: Index

Overview

Package

Class

Tree

Deprecated

Index

Help

PREV NEXT

FRAMES NO FRAMES

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

A

accept(File) - Method in class edu.buffalo.fs7.jaQuzzi.JaqFileFilter: main method to accept a file
actionPerformed(ActionEvent) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: method of the ActionListener interface.
actionPerformed(ActionEvent) - Method in class edu.buffalo.fs7.qsymbol2.QVarTree: method called when the enter button was pressed in the command line
ADD - Static variable in class edu.buffalo.fs7.mathlib.MathlibEvent: variable added
add(int) - Method in class edu.buffalo.fs7.qsymbol2.PriorityQueue: add an element
add(Object) - Method in class edu.buffalo.fs7.qsymbol2.SortedListModel
addAll(Object[]) - Method in class edu.buffalo.fs7.qsymbol2.SortedListModel
addCellEditorListener(CellEditorListener) - Method in class edu.buffalo.fs7.qsymbol2.QubitEditor
addChildContainer(GateContainer) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: adds a given gate container as a child to this gate container.
addComputationEventListener(ComputationEventListener) - Static method in class edu.buffalo.fs7.mathlib.Mathlib: registers a ComputationEventListener
addContainerIfPossible(GateContainer) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: this is a special method to add a single container column to an existing container and merge matching groups.
addGateContainer() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: generates an add gateContainer event which causes the GatePanel class to modify the GateTable.
addGateContainer(GateContainer) - Method in class edu.buffalo.fs7.qsymbol2.GateTableColumnModel: creates a TableColumn object for the given GateContainer object.
addGateContainer(GateContainer) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: adds a GateContainer to the GateTableModel
addListSelectionListener(ListSelectionListener) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
addMathlibEventListener(MathlibEventListener) - Static method in class edu.buffalo.fs7.mathlib.Parse: registers a MathlibEventListener
addMathlibEventListener(MathlibEventListener) - Static method in class edu.buffalo.fs7.mathlib.Mathlib: wrapper method...
addProperty(String, Argument) - Method in class edu.buffalo.fs7.mathlib.GateProperty: adds a property to the property object.
addPropertyChangeListener(PropertyChangeListener) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
addPropertyChangeListener(PropertyChangeListener) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: wrapping method
addQubit() - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: adds a qubit by adding a '-' to the gate_descr of each gate contained by the gateContainers in this model.
addQubit() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: generates an add qubit event which causes the GatePanel class to modify the QubitPanel and the GateTable.
addQubit(String) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
addQubit(String) - Method in class edu.buffalo.fs7.qsymbol2.QubitPanel: add a checkbox with a label specified by labelText
addSelectionInterval(int, int) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
addVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
addVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: method of the MathlibEventListener interface.
addVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.QVarTree: add a node to the tree in case of a MathlibEvent.
addVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.QubitChart
addVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.StateWindow
addVariable(MathlibEvent) - Method in class edu.buffalo.fs7.mathlib.Mathlib: required by the MathlibEventListener interface.
addVariable(MathlibEvent) - Method in interface edu.buffalo.fs7.mathlib.MathlibEventListener: method called when a variable is added
adjustGateContainer(String) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: adjusts the child container if the top level container was renamed.
adjustRowHeight() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: adjusts the row height so that all qubits fit into the panel.
angle() - Method in class edu.buffalo.fs7.mathlib.Complex: returns the angle of the complex number in the complex plane
apply(Argument, Argument) - Method in class edu.buffalo.fs7.mathlib.ConditionalOp: applies the contitional operator between the two arguments given by a1, a2
apply(Complex) - Method in class edu.buffalo.fs7.mathlib.UnaryOp: applies the unary operator to a complex number
apply(Complex, Complex) - Method in class edu.buffalo.fs7.mathlib.BinaryOp: Complex-Complex operations (+,-,*,/)
apply(Complex, Matrix) - Method in class edu.buffalo.fs7.mathlib.BinaryOp: complex-matrix operations (*)
apply(Complex, Vect) - Method in class edu.buffalo.fs7.mathlib.BinaryOp: Complex-Vector operations (*)
apply(double, double, MathObject) - Method in class edu.buffalo.fs7.mathlib.Decoherence
apply(Gate) - Method in class edu.buffalo.fs7.mathlib.UnaryOp: applies the unary operator to a gate object
apply(Gate, Vect) - Method in class edu.buffalo.fs7.mathlib.BinaryOp: gate-vector operations (*)
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.MathMap: generic apply routine common for all MathMaps
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.RyMap: the parameter given is the angle about which shall be rotated.
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.NoiseError: returns an infinitesimal 2x2 rotation matrix where the three parameters eps_1, eps_2, eps_3 are drawn from a Gaussian distribution of standard deviation sigma as specified in the real part of the complex number.
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.Decoherence: applies a decoherence step to a ket vector.
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.UnaryOp: dispatch method.
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.CosMap: applies the real cos function to the real part of the complex number given as an argument
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.Command: apply implementation in accordance to the MathMap parent
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.DumpMap: returns the components of a braket as a StringArgument object
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.OneMap: the dimension of the identity matrix to be generated must be given in the real part of a complex number.
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.PhMap: the parameter given is the phase angle delta.
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.SqrtMap: applies the sqrt map to a complex number
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.Norm: calculates the norm of a MathObeject.
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.RzMap: the parameter given is the angle about which shall be rotated.
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.Measurement: applying a full measurement to a ket vector
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.RxMap: the parameter given is the angle about which shall be rotated.
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.ExpMap: applies the exp function to either a complex number or a quadratic matrix.
apply(MathObject) - Method in class edu.buffalo.fs7.mathlib.SinMap: applies the real sin function to the real part of the complex number given as an argument
apply(MathObject, MathObject) - Method in class edu.buffalo.fs7.mathlib.BinaryOp: this is the generic apply method.
apply(Matrix) - Method in class edu.buffalo.fs7.mathlib.UnaryOp: applies the unary operator to a matrix object
apply(Matrix, Complex) - Method in class edu.buffalo.fs7.mathlib.BinaryOp: matrix-complex operations (*,/)
apply(Matrix, Matrix) - Method in class edu.buffalo.fs7.mathlib.BinaryOp: matrix-matrix operations (+,-,*,#)
apply(Matrix, Vect) - Method in class edu.buffalo.fs7.mathlib.BinaryOp: matrix-vector operations (*)
apply(String, MathObject) - Method in class edu.buffalo.fs7.mathlib.Command: apply implementation for a one-argument command.
apply(String, MathObject, String, MathObject) - Method in class edu.buffalo.fs7.mathlib.Command: apply implementation for a two-argument command.
apply(Vect) - Method in class edu.buffalo.fs7.mathlib.UnaryOp: applies the unary operator to a vect object
apply(Vect, Vect) - Method in class edu.buffalo.fs7.mathlib.BinaryOp: Vector-Vector operation (+,-,*,#)
Argument - class edu.buffalo.fs7.mathlib.Argument.: abstract template class for objects which can be treated as arguments for mathematical operations, i.e. complex numbers, vectors, matrices.
Argument() - Constructor for class edu.buffalo.fs7.mathlib.Argument
Argument(MathObject) - Constructor for class edu.buffalo.fs7.mathlib.Argument
Assignment - class edu.buffalo.fs7.mathlib.Assignment.: Class representing an assignment operation.
Assignment() - Constructor for class edu.buffalo.fs7.mathlib.Assignment: creates an assignment object
avgTimePerGate - Static variable in class edu.buffalo.fs7.qsymbol2.GatePanel: string constant for averageTimerperGate property

B

BAR_STYLE - Static variable in class edu.buffalo.fs7.qsymbol2.Chart
BinaryOp - class edu.buffalo.fs7.mathlib.BinaryOp.: This class represents a binary operator of the form '+', '-', '*' or '/'.
BinaryOp(char) - Constructor for class edu.buffalo.fs7.mathlib.BinaryOp: creates a binary operator according to the char given.
BOTH - Static variable in class edu.buffalo.fs7.qsymbol2.QBrick: state constant
bra - Variable in class edu.buffalo.fs7.mathlib.Braket: holds whether the braket is a bra or a ket.
Braket - class edu.buffalo.fs7.mathlib.Braket.: Class representing a mathematical bra or ket object as introduced by the Dirac notation.
Braket(int) - Constructor for class edu.buffalo.fs7.mathlib.Braket: constructs an empty ket vector with n qubits and dimension 2^n.
Braket(int, int) - Constructor for class edu.buffalo.fs7.mathlib.Braket: constructs a basis ket.
Braket(MathObject) - Constructor for class edu.buffalo.fs7.mathlib.Braket: clone constructor
BrickCheckBox - class edu.buffalo.fs7.qsymbol2.BrickCheckBox.: class derived from the JCheckBox class.
BrickCheckBox() - Constructor for class edu.buffalo.fs7.qsymbol2.BrickCheckBox
BrickCheckBox(boolean, JTable, boolean, int) - Constructor for class edu.buffalo.fs7.qsymbol2.BrickCheckBox
buildCategory(String) - Method in class edu.buffalo.fs7.qsymbol2.QVarTree: builds the children of a category node and returns the category node.

C

c - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel
calcFidelity - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel: true if the fidelity is to be calculated
calculateFidelity(Braket, Braket) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: calculates the fidelity of the quantum computation
calculationRunning - Variable in class edu.buffalo.fs7.qsymbol2.GateTable
cancelCellEditing() - Method in class edu.buffalo.fs7.qsymbol2.QubitEditor
categories - Variable in class edu.buffalo.fs7.mathlib.VarAuthority: holds registered categories
categories - Static variable in class edu.buffalo.fs7.mathlib.Mathlib: this hashtable provides categories for variables
category - Static variable in class edu.buffalo.fs7.mathlib.Parse
CHANGE - Static variable in class edu.buffalo.fs7.mathlib.MathlibEvent: variable value change
CHANGE_CATEGORY - Static variable in class edu.buffalo.fs7.mathlib.MathlibEvent: variable category change
CHANGE_NAME - Static variable in class edu.buffalo.fs7.mathlib.MathlibEvent: variable name change
changeColumnWidth(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTableColumnModel: changes the column width of each column.
changeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
changeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: method of the MathlibEventListener interface.
changeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.QVarTree: changes the tree in case of a MathlibEvent
changeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.QubitChart
changeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.StateWindow
changeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.mathlib.Mathlib: required by the MathlibEventListener interface.
changeVariable(MathlibEvent) - Method in interface edu.buffalo.fs7.mathlib.MathlibEventListener: method called when a variable changes it's value,name or category
chart - Variable in class edu.buffalo.fs7.qsymbol2.ChartWindow
Chart - class edu.buffalo.fs7.qsymbol2.Chart.
Chart() - Constructor for class edu.buffalo.fs7.qsymbol2.Chart
Chart(Vector, DoubleRange) - Constructor for class edu.buffalo.fs7.qsymbol2.Chart
chartIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
chartWindow - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: chart window
ChartWindow - class edu.buffalo.fs7.qsymbol2.ChartWindow.
ChartWindow(GateTable, int[]) - Constructor for class edu.buffalo.fs7.qsymbol2.ChartWindow
chartWindowFrame - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: holds chart window
childs - Variable in class edu.buffalo.fs7.qsymbol2.GateContainer: holds child containers
ChooseMatrixDialog - class edu.buffalo.fs7.jaQuzzi.ChooseMatrixDialog.: class representing a dialog to choose a matrix from the list of variables stored in the mathlib class.
chooseMatrixDialog(JFrame, int) - Static method in class edu.buffalo.fs7.jaQuzzi.Dialogs: brings up the ChooseMatrixDialog.
ChooseMatrixDialog(JFrame, int) - Constructor for class edu.buffalo.fs7.jaQuzzi.ChooseMatrixDialog
CircuitPropertyDialog - class edu.buffalo.fs7.jaQuzzi.CircuitPropertyDialog.: class representing a dialog to set the simulation properties of a circuit.
circuitPropertyDialog(JFrame, int) - Static method in class edu.buffalo.fs7.jaQuzzi.Dialogs: brings up the CircuitPropertyDialog.
CircuitPropertyDialog(JFrame, int) - Constructor for class edu.buffalo.fs7.jaQuzzi.CircuitPropertyDialog
clear() - Method in class edu.buffalo.fs7.qsymbol2.SortedListModel
clearSelection() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
clone() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Returns a clone of this selection model with the same selection.
clone() - Method in class edu.buffalo.fs7.mathlib.MathObject: clone method
clone() - Method in class edu.buffalo.fs7.mathlib.StringArgument: clone method
clone() - Method in class edu.buffalo.fs7.mathlib.GateProperty: clones the GateProperty object
clone() - Method in class edu.buffalo.fs7.mathlib.Vect: clones the vector.
clone() - Method in class edu.buffalo.fs7.mathlib.Braket: clone method
clone() - Method in class edu.buffalo.fs7.mathlib.Gate: clone method
clone() - Method in class edu.buffalo.fs7.mathlib.Matrix: clone method
clone() - Method in class edu.buffalo.fs7.mathlib.Complex: clone method
CloseDelimiter - class edu.buffalo.fs7.mathlib.CloseDelimiter.: Class representing a closing delimiter.
CloseDelimiter() - Constructor for class edu.buffalo.fs7.mathlib.CloseDelimiter: creates a closing delimiter object (")")
codeBase - Variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: hold the URL in case of applet mode
columnWidth - Variable in class edu.buffalo.fs7.qsymbol2.GateTableColumnModel
Command - class edu.buffalo.fs7.mathlib.Command.: Class representing a "command" in the Mathlib language.
Command(String) - Constructor for class edu.buffalo.fs7.mathlib.Command: creates a new command.
complete() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: sets the step handling of the gate container to a completed state
Complex - class edu.buffalo.fs7.mathlib.Complex.: Class representing a complex number.
Complex() - Constructor for class edu.buffalo.fs7.mathlib.Complex: create the number 0.
Complex(double) - Constructor for class edu.buffalo.fs7.mathlib.Complex: create a real number
Complex(double, double) - Constructor for class edu.buffalo.fs7.mathlib.Complex: create a complex number
Complex(MathObject) - Constructor for class edu.buffalo.fs7.mathlib.Complex: clones a complex number
componentHidden(ComponentEvent) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: implementing ComponentListener interface. nothing is done here.
componentMoved(ComponentEvent) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: implementing ComponentListener interface. nothing is done here.
componentResized(ComponentEvent) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: implementing ComponentListener interface.
componentShown(ComponentEvent) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: implementing ComponentListener interface. nothing is done here.
ComputationEvent - class edu.buffalo.fs7.mathlib.ComputationEvent.: Class representing a computation event.
computationEvent(ComputationEvent) - Method in class edu.buffalo.fs7.qsymbol2.QubitChart
computationEvent(ComputationEvent) - Method in class edu.buffalo.fs7.qsymbol2.StateWindow
computationEvent(ComputationEvent) - Method in interface edu.buffalo.fs7.mathlib.ComputationEventListener: called when a computationEvent occured
ComputationEvent(MathObject, MathObject, int, int, int) - Constructor for class edu.buffalo.fs7.mathlib.ComputationEvent: creates a ComputationEvent
ComputationEventListener - interface edu.buffalo.fs7.mathlib.ComputationEventListener.: Interface to be implemented by classes that want to be notified about computation events of gates.
ConditionalOp - class edu.buffalo.fs7.mathlib.ConditionalOp.: Class representing conditional operators like "==", "!
ConditionalOp(String) - Constructor for class edu.buffalo.fs7.mathlib.ConditionalOp: creates a conditional operator specified by data.
conjugate - Variable in class edu.buffalo.fs7.mathlib.Gate
conjugate - Variable in class edu.buffalo.fs7.mathlib.Matrix: holds conjugate information
conjugate() - Method in class edu.buffalo.fs7.mathlib.Vect: conjugates the vector
conjugate() - Method in class edu.buffalo.fs7.mathlib.Gate: complex conjugates the gate
conjugate() - Method in class edu.buffalo.fs7.mathlib.Matrix: complex conjugates the matrix
conjugate() - Method in class edu.buffalo.fs7.mathlib.Complex
consoleIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
contains(GateContainer) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: checks whether a given gateContainer is contained by the GateTableModel
contains(Object) - Method in class edu.buffalo.fs7.qsymbol2.SortedListModel
containsGateContainer(String) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: determines whether a gate container qualified by the given string parameter is a child of this gatecontainer.
CONTROL - Static variable in class edu.buffalo.fs7.qsymbol2.QBrick: state constant
CONTROLLED - Static variable in class edu.buffalo.fs7.qsymbol2.QBrick: state constant
convertVariableToView(String) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
CosMap - class edu.buffalo.fs7.mathlib.CosMap.: Class representing the real cos() function.
CosMap() - Constructor for class edu.buffalo.fs7.mathlib.CosMap: creates the cos function
createDefaultColumnModel() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: overwrites the JTable method to automatically create a GateTableColumnModel
createToolbar2() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: creates the computation controll toolbar
currentIteration - Variable in class edu.buffalo.fs7.qsymbol2.GateContainer: holds the current iteration of the gate container
currentStep - Variable in class edu.buffalo.fs7.qsymbol2.QBrick: allowed values -1 (draw step on the left), 0 (draw no step), 1 (draw step on the right)

D

data - Variable in class edu.buffalo.fs7.mathlib.Vect: holds the components.
data - Variable in class edu.buffalo.fs7.mathlib.Matrix: holds the complex components
data - Variable in class edu.buffalo.fs7.mathlib.BinaryOp: identifies the operator
dataIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
dataWindow - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: data window
DataWindow - class edu.buffalo.fs7.qsymbol2.DataWindow.
DataWindow(GateTable, String, int[]) - Constructor for class edu.buffalo.fs7.qsymbol2.DataWindow
dataWindowFrame - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: holds data window
decayedQubits - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: keeps track of the decayed qubits
decayOccurred() - Static method in class edu.buffalo.fs7.mathlib.Decoherence: returns true if at the last operation the qubit decayed
decaySteps - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: keeps track of the steps where the decay occurred
decohere(Braket, double, int) - Static method in class edu.buffalo.fs7.mathlib.Decoherence: this method decoheres a given qubit in the ket given as well.
decoherence - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: hold the decoherence class
Decoherence - class edu.buffalo.fs7.mathlib.Decoherence.: class representing the effect of decoherence.
Decoherence() - Constructor for class edu.buffalo.fs7.mathlib.Decoherence: create a measurement map for a full measurement
decreaseColumnWidth() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: method to decrease the column width of the columns in the GateTable.
delete(String) - Method in class edu.buffalo.fs7.mathlib.Command: deletes a variable from the list of the Mathlib object.
Delimiter - class edu.buffalo.fs7.mathlib.Delimiter.: Class representing a generic delimiter.
Delimiter(char) - Constructor for class edu.buffalo.fs7.mathlib.Delimiter: creates a delimiter specified by c.
depth - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: depth of the deepest GateContainer in the GateTable
description - Variable in class edu.buffalo.fs7.qsymbol2.GateContainer: description of the gate container
Dialogs - class edu.buffalo.fs7.jaQuzzi.Dialogs.: class providing static methods to bring up dialog windows used by the jaQuzzi class.
Dialogs() - Constructor for class edu.buffalo.fs7.jaQuzzi.Dialogs
dimension - Variable in class edu.buffalo.fs7.mathlib.MathObjectConstraints: dimension constraint
dimension - Variable in class edu.buffalo.fs7.mathlib.Vect: holds the dimension
divided(Complex) - Method in class edu.buffalo.fs7.mathlib.Complex: divides this object by the given complex number.
DONE - Static variable in class edu.buffalo.fs7.mathlib.ComputationEvent: computation done
doubleClick(TreePath) - Method in class edu.buffalo.fs7.qsymbol2.QVarTree: implements the functionality for a double click to a tree element. right now it does nothing
DoubleRange - class edu.buffalo.fs7.qsymbol2.DoubleRange.: simple class providing a range of double numbers.
DoubleRange() - Constructor for class edu.buffalo.fs7.qsymbol2.DoubleRange
DoubleRange(double, double) - Constructor for class edu.buffalo.fs7.qsymbol2.DoubleRange: creates a range object with the specified range.
DoubleRange(DoubleRange) - Constructor for class edu.buffalo.fs7.qsymbol2.DoubleRange: clones a range object
DOWN - Static variable in class edu.buffalo.fs7.qsymbol2.QBrick: state constant
dumpData(File, int[]) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: dumps the simultation results into a file.
DumpMap - class edu.buffalo.fs7.mathlib.DumpMap.: Class which allows to dump the components of a braket.
DumpMap() - Constructor for class edu.buffalo.fs7.mathlib.DumpMap: creates a new dump map

E

Easy - class edu.buffalo.fs7.mathlib.Easy.: Class providing number format capabilities.
Easy() - Constructor for class edu.buffalo.fs7.mathlib.Easy
echoAnswer - Static variable in class edu.buffalo.fs7.mathlib.Parse: still in use ?
edu.buffalo.fs7.jaQuzzi - package edu.buffalo.fs7.jaQuzzi
edu.buffalo.fs7.mathlib - package edu.buffalo.fs7.mathlib
edu.buffalo.fs7.qsymbol2 - package edu.buffalo.fs7.qsymbol2
elapsedTime - Static variable in class edu.buffalo.fs7.qsymbol2.GatePanel: string constant for elapsed time property
elements - Variable in class edu.buffalo.fs7.qsymbol2.PriorityQueue
elements() - Method in class edu.buffalo.fs7.qsymbol2.PriorityQueue: returns the queue in the order of highest priority (earliest selection)
enlargeIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
eps - Static variable in class edu.buffalo.fs7.mathlib.Complex: precision of output
equals(MathObject) - Method in class edu.buffalo.fs7.mathlib.Argument: equality predicate
equals(MathObject) - Method in class edu.buffalo.fs7.mathlib.StringArgument: equality predicate
equals(MathObject) - Method in class edu.buffalo.fs7.mathlib.GateProperty: equality predicate
equals(MathObject) - Method in class edu.buffalo.fs7.mathlib.Vect: equality predicate
equals(MathObject) - Method in class edu.buffalo.fs7.mathlib.Braket: equality predicate.
equals(MathObject) - Method in class edu.buffalo.fs7.mathlib.Gate: equality predicate
equals(MathObject) - Method in class edu.buffalo.fs7.mathlib.Matrix: equality predicate
equals(MathObject) - Method in class edu.buffalo.fs7.mathlib.Complex: this method can determine whether a given MathObject m is equal to the complex number.
equalsIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
ERROR(String, String, int) - Static method in class edu.buffalo.fs7.mathlib.LOG
errorFlag - Static variable in class edu.buffalo.fs7.mathlib.LOG
evaluateExpression(String) - Method in class edu.buffalo.fs7.mathlib.Parse: this method fully evaluates an expression and assignes the result variable.
evaluateExpression(String) - Method in class edu.buffalo.fs7.mathlib.Mathlib: This function wraps the evaluateExpression function of the Parse class.
exclusiveMode - Variable in class edu.buffalo.fs7.mathlib.VarAuthority: exclusive mode
expIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
ExpMap - class edu.buffalo.fs7.mathlib.ExpMap.: Class representing the complex exp() function.
ExpMap() - Constructor for class edu.buffalo.fs7.mathlib.ExpMap: creates the exp function
expression - Variable in class edu.buffalo.fs7.mathlib.MathObjectConstraints: expression constraint
extended - Variable in class edu.buffalo.fs7.qsymbol2.QubitPanel: mode
EXTENDED - Static variable in class edu.buffalo.fs7.qsymbol2.QubitPanel: mode constant

F

fidelity - Variable in class edu.buffalo.fs7.qsymbol2.DataWindow
fidelity - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: has one element for each computational step in case of the
fidelity - Static variable in class edu.buffalo.fs7.qsymbol2.GatePanel: string constant for fidelity property
FIDELITY_CHART - Static variable in class edu.buffalo.fs7.qsymbol2.QubitChart
file - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: the currently opened file
fireComputationEvent(MathObject, MathObject, int, int, int) - Static method in class edu.buffalo.fs7.mathlib.Mathlib: creates a ComputationEvent and pumps it to processEvent
fireMathlibEvent(String, MathObject, int) - Static method in class edu.buffalo.fs7.mathlib.Parse: creates a MathlibEvent and pumps it to processEvent
fireMathlibEvent(String, String) - Static method in class edu.buffalo.fs7.mathlib.Parse: creates a MathlibEvent and pumps it to processEvent
fireMathlibEvent(String, String, String, MathObject, int) - Static method in class edu.buffalo.fs7.mathlib.Parse: creates a MathlibEvent and pumps it to processEvent
fireTimingProperties() - Method in class edu.buffalo.fs7.qsymbol2.GateTable
fireTimingProperties() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: update the timing properties.
fireValueChanged(boolean) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Notifies listeners that we have ended a series of adjustments.
fireValueChanged(int, int) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Notifies ListSelectionListeners that the value of the selection, in the closed interval firstIndex, lastIndex, has changed.
fireValueChanged(int, int, boolean) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
firstElement() - Method in class edu.buffalo.fs7.qsymbol2.SortedListModel
flushCurrentCircuit() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: clears the circuit.
format(double, int) - Static method in class edu.buffalo.fs7.mathlib.Easy: Formats a double with a specified number of digits.
FRAMEHEIGHT - Static variable in class edu.buffalo.fs7.qsymbol2.TexQBrick
FRAMEWIDTH - Static variable in class edu.buffalo.fs7.qsymbol2.TexQBrick
functions - Static variable in class edu.buffalo.fs7.mathlib.Mathlib: This variable holds the defined functions

G

gate - Variable in class edu.buffalo.fs7.qsymbol2.QBrick: stores the gate
Gate - class edu.buffalo.fs7.mathlib.Gate.: Class representing a quantum gate.
gate_descr - Variable in class edu.buffalo.fs7.mathlib.Gate: holds the description of the gate in string form
Gate(int) - Constructor for class edu.buffalo.fs7.mathlib.Gate: here n is the number of qubits ==> the dimension of the corresponding matrix is 2^n.
Gate(int, int, String) - Constructor for class edu.buffalo.fs7.mathlib.Gate: creates a gate for n qubits having a 2x2 matrix matrixName operating at position matrixPos
Gate(MathObject) - Constructor for class edu.buffalo.fs7.mathlib.Gate: clone constructor
Gate(String, String) - Constructor for class edu.buffalo.fs7.mathlib.Gate: creates a gate for a given gate_descr string and matrix name
GateContainer - class edu.buffalo.fs7.qsymbol2.GateContainer.: class wrapping a Mathlib Gate object.
GateContainer(GateContainer, String, String) - Constructor for class edu.buffalo.fs7.qsymbol2.GateContainer: constructs a gate container
gateContainers - Variable in class edu.buffalo.fs7.qsymbol2.GateTableModel: holds names of gate variables
gateName - Variable in class edu.buffalo.fs7.qsymbol2.GateContainer: holds the name of the gate in case this container is a leaf
GatePanel - class edu.buffalo.fs7.qsymbol2.GatePanel.: The GatePanel class is the central class in the qsymbol2 package.
GatePanel(Mathlib, boolean) - Constructor for class edu.buffalo.fs7.qsymbol2.GatePanel: create a GatePanel class.
GateProperty - class edu.buffalo.fs7.mathlib.GateProperty.: Class representing properties of a gate object, like repetitions, parameters for error behavior of gates, parameters for decoherence simulation.
GateProperty(MathObject) - Constructor for class edu.buffalo.fs7.mathlib.GateProperty: clone constructor
GateProperty(String) - Constructor for class edu.buffalo.fs7.mathlib.GateProperty: creates a new property object
gateproperty(String, MathObject, String) - Method in class edu.buffalo.fs7.mathlib.Command: creates/adds a GateProperty object which specifies certain optional parameters of a Gate object.
GatePropertyDialog - class edu.buffalo.fs7.jaQuzzi.GatePropertyDialog.: class representing a dialog to set the properties of a GateContainer.
gatePropertyDialog(JFrame, String) - Static method in class edu.buffalo.fs7.jaQuzzi.Dialogs: brings up the GatePropertyDialog.
GatePropertyDialog(JFrame, String) - Constructor for class edu.buffalo.fs7.jaQuzzi.GatePropertyDialog
gates - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel: the GateTable
GateTable - class edu.buffalo.fs7.qsymbol2.GateTable.: This class is the most important class for organizing a quantum circuit.
GateTable.Calculation - class edu.buffalo.fs7.qsymbol2.GateTable.Calculation.: a thread to perform a computation in the quantum circuit.
GateTable.Calculation(GateTable, Braket, Braket, int) - Constructor for class edu.buffalo.fs7.qsymbol2.GateTable.Calculation
GateTable(Mathlib, Timing, boolean) - Constructor for class edu.buffalo.fs7.qsymbol2.GateTable: creates the GateTable which holds the quantum circuit.
GateTableColumnModel - class edu.buffalo.fs7.qsymbol2.GateTableColumnModel.: class replacing the DefaultTableColumnModel for the GateTable class.
GateTableColumnModel() - Constructor for class edu.buffalo.fs7.qsymbol2.GateTableColumnModel: creates the GateTableColumnModel
GateTableModel - class edu.buffalo.fs7.qsymbol2.GateTableModel.: This class holds the actual quantum circuit.
GateTableModel() - Constructor for class edu.buffalo.fs7.qsymbol2.GateTableModel: creates a GateTableModel.
getAction() - Method in class edu.buffalo.fs7.mathlib.ComputationEvent: returns action code
getAction() - Method in class edu.buffalo.fs7.mathlib.MathlibEvent: returns the action code of the mathlib event
getAnchorSelectionIndex() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
getAnswerVar() - Method in class edu.buffalo.fs7.mathlib.Tokenizer: returns the name of the answer variable in case of an assignment
getAvgTimePerStepMillis() - Method in class edu.buffalo.fs7.mathlib.Timing: returns the average time per gate in milliseconds
getAxisTick(int) - Method in class edu.buffalo.fs7.qsymbol2.Chart
getAxisTick(int) - Method in class edu.buffalo.fs7.qsymbol2.QubitChart
getBasisString(int, int, boolean) - Static method in class edu.buffalo.fs7.mathlib.Braket: static method to obtain the string representation of a basis braket.
getCategories() - Method in class edu.buffalo.fs7.mathlib.VarAuthority: returns the registered categories
getCategory() - Method in class edu.buffalo.fs7.mathlib.MathlibEvent: returns the category of the MathObject
getCategory(String) - Static method in class edu.buffalo.fs7.mathlib.Mathlib: returns the category of a variable.
getCellEditorValue() - Method in class edu.buffalo.fs7.qsymbol2.QubitEditor
getChildContainer(int) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns a specified child container. null if index out of range.
getChildCount() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the number of direct childs
getChilds() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the direct childs in an Enumeration object.
getChildsOnLevel(int) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns childs on a specified level in an Enumeration object.
getCircuitProperty(String) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: this method retrieves information from a GateProperty object named "circuit_properties" kept as a variable in the mathlib class.
getClickCountToStart() - Method in class edu.buffalo.fs7.qsymbol2.QubitEditor
getColumnClass(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: returns always the GateContainer class
getColumnCount() - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: gets the number of top level gateContainers (= column count)
getColumnName(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: returns the top level name of the gateContainer in column column
getComponent() - Method in class edu.buffalo.fs7.qsymbol2.QubitEditor
getContainerDepth() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the depth of this container
getContainerLevel() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the container level
getCurrentDecayProbability() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer
getCurrentDecoherenceRate() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer
getCurrentErrorMatrix() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the error modifier (2x2 matrix) for the current gate or null if none is specified
getCurrentGate() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the gate which corresponds to the current step.
getCurrentIteration() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the current iteration of this gate container.
getCurrentStep() - Method in class edu.buffalo.fs7.mathlib.ComputationEvent: returns current step in computation
getDebuglevel() - Static method in class edu.buffalo.fs7.mathlib.LOG
getDecayedQubits() - Method in class edu.buffalo.fs7.qsymbol2.GateTable
getDecaySteps() - Method in class edu.buffalo.fs7.qsymbol2.GateTable
getDenominator() - Method in class edu.buffalo.fs7.jaQuzzi.PhaseDialog
getDescription() - Method in class edu.buffalo.fs7.jaQuzzi.JaqFileFilter: returns the description of the filter
getDescription() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the description of this gate container as displayed by the tooltip
getDigits() - Static method in class edu.buffalo.fs7.mathlib.Complex
getDimension() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the dimension of the first gate contained by this container
getDirection() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns the direction of the comutation as +1 (forward) -1 (backward)
getElapsedTimeSec() - Method in class edu.buffalo.fs7.mathlib.Timing: returns the total elapsed time in seconds
getElement(int) - Method in class edu.buffalo.fs7.mathlib.Vect: returns the component of the vector specified by x.
getElement(int, int) - Method in class edu.buffalo.fs7.mathlib.Matrix: returns the element in row n, col m.
getElementAt(int) - Method in class edu.buffalo.fs7.qsymbol2.SortedListModel
getElementsInCategory(String) - Method in class edu.buffalo.fs7.mathlib.VarAuthority: returns a enumeration of variable names which match the given category.
getendOfTable() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: true if step is in the last column and last step
getExtension(File) - Method in class edu.buffalo.fs7.jaQuzzi.JaqFileFilter: returns the extension of a given file
getFidelity() - Method in class edu.buffalo.fs7.qsymbol2.GateTable
getFidelityVector() - Method in class edu.buffalo.fs7.qsymbol2.GateTable
getFullName() - Method in class edu.buffalo.fs7.qsymbol2.NameStripper: returns the full name
getFullName() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the full name of the gate container
getFunction(String) - Static method in class edu.buffalo.fs7.mathlib.Mathlib: This function is called for example by the class Parse in order to check expressions for beeing a function and obtaining its representation.
getFunctions() - Method in class edu.buffalo.fs7.mathlib.Mathlib: returns a Enumeration object of all function names
getGate() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns gate if container is leaf container otherwise null
getGate() - Method in class edu.buffalo.fs7.mathlib.GateProperty: returns the gate to which this property object belongs.
getGateContainer(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns the gateContainer in column (the column index of the GateTableColumnModel)
getGateContainer(String) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: returns the gateContainer with the given name, null otherwise
getGateContainer(String) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns a gateContainer of with the name specified.
getGateContainerName(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns the name of a gateContainer speciefied by a column index (GateTableColumnModel index)
getGroup(int) - Method in class edu.buffalo.fs7.qsymbol2.NameStripper: returns a specified part of the name. 0 is the top level.
getGroupCount() - Method in class edu.buffalo.fs7.qsymbol2.NameStripper: counts the number of group levels.
getGroups() - Method in class edu.buffalo.fs7.qsymbol2.NameStripper: returns the parts of the name in order from top level to lowest level
getIndicesByPriority() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: returns the selection as a vector of Integers.
getIndicesByPriority() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel2
getInternalDigits() - Static method in class edu.buffalo.fs7.mathlib.Complex
getLastDecoheredQubit() - Static method in class edu.buffalo.fs7.mathlib.Decoherence: returns the last decohered qubit.
getLastProbability() - Method in class edu.buffalo.fs7.mathlib.Measurement: saves the probability of the latest measurement outcome
getLeadSelectionIndex() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
getLeafCount() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: determines the number of leaves parented by this container and its child containers
getLeaves() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns an enumeration of the leaves parented by this container and its childs.
getListeners(Class) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Returns an array of all the listeners of the given type that were added to this model.
getLowerBound() - Method in class edu.buffalo.fs7.qsymbol2.IntRange: returns the lower bound
getLowerBound() - Method in class edu.buffalo.fs7.qsymbol2.DoubleRange: returns the lower bound
getMathlib() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns the mathlib object.
getMathObject() - Method in class edu.buffalo.fs7.mathlib.MathlibEvent: returns the value of the affected MathObject
getMatrix() - Method in class edu.buffalo.fs7.mathlib.Gate: returns the matrix applied to the subspace
getMatrixName() - Method in class edu.buffalo.fs7.jaQuzzi.ChooseMatrixDialog
getMatrixName() - Method in class edu.buffalo.fs7.jaQuzzi.MatrixInputDialog
getMaxContainerDepth() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns the maximum depth of the GateContainers hold by this table
getMaxIteration() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the maximum number of iterations for this gate container.
getMaxSelectionIndex() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
getMaxStep() - Method in class edu.buffalo.fs7.mathlib.ComputationEvent: returns max steps in computation
getMaxXValue() - Method in class edu.buffalo.fs7.qsymbol2.Chart: returns the maximum x value in the current range
getMaxYValue() - Method in class edu.buffalo.fs7.qsymbol2.Chart: returns the maximum y value in the current range
getMinimumSize() - Method in class edu.buffalo.fs7.qsymbol2.QBrick
getMinimumSize() - Method in class edu.buffalo.fs7.qsymbol2.InfoPanel
getMinimumSize() - Method in class edu.buffalo.fs7.qsymbol2.BrickCheckBox
getMinSelectionIndex() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
getMinXValue() - Method in class edu.buffalo.fs7.qsymbol2.Chart: returns the minimum x value in the current range
getMinYValue() - Method in class edu.buffalo.fs7.qsymbol2.Chart: returns the minimum y value in the current range
getName() - Method in class edu.buffalo.fs7.qsymbol2.NameStripper: returns the lowest order name
getNewName() - Method in class edu.buffalo.fs7.mathlib.MathlibEvent: return the newName argument
getNextTokenName() - Method in class edu.buffalo.fs7.mathlib.Tokenizer: returns the name of the next token if available.
getNominator() - Method in class edu.buffalo.fs7.jaQuzzi.PhaseDialog
getObjectName() - Method in class edu.buffalo.fs7.mathlib.MathlibEvent: returns the name of the affected MathObject
getOperator() - Method in class edu.buffalo.fs7.mathlib.ComputationEvent: returns originating operator
getParameterSet(String) - Static method in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: method to parse paramters from a command line parameter.
getParent() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the parent of the gate container
getPhaseDistribution(Braket, int[]) - Static method in class edu.buffalo.fs7.mathlib.Measurement: returns the real and imaginary parts of a register of qubits
getPixelPerTick() - Method in class edu.buffalo.fs7.qsymbol2.Chart
getPlotValue(int) - Method in class edu.buffalo.fs7.qsymbol2.Chart
getPlotValue(int) - Method in class edu.buffalo.fs7.qsymbol2.Histogram
getPlotValue(int) - Method in class edu.buffalo.fs7.qsymbol2.QubitChart
getPreferredColumnWidth() - Method in class edu.buffalo.fs7.qsymbol2.GateTableColumnModel: returns the preferred width of a column
getPreferredDimension() - Method in class edu.buffalo.fs7.qsymbol2.Chart
getPreferredSize() - Method in class edu.buffalo.fs7.qsymbol2.QBrick
getPreferredSize() - Method in class edu.buffalo.fs7.qsymbol2.InfoPanel
getPreferredSize() - Method in class edu.buffalo.fs7.qsymbol2.BrickCheckBox
getProbDistribution(Braket, int[]) - Static method in class edu.buffalo.fs7.mathlib.Measurement: returns the probability distribution for the outcome of a particular basis ket when performing a measurement without actually performing a measurement.
getProperty(String) - Method in class edu.buffalo.fs7.mathlib.GateProperty: returns the complex value of a property specified by the string.
getPropertyKeys() - Method in class edu.buffalo.fs7.mathlib.GateProperty: returns the name of all properties as an enumeration
getPropertyObject() - Method in class edu.buffalo.fs7.jaQuzzi.GatePropertyDialog
getPropertyObject() - Method in class edu.buffalo.fs7.jaQuzzi.CircuitPropertyDialog
getPropertyObject() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the property object
getQubitName(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
getQubitName(int) - Method in class edu.buffalo.fs7.qsymbol2.QubitPanel: returns the name of a qubit in the panel
getQubitNumber() - Method in class edu.buffalo.fs7.qsymbol2.QubitPanel: returns the number of checkboxes in the panel
getQubits() - Method in class edu.buffalo.fs7.qsymbol2.ChartWindow
getQubitValue() - Method in class edu.buffalo.fs7.qsymbol2.QubitPanel: retrieves the braket from the positions of the qubit checkboxes
getQubitVar(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
getQueue() - Method in class edu.buffalo.fs7.qsymbol2.PriorityQueue
getRandom() - Static method in class edu.buffalo.fs7.mathlib.Mathlib: returns the random object of the mathlib class
getRowCount() - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: returns the dimension of the gates (= qubit number)
getSelectionMode() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Returns the selection mode.
getSimulationMode() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns the simulation mode currently set (0 = ideal, 1 = operational errors, 2 = decoherence errors, 3 = both errors
getSize() - Method in class edu.buffalo.fs7.qsymbol2.SortedListModel
getSource() - Method in class edu.buffalo.fs7.mathlib.MathlibEvent: returns the origin of the MathlibEvent
getStep() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns the current step of the computation
getStep() - Method in interface edu.buffalo.fs7.qsymbol2.Steppable: needs to return the current step number
getStep() - Method in interface edu.buffalo.fs7.qsymbol2.StepHandler
getStep() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the current step within this gate container
getStepChild() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the step child index
getStepColumn() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns the column in which the computation is.
getStepCount() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns the maximum number of computational steps
getStepCount() - Method in interface edu.buffalo.fs7.qsymbol2.Steppable: needs to return the total number of steps
getStepCount() - Method in interface edu.buffalo.fs7.qsymbol2.StepHandler
getStepCount() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the number of steps contained in this gatecontainer.
getStepModel() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns the step model used by the step handler
getTableCellEditorComponent(JTable, Object, boolean, int, int) - Method in class edu.buffalo.fs7.qsymbol2.QubitEditor: standard method for returning the cell editor.
getTableCellRendererComponent(JTable, Object, boolean, boolean, int, int) - Method in class edu.buffalo.fs7.qsymbol2.QubitHeaderRenderer: in order to render the header correctly, the method analyses the GateContainer for possible children.
getTableCellRendererComponent(JTable, Object, boolean, boolean, int, int) - Method in class edu.buffalo.fs7.qsymbol2.QubitRenderer: this method of the mother object is overwritten
getTexCode() - Method in class edu.buffalo.fs7.qsymbol2.TexQBrick: returns the Latex code for the brick.
getTimeEstimateForStepsSec(int) - Method in class edu.buffalo.fs7.mathlib.Timing: returns a time estimate for the given number of steps based on the average time per step.
getTokenName() - Method in class edu.buffalo.fs7.mathlib.Tokenizer: returns the name of the current token if available.
getToolTipText(MouseEvent) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: overwrites the JTable method to provide the correct tooltip
getTopLevelName() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the top level name of the gate container.
getType() - Method in class edu.buffalo.fs7.qsymbol2.QubitChart
getUpdateTable() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns the flag whether the table is updated during a calculation
getUpperBound() - Method in class edu.buffalo.fs7.qsymbol2.IntRange: returns the upper bound
getUpperBound() - Method in class edu.buffalo.fs7.qsymbol2.DoubleRange: returns the upper bound
getURL(String) - Method in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: One day, JApplet will make this method obsolete.
getValueAt(int, int) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: returns the gateContainer in the model which corresponds to the column the paramter row is ignored.
getValueIsAdjusting() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
getValuesPerBin() - Method in class edu.buffalo.fs7.qsymbol2.Histogram
getVar(String) - Static method in class edu.buffalo.fs7.mathlib.Mathlib: This function is called for example by the class Parse in order to check expressions for beeing a variable and obtaining its value.
getVariable() - Method in class edu.buffalo.fs7.mathlib.ComputationEvent: returns affected variable
getVars() - Method in class edu.buffalo.fs7.mathlib.Mathlib: returns a Enumeration object of all variable names
getWidth() - Method in class edu.buffalo.fs7.qsymbol2.IntRange
getWidth() - Method in class edu.buffalo.fs7.qsymbol2.DoubleRange
getXAxisRange() - Method in class edu.buffalo.fs7.qsymbol2.Chart
getYAxisRange() - Method in class edu.buffalo.fs7.qsymbol2.Chart
getYDataCount() - Method in class edu.buffalo.fs7.qsymbol2.Chart
getYPlotCount() - Method in class edu.buffalo.fs7.qsymbol2.Chart
gotoStep(Braket, Braket, int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: performs a calculation up to the given step
gotoStep(Braket, Braket, int) - Method in interface edu.buffalo.fs7.qsymbol2.StepHandler: the two arguments are two brakets for two parallel computations.
gridbag - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel

H

hasMoreTokens() - Method in class edu.buffalo.fs7.mathlib.Tokenizer: returns whether or not there are more tokens.
hasStepFocus() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns wheter the gate container has the step focus
headerRenderer - Variable in class edu.buffalo.fs7.qsymbol2.GateTableColumnModel
HEIGHT - Static variable in class edu.buffalo.fs7.qsymbol2.TexQBrick
Histogram - class edu.buffalo.fs7.qsymbol2.Histogram.
Histogram() - Constructor for class edu.buffalo.fs7.qsymbol2.Histogram
HSPACER - Static variable in class edu.buffalo.fs7.qsymbol2.TexQBrick

I

im() - Method in class edu.buffalo.fs7.mathlib.Complex: returns the complex part of the complex number
IMAMPLITUDE_CHART - Static variable in class edu.buffalo.fs7.qsymbol2.QubitChart
implicitApply(Gate, Braket, Matrix) - Static method in class edu.buffalo.fs7.mathlib.BinaryOp: this method dispatches gate operation to specialized methods.
implicitApply2x2(Gate, Braket, Matrix) - Static method in class edu.buffalo.fs7.mathlib.BinaryOp: this method applies a general unitary 2x2 matrix onto the corresponding subspace as specified by the Gate argument to the ket given by v2.
implicitApply2x2a(Gate, Braket) - Static method in class edu.buffalo.fs7.mathlib.BinaryOp: this method is a optimized version to apply a unitary 2x2 matrix with zeros of the counter diagonal onto the corresponding subspace as specified by the Gate argument to the ket given by v2.
implicitApply2x2b(Gate, Braket) - Static method in class edu.buffalo.fs7.mathlib.BinaryOp: this method is a optimized version to apply a unitary 2x2 matrix with zero diagonal onto the corresponding subspace as specified by the Gate argument to the ket given by v2.
implicitApplyNxN(Gate, Braket) - Static method in class edu.buffalo.fs7.mathlib.BinaryOp: this method applies a general unitary NxN matrix onto the corresponding subspace as specified by the Gate argument to the ket given by v2.
implicitApplyNxNo(Gate, Braket) - Static method in class edu.buffalo.fs7.mathlib.BinaryOp: this method is an optimized method for applying a general unitary NxN matrix onto the corresponding subspace as specified by the Gate argument to the ket given by v2.
IN_PROGRESS - Static variable in class edu.buffalo.fs7.mathlib.ComputationEvent: computation in progress
increaseColumnWidth() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: method to increase the column width of the columns in the GateTable.
index - Variable in class edu.buffalo.fs7.qsymbol2.InfoPanel
InfoPanel - class edu.buffalo.fs7.qsymbol2.InfoPanel.: A class providing a clickable info panel.
InfoPanel.ClickListener - class edu.buffalo.fs7.qsymbol2.InfoPanel.ClickListener.: implements the clickability of the panel
InfoPanel.ClickListener(InfoPanel, JPanel) - Constructor for class edu.buffalo.fs7.qsymbol2.InfoPanel.ClickListener
InfoPanel() - Constructor for class edu.buffalo.fs7.qsymbol2.InfoPanel: creates an empty infoPanel
init() - Method in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: init method of the jaQuzzi applet.
initIcons() - Method in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: load all the icons used by the jaQuzzi program.
inQubits - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel: holds the qubitPanel for setting init values to the qubits
insertChildContainer(GateContainer, int) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: inserts a given gate container to a certain position of the child containers.
insertGateContainer(GateContainer, int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: inserts a GateContainer into a given position (GateTableColumnModel index)
insertGateContainer(int) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: generates an insert gateContainer event which causes the GatePanel class to modify the GateTable.
insertIndexInterval(int, int, boolean) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Insert length indices beginning before/after index.
insertQubit(int) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: generates an insert qubit event which causes the GatePanel class to modify the QubitPanel and the GateTable.
insertQubit(String, int) - Method in class edu.buffalo.fs7.qsymbol2.QubitPanel: inserts a checkbox with a label specified by labelName at position row.
IntRange - class edu.buffalo.fs7.qsymbol2.IntRange.: simple class providing a range of int numbers.
IntRange() - Constructor for class edu.buffalo.fs7.qsymbol2.IntRange
IntRange(int, int) - Constructor for class edu.buffalo.fs7.qsymbol2.IntRange: creates a range object with the specified range.
IntRange(IntRange) - Constructor for class edu.buffalo.fs7.qsymbol2.IntRange: clones a range object
isBra() - Method in class edu.buffalo.fs7.mathlib.Braket
isCalculationRunning() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: returns true if a calculation thread is running
isCellEditable(EventObject) - Method in class edu.buffalo.fs7.qsymbol2.QubitEditor
isCellEditable(int, int) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: returns true if the cell is a preparation operation
isLeadAnchorNotificationEnabled() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Returns the value of the leadAnchorNotificationEnabled flag.
isLeafContainer() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: determines whether container is a leaf container and therefore holds a gate
isObjectInCategory(String, String, String) - Method in class edu.buffalo.fs7.mathlib.VarAuthority: checks whether the given object (given by varibale & subCategory) matches the constraints of category
isSelectedIndex(int) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
isSelectionEmpty() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
isStep() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns true if the current gate container holds the current step
isTiming() - Method in class edu.buffalo.fs7.mathlib.Timing: returns whether the object is currently timing
itemStateChanged(ItemEvent) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: method of the ItemListener interface.
iterator() - Method in class edu.buffalo.fs7.qsymbol2.SortedListModel

J

JaqFileFilter - class edu.buffalo.fs7.jaQuzzi.JaqFileFilter.: class implementing a file filter.
JaqFileFilter() - Constructor for class edu.buffalo.fs7.jaQuzzi.JaqFileFilter: create a filter for *.jaq files
JaqFileFilter(String, String) - Constructor for class edu.buffalo.fs7.jaQuzzi.JaqFileFilter: create a filter for a given extension with a given description
jaQuzzi - class edu.buffalo.fs7.jaQuzzi.jaQuzzi.: This class is the central class of the jaQuzzi program.
jaQuzzi() - Constructor for class edu.buffalo.fs7.jaQuzzi.jaQuzzi

K

keys - Variable in class edu.buffalo.fs7.qsymbol2.InfoPanel: holds the labels
keys - Variable in class edu.buffalo.fs7.qsymbol2.PriorityQueue

L

labels - Variable in class edu.buffalo.fs7.qsymbol2.QubitPanel: vector holding the name of the qubit for each checkbox
lastElement() - Method in class edu.buffalo.fs7.qsymbol2.SortedListModel
leadAnchorNotificationEnabled - Variable in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
leadingUnaryOp() - Method in class edu.buffalo.fs7.mathlib.UnaryOp: returns whether the unary operator this object represents is a leading unary operator, i.e.
levelDown(String) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: brings a child container one level down.
levelUp(String) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: brings a child container one level up.
LINE_STYLE - Static variable in class edu.buffalo.fs7.qsymbol2.Chart
listen - Variable in class edu.buffalo.fs7.qsymbol2.QubitChart
listen - Variable in class edu.buffalo.fs7.qsymbol2.StateWindow
listenerList - Variable in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
listeners - Static variable in class edu.buffalo.fs7.mathlib.Parse: holds the MathlibEventListeners
listeners - Static variable in class edu.buffalo.fs7.mathlib.Mathlib: this vector holds computation event listeners
listSystem() - Method in class edu.buffalo.fs7.mathlib.Mathlib: This function lists the system variables with their corresponding values.
listVars() - Method in class edu.buffalo.fs7.mathlib.Mathlib: This function lists all registered variables of the Mathlib object.
loadModelFromFile(File) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: loads a circuit from a given file.
locateGateContainer(String) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
LOG - class edu.buffalo.fs7.mathlib.LOG.
LOG() - Constructor for class edu.buffalo.fs7.mathlib.LOG
LOG(int, String) - Static method in class edu.buffalo.fs7.mathlib.LOG
lowerBound - Variable in class edu.buffalo.fs7.qsymbol2.IntRange
lowerBound - Variable in class edu.buffalo.fs7.qsymbol2.DoubleRange

M

m - Variable in class edu.buffalo.fs7.mathlib.MathObjectConstraints: m extension constraint (might not apply everywhere
m - Variable in class edu.buffalo.fs7.mathlib.Matrix: holds dimension information
m() - Method in class edu.buffalo.fs7.mathlib.Matrix: returns the number of columns
magnitude() - Method in class edu.buffalo.fs7.mathlib.Complex: returns the magnitude of the complex number.
magnitudeSquared() - Method in class edu.buffalo.fs7.mathlib.Complex: returns the squared magnitude of the complex number
main(String[]) - Static method in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: this method is called when the jaQuzzi class is started from the command line.
majorTick - Variable in class edu.buffalo.fs7.qsymbol2.Chart
math - Variable in class edu.buffalo.fs7.qsymbol2.QVarTree
mathClass - Variable in class edu.buffalo.fs7.mathlib.MathObjectConstraints: class type constraint
mathInputDialog(JFrame, String, Matrix, boolean[][], boolean) - Static method in class edu.buffalo.fs7.jaQuzzi.Dialogs: show a dialog for the input of an abritrary matrix.
mathlib - Variable in class edu.buffalo.fs7.qsymbol2.DataWindow
mathlib - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: hold the mathlib
mathlib - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel: the mathlib
mathlib - Variable in class edu.buffalo.fs7.qsymbol2.StateWindow
mathlib - Static variable in class edu.buffalo.fs7.mathlib.MathObject: holds a reference to an instantiated Mathlib object.
mathlib - Variable in class edu.buffalo.fs7.mathlib.VarAuthority: holds a reference to the Mathlib object
mathlib - Variable in class edu.buffalo.fs7.mathlib.Parse: holds the Mathlib object
Mathlib - class edu.buffalo.fs7.mathlib.Mathlib.: The Mathlib class needs to be instantiated in order to use all mathlib package features as variables, functions etc.
Mathlib() - Constructor for class edu.buffalo.fs7.mathlib.Mathlib: This constructor initializes the hashtables for variables and functions that might be used in algebraic expressions.
MathlibEvent - class edu.buffalo.fs7.mathlib.MathlibEvent.: A MathlibEvent is fired whenever a variable is created, deleted or changes it's value.
MathlibEvent(Object, String, String, String, MathObject, int) - Constructor for class edu.buffalo.fs7.mathlib.MathlibEvent: creates a MathlibEvent
MathlibEvent(String, MathObject, int) - Constructor for class edu.buffalo.fs7.mathlib.MathlibEvent: creates a MathlibEvent
MathlibEvent(String, String) - Constructor for class edu.buffalo.fs7.mathlib.MathlibEvent: creates a rename MathlibEvent
MathlibEvent(String, String, String, MathObject, int) - Constructor for class edu.buffalo.fs7.mathlib.MathlibEvent: creates a MathlibEvent
MathlibEventListener - interface edu.buffalo.fs7.mathlib.MathlibEventListener.: this interface is implemented by classes who would like to be notified about variable changes in the Mathlib class.
MathMap - class edu.buffalo.fs7.mathlib.MathMap.: generic class for a mathematical one-argument function.
MathMap() - Constructor for class edu.buffalo.fs7.mathlib.MathMap: generic constructor
MathObject - class edu.buffalo.fs7.mathlib.MathObject.: Generic class for mathematical entities in the mathlib package.
MathObject() - Constructor for class edu.buffalo.fs7.mathlib.MathObject: generic constructor
MathObject(MathObject) - Constructor for class edu.buffalo.fs7.mathlib.MathObject: clone instructor
MathObjectConstraints - class edu.buffalo.fs7.mathlib.MathObjectConstraints.: this class provides constraints for a category similar to GridBagConstraints in the GridBagLayout.
MathObjectConstraints() - Constructor for class edu.buffalo.fs7.mathlib.MathObjectConstraints: creates an empty constraints object
MathObjectConstraints(Class, String, int, int, int, String) - Constructor for class edu.buffalo.fs7.mathlib.MathObjectConstraints: creates a MathObjectConstraints object
MathObjectConstraints(MathObjectConstraints) - Constructor for class edu.buffalo.fs7.mathlib.MathObjectConstraints: clones a MathObjectConstraints object
Matrix - class edu.buffalo.fs7.mathlib.Matrix.: Class representing a mathematical matrix object.
Matrix(int) - Constructor for class edu.buffalo.fs7.mathlib.Matrix: constructs a zero (n x n) matrix
Matrix(int, int) - Constructor for class edu.buffalo.fs7.mathlib.Matrix: constructs a zero (n x m) matrix (n rows, m columns)
Matrix(MathObject) - Constructor for class edu.buffalo.fs7.mathlib.Matrix: clone constructor
matrixDimension - Variable in class edu.buffalo.fs7.mathlib.Gate: holds the matrix dimension
MatrixInputDialog - class edu.buffalo.fs7.jaQuzzi.MatrixInputDialog.: class representing a dialog to enter a variable sized matrix.
MatrixInputDialog(JFrame, String, boolean, Matrix, boolean[][], boolean) - Constructor for class edu.buffalo.fs7.jaQuzzi.MatrixInputDialog
matrixName - Variable in class edu.buffalo.fs7.mathlib.Gate: holds the matrix name
measureIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
Measurement - class edu.buffalo.fs7.mathlib.Measurement.: class representing the process of measurement.
MEASUREMENT - Static variable in class edu.buffalo.fs7.qsymbol2.QBrick: state constant
Measurement() - Constructor for class edu.buffalo.fs7.mathlib.Measurement: create a measurement map for a full measurement
minorTick - Variable in class edu.buffalo.fs7.qsymbol2.Chart
minus(Complex) - Method in class edu.buffalo.fs7.mathlib.Complex: add a given complex number with this object and returns a new complex number
mouseClicked(MouseEvent) - Method in class edu.buffalo.fs7.qsymbol2.InfoPanel.ClickListener
moveQubit(int, int) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: moves a qubit by exchanging the charakters in the gate_descr for each gateContainer
moveQubit(int, int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
moveQubit(int, int) - Method in class edu.buffalo.fs7.qsymbol2.QubitPanel: moves a checkbox with its label to a given position

N

n - Variable in class edu.buffalo.fs7.mathlib.MathObjectConstraints: n extension constraint
n - Variable in class edu.buffalo.fs7.mathlib.Braket: holds the number of qubits.
n - Variable in class edu.buffalo.fs7.mathlib.Gate: holds the number of qubits
n - Variable in class edu.buffalo.fs7.mathlib.Matrix: holds dimension information
n() - Method in class edu.buffalo.fs7.mathlib.Matrix: returns the number of rows.
name - Variable in class edu.buffalo.fs7.qsymbol2.GateContainer: name of the gate container
NameStripper - class edu.buffalo.fs7.qsymbol2.NameStripper.: this class is a helper class to translate the naming convention of the Gate variables into a nested structure of GateContainers.
NameStripper(String) - Constructor for class edu.buffalo.fs7.qsymbol2.NameStripper: create a NameStripper object for a given string.
negative - Variable in class edu.buffalo.fs7.mathlib.Gate
negative() - Method in class edu.buffalo.fs7.mathlib.Vect: negates the vector
negative() - Method in class edu.buffalo.fs7.mathlib.Gate: negates the gate
negative() - Method in class edu.buffalo.fs7.mathlib.Matrix: negates the matrix
negative() - Method in class edu.buffalo.fs7.mathlib.Complex
newIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: images are a little bit tricky if a program can be run as an applet as well as an application.
nextStringSet() - Method in class edu.buffalo.fs7.qsymbol2.InfoPanel: brings up the next two info lines.
nextToken() - Method in class edu.buffalo.fs7.mathlib.Tokenizer: returns the next token, returns null if there are no more tokens
nextToken(String) - Method in class edu.buffalo.fs7.mathlib.Tokenizer: returns the next token and generates an error message in case there are no more tokens.
NoiseError - class edu.buffalo.fs7.mathlib.NoiseError.: class representing a map that generates an infinitesimal 2x2 complex rotation matrix in dependence of the standard deviation of a Gaussian distribution given as a parameter.
NoiseError() - Constructor for class edu.buffalo.fs7.mathlib.NoiseError: creates a map that generates an infinitesimal 2x2 rotation matrix.
Norm - class edu.buffalo.fs7.mathlib.Norm.: Class representing a norm map.
Norm() - Constructor for class edu.buffalo.fs7.mathlib.Norm: creates a norm map
NOTHING - Static variable in class edu.buffalo.fs7.qsymbol2.QBrick: state constant

O

OneMap - class edu.buffalo.fs7.mathlib.OneMap.: function generating a identity matrix for a given dimension.
OneMap() - Constructor for class edu.buffalo.fs7.mathlib.OneMap: constructs the one-map
OpenDelimiter - class edu.buffalo.fs7.mathlib.OpenDelimiter.: Class representing an opening delimiter.
OpenDelimiter() - Constructor for class edu.buffalo.fs7.mathlib.OpenDelimiter: creates an opening delimiter object ("(")
openIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
Operator - class edu.buffalo.fs7.mathlib.Operator.: tagging class
Operator() - Constructor for class edu.buffalo.fs7.mathlib.Operator
output - Static variable in class edu.buffalo.fs7.mathlib.LOG

P

paint(Graphics) - Method in class edu.buffalo.fs7.qsymbol2.QBrick: responsible to draw the state specified by this class
paint(Graphics) - Method in class edu.buffalo.fs7.qsymbol2.TexQBrick: does nothing, simply overwrites the QBrick method
paint(Graphics) - Method in class edu.buffalo.fs7.qsymbol2.InfoPanel: paints a two line info panel
paint(Graphics) - Method in class edu.buffalo.fs7.qsymbol2.Chart
paint(Graphics) - Method in class edu.buffalo.fs7.qsymbol2.BrickCheckBox
Parameter - class edu.buffalo.fs7.jaQuzzi.Parameter.: simple class to hold a simulation parameter.
Parameter(double, double, double, int) - Constructor for class edu.buffalo.fs7.jaQuzzi.Parameter
parent - Variable in class edu.buffalo.fs7.qsymbol2.GateContainer: parent container
parent - Variable in class edu.buffalo.fs7.qsymbol2.QubitPanel: refernence to the parent who needs to be an ItemListener
Parse - class edu.buffalo.fs7.mathlib.Parse.: class providing methods to parse an arithmetic expression.
Parse(Mathlib) - Constructor for class edu.buffalo.fs7.mathlib.Parse: creates a Parse object associated with a certain Mathlib object
parseBraket(String) - Static method in class edu.buffalo.fs7.mathlib.Braket: parses a braket object from a given string.
parseBraket(Vect) - Static method in class edu.buffalo.fs7.mathlib.Braket: creates a braket object from a Vect object.
parseComplex(String) - Static method in class edu.buffalo.fs7.mathlib.Complex: parses a complex number from a given string.
parseExpression(String) - Static method in class edu.buffalo.fs7.mathlib.Parse: static method which can parse an expression without using variable and without any assignments.
parseGate(String) - Static method in class edu.buffalo.fs7.mathlib.Gate: parses a gate from a given string.
parseMatrix(String) - Static method in class edu.buffalo.fs7.mathlib.Matrix: parses a matrix from a string.
parseVector(String) - Static method in class edu.buffalo.fs7.mathlib.Vect: parses the vect object from a string.
partialMeasurement(Braket, int) - Static method in class edu.buffalo.fs7.mathlib.Measurement: performing a partial measurement to the qubit given.
PhaseDialog - class edu.buffalo.fs7.jaQuzzi.PhaseDialog.: class representing a dialog to enter a 2x2 phase matrix
PhaseDialog(JFrame, String, boolean, int, int) - Constructor for class edu.buffalo.fs7.jaQuzzi.PhaseDialog
phaseInputDialog(JFrame, int[]) - Static method in class edu.buffalo.fs7.jaQuzzi.Dialogs: brings up the PhaseInputDialog.
PhMap - class edu.buffalo.fs7.mathlib.PhMap.: class representing a 2x2 phase matrix.
PhMap() - Constructor for class edu.buffalo.fs7.mathlib.PhMap: constructs the one-map
pixelPerTick - Variable in class edu.buffalo.fs7.qsymbol2.Chart
plotLegend(Graphics2D, Point) - Method in class edu.buffalo.fs7.qsymbol2.Chart
plotLegend(Graphics2D, Point) - Method in class edu.buffalo.fs7.qsymbol2.Histogram
plotStyle - Variable in class edu.buffalo.fs7.qsymbol2.Chart
plotXAxis(Graphics2D, int) - Method in class edu.buffalo.fs7.qsymbol2.Chart
plotYAxis(Graphics2D) - Method in class edu.buffalo.fs7.qsymbol2.Chart
plus_(Complex) - Method in class edu.buffalo.fs7.mathlib.Complex: specialized addition routine for large Braket objects where the complex numbers are not instantiated before actually participating in an operation.
plus(Complex) - Method in class edu.buffalo.fs7.mathlib.Complex: add a a given complex number with this object and returns a new complex number
POINT_STYLE - Static variable in class edu.buffalo.fs7.qsymbol2.Chart
pow(int, int) - Static method in class edu.buffalo.fs7.mathlib.BinaryOp: integer power funtion base^exp
precedence(BinaryOp) - Method in class edu.buffalo.fs7.mathlib.BinaryOp: decides whether the current operator precedes the operator given as a parameter.
presetQubit - Static variable in class edu.buffalo.fs7.mathlib.Decoherence
priority - Variable in class edu.buffalo.fs7.mathlib.VarAuthority: keeps record on priority of groups (first come first serve)
priorityQueue - Variable in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
priorityQueue - Variable in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel2
PriorityQueue - class edu.buffalo.fs7.qsymbol2.PriorityQueue.: this class represents a data structure to provide the QubitSelectionModel with the capability of tracking the order of how the rows got selected.
PriorityQueue() - Constructor for class edu.buffalo.fs7.qsymbol2.PriorityQueue: create an empty queue
PROBABILITY_CHART - Static variable in class edu.buffalo.fs7.qsymbol2.QubitChart
processEvent(ComputationEvent) - Static method in class edu.buffalo.fs7.mathlib.Mathlib: is called internally by fireMathlibEvent in order to dispatch the event
processEvent(MathlibEvent) - Static method in class edu.buffalo.fs7.mathlib.Parse: is called internally by fireMathlibEvent in order to dispatch the event
progressBar - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel
properties - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: this is to keep track of the properties of the GateTable class
properties - Variable in class edu.buffalo.fs7.mathlib.GateProperty
propertyIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
pushBack() - Method in class edu.buffalo.fs7.mathlib.Tokenizer: goes back one token.
put(String, Object) - Method in class edu.buffalo.fs7.qsymbol2.InfoPanel: adds a new info label - info value pair to the panel
putVar(String, MathObject) - Static method in class edu.buffalo.fs7.mathlib.Mathlib: This function is called for example by the class Parse in order to register a new variable after recognizing an assignment expression.

Q

q - Variable in class edu.buffalo.fs7.qsymbol2.GateTable.Calculation
QBrick - class edu.buffalo.fs7.qsymbol2.QBrick.: this class is used by the GateTable to render one cell.
QBrick() - Constructor for class edu.buffalo.fs7.qsymbol2.QBrick: creates a brick with a line in the middle
QBrick(int) - Constructor for class edu.buffalo.fs7.qsymbol2.QBrick: creates a brick with a given state (see the constants of this class)
QBrick(JTable, Gate, int, boolean, int) - Constructor for class edu.buffalo.fs7.qsymbol2.QBrick: identifies the brick from the information provided.
qubitBoxes - Variable in class edu.buffalo.fs7.qsymbol2.QubitPanel: vector holding the checkbox for each qubit
QubitChart - class edu.buffalo.fs7.qsymbol2.QubitChart.
QubitChart(GateTable, int, int[]) - Constructor for class edu.buffalo.fs7.qsymbol2.QubitChart
qubitdownIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
QubitEditor - class edu.buffalo.fs7.qsymbol2.QubitEditor.: class to provide the preparation gate within the GateTable.
QubitEditor() - Constructor for class edu.buffalo.fs7.qsymbol2.QubitEditor
QubitHeaderRenderer - class edu.buffalo.fs7.qsymbol2.QubitHeaderRenderer.: class for drawing the column header of the GateTable table.
QubitPanel - class edu.buffalo.fs7.qsymbol2.QubitPanel.: class providing a panel with CheckBoxes to set the initial value of a braket.
QubitPanel(ItemListener, int) - Constructor for class edu.buffalo.fs7.qsymbol2.QubitPanel: creates a qubit panel in extended mode
QubitPanel(ItemListener, int, int) - Constructor for class edu.buffalo.fs7.qsymbol2.QubitPanel: creates a qubit panel in the specified mode
QubitRenderer - class edu.buffalo.fs7.qsymbol2.QubitRenderer.: this class is derived from the DefaulTableCellRenderer in order to be able to render the GateContainers correctly.
QubitRenderer() - Constructor for class edu.buffalo.fs7.qsymbol2.QubitRenderer
qubits - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: holds the names of the qubits
qubits - Variable in class edu.buffalo.fs7.qsymbol2.ChartWindow
qubits - Static variable in class edu.buffalo.fs7.qsymbol2.GatePanel: string constant for qubits variable
qubits - Variable in class edu.buffalo.fs7.qsymbol2.QubitChart
qubits - Variable in class edu.buffalo.fs7.qsymbol2.StateWindow
qubits - Variable in class edu.buffalo.fs7.qsymbol2.QubitPanel: number of qubits = number of checkboxes
qubitsB - Variable in class edu.buffalo.fs7.qsymbol2.DataWindow
QubitSelectionModel - class edu.buffalo.fs7.qsymbol2.QubitSelectionModel.: This class copies a lot of the code of the original DefaultListSelectionModel.
QubitSelectionModel() - Constructor for class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
QubitSelectionModel2 - class edu.buffalo.fs7.qsymbol2.QubitSelectionModel2.: This class copies a lot of the code of the original DefaultSelectionModel.
QubitSelectionModel2() - Constructor for class edu.buffalo.fs7.qsymbol2.QubitSelectionModel2
qubitUpdate - Static variable in class edu.buffalo.fs7.qsymbol2.GatePanel: string constant for qubitUpdate property
qubitUpdate() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: updates the statusbar and sets the icon for the computation control panel correctly.
qubitupIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
quietMode - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: this is temporarily to suppress graphical output
quietMode - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel: true if the graphical output is should be supressed
QVarTree - class edu.buffalo.fs7.qsymbol2.QVarTree.: class implementing a panel which lists the variables of a Mathlib object and allows to access the math engine directly.
QVarTree(Mathlib) - Constructor for class edu.buffalo.fs7.qsymbol2.QVarTree: create the panel for a given mathlib object

R

random - Static variable in class edu.buffalo.fs7.mathlib.Mathlib
re() - Method in class edu.buffalo.fs7.mathlib.Complex: returns the real part of the complex number
REAMPLITUDE_CHART - Static variable in class edu.buffalo.fs7.qsymbol2.QubitChart
refQ - Variable in class edu.buffalo.fs7.qsymbol2.GateTable.Calculation
refQubits - Variable in class edu.buffalo.fs7.qsymbol2.DataWindow
refQubits - Static variable in class edu.buffalo.fs7.qsymbol2.GatePanel: string constant for second qubits variable in case of calculating fidelity
refresh() - Method in class edu.buffalo.fs7.qsymbol2.DataWindow
refresh() - Method in class edu.buffalo.fs7.qsymbol2.ChartWindow
refresh() - Method in class edu.buffalo.fs7.qsymbol2.QubitChart
refresh() - Method in class edu.buffalo.fs7.qsymbol2.StateWindow
register(String, MathObject, String) - Method in class edu.buffalo.fs7.mathlib.Command: registers a variable in a certain category as specified by s1.
registerCategory(String, MathObjectConstraints) - Method in class edu.buffalo.fs7.mathlib.VarAuthority: registers a category
registerGateContainer(GateContainer, int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
remainingTimeEstimate - Static variable in class edu.buffalo.fs7.qsymbol2.GatePanel: string constant for remainingTimeEstimate property
REMOVE - Static variable in class edu.buffalo.fs7.mathlib.MathlibEvent: variable removed
remove(int) - Method in class edu.buffalo.fs7.qsymbol2.PriorityQueue: remove an element
removeAll() - Method in class edu.buffalo.fs7.qsymbol2.SortedListModel
removeCellEditorListener(CellEditorListener) - Method in class edu.buffalo.fs7.qsymbol2.QubitEditor
removeChildContainer(GateContainer) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: removes a child container specified by child.
removeComputationEventListener(ComputationEventListener) - Static method in class edu.buffalo.fs7.mathlib.Mathlib: removes a ComputationEventListener
removeElement(Object) - Method in class edu.buffalo.fs7.qsymbol2.SortedListModel
removeGateContainer(GateContainer) - Method in class edu.buffalo.fs7.qsymbol2.GateTableColumnModel: removes the correspondig TableColumn object from the TableColumn model.
removeGateContainer(GateContainer) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: removes a given gateContainer
removeGateContainer(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: removes a given gateContainer
removeGateContainer(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
removeGateContainer(int) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: generates a remove gateContainer event which causes the GatePanel class to modify the GateTable.
removeGroup(int) - Method in class edu.buffalo.fs7.qsymbol2.NameStripper: removes a certain part of the name. 0 is the top level.
removeIndexInterval(int, int) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Remove the indices in the interval index0,index1 (inclusive) from the selection model.
removeLeafGateContainer(String) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: removes a leaf container specified by name
removeListSelectionListener(ListSelectionListener) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
removeMathlibEventListener(MathlibEventListener) - Static method in class edu.buffalo.fs7.mathlib.Parse: removes a MathlibEventListener
removeMathlibEventListener(MathlibEventListener) - Static method in class edu.buffalo.fs7.mathlib.Mathlib: wrapper method...
removeProperty(String) - Method in class edu.buffalo.fs7.mathlib.GateProperty: removes a property of the property object.
removePropertyChangeListener(PropertyChangeListener) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
removePropertyChangeListener(PropertyChangeListener) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: wrapping method
removeQubit(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: remove a qubit, i.e. for each gateContainer in the model the gate_descr is modiefied.
removeQubit(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
removeQubit(int) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: generates an remove qubit event which causes the GatePanel class to modify the QubitPanel and the GateTable.
removeQubit(int) - Method in class edu.buffalo.fs7.qsymbol2.QubitPanel: removes a given checkbox with label
removeSelectionInterval(int, int) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
removeVar(String) - Static method in class edu.buffalo.fs7.mathlib.Mathlib: This function is removes a variable from the variable list.
removeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.GateTable
removeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: method of the MathlibEventListener interface.
removeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.QVarTree: removes a node from the tree in case of a MathlibEvent.
removeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.QubitChart
removeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.qsymbol2.StateWindow
removeVariable(MathlibEvent) - Method in class edu.buffalo.fs7.mathlib.Mathlib: required by the MathlibEventListener interface.
removeVariable(MathlibEvent) - Method in interface edu.buffalo.fs7.mathlib.MathlibEventListener: method called when a variable is removed
renameGateContainer(int, String) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: generates a rename gateContainer event which causes the GatePanel class to modify the GateTable.
renderer - Variable in class edu.buffalo.fs7.qsymbol2.GateTableColumnModel
replaceSubstring(String, String, String) - Static method in class edu.buffalo.fs7.mathlib.Parse: static method replacing a substring by another substring used by the preprocessor
reset() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: resets the step handler and the gate containers
reset() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: resets the gatePanel and the computation
reset() - Method in interface edu.buffalo.fs7.qsymbol2.Steppable: resets the step handling to an initial state
reset() - Method in interface edu.buffalo.fs7.qsymbol2.StepHandler
reset() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: resets the step handling of the gate container
reset() - Method in class edu.buffalo.fs7.qsymbol2.QubitPanel: does nothing right now
reset() - Method in class edu.buffalo.fs7.mathlib.Timing: reset the internal values
reset() - Static method in class edu.buffalo.fs7.mathlib.LOG
resetIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
resize() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: is a workaround for JAVA bug 4226181, but I think it is not used anymore in the application.
resizeChart(Dimension, Insets) - Method in class edu.buffalo.fs7.qsymbol2.Chart
resizeChart(Dimension, Insets) - Method in class edu.buffalo.fs7.qsymbol2.Histogram
run - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel: true if a computation thread is running
run() - Method in class edu.buffalo.fs7.qsymbol2.GateTable.Calculation
run() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: runs a computation.
runButton - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel
runIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
RxMap - class edu.buffalo.fs7.mathlib.RxMap.: function representing x-rotation operator in 2 dimensions.
RxMap() - Constructor for class edu.buffalo.fs7.mathlib.RxMap: constructs the one-map
RyMap - class edu.buffalo.fs7.mathlib.RyMap.: function representing y-rotation operator in 2 dimensions.
RyMap() - Constructor for class edu.buffalo.fs7.mathlib.RyMap: constructs the one-map
RzMap - class edu.buffalo.fs7.mathlib.RzMap.: function representing z-rotation operator in 2 dimensions.
RzMap() - Constructor for class edu.buffalo.fs7.mathlib.RzMap: constructs the one-map

S

saveasIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
saveIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
saveModelToFile(File) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: saves a circuit to a file.
saveTableToTex(File) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: writes the circuit in a format which can be interpreted by the LaTeX picture environment
scale(int, int, double) - Method in class edu.buffalo.fs7.qsymbol2.Chart
scrollPane - Variable in class edu.buffalo.fs7.qsymbol2.StateWindow
selected - Variable in class edu.buffalo.fs7.qsymbol2.QBrick: true if the cell is selected
Separator - class edu.buffalo.fs7.mathlib.Separator.: Class representing a Separator object.
Separator() - Constructor for class edu.buffalo.fs7.mathlib.Separator: creates a default separator (',')
set(double, double) - Method in class edu.buffalo.fs7.mathlib.Complex: set the complex number to a given value
set(String, Object) - Method in class edu.buffalo.fs7.qsymbol2.InfoPanel: overwrites an existing info label - info value pair with a new info value
setAnchorSelectionIndex(int) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Set the anchor selection index, leaving all selection values unchanged.
setBrickWidth(int) - Static method in class edu.buffalo.fs7.qsymbol2.TexQBrick: sets the width of each brick
setCategory(String) - Method in class edu.buffalo.fs7.mathlib.Parse: set a preset category in order to let all MathlibEvents generated by the parse methods belong to this preset category (not used anymore)
setCategory(String) - Method in class edu.buffalo.fs7.mathlib.Mathlib
setChartType(int) - Method in class edu.buffalo.fs7.qsymbol2.ChartWindow
setCircuitProperty(String, double) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: sets a property to a GateProperty object "circuit_properties" kept as a variable in the mathlib class.
setClickCountToStart(int) - Method in class edu.buffalo.fs7.qsymbol2.QubitEditor
setCurrentIteration(int) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: sets the value of the current iteration
setDebuglevel(int) - Static method in class edu.buffalo.fs7.mathlib.LOG
setDenominator(int) - Method in class edu.buffalo.fs7.jaQuzzi.PhaseDialog
setDigits(int) - Static method in class edu.buffalo.fs7.mathlib.Complex: sets the number of output digits
setElement(int, int, Complex) - Method in class edu.buffalo.fs7.mathlib.Matrix: sets the element in row n, col m to a certain value.
setFidelity(boolean) - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: method sets whether the fidelity of during a calculation should be calculated or not.
setGate(String) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: sets the gate hold by this gatecontainer. only applicable to leaf containers.
setGate(String) - Method in class edu.buffalo.fs7.mathlib.GateProperty: sets the gate to which this property object belongs
setInternalDigits(int) - Static method in class edu.buffalo.fs7.mathlib.Complex: sets the internal number of digits.
setIsSelected(JTable, boolean) - Method in class edu.buffalo.fs7.qsymbol2.BrickCheckBox: set the selection status.
setLeadAnchorNotificationEnabled(boolean) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Sets the value of the leadAnchorNotificationEnabled flag.
setLeadSelectionIndex(int) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Sets the lead selection index, ensuring that values between the anchor and the new lead are either all selected or all deselected.
setListen(boolean) - Method in class edu.buffalo.fs7.qsymbol2.QubitChart
setListen(boolean) - Method in class edu.buffalo.fs7.qsymbol2.StateWindow
setLowerBound(double) - Method in class edu.buffalo.fs7.qsymbol2.DoubleRange
setLowerBound(int) - Method in class edu.buffalo.fs7.qsymbol2.IntRange
setNominator(int) - Method in class edu.buffalo.fs7.jaQuzzi.PhaseDialog
setOutputArea(JTextArea) - Static method in class edu.buffalo.fs7.mathlib.LOG
setParent(GateContainer) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: sets the parent of the gate container
setPixelPerTick(int) - Method in class edu.buffalo.fs7.qsymbol2.Chart
setPlotStyle(int) - Method in class edu.buffalo.fs7.qsymbol2.Chart: sets the plot style, can be one of the three POINT_STYLE, LINE_STYLE, BAR_STYLE
setPropertyObject(GateProperty) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: registers the given gateProperty object as the property object of this gate containers.
setQubitName(int, String) - Method in class edu.buffalo.fs7.qsymbol2.QubitPanel: sets the name of a qubit in the panel
setQubitNumber(int) - Method in class edu.buffalo.fs7.qsymbol2.QubitPanel: sets the qubit number to a given value.
setQubits(int[]) - Method in class edu.buffalo.fs7.qsymbol2.DataWindow
setQubits(int[]) - Method in class edu.buffalo.fs7.qsymbol2.ChartWindow
setQubits(int[]) - Method in class edu.buffalo.fs7.qsymbol2.QubitChart
setQubits(int[]) - Method in class edu.buffalo.fs7.qsymbol2.StateWindow
setQubitValue(BitSet) - Method in class edu.buffalo.fs7.qsymbol2.QubitPanel: initializes the checkboxes to the pattern given by the BitSet.
setRange(double, double) - Method in class edu.buffalo.fs7.qsymbol2.DoubleRange
setRange(int, int) - Method in class edu.buffalo.fs7.qsymbol2.IntRange
setSelectionInterval(int, int) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
setSelectionMode(int) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Sets the selection mode.
setSimple(boolean) - Static method in class edu.buffalo.fs7.mathlib.Complex: sets the output mode for complex numbers. e.g. c = 0 + 1*i simple = true : c = i simple = false: c = 0 + 1i
setStepFocus(boolean) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: sets the step focus to this gate container.
setTopLevelName(String) - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: sets the top level name of the gate container.
setType(int) - Method in class edu.buffalo.fs7.qsymbol2.QubitChart
setUpdateTable(boolean) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: set whether the table should be updated during a calculation or not.
setUpperBound(double) - Method in class edu.buffalo.fs7.qsymbol2.DoubleRange
setUpperBound(int) - Method in class edu.buffalo.fs7.qsymbol2.IntRange
setValueAt(Object, int, int) - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: method is called in the process of editing a cell.
setValueIsAdjusting(boolean) - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel
setValuesPerBin(int) - Method in class edu.buffalo.fs7.qsymbol2.Histogram
setVar(String) - Method in class edu.buffalo.fs7.qsymbol2.DataWindow
setVar(String) - Method in class edu.buffalo.fs7.qsymbol2.StateWindow
setVisible(boolean) - Method in class edu.buffalo.fs7.qsymbol2.DataWindow
setVisible(boolean) - Method in class edu.buffalo.fs7.qsymbol2.ChartWindow
setVisible(boolean) - Method in class edu.buffalo.fs7.qsymbol2.StateWindow
setXAxisRange(int, int) - Method in class edu.buffalo.fs7.qsymbol2.Chart
setYAxisRange(double, double) - Method in class edu.buffalo.fs7.qsymbol2.Chart
setYVector(Vector) - Method in class edu.buffalo.fs7.qsymbol2.Chart
shouldSelectCell(EventObject) - Method in class edu.buffalo.fs7.qsymbol2.QubitEditor
shrinkIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
simMode - Variable in class edu.buffalo.fs7.jaQuzzi.CircuitPropertyDialog: 0 = ideal, 1 = operational errors, 2 = decoherence errors, 3 = both errors
SIMPLE - Static variable in class edu.buffalo.fs7.qsymbol2.QubitPanel: mode constant
singleClick(TreePath) - Method in class edu.buffalo.fs7.qsymbol2.QVarTree: implements the functionality for a single click to a tree element
SinMap - class edu.buffalo.fs7.mathlib.SinMap.: Class representing the real sin() function.
SinMap() - Constructor for class edu.buffalo.fs7.mathlib.SinMap: creates the exp function
SortedListModel - class edu.buffalo.fs7.qsymbol2.SortedListModel.: class to provide an alphabetically sorted list.
SortedListModel() - Constructor for class edu.buffalo.fs7.qsymbol2.SortedListModel
SqrtMap - class edu.buffalo.fs7.mathlib.SqrtMap.: sqrt map for complex arguments
SqrtMap() - Constructor for class edu.buffalo.fs7.mathlib.SqrtMap: constructs the sqrt map
start() - Method in class edu.buffalo.fs7.mathlib.Timing: starts the timing process
STARTED - Static variable in class edu.buffalo.fs7.mathlib.ComputationEvent: computation started
state - Variable in class edu.buffalo.fs7.qsymbol2.QBrick: the integer state of this QBrick
stateWindow - Variable in class edu.buffalo.fs7.qsymbol2.DataWindow
StateWindow - class edu.buffalo.fs7.qsymbol2.StateWindow.
StateWindow(GateTable, String, int[]) - Constructor for class edu.buffalo.fs7.qsymbol2.StateWindow
statusBar - Variable in class edu.buffalo.fs7.qsymbol2.DataWindow
statusBar - Variable in class edu.buffalo.fs7.qsymbol2.ChartWindow
statusBar - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel
statusBarLabel - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel
step - Static variable in class edu.buffalo.fs7.qsymbol2.GatePanel: string constant for step property
stepBackward() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: wraps the stepBackward method of the GateTable class.
stepBackward() - Method in interface edu.buffalo.fs7.qsymbol2.Steppable: needs to decrease the step by one and return false if the step cannot be handled by this object.
stepBackward() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: decreases the step by one.
stepBackward(Braket, Braket) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: performs the next calculation step in backward direction.
stepBackward(Braket, Braket) - Method in interface edu.buffalo.fs7.qsymbol2.StepHandler: the two arguments are two brakets for two parallel computations.
stepbackwardIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
stepChild - Variable in class edu.buffalo.fs7.qsymbol2.GateContainer: holds the child which "has" the current step
stepCount - Static variable in class edu.buffalo.fs7.qsymbol2.GatePanel: string constant for stepCount property
stepFocus - Variable in class edu.buffalo.fs7.qsymbol2.GateContainer: holds the step focus.
stepForward() - Method in class edu.buffalo.fs7.qsymbol2.GatePanel: wraps the stepForward method of the GateTable class.
stepForward() - Method in interface edu.buffalo.fs7.qsymbol2.Steppable: needs to increase the step by one and return false if the step cannot be handled by this object.
stepForward() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: increases the step by one.
stepForward(Braket, Braket) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: performs the next calculation step in forward direction.
stepForward(Braket, Braket) - Method in interface edu.buffalo.fs7.qsymbol2.StepHandler: the two arguments are two brakets for two parallel computations.
stepforwardIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
StepHandler - interface edu.buffalo.fs7.qsymbol2.StepHandler.: interface implemented by the GateTable to handle steppable objects like the GateContainers.
stepKind - Variable in class edu.buffalo.fs7.qsymbol2.BrickCheckBox: hold the information whether the step marker should be painted to the left or right
stepModel - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: keeps track of the current computation step
Steppable - interface edu.buffalo.fs7.qsymbol2.Steppable.: interface implemented by objects which are operated in a sequential manner.
stepsAccomplished(int) - Method in class edu.buffalo.fs7.mathlib.Timing: sets the number of steps accomplished in the last timing interval
stop() - Method in class edu.buffalo.fs7.mathlib.Timing: stops the timing process
stop(int) - Method in class edu.buffalo.fs7.mathlib.Timing: combines the stop() and stepsAccomplished(int) methods
stopCalculation() - Method in class edu.buffalo.fs7.qsymbol2.GateTable: causes the calculation to stop
stopCellEditing() - Method in class edu.buffalo.fs7.qsymbol2.QubitEditor
stopIcon - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi
string - Variable in class edu.buffalo.fs7.mathlib.StringArgument: holds teh string
StringArgument - class edu.buffalo.fs7.mathlib.StringArgument.: Class representing a string in the MathObject structure.
StringArgument(MathObject) - Constructor for class edu.buffalo.fs7.mathlib.StringArgument: clone constructor
StringArgument(String) - Constructor for class edu.buffalo.fs7.mathlib.StringArgument: creates a string argument from a given string
stripLeadingGroup() - Method in class edu.buffalo.fs7.qsymbol2.NameStripper: removes the top level group name
subCategory - Variable in class edu.buffalo.fs7.mathlib.MathObjectConstraints: category constraint

T

table - Variable in class edu.buffalo.fs7.qsymbol2.DataWindow
table - Variable in class edu.buffalo.fs7.qsymbol2.QBrick: the drawing table (needs to be GateTable)
table - Variable in class edu.buffalo.fs7.qsymbol2.ChartWindow
table - Static variable in class edu.buffalo.fs7.qsymbol2.GatePanel: string constant for table property
table - Variable in class edu.buffalo.fs7.qsymbol2.QubitChart
table - Variable in class edu.buffalo.fs7.qsymbol2.StateWindow
tableUpdated() - Method in class edu.buffalo.fs7.qsymbol2.GateTableModel: wraps the fireTableDataChanged() method....
TexQBrick - class edu.buffalo.fs7.qsymbol2.TexQBrick.: class extending the QBrick class in order to generate code for the Latex figure environment for each cell.
TexQBrick(JTable, Gate, int, boolean, int) - Constructor for class edu.buffalo.fs7.qsymbol2.TexQBrick: create a brick from a given gate a given row (= qubit) position
textArea - Variable in class edu.buffalo.fs7.qsymbol2.StateWindow
times_(Complex) - Method in class edu.buffalo.fs7.mathlib.Complex: specialized multiplication routine for large Braket objects where the complex numbers are not instantiated before actually participating in an operation.
times(Complex) - Method in class edu.buffalo.fs7.mathlib.Complex: multiplies a given complex number with this object and returns a new complex number
times(double) - Method in class edu.buffalo.fs7.mathlib.Complex: multilies a given double number with this object and returns a new complex number
timing - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: the GateTable class times the computation
Timing - class edu.buffalo.fs7.mathlib.Timing.: Class providing timing functionality for gate operations.
Timing() - Constructor for class edu.buffalo.fs7.mathlib.Timing: creates a timing object and initializes it
Tokenizer - class edu.buffalo.fs7.mathlib.Tokenizer.: This class is one of the central classes for the parsing process.
Tokenizer(String, boolean) - Constructor for class edu.buffalo.fs7.mathlib.Tokenizer: creates a Tokenizer object for the given string.
tokens - Variable in class edu.buffalo.fs7.qsymbol2.NameStripper: holds the parts of the name
toolbar - Variable in class edu.buffalo.fs7.qsymbol2.DataWindow
toolbar - Variable in class edu.buffalo.fs7.qsymbol2.ChartWindow
toParseableString() - Method in class edu.buffalo.fs7.mathlib.MathObject: returns a parseable representation of the object
toParseableString() - Method in class edu.buffalo.fs7.mathlib.StringArgument: returns the StringArgument as a parsable string, i.e.
toParseableString() - Method in class edu.buffalo.fs7.mathlib.GateProperty: returns a parsable sequence of commands representing this property object
toParseableString() - Method in class edu.buffalo.fs7.mathlib.Vect
toParseableString() - Method in class edu.buffalo.fs7.mathlib.Braket: returns a parsable string representation of the braket.
toParseableString() - Method in class edu.buffalo.fs7.mathlib.Matrix: returns a parsable string representation of the matrix (complex numbers in machine precision).
toParseableString() - Method in class edu.buffalo.fs7.mathlib.Complex: returns the string representation of the complex number.
toStep - Variable in class edu.buffalo.fs7.qsymbol2.GateTable.Calculation
toString() - Method in class edu.buffalo.fs7.qsymbol2.NameStripper: outputs all groups separated by tabs
toString() - Method in class edu.buffalo.fs7.qsymbol2.QubitSelectionModel: Returns a string that displays and identifies this object's properties.
toString() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: returns the most important information of the gate containe as a string.
toString() - Method in class edu.buffalo.fs7.mathlib.MathObject: returns a string representation of the object (not necessarily parseable).
toString() - Method in class edu.buffalo.fs7.mathlib.Assignment: returns the string representation of the assignment ("=").
toString() - Method in class edu.buffalo.fs7.mathlib.RyMap: returns the string representation of the map
toString() - Method in class edu.buffalo.fs7.mathlib.StringArgument: returns the StringArgument as a string, i.e. abc
toString() - Method in class edu.buffalo.fs7.mathlib.NoiseError: string representation of the decoherence map
toString() - Method in class edu.buffalo.fs7.mathlib.Variable: returns the name of the variable
toString() - Method in class edu.buffalo.fs7.mathlib.Decoherence: string representation of the decoherence map
toString() - Method in class edu.buffalo.fs7.mathlib.Delimiter: returns the string representation of the delimiter
toString() - Method in class edu.buffalo.fs7.mathlib.UnaryOp: returns string representation of the operator
toString() - Method in class edu.buffalo.fs7.mathlib.GateProperty: returns the contained properties
toString() - Method in class edu.buffalo.fs7.mathlib.Vect
toString() - Method in class edu.buffalo.fs7.mathlib.Braket: This method expands the braket in its basis states.
toString() - Method in class edu.buffalo.fs7.mathlib.Gate: return string representation of the gate
toString() - Method in class edu.buffalo.fs7.mathlib.Matrix: returns a string representation of the object
toString() - Method in class edu.buffalo.fs7.mathlib.CosMap: returns string representation of the cos map
toString() - Method in class edu.buffalo.fs7.mathlib.Command: returns the name of the command
toString() - Method in class edu.buffalo.fs7.mathlib.DumpMap: returns the string representation of the dump map
toString() - Method in class edu.buffalo.fs7.mathlib.OneMap: returns the string representation of the map
toString() - Method in class edu.buffalo.fs7.mathlib.PhMap: returns the string representation of the map
toString() - Method in class edu.buffalo.fs7.mathlib.SqrtMap: string representation of map
toString() - Method in class edu.buffalo.fs7.mathlib.Norm: returns string representation
toString() - Method in class edu.buffalo.fs7.mathlib.RzMap: returns the string representation of the map
toString() - Method in class edu.buffalo.fs7.mathlib.Measurement: string representation of the measurement map
toString() - Method in class edu.buffalo.fs7.mathlib.RxMap: returns the string representation of the map
toString() - Method in class edu.buffalo.fs7.mathlib.BinaryOp: returns the string representation of the binary operator
toString() - Method in class edu.buffalo.fs7.mathlib.ConditionalOp: string representation of the conditional operator
toString() - Method in class edu.buffalo.fs7.mathlib.Separator: returns the string representation of the separator
toString() - Method in class edu.buffalo.fs7.mathlib.ExpMap: returns string representation of the exp map
toString() - Method in class edu.buffalo.fs7.mathlib.Complex: returns the string representation of the complex number.
toString() - Method in class edu.buffalo.fs7.mathlib.SinMap: returns string representation of the sin map
toString(int) - Method in class edu.buffalo.fs7.mathlib.Braket: This method expands the braket in its basis states.
translateSelectionTogate_descr(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: translates the current selection in the table into a gate_descr that can be used to create a Gate object.
transpose - Variable in class edu.buffalo.fs7.mathlib.Vect: holds the information whether or not the vector is transposed.
transpose - Variable in class edu.buffalo.fs7.mathlib.Gate
transpose - Variable in class edu.buffalo.fs7.mathlib.Matrix: holds transpose information
transpose() - Method in class edu.buffalo.fs7.mathlib.Vect: transposes the vector
transpose() - Method in class edu.buffalo.fs7.mathlib.Braket: transposes the braket. bra -> ket", ket -> bra".
transpose() - Method in class edu.buffalo.fs7.mathlib.Gate: transposes the gate
transpose() - Method in class edu.buffalo.fs7.mathlib.Matrix: transposes the matrix
type - Variable in class edu.buffalo.fs7.qsymbol2.QubitChart

U

UnaryOp - class edu.buffalo.fs7.mathlib.UnaryOp.: Class representing an unary operator.
UnaryOp(char) - Constructor for class edu.buffalo.fs7.mathlib.UnaryOp: creates a unary operator of the given type
ungroup() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: ungroups a parent container into its child components.
unregister(String) - Method in class edu.buffalo.fs7.mathlib.Command: unregisters a variable from a category.
unregisterCategory(String) - Method in class edu.buffalo.fs7.mathlib.VarAuthority: removes a category
unregisterGateContainer(int) - Method in class edu.buffalo.fs7.qsymbol2.GateTable: remove gateContainer from model and columnModel without deleting the variables
UP - Static variable in class edu.buffalo.fs7.qsymbol2.QBrick: state constant
updateDescription() - Method in class edu.buffalo.fs7.qsymbol2.GateContainer: updates gate container description
updateSystem() - Method in class edu.buffalo.fs7.mathlib.Mathlib: This function looks for system variables in the vars hashtable and assigns their value to the corresponding internal system variables.
updateTable - Variable in class edu.buffalo.fs7.qsymbol2.GateTable: true if the table should be repainted every computational step
updateText() - Method in class edu.buffalo.fs7.qsymbol2.StateWindow
updateTitle() - Static method in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: in case of jaQuzzi being executed standalone, this method provides title information such as the file name.
upperBound - Variable in class edu.buffalo.fs7.qsymbol2.IntRange
upperBound - Variable in class edu.buffalo.fs7.qsymbol2.DoubleRange

V

valPerBin - Variable in class edu.buffalo.fs7.qsymbol2.Histogram
values - Variable in class edu.buffalo.fs7.qsymbol2.InfoPanel
var - Variable in class edu.buffalo.fs7.qsymbol2.DataWindow
var - Variable in class edu.buffalo.fs7.qsymbol2.StateWindow
varAuthority - Variable in class edu.buffalo.fs7.qsymbol2.QVarTree: is responsible for grouping of variables
VarAuthority - class edu.buffalo.fs7.mathlib.VarAuthority.: Class providing a filter and grouping mechanism for variables kept by a Mathlib object.
VarAuthority(Mathlib, boolean) - Constructor for class edu.buffalo.fs7.mathlib.VarAuthority: creates a VarAuthority object for a certain Mathlib object.
Variable - class edu.buffalo.fs7.mathlib.Variable.: Class representing a variable.
Variable(String) - Constructor for class edu.buffalo.fs7.mathlib.Variable: creates a variable object with the given name
vars - Static variable in class edu.buffalo.fs7.mathlib.Mathlib: This variable holds the defined variables
varsAssigned - Variable in class edu.buffalo.fs7.mathlib.VarAuthority: holds references to variables already sorted into a special group (exclusive mode)
Vect - class edu.buffalo.fs7.mathlib.Vect.: Class representing a mathematical vector.
Vect() - Constructor for class edu.buffalo.fs7.mathlib.Vect: generates a vector of dimension 0.
Vect(int) - Constructor for class edu.buffalo.fs7.mathlib.Vect: generates a 0-vector of dimension dimension
Vect(MathObject) - Constructor for class edu.buffalo.fs7.mathlib.Vect: clone constructor.
version - Static variable in class edu.buffalo.fs7.jaQuzzi.jaQuzzi: version string
viewPort - Variable in class edu.buffalo.fs7.qsymbol2.GatePanel
VSPACER - Static variable in class edu.buffalo.fs7.qsymbol2.TexQBrick

W

wasCanceled() - Method in class edu.buffalo.fs7.jaQuzzi.ChooseMatrixDialog
wasCanceled() - Method in class edu.buffalo.fs7.jaQuzzi.PhaseDialog
wasCanceled() - Method in class edu.buffalo.fs7.jaQuzzi.GatePropertyDialog
wasCanceled() - Method in class edu.buffalo.fs7.jaQuzzi.CircuitPropertyDialog
wasCanceled() - Method in class edu.buffalo.fs7.jaQuzzi.MatrixInputDialog
whichCategory(String, String) - Method in class edu.buffalo.fs7.mathlib.VarAuthority: returns the first matching category for the given variable.
WIDTH - Static variable in class edu.buffalo.fs7.qsymbol2.TexQBrick

X

xAxisRange - Variable in class edu.buffalo.fs7.qsymbol2.Chart
XCHANGE - Static variable in class edu.buffalo.fs7.qsymbol2.QBrick: state constant

Y

yAxisRange - Variable in class edu.buffalo.fs7.qsymbol2.Chart
yValues - Variable in class edu.buffalo.fs7.qsymbol2.Chart

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

Overview

Package

Class

Tree

Deprecated

Index

Help

PREV NEXT

FRAMES NO FRAMES