatrixF().
Constructor for class matrix.MatrixF
- Create a new scalar (a 1x1 matrix)
- MatrixF(float[]).
Constructor for class matrix.MatrixF
- View an existing array as a 1D vector (column matrix)
- MatrixF(float[], int, int).
Constructor for class matrix.MatrixF
- View an existing array as a 2D matrix with size (rows,cols)
All elements in the same row are adjacent in the array.
- MatrixF(float[], int, int, int, int, int).
Constructor for class matrix.MatrixF
- Directly set 6 data fields in an object.
- MatrixF(int).
Constructor for class matrix.MatrixF
- Create a new column vector with n elements
- MatrixF(int, int).
Constructor for class matrix.MatrixF
- Create a new 2D matrix with size (rows,cols)
- MatToScalar().
Method in class matrix.MatrixD
- return the only element of a 1x1 MatrixD object
- MatToScalar().
Method in class matrix.MatrixF
- return the only element of a 1x1 MatrixF object
- max.
Variable in class sim.display.Contour
-
- max.
Variable in class sim.display.SaveDisplay
-
- maxHeight.
Variable in class sim.display.Graph3D
- highest & lowest height Dataset in Array
- maxIndent.
Variable in class parse.Unparser
-
- maxLen.
Variable in class parse.Unparser
-
- maxLong().
Method in class Random
- return the maximum value ever returned by nextLong()
- maxX.
Variable in class picture.FadeIn
-
- maxX.
Variable in class picture.Gallery
-
- maxX.
Variable in class picture.Picture
-
- maxX.
Variable in class picture.Region
-
- maxX(double, double).
Method in class picture.Gallery
- return max x coordinate of the picture containing point (x,y)
This tells where on the screen the corners of this little picture lie.
- maxY.
Variable in class picture.FadeIn
-
- maxY.
Variable in class picture.Gallery
-
- maxY.
Variable in class picture.Picture
-
- maxY.
Variable in class picture.Region
-
- maxY(double, double).
Method in class picture.Gallery
- return max y coordinate of the picture containing point (x,y)
This tells where on the screen the corners of this little picture lie.
- Maze().
Constructor for class picture.directFractal.Maze
-
- mdownx.
Variable in class picture.Picture
-
- mdowny.
Variable in class picture.Picture
-
- mdp.
Variable in class sim.errFun.RLErrFun
- the mdp to control
- mdp.
Variable in class sim.TDLambda
- the mdp to control
- mdp.
Variable in class sim.funApp.ValuePolicy
- the mdp to control
- MDP().
Constructor for class sim.mdp.MDP
-
- mdragx.
Variable in class picture.Picture
-
- mdragy.
Variable in class picture.Picture
-
- menubar.
Variable in class GWin
- the menus that should attach to a window containing this GWin
- menuToChoice(MenuBar).
Method in class GWin
- convert a menubar into an equivalent Panel filled with
a Choice corresponding to each menu.
- mergeRect(int, int, int).
Method in class sim.display.PlotXY
- function mergeRect
Merges the two given rects with array indices rect1 and rect2
into new array element newRect
- method.
Variable in class sim.errFun.RLErrFun
- Specifies method (0=residual, 1=resGrad, 2=direct)
- methodStr.
Variable in class sim.errFun.RLErrFun
- Specifies method "residual", "resGrad" or "direct"
- middle.
Variable in class picture.Edges
-
- min.
Variable in class sim.display.Contour
-
- minHeight.
Variable in class sim.display.Graph3D
- highest & lowest height Dataset in Array
- MinimumSize().
Method in class GWin
- return the size this window prefers
- minLong().
Method in class Random
- return the minimum value ever returned by nextLong()
- minX.
Variable in class picture.FadeIn
-
- minX.
Variable in class picture.Gallery
-
- minX.
Variable in class picture.Picture
-
- minX.
Variable in class picture.Region
-
- minX(double, double).
Method in class picture.Gallery
- Return min x coordinate of the picture containing point (x,y).
- minY.
Variable in class picture.FadeIn
-
- minY.
Variable in class picture.Gallery
-
- minY.
Variable in class picture.Picture
-
- minY.
Variable in class picture.Region
-
- minY(double, double).
Method in class picture.Gallery
- return min y coordinate of the picture containing point (x,y)
This tells where on the screen the corners of this little picture lie.
- mod(double, double).
Static method in class picture.Gallery
- Calculates a modulo b for doubles.
- mode.
Variable in class sim.gradDesc.ConjGrad
- the method used to calculate conjugate direction: Polak-Ribiere (0) or Fletcher-Reeves (1)
- mouseDown(Event, int, int).
Method in class sim.display.Graph2D
- function mouseDown
Event Handling for pressing mouseButton
- mouseDown(Event, int, int).
Method in class sim.display.Graph3D
- function mouseDown
Event Handling for pressing mouseButton
- mouseDown(Event, int, int).
Method in class picture.Picture
- Remember where mouse clicks so highlighting will be right.
- mouseDrag(Event, int, int).
Method in class sim.display.Graph2D
- mouseDrag
Event Handling for dragging Mouse
- mouseDrag(Event, int, int).
Method in class sim.display.Graph3D
- function mouseDrag
Event Handling for dragging Mouse
- mouseDrag(Event, int, int).
Method in class picture.Picture
- As mouse is dragged, highlight appropriate region.
- mouseUp(Event, int, int).
Method in class sim.display.Graph2D
- funtion mouseUp
Event Handling for releasing mouseButton
- mouseUp(Event, int, int).
Method in class sim.display.Graph3D
- funtion mouseUp
Event Handling for releasing mouseButton
- mouseUp(Event, int, int).
Method in class picture.Picture
- When mouse is released, zoom in on appropriate region.
- mu.
Variable in class sim.errFun.RLErrFun
- The decay factor for the trace of the of resgrad and direct update vectors used to calculate phi.
- mult(double).
Method in class matrix.MatrixD
- this=this*k, return this.
- mult(float).
Method in class matrix.MatrixF
- this=this*k, return this.
- mult(MatrixD, MatrixD).
Method in class matrix.MatrixD
- this=x*y, return this.
- mult(MatrixF, MatrixF).
Method in class matrix.MatrixF
- this=x*y, return this.
- multAdd(double, MatrixD).
Method in class matrix.MatrixD
- this=this*k+m, return this.
- multAdd(float, MatrixF).
Method in class matrix.MatrixF
- this=this*k+m, return this.
- multColMat(MatrixD, int, MatrixD).
Method in class matrix.MatrixD
- this=((col)th column, zero based, of x)*v, return this
(which will be a matrix).
- multColMat(MatrixF, int, MatrixF).
Method in class matrix.MatrixF
- this=((col)th column, zero based, of x)*v, return this
(which will be a matrix).
- multDiag(MatrixD, MatrixD).
Method in class matrix.MatrixD
- this=diag(v)*y, return this.
- multDiag(MatrixF, MatrixF).
Method in class matrix.MatrixF
- this=diag(v)*y, return this.
- multEl(MatrixD).
Method in class matrix.MatrixD
- multiply corresponding elements of this matrix and matrix m,
store answer in this matrix, and return this matrix
- multEl(MatrixF).
Method in class matrix.MatrixF
- multiply corresponding elements of this matrix and matrix m,
store answer in this matrix, and return this matrix
- multK(double, MatrixD).
Method in class matrix.MatrixD
- this=k*m, return this.
- multK(float, MatrixF).
Method in class matrix.MatrixF
- this=k*m, return this.
- multMatCol(MatrixD, MatrixD, int).
Method in class matrix.MatrixD
- this=x*((col)th column, zero based, of y), return this
(which will be a column).
- multMatCol(MatrixF, MatrixF, int).
Method in class matrix.MatrixF
- this=x*((col)th column, zero based, of y), return this
(which will be a column).
- myThread.
Variable in class Project
- The thread that runs this Project's run() method
- myThreadGroup.
Variable in class WebSim
- The thread group containing this thread (and all other WebSim threads)
- N.
Variable in class sim.errFun.LocalLearning
-
- name.
Variable in class watch.WatchManager
- The name of each watched variable
- nativeCodeLoaded.
Static variable in class matrix.MatrixD
- Is native code loaded?
- nativeCodeLoaded.
Static variable in class matrix.MatrixF
- Is native code loaded?
- nCols.
Variable in class matrix.MatrixD
- # columns in the matrix
- nCols.
Variable in class matrix.MatrixF
- # columns in the matrix
- Net().
Constructor for class sim.funApp.Net
-
- new_(String).
Static method in class fix.Util
- Create a new instance of this class.
- newBarHeight.
Variable in class picture.FadeIn
-
- newC.
Variable in class picture.FadeIn
-
- newCol.
Variable in class matrix.MatrixD
- amount to add to an index to go from past the end of one column to top of next
- newCol.
Variable in class matrix.MatrixF
- amount to add to an index to go from past the end of one column to top of next
- newG.
Variable in class picture.FadeIn
-
- newGHeight.
Variable in class picture.FadeIn
-
- newGWidth.
Variable in class picture.FadeIn
-
- newJob.
Variable in class picture.FadeIn
-
- newMaxX.
Variable in class picture.FadeIn
-
- newMaxY.
Variable in class picture.FadeIn
-
- newMinX.
Variable in class picture.FadeIn
-
- newMinY.
Variable in class picture.FadeIn
-
- newRow.
Variable in class matrix.MatrixD
- amount to add to an index to go from past the end of one row to start of next
- newRow.
Variable in class matrix.MatrixF
- amount to add to an index to go from past the end of one row to start of next
- newSource1.
Variable in class picture.FadeIn
-
- newSource2.
Variable in class picture.FadeIn
-
- newState.
Variable in class sim.errFun.RLErrFun
- The state reached after performing an action
- newX.
Variable in class picture.FadeIn
-
- newY.
Variable in class picture.FadeIn
-
- next.
Variable in class matrix.MatrixD
- amount to add to index to get next element of this vector
- next.
Variable in class matrix.MatrixF
- amount to add to index to get next element of this vector
- nextCol.
Variable in class matrix.MatrixD
- amount to add to an index to move to the next column
- nextCol.
Variable in class matrix.MatrixF
- amount to add to an index to move to the next column
- nextDouble().
Method in class Random
- Generates a pseudorandom, uniformly-distributed, double value
in the range [0.0,1.0)
- nextFloat().
Method in class Random
- Generates a pseudorandom, uniformly-distributed, float value
in the range [0.0,1.0)
- nextInt().
Method in class Random
- Generates a pseudorandom, uniformly-distributed, int value.
- nextInt(int, int).
Method in class Random
- Generates a pseudorandom, uniformly-distributed, int value in [min,max].
- nextLong().
Method in class Random
- Generates a pseudorandom, uniformly-distributed, long value.
- nextRow.
Variable in class matrix.MatrixD
- amount to add to an index to move to the next row
- nextRow.
Variable in class matrix.MatrixF
- amount to add to an index to move to the next row
- nextState.
Variable in class sim.mdp.GridWorld
- the state vector resulting from doing action in state (created in parse())
- nextState.
Variable in class sim.mdp.MDP
- the state vector resulting from doing action in state (created in parse())
- nextState(MatrixD, MatrixD, MatrixD, PDouble, PBoolean, Random).
Method in class sim.mdp.GridWorld
- Find a next state given a state and action, and return the reinforcement received.
- nextState(MatrixD, MatrixD, MatrixD, PDouble, PBoolean, Random).
Method in class sim.mdp.Hall
- Find the next state given a state and action,
and return the reinforcement received.
- nextState(MatrixD, MatrixD, MatrixD, PDouble, PBoolean, Random).
Method in class sim.mdp.HC
- Find a next state given a state and action,
and return the reinforcement received.
- nextState(MatrixD, MatrixD, MatrixD, PDouble, PBoolean, Random).
Method in class sim.mdp.HCDemo
- Find a next state given a state and action,
and return the reinforcement received.
- nextState(MatrixD, MatrixD, MatrixD, PDouble, PBoolean, Random).
Method in class sim.mdp.LQR
- Find a next state given a state and action,
and return the reinforcement received.
- nextState(MatrixD, MatrixD, MatrixD, PDouble, PBoolean, Random).
Method in class sim.mdp.MDP
- Find a (possibly stochastic) next state given a state and action,
and return the (possibly stochastic) reinforcement received.
- nextState(MatrixD, MatrixD, MatrixD, PDouble, PBoolean, Random).
Method in class sim.mdp.XORmdp
- Find a next state given a state and action,
and return the reinforcement received.
- nextStateC(Parser).
Method in class parse.Scanner
- Perform the state transition for scanning C++-like code
with nested comments, and dots allowed as part of identifiers.
- nextStateHTML(Parser).
Method in class parse.Scanner
- Perform the state transition for scanning HTML
- nextStateLISP(Parser).
Method in class parse.Scanner
- Perform the state transition for scanning LISP
- nPairs.
Variable in class sim.data.Data
- number of input/output pairs (-1 if infinite)
- nPairs().
Method in class sim.data.Data
- return the number of input/output pairs (-1 if infinite)
- nRows.
Variable in class matrix.MatrixD
- # rows in the matrix
- nRows.
Variable in class matrix.MatrixF
- # rows in the matrix
- numActions(MatrixD).
Method in class sim.mdp.GridWorld
- Return the number of actions in a given state.
- numActions(MatrixD).
Method in class sim.mdp.Hall
- Return the number of actions in each state.
- numActions(MatrixD).
Method in class sim.mdp.HC
- Return the number of actions in each state.
- numActions(MatrixD).
Method in class sim.mdp.HCDemo
- Return the number of actions in each state.
- numActions(MatrixD).
Method in class sim.mdp.LQR
- Return the number of actions in each state.
- numActions(MatrixD).
Method in class sim.mdp.MDP
- Return the number of actions in a given state.
- numActions(MatrixD).
Method in class sim.mdp.XORmdp
- Return the number of actions in each state.
- numberOfStates.
Variable in class sim.errFun.ReinforcementLearning
- Used to cache the number of states in the given mdp
- numContours.
Variable in class sim.display.Contour
-
- numPairs(PDouble).
Method in class sim.mdp.GridWorld
- Return the number of state/action pairs in the MDP for a given dt.
- numPairs(PDouble).
Method in class sim.mdp.Hall
- Return the number of state/action pairs for a given dt.
- numPairs(PDouble).
Method in class sim.mdp.HC
- Return the number of state/action pairs for a given dt.
- numPairs(PDouble).
Method in class sim.mdp.HCDemo
- Return the number of state/action pairs for a given dt.
- numPairs(PDouble).
Method in class sim.mdp.LQR
- Return the number of state/action pairs for a given dt.
- numPairs(PDouble).
Method in class sim.mdp.MDP
- Return the number of state/action pairs in the MDP for a given dt.
- numPairs(PDouble).
Method in class sim.mdp.XORmdp
- Return the number of state/action pairs for a given dt.
- numRows.
Variable in class picture.Gallery
-
- numSamples.
Variable in class picture.Antialias
-
- numSaved.
Variable in class sim.display.SaveDisplay
-
- numStates(PDouble).
Method in class sim.mdp.GridWorld
- The number of states for this MDP is determined by the granularity factor that is passed in as
a parameter.
- numStates(PDouble).
Method in class sim.mdp.Hall
- Return the number of states in this LQR for a given dt.
- numStates(PDouble).
Method in class sim.mdp.HC
- Return the number of states in this MDP.
- numStates(PDouble).
Method in class sim.mdp.HCDemo
- Return the number of states in this MDP.
- numStates(PDouble).
Method in class sim.mdp.LQR
- Return the number of states in this LQR for a given dt.
- numStates(PDouble).
Method in class sim.mdp.MDP
- Return the number of states in the given MDP.
- numStates(PDouble).
Method in class sim.mdp.XORmdp
- Return the number of states for this mdp.
- numUpdates.
Variable in class watch.WatchManager
- number of calls to update() since last yield and sleep
- nWeights(int, int).
Method in class sim.funApp.FunApp
- Return # weights needed for nIn inputs (including the first
one which is always 1.0), and nOut outputs.
- nWeights(int, int).
Method in class sim.funApp.InterferenceFunction
- Return # weights needed for nIn inputs (including the first
one which is always 1.0), and nOut outputs.
- nWeights(int, int).
Method in class sim.funApp.LookupTable
- Return # elements (weights) in the lookup table.
- nWeights(int, int).
Method in class sim.funApp.Net
- Return # weights needed for nIn inputs (including the first
one which is always 1.0), and nOut outputs.
- nWeights(int, int).
Method in class sim.funApp.SpiralFunction
- Return # elements (weights) in the lookup table.
- nWeights(int, int).
Method in class sim.funApp.ValuePolicy
- Return # weights needed for nIn inputs (including the first //this routine is never called, should throw null pointer exception
one which is always 1.0), and nOut outputs.
- offscrC.
Variable in class picture.FadeIn
-
- offscrG.
Variable in class picture.FadeIn
-
- offscrImg.
Variable in class picture.FadeIn
-
- oldAction.
Variable in class sim.errFun.AdvantageLearning
- A copy of the original action.
- oldAction.
Variable in class sim.errFun.QLearning
- A copy of the original action.
- oldState.
Variable in class sim.errFun.AdvantageLearning
- A copy of the original state.
- oldState.
Variable in class sim.errFun.QLearning
- A copy of the original state.
- oldState.
Variable in class sim.TDLambda
- A copy of the original state.
- oldState.
Variable in class sim.errFun.ValueIteration
- A copy of the original state.
- OnesRnd().
Constructor for class sim.data.OnesRnd
-
- onscrG.
Variable in class picture.FadeIn
-
- optAction.
Variable in class sim.funApp.ValuePolicy
- the action vector that is optimal in a given state
- origFunction.
Variable in class sim.display.Contour
-
- origFunction.
Variable in class sim.display.Graph3D
- The origianl function approximator whose duplicate will be plotted
- origFunction.
Variable in class sim.funApp.InterferenceFunction
-
- origFunction.
Variable in class sim.funApp.ValuePolicy
- The origianl function approximator whose duplicate will be plotted
- origMaxX.
Variable in class sim.display.Graph2D
- Max value of x to plot originally (menu item "top level" returns to this)
- origMaxY.
Variable in class sim.display.Graph2D
- Max value of y to plot originally (menu item "top level" returns to this)
- origMinX.
Variable in class sim.display.Graph2D
- Min value of x to plot originally (menu item "top level" returns to this)
- origMinY.
Variable in class sim.display.Graph2D
- Min value of y to plot originally (menu item "top level" returns to this)
- origT.
Variable in class picture.directFractal.DirectFractal
-
- origX.
Variable in class picture.directFractal.DirectFractal
-
- origY.
Variable in class picture.directFractal.DirectFractal
-
- origZ.
Variable in class picture.directFractal.DirectFractal
-
- out.
Variable in class parse.Unparser
-
- outputM.
Variable in class sim.display.Contour
-
- outputM.
Variable in class sim.display.Graph3D
- Output vector
- outputs.
Variable in class sim.errFun.ErrFun
- The output vector from the function approximator
- outputs.
Variable in class sim.TDLambda
- The output vector from the function approximator
- outSize.
Variable in class sim.data.Data
- number of elements in the output vector
- outSize().
Method in class sim.data.Data
- return the number of elements in the output vector
- outSizeExp.
Variable in class sim.data.RndOnes
- The expression parsed to get the dimensionality of the vectors
- outVect.
Variable in class sim.funApp.FunApp
- clone of the output, should be a vector
- packageHints.
Static variable in class parse.Directories
- Some guesses as to the package name for some classes.
- paint(Graphics).
Method in class Credits
- Print the credits
- paint(Graphics).
Method in class Credits2
- Print the credits
- paint(Graphics).
Method in class Display
- Redraw the display.
- paint(Graphics).
Method in class FindBNF
- Print the credits
- paint(Graphics).
Method in class GWin
- Paint the region of size (bounds().width,bounds().height),
and corner at (0,0).
- paint(Graphics).
Method in class picture.Picture
- paint the screen from the buffer without stopping the drawing thread.
- paint(Graphics).
Method in class ShowThreads
- show the threads
- paint(Graphics).
Method in class sim.Simulator
- paint the main window for the simulator
- paint(Graphics, ImageObserver).
Method in class picture.FadeIn
- Instantly paint the screen from an offscreen buffer
- paintAll(Graphics, Component, boolean, boolean).
Static method in class fix.Util
- logically, the call:
myComponent.paintAll(graphicsContext)
should paint the Component myComponent, and if it is
a container, should paint its contents.
- pAlphas.
Variable in class sim.gradDesc.IDD
- a pointer to alphas
- parentDisplay.
Variable in class sim.display.Plot
- the Display that this plot will be drawn on
- PArray(Object[]).
Constructor for class pointer.PArray
- The value can be initialized by the constructor
- parse(Parser, int).
Method in class sim.errFun.AdvantageLearning
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.Animation
- parse a series of pictures and combine into a tiled gallery.
- parse(Parser, int).
Method in class picture.Antialias
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.errFun.Batch
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.ColorMap
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.ColorMapEntry
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.ColorVector
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.gradDesc.ConjGrad
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class Credits
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class Credits2
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.data.Data
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.Description
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.directFractal.DirectFractal
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class Display
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class DisplayList
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.data.Dot
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.Edges
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.errFun.ErrAvg
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.errFun.ErrFun
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.Experiment
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class FindBNF
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.ForExperiment
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.funApp.FunApp
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.Gallery
- parse a series of pictures and combine into a tiled gallery.
- parse(Parser, int).
Method in class sim.gradDesc.GradDesc
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.mdp.GridWorld
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.mdp.Hall
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.mdp.HC
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.mdp.HCDemo
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.gradDesc.IDD
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.funApp.InterferenceFunction
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.errFun.LocalLearning
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.funApp.LookupTable
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.mdp.LQR
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class matrix.MatrixD
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class matrix.MatrixF
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.mdp.MDP
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.funApp.Net
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.data.OnesRnd
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in interface parse.Parsable
- Return an object representing the results of parsing, starting
at the current token.
- parse(Parser, int).
Method in class pointer.PBoolean
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.errFun.PDFE
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.PicPipe
- Create/initialize an object from a string describing it in language lang.
- parse(Parser, int).
Method in class picture.PicPipePipeline
- Parse this object's parameters and initialize it.
- parse(Parser, int).
Method in class picture.Picture
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.display.Plot
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class pointer.PMatrixD
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class pointer.Pointer
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class Project
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class ProjWin
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class pointer.PString
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.errFun.QLearning
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.Region
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.errFun.ReinforcementLearning
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.data.RemoteTable
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.data.RndCircle
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.RndColor
- Parse the input file to get this object's parameters.
- parse(Parser, int).
Method in class sim.data.RndDisk
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.data.RndOnes
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.data.RndUniformLine
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.data.RndUniformSquare
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class ShowThreads
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.data.SpiralData
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.funApp.SpiralFunction
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.errFun.SupervisedLearning
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.data.Table
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.TDLambda
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class TestMatrix
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.errFun.ValueIteration
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.ValueMap
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class picture.ValueMapEntry
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.funApp.ValuePolicy
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class WebSim
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.data.XOR
- Parse the input file to get the parameters for this object.
- parse(Parser, int).
Method in class sim.mdp.XORmdp
- Parse the input file to get the parameters for this object.
- parseAndRun().
Method in class WebSim
- parses the BNF string and runs a set of projects.
- parseBoolean(boolean).
Method in class parse.Parser
- If next token is a boolean, return it.
- parseChar(char, boolean).
Method in class parse.Parser
- Consume next token if it is character c, else do nothing.
- parseClass(String, int, boolean).
Method in class parse.Parser
- Loads a Parsable class from disk, instantiates it,
calls its parse() method, and returns whatever parse() returns.
- parseClassList(String, int, boolean).
Method in class parse.Parser
- Parse objects of class clss as long as possible, returning a vector of results.
- parsedClasses.
Static variable in class parse.Directories
- the package names for classes that have been parsed so far
- parseDouble___(boolean).
Method in class parse.Parser
- If next token is a double, return it.
- parseID(String, boolean).
Method in class parse.Parser
- Consume next token if it is the identifier id, else do nothing.
- parseInt___(boolean).
Method in class parse.Parser
- If next token is an int, return it.
- parser.
Variable in class parse.ParserException
- this is the parser raising the exception
- Parser().
Constructor for class parse.Parser
- create a new parser with a blank symbol table
- Parser(String).
Constructor for class parse.Parser
- create a new parser with a blank symbol table, and start parsing the string
- ParserException(String).
Constructor for class parse.ParserException
-
- parseString(boolean).
Method in class parse.Parser
- If next token is a String, return it.
- parseType(String, int, boolean).
Method in class parse.Parser
- A parsable class should call parseType during parsing if the next
token to be parsed is an identifier representing the name of the
class that will continue parsing from there.
- parseTypeList(String, int, boolean).
Method in class parse.Parser
- Parse objects of type type as long as possible, returning a vector of results.
- pass1.
Variable in class picture.Picture
-
- pass2.
Variable in class picture.Picture
-
- pBetas.
Variable in class sim.gradDesc.IDD
- a pointer to the betas
- PBoolean(boolean).
Constructor for class pointer.PBoolean
- The value can be initialized by the constructor
- PByte(byte).
Constructor for class pointer.PByte
- The value can be initialized by the constructor
- PChar(char).
Constructor for class pointer.PChar
- The value can be initialized by the constructor
- PCR.
Variable in class parse.Scanner
-
- PDFE().
Constructor for class sim.errFun.PDFE
-
- PDouble().
Constructor for class pointer.PDouble
- If no initial value given, start with zero
- PDouble(double).
Constructor for class pointer.PDouble
- The value can be initialized by the constructor
- PDoubleArray1D(double[]).
Constructor for class pointer.PDoubleArray1D
- The value can be initialized by the constructor
- PFloat(float).
Constructor for class pointer.PFloat
- The value can be initialized by the constructor
- PFloatArray1D(float[]).
Constructor for class pointer.PFloatArray1D
- The value can be initialized by the constructor
- phi.
Variable in class sim.errFun.RLErrFun
- The weighting factor for the weights of resgrad and direct vectors.
- pic.
Variable in class picture.Gallery
-
- pic.
Variable in class picture.PicPipePipeline
-
- picNum(double, double).
Method in class picture.Gallery
- return the number of the picture in the gallery containing point (x,y)
- PicPipe().
Constructor for class picture.PicPipe
-
- PicPipeList(PicPipe, PicPipeList).
Constructor for class picture.PicPipeList
- Create a list with specified first element (CAR) and rest (CDR)
- PicPipePipeline().
Constructor for class picture.PicPipePipeline
-
- Picture().
Constructor for class picture.Picture
-
- pInput.
Variable in class sim.funApp.FunApp
-
- PInt().
Constructor for class pointer.PInt
- If no initial value given, start with zero
- PInt(int).
Constructor for class pointer.PInt
- The value can be initialized by the constructor
- pipes.
Variable in class picture.Gallery
-
- PLong(long).
Constructor for class pointer.PLong
- The value can be initialized by the constructor
- plot.
Variable in class sim.display.Graph3D
-
- Plot().
Constructor for class sim.display.Plot
-
- plotBuffer.
Variable in class Display
- smaller region within offscreen buffer used for double buffering
- plotFloor.
Variable in class sim.display.Graph3D
-
- plotTop.
Variable in class sim.display.Graph3D
-
- PlotXY().
Constructor for class sim.display.PlotXY
-
- PMatrixD(MatrixD).
Constructor for class pointer.PMatrixD
- The value can be initialized by the constructor
- PObject().
Constructor for class pointer.PObject
- The constructor might not initialize it
- PObject(Object).
Constructor for class pointer.PObject
- The value can be initialized by the constructor
- Pointer().
Constructor for class pointer.Pointer
-
- pos.
Variable in class parse.Parser
-
- pos.
Variable in class parse.Scanner
-
- pOutput.
Variable in class sim.funApp.FunApp
-
- preferredSize.
Variable in class GWin
- The size to make this window when layout() is called
- preferredSize().
Method in class GWin
- return the size this window prefers
- prevVar.
Variable in class watch.WatchManager
- The previous value of each watched variable
- print().
Method in class matrix.MatrixException
- print out the error and stack to System.out
- print().
Method in class parse.ParserException
- print out the error and stack to System.out
- processEvent(Event).
Method in class VRMLInterface
-
- profilePeriod.
Variable in class watch.WatchManager
- The profiling is done for periods of this many seconds
- project.
Variable in class ProjWin
- The Project displayed in this window
- Project().
Constructor for class Project
- constructor ensures that the background is white
- projNum.
Static variable in class Project
- This ensures each project's thread's name has a unique number
- ProjWin().
Constructor for class ProjWin
-
- PShort(short).
Constructor for class pointer.PShort
- The value can be initialized by the constructor
- PString().
Constructor for class pointer.PString
-
- PString(String).
Constructor for class pointer.PString
- The value can be initialized by the constructor
- pWeights.
Variable in class sim.funApp.FunApp
-
- QLearning().
Constructor for class sim.errFun.QLearning
-
- random.
Variable in class picture.Antialias
-
- random.
Variable in class sim.mdp.GridWorld
- The random number generator
- random.
Variable in class sim.mdp.Hall
- The random number generator
- random.
Variable in class picture.RndColor
-
- random.
Variable in class sim.TDLambda
- The random number generator
- random.
Variable in class sim.funApp.ValuePolicy
- the random number generator
- Random().
Constructor for class Random
- creates a new random number generator and sets its seed
randomly according to the current time.
- Random(long).
Constructor for class Random
- creates a new random number generator and sets its seed
- randomAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.GridWorld
- Generates a random action from those possible.
- randomAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.Hall
- Generates a random action from those possible.
- randomAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.HC
- Generates a random action from those possible: (missile,plane) {(-1,-1),(-1,1),(1,-1),(1,1)}
- randomAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.HCDemo
- Generates a random action from those possible: (missile,plane) {(-1,-1),(-1,1),(1,-1),(1,1)}
- randomAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.LQR
- Generates a random action from those possible.
- randomAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.MDP
- Generates a random action from those possible.
- randomAction(MatrixD, MatrixD, Random).
Method in class sim.mdp.XORmdp
- Generates a random action from those possible.
- randomState(MatrixD, Random).
Method in class sim.mdp.GridWorld
- Generates a random state from those possible and returns it in the vector passed in.
- randomState(MatrixD, Random).
Method in class sim.mdp.Hall
- Generates a random state from those possible.
- randomState(MatrixD, Random).
Method in class sim.mdp.HC
- Generates a random state from those possible.
- randomState(MatrixD, Random).
Method in class sim.mdp.HCDemo
- Generates a random state from those possible.
- randomState(MatrixD, Random).
Method in class sim.mdp.LQR
- Generates a random state from those possible.
- randomState(MatrixD, Random).
Method in class sim.mdp.MDP
- Generates a random state from those possible and returns it in the vector passed in.
- randomState(MatrixD, Random).
Method in class sim.mdp.XORmdp
- Generates a random state from those possible.
- rate.
Variable in class sim.TDLambda
- the learning rate, a small positive number
- red.
Variable in class picture.ColorMapEntry
- The color (red,green,blue,filter,transparency) to which the number level maps
- red.
Variable in class picture.Colors
- red component of color, -128=black, 127=bright red
- redraw(PicPipeList, boolean).
Method in class picture.FadeIn
- Draw the whole picture with either dots or squares.
- Region().
Constructor for class picture.Region
-
- regionMaxX.
Variable in class picture.PicPipe
-
- regionMaxX(PicPipeList).
Method in class picture.Gallery
- Return max x coordinate of region this pipeline looks at
- regionMaxX(PicPipeList).
Method in class picture.PicPipe
- Return max x coordinate of region this pipeline looks at
- regionMaxY.
Variable in class picture.PicPipe
-
- regionMaxY(PicPipeList).
Method in class picture.Gallery
- Return max y coordinate of region this pipeline looks at
- regionMaxY(PicPipeList).
Method in class picture.PicPipe
- Return max y coordinate of region this pipeline looks at
- regionMinX.
Variable in class picture.PicPipe
-
- regionMinX(PicPipeList).
Method in class picture.Gallery
- Return min x coordinate of region this pipeline looks at
- regionMinX(PicPipeList).
Method in class picture.PicPipe
- Return min x coordinate of region this pipeline looks at
- regionMinY.
Variable in class picture.PicPipe
-
- regionMinY(PicPipeList).
Method in class picture.Gallery
- Return min y coordinate of region this pipeline looks at
- regionMinY(PicPipeList).
Method in class picture.PicPipe
- Return min y coordinate of region this pipeline looks at
- registerParameters(Parsable, String).
Method in class watch.WatchManager
- register all the parameters for a Watcher object as both
watchable variables and as watches.
- registerVar(String, Pointer, Watchable).
Method in class watch.WatchManager
- Watchable objects call this to register a variable that's a pointer to an object.
- registerWatch(String, PInt, Watcher).
Method in class watch.WatchManager
- A Watcher calls this to be notified when variable name changes.
- regName.
Variable in class watch.WatchManager
- The name of each registered variable
- regPtr.
Variable in class watch.WatchManager
- The pointer to each registered variable
- regWatchable.
Variable in class watch.WatchManager
- The Watchable object containing each registered variable
- ReinforcementLearning().
Constructor for class sim.errFun.ReinforcementLearning
-
- remember(Parser).
Method in class parse.ParserException
- Remember the parser that found the error.
- RemoteTable().
Constructor for class sim.data.RemoteTable
-
- reOrg().
Method in class sim.display.PlotXY
- function reOrg
Reorganizes the arrays when nRects has reached maxNRects.val
by merging pairs of rects.
- repaint().
Method in class Display
- Repaint the screen if a repaint isn't already queued.
- repaintInProgress.
Variable in class Display
- is a repaint currently queued (and so there's no need to call repaint() again)?
- replace(MatrixD).
Method in class matrix.MatrixD
- this=m, return this.
- replace(MatrixF).
Method in class matrix.MatrixF
- this=m, return this.
- rescale(double[][][][]).
Method in class sim.display.Graph3D
- function rescale
Rescales given cube in 'array' to fit in viewScreen rect
- reset().
Method in class picture.Colors
- Reset the 6 Colors components to all -128, and value to 0.
- resetGalleries().
Method in class picture.Gallery
- Reset all Galleries to show all their pictures, not just one.
- resetGalleries().
Method in class picture.PicPipeList
- Return all the Galleries on the pipeline, if any, to gallery mode,
where no individual picture is selected.
- resGradVector.
Variable in class sim.errFun.ReinforcementLearning
- The gradient associated with the residual gradient method update.
- reshape(int, int, int, int).
Method in class picture.Picture
- when the user resizes or moves the canvas, stop and restart the thread
- rest.
Variable in class picture.PicPipeList
-
- restartCol.
Variable in class matrix.MatrixD
- amount to add to an index to go from past the end of one column back to its start
- restartCol.
Variable in class matrix.MatrixF
- amount to add to an index to go from past the end of one column back to its start
- restartNumber.
Static variable in class WebSim
- All projects check this occasionally, and restart when it changes
- restartRow.
Variable in class matrix.MatrixD
- amount to add to an index to go from past the end of one row back to its start
- restartRow.
Variable in class matrix.MatrixF
- amount to add to an index to go from past the end of one row back to its start
- resumeAllThreads().
Method in class WebSim
- resume all threads created by WebSim that have been suspended
- right.
Variable in class picture.Edges
-
- rlAlgorithm.
Variable in class sim.errFun.ReinforcementLearning
- The RL algorithm to use
- rlAlgorithmGradient.
Variable in class sim.errFun.ReinforcementLearning
- the gradient from a single call to rlAlgorithm
- RLErrFun().
Constructor for class sim.errFun.RLErrFun
-
- rnd.
Variable in class sim.errFun.AdvantageLearning
- The random number generator that will be used for this object.
- rnd.
Variable in class sim.Experiment
- PRNG for initial weights, scrambling data order, and other random choices
- rnd.
Variable in class sim.errFun.QLearning
- The random number generator that will be used for this object.
- rnd.
Variable in class sim.errFun.ReinforcementLearning
- A copy of the random number generator passed into evaluate()
- rnd.
Variable in class sim.errFun.ValueIteration
- The random number generator that will be used for this object.
- RndCircle().
Constructor for class sim.data.RndCircle
-
- RndColor().
Constructor for class picture.RndColor
-
- rndCopy.
Variable in class sim.gradDesc.IDD
- a copy of the generator passed to evaluate().
- RndDisk().
Constructor for class sim.data.RndDisk
-
- RndOnes().
Constructor for class sim.data.RndOnes
-
- RndUniformLine().
Constructor for class sim.data.RndUniformLine
-
- RndUniformSquare().
Constructor for class sim.data.RndUniformSquare
-
- run().
Method in class sim.gradDesc.Backprop
- repeatedly change x until f(x) reaches a local minimum
- run().
Method in class sim.gradDesc.ConjGrad
- repeatedly change x until f(x) reaches a local minimum
- run().
Method in class Credits
- This project does nothing, so the thread dies immediately
- run().
Method in class Credits2
- This project does nothing, so the thread dies immediately
- run().
Method in class sim.Experiment
- This runs the simulation.
- run().
Method in class FindBNF
- Print all the BNF strings
- run().
Method in class sim.ForExperiment
- This runs the simulation.
- run().
Method in class sim.gradDesc.GradDesc
- repeatedly change x until f(x) reaches a local minimum
- run().
Method in class sim.gradDesc.IDD
- repeatedly change x until f(x) reaches a local minimum
- run().
Method in class picture.Picture
- Draw picture after done parsing.
- run().
Method in class Project
- Start the project running.
- run().
Method in class ShowThreads
- This project does nothing, so the Thread dies immediately
- run().
Method in class sim.Simulator
- Start the project running, after all parsing is done.
- run().
Method in class sim.TDLambda
- This runs the simulation.
- run().
Method in class TestMatrix
- Run the project in a separate thread, and let the thread die when done.
- s.
Variable in class parse.Scanner
-
- samplesT.
Variable in class picture.Antialias
-
- samplesX.
Variable in class picture.Antialias
-
- samplesY.
Variable in class picture.Antialias
-
- samplesZ.
Variable in class picture.Antialias
-
- saPairs.
Variable in class sim.errFun.ReinforcementLearning
- The number of state/action pairs in the mdp for a given dt (assuming statesOnly=false).
- SaveDisplay().
Constructor for class sim.display.SaveDisplay
-
- saveFile().
Method in class WebSim
-
- scanner.
Variable in class parse.Parser
-
- Scanner(InputStream).
Constructor for class parse.Scanner
-
- seed.
Static variable in class picture.directFractal.DirectFractal
-
- seed.
Variable in class sim.Experiment
- the random number seed
- seed.
Variable in class sim.TDLambda
- the random number seed
- select(double, double).
Method in class picture.Gallery
- In the future, show just one picture, not a collection.
- set(byte, byte, byte, byte, byte).
Method in class picture.Colors
- Set colors given 5 bytes in the range [-128,127]
- set(double, double, double, double, double).
Method in class picture.Colors
- Set colors given 5 doubles in the range [0,1]
- set(int, double).
Method in class matrix.MatrixD
- set the nth element of a 1D vector (row or column vector)
- set(int, float).
Method in class matrix.MatrixF
- set the nth element of a 1D vector (row or column vector)
- set(int, int, double).
Method in class matrix.MatrixD
- set a particular element of a matrix to a particular value
- set(int, int, float).
Method in class matrix.MatrixF
- set a particular element of a matrix to a particular value
- setAlgorithm(int).
Method in class Random
- Sets which algorithm to use henceforth.
- setAqua().
Method in class picture.Colors
- Set the color to aqua (don't change value, filter, or transparency)
- setBlack().
Method in class picture.Colors
- Set the color to black (don't change value, filter, or transparency)
- setBlue().
Method in class picture.Colors
- Set the color to blue (don't change value, filter, or transparency)
- setDescription(String).
Method in class picture.PicPipe
- Set the string describing what this picture is.
- setGraphics(Graphics).
Method in class picture.FadeIn
- set the drawing to be going to g instead of its current destination
- setGray().
Method in class picture.Colors
- Set the color to gray (don't change value, filter, or transparency)
- setGreen().
Method in class picture.Colors
- Set the color to green (don't change value, filter, or transparency)
- setHSB(float, float, float).
Method in class picture.Colors
- Set colors given 3 doubles (hue, saturation, brightness) in the range [0,1]
- setIO(MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD).
Method in class sim.funApp.FunApp
- Define the MatrixD objects that will be used by evaluate(), findGradients(),
and findHessian().
- setIO(MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD).
Method in class sim.funApp.InterferenceFunction
- Define the MatrixD objects that will be used by evaluate()
and findGradients().
- setIO(MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD).
Method in class sim.funApp.LookupTable
- Define the MatrixD objects that will be used by evaluate()
and findGradients().
- setIO(MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD).
Method in class sim.funApp.Net
- Define the MatrixD objects that will be used by evaluate()
and findGradients().
- setIO(MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD).
Method in class sim.funApp.SpiralFunction
- Define the MatrixD objects that will be used by evaluate()
and findGradients().
- setIO(MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD, MatrixD).
Method in class sim.funApp.ValuePolicy
- Define the MatrixD objects that will be used by evaluate(), findGradients(),
and findHessian().
- setPurple().
Method in class picture.Colors
- Set the color to purple (don't change value, filter, or transparency)
- setRandom(double, double, Random).
Method in class matrix.MatrixD
- set every element of this matrix to a random number between
min and max using the random number generator r.
- setRandom(float, float, Random).
Method in class matrix.MatrixF
- set every element of this matrix to a random number between
min and max using the random number generator r.
- setRed().
Method in class picture.Colors
- Set the color to red (don't change value, filter, or transparency)
- setRegion(double, double, double, double).
Method in class picture.PicPipe
- Set the coordinates of the region this pipeline looks at
- setRGB(byte, byte, byte).
Method in class picture.Colors
- Set colors given 3 bytes in the range [-128,127]
- setRGB(double, double, double).
Method in class picture.Colors
- Set colors given 3 doubles in the range [0,1]
- setScannerMode(int).
Method in class parse.Parser
- Set the scanner into a given mode such as C, HTML, or LISP tokens.
- setScannerMode(int).
Method in class parse.Scanner
- Set the scanner mode, 0=C, 1=HTML, 2=LISP.
- setSeed().
Method in class Random
- Sets the random number generator seed from the system clock
- setSeed(long).
Method in class Random
- Sets the random number generator seed
- setSymbol(String, Object).
Method in class parse.Parser
- Associate a symbol with an object in the current scope.
- setWatchManager().
Method in class Project
- Set the watchManager and name to be the default values for this Project
- setWatchManager(WatchManager, String).
Method in class sim.errFun.AdvantageLearning
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.gradDesc.Backprop
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.errFun.Batch
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.gradDesc.ConjGrad
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.data.Data
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class Display
- Remember the WatchManager for this object and create the window.
- setWatchManager(WatchManager, String).
Method in class DisplayList
- Set the WatchManager, and create the window
- setWatchManager(WatchManager, String).
Method in class sim.errFun.ErrAvg
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.errFun.ErrFun
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.Experiment
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.ForExperiment
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.funApp.FunApp
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.gradDesc.GradDesc
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.display.Graph2D
- Remember the WatchManager for this object and create the window.
- setWatchManager(WatchManager, String).
Method in class sim.display.Graph3D
- Remember the WatchManager for this object and create the window.
- setWatchManager(WatchManager, String).
Method in class sim.mdp.GridWorld
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.mdp.HC
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.mdp.HCDemo
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.gradDesc.IDD
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.errFun.LocalLearning
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.mdp.LQR
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.mdp.MDP
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.data.OnesRnd
- Remember the WatchManager for this object and create the window
- setWatchManager(WatchManager, String).
Method in class sim.errFun.PDFE
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.display.Plot
- Remember the WatchManager for this object and create the window.
- setWatchManager(WatchManager, String).
Method in class sim.display.PlotXY
- Remember the WatchManager for this object and create the window.
- setWatchManager(WatchManager, String).
Method in class Project
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.errFun.ReinforcementLearning
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.display.SaveDisplay
- Remember the WatchManager for this object and create the window.
- setWatchManager(WatchManager, String).
Method in class sim.Simulator
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.data.SpiralData
- Remember the WatchManager for this object and create the window
- setWatchManager(WatchManager, String).
Method in class sim.errFun.SupervisedLearning
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class sim.TDLambda
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in class Title
- Remember the WatchManager for this object and create the window.
- setWatchManager(WatchManager, String).
Method in class sim.funApp.ValuePolicy
- Register all variables with this WatchManager.
- setWatchManager(WatchManager, String).
Method in interface watch.Watchable
- Register all variables with this WatchManager.
- setWhite().
Method in class picture.Colors
- Set the color to white (don't change value, filter, or transparency)
- setYellow().
Method in class picture.Colors
- Set the color to yellow (don't change value, filter, or transparency)
- shouldAntialias(int, int).
Method in class picture.FadeIn
- Should pixel (x,y) be antialiased because its color is currently
very different from at least one of its neighbors?
- ShowEdit().
Constructor for class ShowEdit
- constructor that does nothing
- ShowEdit(String, IntExp, boolean, String, String[]).
Constructor for class ShowEdit
- This constructor takes the same parameters that parse() parses, and
initializes this object just as if it had been created by parsing instead.
- ShowThreads().
Constructor for class ShowThreads
-
- Simulator().
Constructor for class sim.Simulator
-
- size.
Variable in class matrix.MatrixD
- # elements in this vector (-1 if not a vector)
- size.
Variable in class matrix.MatrixF
- # elements in this vector (-1 if not a vector)
- skipLast.
Variable in class picture.Animation
-
- sleepFreq.
Variable in class watch.WatchManager
- sleep for sleepTime milliseconds and yield every sleepFreq calls to update()
- sleepTime.
Variable in class watch.WatchManager
- sleep for sleepTime milliseconds and yield every sleepFreq calls to update()
- smoothedError.
Variable in class sim.gradDesc.IDD
- an exponentially smoothed estimate of the error
- smoothedError.
Variable in class sim.TDLambda
- an exponentially smoothed estimate of the error
- smoothingFactor.
Variable in class sim.gradDesc.IDD
- the constant used to smooth the error (near 1 = long halflife)
- smoothingFactor.
Variable in class sim.TDLambda
- the constant used to smooth the error (near 1 = long halflife)
- solidCol.
Variable in class picture.RndColor
-
- source.
Variable in class picture.Animation
-
- source.
Variable in class picture.PicPipePipeline
- linked list of pipelines that are pictures (not including
- source1.
Variable in class picture.FadeIn
-
- source2.
Variable in class picture.FadeIn
-
- sourceLast.
Variable in class picture.PicPipePipeline
- the last pipeline on the linked list
- spectrum.
Variable in class sim.display.Contour
-
- SpiralData().
Constructor for class sim.data.SpiralData
-
- SpiralFunction().
Constructor for class sim.funApp.SpiralFunction
-
- start().
Method in class Events
-
- start().
Method in class WebSim
- Parse projects and start them running in separate threads
- start(Graphics, Component, double, double, double, double, int, int, int, int, int, PicPipeList, PicPipeList).
Method in class picture.FadeIn
- Start a new thread that causes the picture to fade in on the screen.
- startHeight.
Variable in class GWin
- the starting Height of the window
- startParseFile(String).
Method in class parse.Parser
- starts the parser at the beginning of the given file.
- startParseInputStream(InputStream).
Method in class parse.Parser
- starts the parser at the beginning of the given InputStream.
- startParseString(String).
Method in class parse.Parser
- starts the parser at the beginning of the given string.
- startParseURL(String).
Method in class parse.Parser
- starts the parser at the beginning of the given URL.
- startSize.
Variable in class GWin
- The original size of this Panel at the start
- startThread().
Method in class Project
- Create a new thread and start it running this.run()
- startTime.
Variable in class watch.WatchManager
- The time (in milliseconds) when this class first started.
- startWidth.
Variable in class GWin
- the starting width of the window
- startX.
Variable in class GWin
- the starting column of the window
- startY.
Variable in class GWin
- the starting row of the window
- state.
Variable in class sim.mdp.GridWorld
- a state vector (created in parse())
- state.
Variable in class sim.mdp.MDP
- a state vector (created in parse())
- state.
Variable in class sim.errFun.RLErrFun
- The state of the MDP
- state.
Variable in class sim.TDLambda
- The state of the MDP
- stateSize().
Method in class sim.mdp.GridWorld
- Return the number of elements in the state vector.
- stateSize().
Method in class sim.mdp.Hall
- Return the number of elements in the state vector.
- stateSize().
Method in class sim.mdp.HC
- Return the number of elements in the state vector.
- stateSize().
Method in class sim.mdp.HCDemo
- Return the number of elements in the state vector.
- stateSize().
Method in class sim.mdp.LQR
- Return the number of elements in the state vector.
- stateSize().
Method in class sim.mdp.MDP
- Return the number of elements in the state vector.
- stateSize().
Method in class sim.mdp.XORmdp
- Return the number of elements in the state vector.
- statesOnly.
Variable in class sim.errFun.RLErrFun
- Used to tell ReinforcementLearning if this algorithm uses states only (as opposed to state/action pairs).
- statesOnly.
Variable in class sim.funApp.ValuePolicy
- A flag switching from state/action pairs to states only (as in value iteration).
- stop().
Method in class sim.data.Data
- Close source files, etc.
- stop().
Method in class picture.FadeIn
- Interrupt the current drawing job, and force a wait for start()
- stop().
Method in class WebSim
- The browser calls this when the document is no longer on
the screen.
- stopAllThreads().
Method in class WebSim
- stop all threads created by WebSim
- stopDrawingException.
Variable in class picture.FadeIn
-
- stopJob.
Variable in class picture.FadeIn
-
- streamEmpty.
Variable in class parse.Scanner
-
- sub(MatrixD).
Method in class matrix.MatrixD
- this=this-m, return this
- sub(MatrixF).
Method in class matrix.MatrixF
- this=this-m, return this
- subFrom(MatrixD).
Method in class matrix.MatrixD
- this=m-this, return this
- subFrom(MatrixF).
Method in class matrix.MatrixF
- this=m-this, return this
- submatrix(int, int, int).
Method in class matrix.MatrixD
- Return a new MatrixD that views some of the elements of this vector
(elements n to n+rows*cols-1 inclusive, zero based)
as a matrix of shape (rows,cols).
- submatrix(int, int, int).
Method in class matrix.MatrixF
- Return a new MatrixF that views some of the elements of this vector
(elements n to n+rows*cols-1 inclusive, zero based)
as a matrix of shape (rows,cols).
- submatrix(int, int, int, int).
Method in class matrix.MatrixD
- Return a new MatrixD that is a contiguous, rectangular subset of this one.
- submatrix(int, int, int, int).
Method in class matrix.MatrixF
- Return a new MatrixF that is a contiguous, rectangular subset of this one.
- SupervisedLearning().
Constructor for class sim.errFun.SupervisedLearning
-
- suspendAllThreads().
Method in class WebSim
- suspend all threads created by WebSim
- symbol.
Static variable in interface parse.Parsable
- The symbolic name for this object, or null if it's not in the symbol table.
- symbolTable.
Variable in class parse.Parser
-
- t.
Variable in class picture.directFractal.DirectFractal
-
- t10.
Static variable in class parse.Directories
-
- t100.
Static variable in class parse.Directories
-
- t101.
Static variable in class parse.Directories
-
- t102.
Static variable in class parse.Directories
-
- t103.
Static variable in class parse.Directories
-
- t104.
Static variable in class parse.Directories
-
- t105.
Static variable in class parse.Directories
-
- t106.
Static variable in class parse.Directories
-
- t107.
Static variable in class parse.Directories
-
- t108.
Static variable in class parse.Directories
-
- t109.
Static variable in class parse.Directories
-
- t11.
Static variable in class parse.Directories
-
- t110.
Static variable in class parse.Directories
-
- t111.
Static variable in class parse.Directories
-
- t112.
Static variable in class parse.Directories
-
- t113.
Static variable in class parse.Directories
-
- t114.
Static variable in class parse.Directories
-
- t115.
Static variable in class parse.Directories
-
- t116.
Static variable in class parse.Directories
-
- t117.
Static variable in class parse.Directories
-
- t118.
Static variable in class parse.Directories
-
- t119.
Static variable in class parse.Directories
-
- t12.
Static variable in class parse.Directories
-
- t120.
Static variable in class parse.Directories
-
- t13.
Static variable in class parse.Directories
-
- t14.
Static variable in class parse.Directories
-
- t15.
Static variable in class parse.Directories
-
- t16.
Static variable in class parse.Directories
-
- t17.
Static variable in class parse.Directories
-
- t18.
Static variable in class parse.Directories
-
- t19.
Static variable in class parse.Directories
-
- t2.
Static variable in class parse.Directories
-
- t20.
Static variable in class parse.Directories
-
- t21.
Static variable in class parse.Directories
-
- t22.
Static variable in class parse.Directories
-
- t24.
Static variable in class parse.Directories
-
- t25.
Static variable in class parse.Directories
-
- t26.
Static variable in class parse.Directories
-
- t27.
Static variable in class parse.Directories
-
- t28.
Static variable in class parse.Directories
-
- t29.
Static variable in class parse.Directories
-
- t3.
Static variable in class parse.Directories
-
- t30.
Static variable in class parse.Directories
-
- t31.
Static variable in class parse.Directories
-
- t32.
Static variable in class parse.Directories
-
- t33.
Static variable in class parse.Directories
-
- t34.
Static variable in class parse.Directories
-
- t35.
Static variable in class parse.Directories
-
- t36.
Static variable in class parse.Directories
-
- t37.
Static variable in class parse.Directories
-
- t38.
Static variable in class parse.Directories
-
- t39.
Static variable in class parse.Directories
-
- t4.
Static variable in class parse.Directories
-
- t40.
Static variable in class parse.Directories
-
- t41.
Static variable in class parse.Directories
-
- t42.
Static variable in class parse.Directories
-
- t43.
Static variable in class parse.Directories
-
- t44.
Static variable in class parse.Directories
-
- t45.
Static variable in class parse.Directories
-
- t46.
Static variable in class parse.Directories
-
- t47.
Static variable in class parse.Directories
-
- t48.
Static variable in class parse.Directories
-
- t49.
Static variable in class parse.Directories
-
- t5.
Static variable in class parse.Directories
-
- t50.
Static variable in class parse.Directories
-
- t51.
Static variable in class parse.Directories
-
- t52.
Static variable in class parse.Directories
-
- t53.
Static variable in class parse.Directories
-
- t54.
Static variable in class parse.Directories
-
- t55.
Static variable in class parse.Directories
-
- t56.
Static variable in class parse.Directories
-
- t57.
Static variable in class parse.Directories
-
- t58.
Static variable in class parse.Directories
-
- t59.
Static variable in class parse.Directories
-
- t6.
Static variable in class parse.Directories
-
- t60.
Static variable in class parse.Directories
-
- t61.
Static variable in class parse.Directories
-
- t62.
Static variable in class parse.Directories
-
- t63.
Static variable in class parse.Directories
-
- t64.
Static variable in class parse.Directories
-
- t65.
Static variable in class parse.Directories
-
- t66.
Static variable in class parse.Directories
-
- t67.
Static variable in class parse.Directories
-
- t68.
Static variable in class parse.Directories
-
- t69.
Static variable in class parse.Directories
-
- t7.
Static variable in class parse.Directories
-
- t70.
Static variable in class parse.Directories
-
- t71.
Static variable in class parse.Directories
-
- t72.
Static variable in class parse.Directories
-
- t73.
Static variable in class parse.Directories
-
- t74.
Static variable in class parse.Directories
-
- t75.
Static variable in class parse.Directories
-
- t76.
Static variable in class parse.Directories
-
- t77.
Static variable in class parse.Directories
-
- t78.
Static variable in class parse.Directories
-
- t79.
Static variable in class parse.Directories
-
- t8.
Static variable in class parse.Directories
-
- t80.
Static variable in class parse.Directories
-
- t81.
Static variable in class parse.Directories
-
- t82.
Static variable in class parse.Directories
-
- t83.
Static variable in class parse.Directories
-
- t84.
Static variable in class parse.Directories
-
- t85.
Static variable in class parse.Directories
-
- t86.
Static variable in class parse.Directories
-
- t87.
Static variable in class parse.Directories
-
- t88.
Static variable in class parse.Directories
-
- t89.
Static variable in class parse.Directories
-
- t9.
Static variable in class parse.Directories
-
- t90.
Static variable in class parse.Directories
-
- t91.
Static variable in class parse.Directories
-
- t92.
Static variable in class parse.Directories
-
- t93.
Static variable in class parse.Directories
-
- t94.
Static variable in class parse.Directories
-
- t95.
Static variable in class parse.Directories
-
- t96.
Static variable in class parse.Directories
-
- t97.
Static variable in class parse.Directories
-
- t98.
Static variable in class parse.Directories
-
- t99.
Static variable in class parse.Directories
-
- Table().
Constructor for class sim.data.Table
-
- tBoolean.
Variable in class parse.Parser
-
- tChar.
Variable in class parse.Parser
-
- tcounter.
Variable in class sim.TDLambda
- When doing epoch-wise training (not updating the weights until the end of a trajectory,
this variable keeps track of the number of transitions.
- TDLambda().
Constructor for class sim.TDLambda
-
- tDouble.
Variable in class parse.Parser
-
- test(int, int, int).
Method in class TestMatrix
- run a series of tests comparing MatrixD and MatrixF with and without DLL
- testD(int, int, int, boolean).
Method in class TestMatrix
- test the MatrixD class.
- testF(int, int, int, boolean).
Method in class TestMatrix
- test the MatrixF class.
- TestMatrix().
Constructor for class TestMatrix
-
- theta.
Variable in class sim.gradDesc.IDD
- the learning rate, a small positive number
- thickness.
Variable in class picture.Edges
-
- tID.
Variable in class parse.Parser
-
- time.
Variable in class picture.Animation
-
- time.
Variable in class sim.gradDesc.ConjGrad
- current time (increments once per weight change
- time.
Variable in class sim.gradDesc.IDD
- current time (time increments once per weight change
- time.
Variable in class sim.TDLambda
- current time (increments once per weight change
- tInt.
Variable in class parse.Parser
-
- title.
Variable in class Title
-
- Title().
Constructor for class Title
- constructor that does nothing
- Title(String, Display).
Constructor for class Title
- This constructor takes the same parameters that parse() parses, and
initializes this object just as if it had been created by parsing instead.
- toDouble().
Method in class pointer.PArray
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PBoolean
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PByte
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PChar
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PDouble
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PDoubleArray1D
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PFloat
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PFloatArray1D
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PInt
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PLong
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PMatrixD
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PObject
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.Pointer
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PShort
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- toDouble().
Method in class pointer.PString
- If a pointer to a numeric type, convert the .val field to a double,
else just return 0.
- tolerance.
Variable in class sim.gradDesc.ConjGrad
- stop learning when smoothed error < tolerance
- tolerance.
Variable in class sim.gradDesc.IDD
- stop learning when smoothed error < tolerance
- tolerance.
Variable in class sim.TDLambda
- stop learning when smoothed error < tolerance
- topC.
Variable in class sim.display.Graph3D
-
- topColor.
Variable in class sim.display.Graph3D
-
- topColorM.
Variable in class sim.display.Graph3D
-
- toString().
Method in class matrix.MatrixD
- a rectangle of numbers (using newlines) representing the matrix
- toString().
Method in class matrix.MatrixF
- a rectangle of numbers (using newlines) representing the matrix
- toString().
Method in class pointer.PArray
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PBoolean
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PByte
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PChar
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PDouble
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PDoubleArray1D
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PFloat
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PFloatArray1D
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PInt
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PLong
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PMatrixD
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PObject
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PShort
- pointers convert to strings just as their values convert
- toString().
Method in class pointer.PString
- pointers convert to strings just as their values convert
- toString(boolean).
Method in class matrix.MatrixD
- All fields plus the rectangle
- toString(boolean).
Method in class matrix.MatrixF
- All fields plus the rectangle
- toString(double, int, int).
Static method in class fix.Util
- Convert a float or double to a string, rounding to display at
most dig digits, and converting to scientific notation
if necessary to ensure that a minimum of msf significant figures appear
in numbers like 0.000123.
- toVector().
Method in class matrix.MatrixD
- Return a new MatrixD object that is a single vector (column matrix)
pointing to the entire data array of this object.
- toVector().
Method in class matrix.MatrixF
- Return a new MatrixF object that is a single vector (column matrix)
pointing to the entire data array of this object.
- trace.
Variable in class sim.TDLambda
- The weighted average of the gradients.
- trajectories.
Variable in class sim.errFun.RLErrFun
- Should we follow trajectories.
- trans.
Variable in class picture.ColorMapEntry
- The color (red,green,blue,filter,transparency) to which the number level maps
- trans.
Variable in class picture.Colors
- multiply color like stained glass, -128=invisible glass, 127=can block all or none
- transpose().
Method in class matrix.MatrixD
- Transpose this matrix or vector, and return this.
- transpose().
Method in class matrix.MatrixF
- Transpose this matrix or vector, and return this.
- trigger.
Variable in class sim.display.Graph2D
- Variable whose changes trigger updates of the graph
- trigger.
Variable in class sim.display.Graph3D
- Variable whose changes trigger updates of the graph
- trigger.
Variable in class sim.display.SaveDisplay
-
- triggerFreq.
Variable in class sim.display.Graph2D
- How many times the trigger variable must change to cause an update
- triggerFreq.
Variable in class sim.display.Graph3D
- How many times the trigger variable must change to cause an update
- triggerVar.
Variable in class sim.display.Graph2D
-
- triggerVar.
Variable in class sim.display.SaveDisplay
-
- tString.
Variable in class parse.Parser
-
- unindent().
Method in class parse.Unparser
- Cause all following emitLine() calls to indent the following line less.
- unparse(Unparser, int).
Method in class sim.errFun.AdvantageLearning
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.Animation
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.Antialias
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.errFun.Batch
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.ColorMap
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.ColorMapEntry
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.ColorVector
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.gradDesc.ConjGrad
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class Credits
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class Credits2
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.Data
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.Description
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.directFractal.DirectFractal
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class Display
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class DisplayList
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.Dot
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.Edges
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.errFun.ErrAvg
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.errFun.ErrFun
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.Experiment
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class FindBNF
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.ForExperiment
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.funApp.FunApp
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.Gallery
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.gradDesc.GradDesc
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.mdp.GridWorld
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.mdp.Hall
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.mdp.HC
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.mdp.HCDemo
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.gradDesc.IDD
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.funApp.InterferenceFunction
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.errFun.LocalLearning
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.funApp.LookupTable
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.mdp.LQR
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class matrix.MatrixD
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class matrix.MatrixF
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.mdp.MDP
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.funApp.Net
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.OnesRnd
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in interface parse.Parsable
- Emit a series of strings that represents this object and its
current state, possibly calling the unparse() methods of child
objects in the process.
- unparse(Unparser, int).
Method in class pointer.PBoolean
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.errFun.PDFE
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class pointer.PDouble
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.PicPipe
- Output a description of this object and its state.
- unparse(Unparser, int).
Method in class picture.PicPipePipeline
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.Picture
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class pointer.PInt
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.display.Plot
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class pointer.PMatrixD
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class pointer.Pointer
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class Project
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class ProjWin
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class pointer.PString
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.errFun.QLearning
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.Region
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.errFun.ReinforcementLearning
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.RemoteTable
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.RndCircle
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.RndColor
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.RndDisk
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.RndOnes
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.RndUniformLine
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.RndUniformSquare
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class ShowThreads
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.SpiralData
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.funApp.SpiralFunction
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.errFun.SupervisedLearning
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.Table
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.TDLambda
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class TestMatrix
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.errFun.ValueIteration
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.ValueMap
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class picture.ValueMapEntry
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.funApp.ValuePolicy
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class WebSim
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.data.XOR
- Output a description of this object that can be parsed with parse().
- unparse(Unparser, int).
Method in class sim.mdp.XORmdp
- Output a description of this object that can be parsed with parse().
- unparseAll().
Method in class WebSim
- Unparse everything into a file.
- unparseAtEnd.
Variable in class WebSim
-
- Unparser(PrintStream, int, int, int, Hashtable).
Constructor for class parse.Unparser
- Unparse with each indent being ind spaces, up to a maximum of max spaces.
- unregister(String).
Method in class Display
- One of the watched variables has been unregistered.
- unregister(String).
Method in class sim.display.Graph3D
- One of the watched variables has been unregistered.
- unregister(String).
Method in class sim.display.Plot
- One of the watched variables has been unregistered.
- unregister(String).
Method in class sim.display.PlotXY
- One of the watched variables has been unregistered.
- unregister(String).
Method in class sim.display.SaveDisplay
- One of the watched variables has been unregistered.
- unregister(String).
Method in class ShowEdit
- One of the watched variables has been unregistered.
- unregister(String).
Method in class VRMLInterface
-
- unregister(String).
Method in interface watch.Watcher
- One of the watched variables has been unregistered.
- unregisterVar(String).
Method in class watch.WatchManager
- Watchable objects call this to unregister a variable.
- unregisterWatch(String, Watcher).
Method in class watch.WatchManager
- A Watcher calls this if it no longer cares about this variable.
- unregisterWatchable(Watchable).
Method in class watch.WatchManager
- unregister every variable assocaited with this watchable
- unregisterWatcher(Watcher).
Method in class watch.WatchManager
- unregister every watch associated with this watcher
- update().
Method in class watch.WatchManager
- Watchable objects call this when ready for their variables to be seen.
- update(Graphics).
Method in class Display
- Redraw the display without flicker.
- update(String, Pointer, Watchable).
Method in class sim.display.Contour
- One of the watched variables has changed, so look at it and others.
- update(String, Pointer, Watchable).
Method in class Display
- One of the watched variables has changed, so look at it and others.
- update(String, Pointer, Watchable).
Method in class sim.display.Graph2D
- The variable changed, so redraw
- update(String, Pointer, Watchable).
Method in class sim.display.Graph3D
- The variable changed, so redraw
- update(String, Pointer, Watchable).
Method in class sim.display.Plot
- Record any data being watched, but don't redraw the screen.
- update(String, Pointer, Watchable).
Method in class sim.display.PlotXY
- One of the watched variables has changed, so look at it and others.
- update(String, Pointer, Watchable).
Method in class sim.display.SaveDisplay
- The trigger changed the appropriate number of times, so
save the GIF to disk.
- update(String, Pointer, Watchable).
Method in class ShowEdit
- One of the watched variables has changed, so look at it and others.
- update(String, Pointer, Watchable).
Method in class Title
- One of the watched variables has changed, so look at it and others.
- update(String, Pointer, Watchable).
Method in class VRMLInterface
-
- update(String, Pointer, Watchable).
Method in interface watch.Watcher
- One of the watched variables has changed, so look at it and others.
- updatePercent.
Variable in class watch.WatchManager
- The percentage of time spent in updates so far
- updateTime.
Variable in class watch.WatchManager
- The total number of milliseconds spent on all updates so far
- useNative(boolean).
Method in class matrix.MatrixD
- Stops using native code if parameter is false.
- useNative(boolean).
Method in class matrix.MatrixF
- Stops using native code if parameter is false.
- useNativeCode.
Static variable in class matrix.MatrixD
- Use the native code?
- useNativeCode.
Static variable in class matrix.MatrixF
- Use the native code?
- useSourceRegion.
Variable in class picture.PicPipe
-
- Util().
Constructor for class fix.Util
-
- val.
Variable in class pointer.PArray
- The value which is pointed to.
- val.
Variable in class pointer.PBoolean
- The value which is pointed to.
- val.
Variable in class pointer.PByte
- The value which is pointed to.
- val.
Variable in class pointer.PChar
- The value which is pointed to.
- val.
Variable in class pointer.PDouble
- The value which is pointed to.
- val.
Variable in class pointer.PDoubleArray1D
- The value which is pointed to.
- val.
Variable in class pointer.PFloat
- The value which is pointed to.
- val.
Variable in class pointer.PFloatArray1D
- The value which is pointed to.
- val.
Variable in class pointer.PInt
- The value which is pointed to.
- val.
Variable in class pointer.PLong
- The value which is pointed to.
- val.
Variable in class pointer.PMatrixD
- The value which is pointed to.
- val.
Variable in class pointer.PObject
- The value which is pointed to.
- val.
Variable in class pointer.PShort
- The value which is pointed to.
- val.
Variable in class pointer.PString
- The value which is pointed to.
- val(int).
Method in class matrix.MatrixD
- return the nth element of a 1D vector (column or row vector) (zero based)
- val(int).
Method in class matrix.MatrixF
- return the nth element of a 1D vector (column or row vector)
- val(int, int).
Method in class matrix.MatrixD
- return a particular element of a matrix (zero based)
- val(int, int).
Method in class matrix.MatrixF
- return a particular element of a matrix
- value.
Variable in class picture.Colors
- use double value instead of colors in early PicPipe stages
- value.
Variable in class sim.funApp.ValuePolicy
- the value of the state passed to the MDP
- ValueIteration().
Constructor for class sim.errFun.ValueIteration
-
- valueKnown.
Variable in class sim.errFun.RLErrFun
- A flag stating whether or not we know for certain the value of a state.
- valueKnown.
Variable in class sim.TDLambda
- A flag stating whether or not we know for certain the value of a state.
- valueKnown.
Variable in class sim.funApp.ValuePolicy
- A flag stating whether or not we know for certain the value of a state.
- ValueMap().
Constructor for class picture.ValueMap
-
- ValueMapEntry().
Constructor for class picture.ValueMapEntry
-
- ValuePolicy().
Constructor for class sim.funApp.ValuePolicy
-
- var.
Variable in class watch.WatchManager
- The variable to be watched for each watched variable
- variable.
Variable in class sim.ForExperiment
- this name of the variable to used as the index
- viewable.
Variable in class picture.PicPipePipeline
- is this a picture as opposed to something like a #define ?
- viewScreen.
Variable in class sim.display.Graph3D
- Rectangle to fit cube for rescaling after rotation
[0][0..1] = upper-left corner x/y
[1][0..1] = lower-right corner x/y
- VRMLInterface().
Constructor for class VRMLInterface
-
- watchButton.
Variable in class GWin
- the button that brings up a window of everything watched here
- watched.
Variable in class watch.WatchManager
- The Watchable object containing each watched variable
- watcher.
Variable in class watch.WatchManager
- The Watcher for each watched variable
- watchManager.
Variable in class sim.data.Data
- the WatchManager that variables here may be registered with
- watchManager.
Variable in class Display
- The WatchManager that this Watcher watches
- watchManager.
Variable in class sim.errFun.ErrFun
- this experiment and all the objects it contains register vars with watchManager
- watchManager.
Variable in class sim.Experiment
- this experiment and all the objects it contains register vars with watchManager
- watchManager.
Variable in class sim.funApp.FunApp
- the WatchManager that variables here may be registered with
- watchManager.
Variable in class sim.gradDesc.GradDesc
- the watchManager that watches these variables
- watchManager.
Variable in class sim.mdp.GridWorld
- the WatchManager that variables here may be registered with
- watchManager.
Variable in class sim.mdp.MDP
- the WatchManager that variables here may be registered with
- watchManager.
Variable in class sim.display.Plot
- the WatchManager that this class registers with
- watchManager.
Variable in class Project
- keeps track of all variables being watched, and all displays watching them
- watchManager.
Static variable in class WebSim
- This static variable allows any thread in memory (such as another Applet like VRMLInterface)
to communicate with WebSim's WatchManager.
- WatchManager().
Constructor for class watch.WatchManager
- default constructor sleeps 20 milliseconds every 1000 calls to update().
- WatchManager(int, int).
Constructor for class watch.WatchManager
- watchManager will yield and sleep(time) every freq calls to update().
- watchManagerGuard.
Static variable in class WebSim
- Synchronize on watchManagerGuard before attempting to read or write watchManager.
- WebSim().
Constructor for class WebSim
- constructor that does nothing
- WebSim(String, int, int, int, int).
Constructor for class WebSim
- Instantiate a WebSim manually rather than with a browser or applet viewer.
- weightChange1.
Variable in class sim.gradDesc.IDD
- the change in the weights at time t
- weightChange2.
Variable in class sim.gradDesc.IDD
- the change in the weights at time t+1
- weightM.
Variable in class sim.display.Contour
-
- weightM.
Variable in class sim.display.Graph3D
- snapshot of the weights used by the learning system
- weightP.
Variable in class sim.display.Graph3D
- pointer to the weights used by the learning system
- weights.
Variable in class sim.errFun.ErrAvg
- the weights for each errFun
- weights.
Variable in class sim.errFun.ErrFun
- all the weights in the function approximator as a column vector
- weights.
Variable in class sim.funApp.FunApp
- clone of a vector for the adjustable parameters of the function approximator
- weights.
Variable in class sim.TDLambda
- all the weights in the function approximator as a column vector
- whichPic(double, double).
Method in class picture.Gallery
- return the picture in the gallery containing point (x,y)
- width.
Variable in class picture.FadeIn
-
- width().
Method in class GWin
- width of graphics area in the window (not including title bar)
- window.
Variable in class GWin
- the actual window holding this Panel object
- wins.
Variable in class WebSim
- array of all the Projects
- wmName.
Variable in class sim.data.Data
- the prefix string for the name of every watched variable (passed in to setWatchManager)
- wmName.
Variable in class Display
- the prefix string for the name of every watched variable (passed in to setWatchManager)
- wmName.
Variable in class sim.errFun.ErrFun
- the prefix string for the name of every watched variable (passed in to setWatchManager)
- wmName.
Variable in class sim.Experiment
- the prefix string for the name of every watched variable (passed in to setWatchManager)
- wmName.
Variable in class sim.funApp.FunApp
- the prefix string for the name of every watched variable (passed in to setWatchManager)
- wmName.
Variable in class sim.gradDesc.GradDesc
- the prefix string for the name of every watched variable (passed in to setWatchManager)
- wmName.
Variable in class sim.mdp.MDP
- the prefix string for the name of every watched variable (passed in to setWatchManager)
- wmName.
Variable in class sim.display.Plot
- the prefix for all registered variables
- wmName.
Variable in class Project
- the prefix of the name of every watchable variable in this project
- x.
Variable in class picture.directFractal.DirectFractal
-
- x.
Variable in class picture.ValueMapEntry
- The input number that will be mapped to another number
- x().
Method in class GWin
- x coordinate of upper-left corner of whole window (including title)
- x0.
Variable in class picture.FadeIn
-
- xElement.
Variable in class sim.display.Contour
-
- xElement.
Variable in class sim.display.Graph3D
- Which element of the input vector is plotted as x
- xMax.
Variable in class sim.display.Graph3D
- Max value of x to plot
- xMin.
Variable in class sim.display.Graph3D
- Min value of x to plot
- xMouseDown.
Variable in class sim.display.Graph3D
- Position of mouseCursor on mouseDown-Event
- XOR().
Constructor for class sim.data.XOR
-
- XORmdp().
Constructor for class sim.mdp.XORmdp
-
- xs.
Variable in class sim.display.Graph3D
-
- xs(double, double, double, double[][][][]).
Method in class sim.display.Graph3D
- fucntion xs
calculates screen-x-coordinate from space coordinates of a point
- xSamples.
Variable in class sim.display.Contour
-
- xSamples.
Variable in class sim.display.Graph3D
- How many samples to take in the x dimension
- y.
Variable in class picture.directFractal.DirectFractal
-
- y.
Variable in class picture.ValueMapEntry
- The output number to which the input number was mapped
- y().
Method in class GWin
- y coordinate of upper-left corner of whole window (including title)
- y0.
Variable in class picture.FadeIn
-
- yElement.
Variable in class sim.display.Contour
-
- yElement.
Variable in class sim.display.Graph3D
- Which element of the input vector is plotted as y
- yMax.
Variable in class sim.display.Graph3D
- Max value of y to plot
- yMin.
Variable in class sim.display.Graph3D
- Min value of y to plot
- yMouseDown.
Variable in class sim.display.Graph3D
- Position of mouseCursor on mouseDown-Event
- ys.
Variable in class sim.display.Graph3D
-
- ys(double, double, double, double[][][][]).
Method in class sim.display.Graph3D
- function ys
calculates screen-y-coordinate from space coordinates of a point
- ySamples.
Variable in class sim.display.Contour
-
- ySamples.
Variable in class sim.display.Graph3D
- How many samples to take in the y dimension