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E

E - Static variable in class javax.measure.unit.NonSI: A unit of electric charge equal to the charge on one electron (standard name e).
E - Static variable in class org.jscience.arts.ArtsConstants: DOCUMENT ME!
E - Static variable in class org.jscience.mathematics.algebraic.fields.DoubleField: DOCUMENT ME!
E - Static variable in class org.jscience.mathematics.algebraic.fields.ExactRealField: DOCUMENT ME!
e - Static variable in class org.jscience.measure.MeasureConstants: Holds the elementary charge (positron charge).
E() - Method in class org.jscience.physics.waves.optics.materials.HerzbergerParameters: DOCUMENT ME!
E() - Method in class org.jscience.physics.waves.optics.materials.Sellmeier4Parameters: DOCUMENT ME!
E2 - Static variable in class org.jscience.physics.nuclear.kinematics.nuclear.RutherfordScattering: DOCUMENT ME!
E_path_ancestor - Variable in class org.jscience.biology.alignment.LocalAlignmentBlock: An array of pointers to blocks that are source of E-paths.
E_path_ancestor_index - Variable in class org.jscience.biology.alignment.LocalAlignmentBlock: Indexes of of the entry in the ancestor block that is the source of the E-path.
E_path_score - Variable in class org.jscience.biology.alignment.LocalAlignmentBlock: The value of the highest scoring path which starts at the input border of this block and ends inside it, called E-path.
e_table - Variable in class org.jscience.architecture.traffic.algorithms.tlc.SL6TLC: DOCUMENT ME!
E_TO_4 - Static variable in class org.jscience.physics.nuclear.kinematics.nuclear.EnergyLoss: DOCUMENT ME!
EARLY_MODERN - Static variable in class org.jscience.sociology.SociologyConstants: DOCUMENT ME!
Earth - Static variable in class org.jscience.astronomy.solarsystem.ephemeris.Orrery: DOCUMENT ME!
EARTH - Static variable in class org.jscience.geography.Places: DOCUMENT ME!
EARTH - Static variable in class org.jscience.sociology.Celebration: DOCUMENT ME!
EARTH_AGE - Static variable in class org.jscience.history.HistoryConstants: DOCUMENT ME!
EARTH_DAY - Static variable in class org.jscience.astronomy.AstronomyConstants: Length of day in seconds.
EARTH_MASS - Static variable in class org.jscience.geography.GeographyConstants: DOCUMENT ME!
EARTH_RADIUS - Static variable in class org.jscience.geography.GeographyConstants: DOCUMENT ME!
EARTH_YEAR - Static variable in class org.jscience.astronomy.AstronomyConstants: A earth year in days.
EarthEcosource - Class in org.jscience.economics: A class representing the Earth as an autonomous organism that produces (mostly stores and recycles) materials.
EarthEcosource() - Constructor for class org.jscience.economics.EarthEcosource: Creates a new EarthEcosource object.
EarthEcosource(Species) - Constructor for class org.jscience.economics.EarthEcosource: Creates a new EarthEcosource object.
EarthHelioOrbit - Class in org.jscience.astronomy.solarsystem.ephemeris: DOCUMENT ME!
EarthHelioOrbit(double, double, double, double, double, double, double, double, double) - Constructor for class org.jscience.astronomy.solarsystem.ephemeris.EarthHelioOrbit: Creates a new EarthHelioOrbit object.
EarthSciencesConstants - Class in org.jscience.earth: A class representing some useful constants for earth sciences
EarthSciencesConstants() - Constructor for class org.jscience.earth.EarthSciencesConstants
EarthSciencesUtils - Class in org.jscience.earth: A class representing some useful methods for earth sciences
EarthSciencesUtils() - Constructor for class org.jscience.earth.EarthSciencesUtils
EarthSeaWater - Class in org.jscience.earth: Sea water properties as a function of salinity, temperature and pressure.
EarthSolarRadiation - Class in org.jscience.earth: This class represents a surface of specific area exposed to the sun.
EarthSolarRadiation(EarthSurfaceOrientation, double, double) - Constructor for class org.jscience.earth.EarthSolarRadiation: Create a EarthSolarRadiation object, given A Direction object, The area of the surface (m²), The ground reflectance.
EarthStandardAtmosphere1962 - Class in org.jscience.earth: This class provides methods for calculating the atmospheric properties of the U.S.
EarthStandardAtmosphere1962() - Constructor for class org.jscience.earth.EarthStandardAtmosphere1962: Constructor that assumes an altitude of 0 meters,
EarthStandardAtmosphere1962(float) - Constructor for class org.jscience.earth.EarthStandardAtmosphere1962: Constructor taking a value of geometric altitude in meters.
EarthStandardAtmosphere1976 - Class in org.jscience.earth: A collection of routines and data used in calculating the properties of the ICAO 1976 Standard Atmosphere to an altitude of 86,000 meters (53.4 miles)
Modified by: Joseph A.
EarthStandardAtmosphere1976() - Constructor for class org.jscience.earth.EarthStandardAtmosphere1976: Default constructor that assumes an altitude of 0 meters,
EarthStandardAtmosphere1976(float) - Constructor for class org.jscience.earth.EarthStandardAtmosphere1976: Constructor that takes a value of altitude in meters.
EarthStation - Class in org.jscience.astronomy.solarsystem: The Station class represents an observatory (a location on the Earth's surface) that has a clock.
EarthStation() - Constructor for class org.jscience.astronomy.solarsystem.EarthStation: Initialise the object.
EarthStation(String, double, double, double) - Constructor for class org.jscience.astronomy.solarsystem.EarthStation: Initialise the object.
EarthSurfaceOrientation - Class in org.jscience.earth: This class represents the orientation of a surface exposed to sunlight.
EarthSurfaceOrientation(EarthSurfacePosition, double, double) - Constructor for class org.jscience.earth.EarthSurfaceOrientation: Create an EarthSurfaceOrientation object, which represents the orientation of a surface exposed to sunlight.
EarthSurfacePosition - Class in org.jscience.earth: This class represents a location on the surface of planet Earth.
EarthSurfacePosition(double, double, int, double) - Constructor for class org.jscience.earth.EarthSurfacePosition: Create an EarthSurfacePosition object, which represents a location on the surface of planet Earth.
EAST - Static variable in class org.jscience.awt.util.Orientation
EAT - Static variable in interface org.jscience.computing.ai.agents.ReproductiveAgent: DOCUMENT ME!
EAT - Static variable in class org.jscience.economics.resources.ArtifactsConstants: DOCUMENT ME!
EbiFormat - Class in org.jscience.biology.taxonomy: Encapsulate the 'EBI' species format used in Embl, Genbank and Swissprot files.
EbiFormat() - Constructor for class org.jscience.biology.taxonomy.EbiFormat
EC - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
ECHINODERM_MITOCHONDRIAL - Static variable in class org.jscience.biology.Codons: DOCUMENT ME!
ECHOLOCATION - Static variable in class org.jscience.biology.BiologyConstants: DOCUMENT ME!
Ecliptic - Class in org.jscience.astronomy.solarsystem.ephemeris: DOCUMENT ME!
Ecliptic() - Constructor for class org.jscience.astronomy.solarsystem.ephemeris.Ecliptic: Creates a new Ecliptic object.
ecliptic - Static variable in class org.jscience.astronomy.solarsystem.ephemeris.GeocentricCoordinate: DOCUMENT ME!
EclipticCoordinateSystem - Class in org.jscience.astronomy.solarsystem.coordinates.coordinatesystems: An ecliptic coordinate system in a Julian frame.
EclipticCoordinateSystem(double) - Constructor for class org.jscience.astronomy.solarsystem.coordinates.coordinatesystems.EclipticCoordinateSystem: Get an Ecliptic Coordinate system at a given epoch.
EclipticCoordinateSystem(double, double) - Constructor for class org.jscience.astronomy.solarsystem.coordinates.coordinatesystems.EclipticCoordinateSystem: Get an Ecliptic coordinate system where the 0 of longitude can be reset.
EconomicAgent - Class in org.jscience.economics: A class representing a consumer basic facts.
EconomicAgent(Individual, EconomicSituation) - Constructor for class org.jscience.economics.EconomicAgent: Creates a new EconomicAgent object.
EconomicAgent(Individual, String, EconomicSituation, int) - Constructor for class org.jscience.economics.EconomicAgent: Creates a new EconomicAgent object.
EconomicsConstants - Class in org.jscience.economics: A class representing some useful constants for economics.
EconomicsConstants() - Constructor for class org.jscience.economics.EconomicsConstants
EconomicSituation - Class in org.jscience.economics: A class representing the interaction of people around resources.
EconomicSituation(String, String) - Constructor for class org.jscience.economics.EconomicSituation: Creates a new EconomicSituation object.
EconomicsUtils - Class in org.jscience.economics: A class representing some useful methods for economics
EconomicsUtils() - Constructor for class org.jscience.economics.EconomicsUtils
Economy - Class in org.jscience.economics: A class representing a society with money (goods are not exchanged from hand to hand but using the medium of money).
Economy(Set, Bank) - Constructor for class org.jscience.economics.Economy: Creates a new Economy object.
Ecosystem - Class in org.jscience.biology: A class representing an ecosystem (interacting populations from different species).
Ecosystem() - Constructor for class org.jscience.biology.Ecosystem: Creates a new Ecosystem object.
EcuyerGenerator - Class in org.jscience.measure.random: Ranecu is an advanced multiplicative linear congruential random number generator with a period of aproximately 10¹⁸.
EcuyerGenerator() - Constructor for class org.jscience.measure.random.EcuyerGenerator: Initialize RANECU with the default seeds from James.
EcuyerGenerator(int, int) - Constructor for class org.jscience.measure.random.EcuyerGenerator: Initialize RANECU with two specified integer seeds.
EcuyerGenerator(long) - Constructor for class org.jscience.measure.random.EcuyerGenerator
EcuyerGenerator(Date) - Constructor for class org.jscience.measure.random.EcuyerGenerator
EDGE - Static variable in class org.jscience.architecture.traffic.infrastructure.Node: Constant for Node type EdgeNode.
Edge - Interface in org.jscience.computing.graph: An edge used with graph objects.
edge - Variable in class org.jscience.mathematics.geometry.EmbeddedGraph.Result: ?
EDGE_ADDED - Static variable in class org.jscience.computing.graph.events.GraphEdgeChangeEvent: Edge added event.
EDGE_LAPLACE1 - Static variable in class org.jscience.media.pictures.filters.Kernel: DOCUMENT ME!
EDGE_LAPLACE2 - Static variable in class org.jscience.media.pictures.filters.Kernel: DOCUMENT ME!
EDGE_REMOVED - Static variable in class org.jscience.computing.graph.events.GraphEdgeChangeEvent: Edge removed event.
edgeAction - Variable in class org.jscience.media.pictures.filters.math.ImageFunction2D: DOCUMENT ME!
edgeAction - Variable in class org.jscience.media.pictures.filters.TransformFilter: DOCUMENT ME!
edgeAdded(GraphEdgeChangeEvent) - Method in class org.jscience.computing.graph.algorithms.ConnectivityInspector
edgeAdded(GraphEdgeChangeEvent) - Method in interface org.jscience.computing.graph.events.GraphListener: Notifies that an edge has been added to the graph.
edgeElements() - Method in class org.jscience.mathematics.geometry.EmbeddedGraph: ��̃O��t��܂ޕӂ� Enumeration ��Ԃ�?
edgeElements() - Method in class org.jscience.mathematics.geometry.SetOfTriangles2D: ��̎O�p�`��?
edgeElements() - Method in class org.jscience.mathematics.geometry.SetOfTriangles3D: ��̎O�p�`��?
EdgeFactories - Class in org.jscience.computing.graph.edges: This utility class is a container of various EdgeFactory classes.
EdgeFactories.DirectedEdgeFactory - Class in org.jscience.computing.graph.edges: An EdgeFactory for producing directed edges.
EdgeFactories.DirectedEdgeFactory() - Constructor for class org.jscience.computing.graph.edges.EdgeFactories.DirectedEdgeFactory
EdgeFactories.DirectedWeightedEdgeFactory - Class in org.jscience.computing.graph.edges: An EdgeFactory for producing directed edges with weights.
EdgeFactories.DirectedWeightedEdgeFactory() - Constructor for class org.jscience.computing.graph.edges.EdgeFactories.DirectedWeightedEdgeFactory
EdgeFactories.UndirectedEdgeFactory - Class in org.jscience.computing.graph.edges: An EdgeFactory for producing undirected edges.
EdgeFactories.UndirectedEdgeFactory() - Constructor for class org.jscience.computing.graph.edges.EdgeFactories.UndirectedEdgeFactory
EdgeFactories.UndirectedWeightedEdgeFactory - Class in org.jscience.computing.graph.edges: An EdgeFactory for producing undirected edges with weights.
EdgeFactories.UndirectedWeightedEdgeFactory() - Constructor for class org.jscience.computing.graph.edges.EdgeFactories.UndirectedWeightedEdgeFactory
EdgeFactory - Interface in org.jscience.computing.graph: An edge factory used by graphs for creating new edges.
EdgeFilter - Class in org.jscience.media.pictures.filters: DOCUMENT ME!
EdgeFilter() - Constructor for class org.jscience.media.pictures.filters.EdgeFilter: Creates a new EdgeFilter object.
EdgeLabel - Class in org.jscience.ml.tigerxml.header: Represents a .
EdgeLabel() - Constructor for class org.jscience.ml.tigerxml.header.EdgeLabel
EdgeListFactory - Interface in org.jscience.computing.graph.graphs: A factory for edge lists.
EdgeNode - Class in org.jscience.architecture.traffic.infrastructure: EdgeNode, a node used as starting and end point for Roadusers.
EdgeNode() - Constructor for class org.jscience.architecture.traffic.infrastructure.EdgeNode: Creates a new EdgeNode object.
EdgeNode(Point) - Constructor for class org.jscience.architecture.traffic.infrastructure.EdgeNode: Creates a new EdgeNode object.
EDGENODE - Static variable in class org.jscience.architecture.traffic.TrafficToolBar: DOCUMENT ME!
EdgeNodeTool - Class in org.jscience.architecture.traffic.tools: Tool to set spawning and destination frequencies.
EdgeNodeTool(Controller) - Constructor for class org.jscience.architecture.traffic.tools.EdgeNodeTool: Creates a new EdgeNodeTool.
EdgeNodeTool.RoaduserPanel - Class in org.jscience.architecture.traffic.tools: Panel containing a dropdown box for all concrete Roaduser types.
EdgeNodeTool.RoaduserPanel() - Constructor for class org.jscience.architecture.traffic.tools.EdgeNodeTool.RoaduserPanel: Creates a new RoaduserPanel object.
EdgeNodeTool.RoaduserPanel.MyListener - Class in org.jscience.architecture.traffic.tools: DOCUMENT ME!
EdgeNodeTool.RoaduserPanel.MyListener() - Constructor for class org.jscience.architecture.traffic.tools.EdgeNodeTool.RoaduserPanel.MyListener
edgeRemoved(GraphEdgeChangeEvent) - Method in class org.jscience.computing.graph.algorithms.ConnectivityInspector
edgeRemoved(GraphEdgeChangeEvent) - Method in interface org.jscience.computing.graph.events.GraphListener: Notifies that an edge has been removed from the graph.
edgeSet() - Method in interface org.jscience.computing.graph.Graph: Returns a set of the edges contained in this graph.
edgeSet() - Method in class org.jscience.computing.graph.graphs.AbstractBaseGraph
edgeSet() - Method in class org.jscience.computing.graph.graphs.GraphDelegator
edgeSet() - Method in class org.jscience.computing.graph.graphs.Subgraph
edgesOf(Object) - Method in interface org.jscience.computing.graph.Graph: Returns a list of all edges touching the specified vertex.
edgesOf(Object) - Method in class org.jscience.computing.graph.graphs.AbstractBaseGraph
edgesOf(Object) - Method in class org.jscience.computing.graph.graphs.GraphDelegator
edgesOf(Object) - Method in class org.jscience.computing.graph.graphs.Subgraph
EdgeTraversalEvent - Class in org.jscience.computing.graph.events: A traversal event for a graph edge.
EdgeTraversalEvent(Object, Edge) - Constructor for class org.jscience.computing.graph.events.EdgeTraversalEvent: Creates a new EdgeTraversalEvent.
edgeTraversed(EdgeTraversalEvent) - Method in interface org.jscience.computing.graph.events.TraversalListener: Called to inform the listener that the specified edge have been visited during the graph traversal.
edgeTraversed(EdgeTraversalEvent) - Method in class org.jscience.computing.graph.events.TraversalListenerAdapter
edit(Map) - Method in class org.jscience.computing.graph.external.JGraphModelAdapter: Deprecated. this method will be deleted in the future. Use DefaultGraphModel#edit instead.
Edit - Class in org.jscience.linguistics.kif: Class for invoking a client side text editor.
Edit() - Constructor for class org.jscience.linguistics.kif.Edit
EditController - Class in org.jscience.architecture.traffic.edit: The main controller for the editor part of the application.
EditController(EditModel, boolean) - Constructor for class org.jscience.architecture.traffic.edit.EditController: Creates the main frame
editController - Variable in class org.jscience.architecture.traffic.simulation.SimController: DOCUMENT ME!
EditController.MousePosListener - Class in org.jscience.architecture.traffic.edit: Shows the mouse position in the status bar.
EditController.MousePosListener() - Constructor for class org.jscience.architecture.traffic.edit.EditController.MousePosListener
editDialog - Variable in class org.jscience.physics.electricity.circuitry.gui.CircuitFrame
EditDialog - Class in org.jscience.physics.electricity.circuitry.gui: DOCUMENT ME!
EditDialog(CircuitElement, CircuitFrame) - Constructor for class org.jscience.physics.electricity.circuitry.gui.EditDialog: Creates a new EditDialog object.
EditDialogLayout - Class in org.jscience.physics.electricity.circuitry.gui: DOCUMENT ME!
EditDialogLayout() - Constructor for class org.jscience.physics.electricity.circuitry.gui.EditDialogLayout: Creates a new EditDialogLayout object.
EditDrivelanePanel - Class in org.jscience.architecture.traffic.configuration: DOCUMENT ME!
EditDrivelanePanel(ConfigDialog, Drivelane) - Constructor for class org.jscience.architecture.traffic.configuration.EditDrivelanePanel: Creates a new EditDrivelanePanel object.
EditEdgeNodePanel - Class in org.jscience.architecture.traffic.configuration: DOCUMENT ME!
EditEdgeNodePanel(ConfigDialog, EdgeNode) - Constructor for class org.jscience.architecture.traffic.configuration.EditEdgeNodePanel: Creates a new EditEdgeNodePanel object.
editFile(String, int) - Static method in class org.jscience.linguistics.kif.Edit: DOCUMENT ME!
editFuncPoint(int, int) - Method in class org.jscience.physics.electricity.circuitry.gui.CircuitFrame
EditInfo - Class in org.jscience.physics.electricity.circuitry.gui: DOCUMENT ME!
EditInfo(String, double, double, double) - Constructor for class org.jscience.physics.electricity.circuitry.gui.EditInfo: Creates a new EditInfo object.
edition - Variable in class org.jscience.bibliography.BiblioBook: DOCUMENT ME!
EditJunctionPanel - Class in org.jscience.architecture.traffic.configuration: DOCUMENT ME!
EditJunctionPanel(ConfigDialog, Junction) - Constructor for class org.jscience.architecture.traffic.configuration.EditJunctionPanel: Creates a new EditJunctionPanel object.
EditMenuBar - Class in org.jscience.architecture.traffic.edit: The MenuBar for the editor
EditMenuBar(EditController) - Constructor for class org.jscience.architecture.traffic.edit.EditMenuBar: Creates a new EditMenuBar object.
EditModel - Class in org.jscience.architecture.traffic.edit: The model for the editor.
EditModel() - Constructor for class org.jscience.architecture.traffic.edit.EditModel: Creates a new model for the editor
EditModel(Infrastructure) - Constructor for class org.jscience.architecture.traffic.edit.EditModel: Creates a new model for the editor with the specified infrastructure
EDITOR - Static variable in class org.jscience.architecture.traffic.TrafficStarter: DOCUMENT ME!
editor - Variable in class org.jscience.bibliography.BiblioBook: DOCUMENT ME!
editorPackageName - Static variable in class org.jscience.ml.cml.cmlimpl.BaseToolImpl
EditPopupMenuFactory - Class in org.jscience.architecture.traffic.edit: Factory for creating popup menus for editor
EditPopupMenuFactory(EditController) - Constructor for class org.jscience.architecture.traffic.edit.EditPopupMenuFactory: Creates a new EditPopupMenuFactory object.
EditPopupMenuFactory.DefaultGUIObjectListener - Class in org.jscience.architecture.traffic.edit: DOCUMENT ME!
EditPopupMenuFactory.DefaultGUIObjectListener() - Constructor for class org.jscience.architecture.traffic.edit.EditPopupMenuFactory.DefaultGUIObjectListener
EditPopupMenuFactory.PopupMenuListener - Interface in org.jscience.architecture.traffic.edit: DOCUMENT ME!
EditPropDialog - Class in org.jscience.architecture.traffic.edit: The dialog used to set Infrastructure properties.
EditPropDialog(Controller, String, String, String) - Constructor for class org.jscience.architecture.traffic.edit.EditPropDialog: Creates an EditPropDialog.
EditPropDialog.EPActionListener - Class in org.jscience.architecture.traffic.edit: Listens to the buttons of the dialog.
EditPropDialog.EPActionListener() - Constructor for class org.jscience.architecture.traffic.edit.EditPropDialog.EPActionListener
EditPropDialog.EPWindowListener - Class in org.jscience.architecture.traffic.edit: Listens to the EditPropDialog window.
EditPropDialog.EPWindowListener() - Constructor for class org.jscience.architecture.traffic.edit.EditPropDialog.EPWindowListener
EditPropDialog.OkCancelPanel - Class in org.jscience.architecture.traffic.edit: Panel containing buttons "Ok" and "Cancel".
EditPropDialog.OkCancelPanel(ActionListener) - Constructor for class org.jscience.architecture.traffic.edit.EditPropDialog.OkCancelPanel: Creates a new OkCancelPanel object.
EditPropDialog.PropPanel - Class in org.jscience.architecture.traffic.edit: Panel containing the necessary components to set the infrastructure properties.
EditPropDialog.PropPanel(String, String, String) - Constructor for class org.jscience.architecture.traffic.edit.EditPropDialog.PropPanel: Creates a new PropPanel object.
EditRoadPanel - Class in org.jscience.architecture.traffic.configuration: DOCUMENT ME!
EditRoadPanel(ConfigDialog, Road) - Constructor for class org.jscience.architecture.traffic.configuration.EditRoadPanel: Creates a new EditRoadPanel object.
EditSizeDialog - Class in org.jscience.architecture.traffic.edit: The dialog used to change the size of the infrastructure
EditSizeDialog(Controller, int, int) - Constructor for class org.jscience.architecture.traffic.edit.EditSizeDialog: Creates an EditPropDialog.
EditSizeDialog.OkCancelPanel - Class in org.jscience.architecture.traffic.edit: Panel containing buttons "Ok" and "Cancel".
EditSizeDialog.OkCancelPanel(ActionListener) - Constructor for class org.jscience.architecture.traffic.edit.EditSizeDialog.OkCancelPanel: Creates a new OkCancelPanel object.
EditToolBar - Class in org.jscience.architecture.traffic.edit: The ToolBar for the editor
EditToolBar(EditController) - Constructor for class org.jscience.architecture.traffic.edit.EditToolBar: Creates a new EditToolBar object.
edp - Variable in class org.jscience.architecture.traffic.configuration.PanelFactory: DOCUMENT ME!
EDU - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
EDUCATION - Static variable in class org.jscience.law.LawConstants: DOCUMENT ME!
EE - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
EEK - Static variable in class org.jscience.economics.money.Currencies: DOCUMENT ME!
eep - Variable in class org.jscience.architecture.traffic.configuration.PanelFactory: DOCUMENT ME!
effectiveAxis() - Method in class org.jscience.mathematics.geometry.Axis1Placement3D: ��̋�?
effectiveAxis() - Method in class org.jscience.mathematics.geometry.Axis2Placement3D: ��̋�?
effectiveRefDirection() - Method in class org.jscience.mathematics.geometry.Axis2Placement2D: ��̋�?
effectiveRefDirection() - Method in class org.jscience.mathematics.geometry.Axis2Placement3D: ��̋�?
EFFUSIVE_ERUPTION - Static variable in class org.jscience.earth.EarthSciencesConstants: DOCUMENT ME!
EG - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
EGG - Static variable in class org.jscience.biology.BiologyConstants: DOCUMENT ME!
EGO_NEEDS - Static variable in class org.jscience.psychology.PsychologyConstants: DOCUMENT ME!
EGP - Static variable in class org.jscience.economics.money.Currencies: DOCUMENT ME!
Eh - Static variable in class org.jscience.measure.MeasureConstants: Holds the Hartree energy (2Rinf·h·c)
EH - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
eHandler - Variable in class org.jscience.chemistry.gui.extended.jviewer.JViewer
eigenSolveHermitian(AbstractComplexSquareMatrix, AbstractComplexVector[]) - Static method in class org.jscience.mathematics.algebraic.matrices.LinearMathUtils: This method finds the eigenvalues and eigenvectors of a Hermitian matrix.
eigenSolveSymmetric(DoubleTridiagonalMatrix, AbstractDoubleVector[]) - Static method in class org.jscience.mathematics.algebraic.matrices.LinearMathUtils: This method finds the eigenvalues and eigenvectors of a symmetric tridiagonal matrix by the QL method.
eigenSolveSymmetric(AbstractDoubleSquareMatrix, AbstractDoubleVector[]) - Static method in class org.jscience.mathematics.algebraic.matrices.LinearMathUtils: This method finds the eigenvalues and eigenvectors of a symmetric square matrix.
eigenSort - Variable in class org.jscience.chemistry.quantum.math.la.Diagonalizer: Holds value of property eigenSort.
eigenValues - Variable in class org.jscience.chemistry.quantum.math.la.Diagonalizer: the eigen values
eigenvalueSolveHermitian(AbstractComplexSquareMatrix) - Static method in class org.jscience.mathematics.algebraic.matrices.LinearMathUtils: This method finds the eigenvalues of a Hermitian matrix.
eigenvalueSolveSymmetric(DoubleTridiagonalMatrix) - Static method in class org.jscience.mathematics.algebraic.matrices.LinearMathUtils: This method finds the eigenvalues of a symmetric tridiagonal matrix by the QL method.
eigenvalueSolveSymmetric(AbstractDoubleSquareMatrix) - Static method in class org.jscience.mathematics.algebraic.matrices.LinearMathUtils: This method finds the eigenvalues of a symmetric square matrix.
eigenVectors - Variable in class org.jscience.chemistry.quantum.math.la.Diagonalizer: Eigen vectors one per row
EIGHT - Static variable in class org.jscience.computing.game.cards.Card: DOCUMENT ME!
EightQueens - Class in org.jscience.computing.game.puzzle: EightQueens implements the problem of placing 8 queens on a chess board so that they don't attack each other.
EightQueens() - Constructor for class org.jscience.computing.game.puzzle.EightQueens: Creates a new EightQueens object.
einfocount - Variable in class org.jscience.physics.electricity.circuitry.gui.EditDialog: DOCUMENT ME!
einfos - Variable in class org.jscience.physics.electricity.circuitry.gui.EditDialog: DOCUMENT ME!
EJECTIVES - Static variable in class org.jscience.linguistics.LinguisticsConstants: DOCUMENT ME!
ejp - Variable in class org.jscience.architecture.traffic.configuration.PanelFactory: DOCUMENT ME!
elapsed() - Method in class org.jscience.util.Stopwatch: returns the elapsed time in milliseconds
elapsedAsString() - Method in class org.jscience.util.Stopwatch: returns a string representing the elapsed time with - if applicable - days, hours, minutes and seconds (down to the milliseconds).
elapsedDays(int) - Static method in class org.jscience.history.calendars.HebrewCalendar: DOCUMENT ME!
elapsedTime() - Method in class org.jscience.util.logging.LogFile: returns the elapsed time since LogFile initialization or since the last call to resetTime().
elecPerm(double) - Static method in class org.jscience.chemistry.materials.Water: DOCUMENT ME!
ELECTION - Static variable in class org.jscience.law.LawConstants: DOCUMENT ME!
ELECTRIC_CURRENT - Static variable in class javax.measure.unit.Dimension: Holds electric current dimension (I).
ElectricCapacitance - Interface in javax.measure.quantity: This interface represents an electric capacitance.
ElectricCharge - Interface in javax.measure.quantity: This interface represents an electric charge.
ElectricConductance - Interface in javax.measure.quantity: This interface represents an electric conductance.
ElectricCurrent - Interface in javax.measure.quantity: This interface represents the amount of electric charge flowing past a specified circuit point per unit time.
ElectricInductance - Interface in javax.measure.quantity: This interface represents an electric inductance.
ELECTRICITY - Static variable in class org.jscience.architecture.ArchitectureConstants: kinds of cables
ELECTRICITY - Static variable in class org.jscience.economics.resources.Machine: DOCUMENT ME!
ElectricPotential - Interface in javax.measure.quantity: This interface represents an electric potential or electromotive force.
ElectricResistance - Interface in javax.measure.quantity: This interface represents an electric resistance.
ELECTROCEPTION - Static variable in class org.jscience.biology.BiologyConstants: DOCUMENT ME!
ElectromagneticSpectrum - Class in org.jscience.physics.waves: The class defines constants and methods for electromagnetic spectrum wavelength.
ElectromagneticSpectrum() - Constructor for class org.jscience.physics.waves.ElectromagneticSpectrum
Electron - Class in org.jscience.physics.quantum.particles: A class representing electrons.
Electron() - Constructor for class org.jscience.physics.quantum.particles.Electron: Constructs an electron.
ELECTRON_MASS - Static variable in class javax.measure.unit.NonSI: A unit of mass equal to the mass of the electron (standard name me).
ELECTRON_MASS - Static variable in class org.jscience.physics.PhysicsConstants: Electron rest mass.
ELECTRON_MOMENT - Static variable in class org.jscience.physics.PhysicsConstants: Magnetic moment of electron.
ELECTRON_VOLT - Static variable in class javax.measure.unit.NonSI: A unit of energy equal to one electron-volt (standard name eV, also recognized keV, MeV, GeV).
ElectronNeutrino - Class in org.jscience.physics.quantum.particles: A class representing electron neutrinos.
ElectronNeutrino() - Constructor for class org.jscience.physics.quantum.particles.ElectronNeutrino: Constructs an electron neutrino.
Electrophoresis - Class in org.jscience.physics.fluids: The class defines several methods to describe Electrophoresis properties.
Electrostatic - Class in org.jscience.physics.kinematics: The Electrostatic class provides an object for encapsulating electrostatic forces.
Electrostatic(AbstractClassicalParticle, AbstractClassicalParticle) - Constructor for class org.jscience.physics.kinematics.Electrostatic: Constructs an Electrostatic.
elem - Variable in class org.jscience.physics.fluids.dynamics.util.Matrix: Contains the value of the elements not null.
Element - Class in org.jscience.chemistry: A class representing chemical elements.
Element(String, String) - Constructor for class org.jscience.chemistry.Element: Constructs an element.
element - Variable in class org.jscience.ml.sbml.math.SBMLNode: DOCUMENT ME!
element - Variable in class org.jscience.physics.nuclear.kinematics.math.Matrix: DOCUMENT ME!
ELEMENT_ELEMENT - Static variable in class org.jscience.ml.gml.xml.schema.XMLSchema: DOCUMENT ME!
ELEMENT_OF - Static variable in class org.jscience.mathematics.axiomatic.WFF: DOCUMENT ME!
elementAdded(ConflictSetElement) - Method in class org.jscience.computing.ai.expertsystem.conflict.AbstractConflictSet: Callback method, used to indicate that an element has been added to this conflict set.
elementAdded(ConflictSetEvent) - Method in interface org.jscience.computing.ai.expertsystem.ConflictSetListener: Invoked when an element is added to the conflict set.
ElementarySurface3D - Class in org.jscience.mathematics.geometry: �R�� : ?
ElementarySurface3D(Axis2Placement3D) - Constructor for class org.jscience.mathematics.geometry.ElementarySurface3D: ��?
elementAt(int, int) - Method in class org.jscience.physics.fluids.dynamics.util.Vector2DFastInt: returns the element at the given position
elementAt(int) - Method in class org.jscience.physics.fluids.dynamics.util.VectorFastInt: returns the element at the given position
elementLookUp - Static variable in class org.jscience.physics.nuclear.kinematics.nuclear.EnergyLoss: Table to look up proton number given elemental symbol.
elementReferencesNode() - Method in class org.jscience.physics.fluids.dynamics.mesh.NavierStokesMesh: DOCUMENT ME!
elementReferencesNodeQuad() - Method in class org.jscience.physics.fluids.dynamics.mesh.NavierStokesMesh: DOCUMENT ME!
elementRemoved(ConflictSetElement) - Method in class org.jscience.computing.ai.expertsystem.conflict.AbstractConflictSet: Callback method, used to indicate that an element has been removed from this conflict set.
elementRemoved(ConflictSetEvent) - Method in interface org.jscience.computing.ai.expertsystem.ConflictSetListener: Invoked when an element is removed from the conflict set.
elements - Variable in class org.jscience.linguistics.kif.BasicXMLparser: An ArrayList of BasicXMLelement(s).
elements() - Method in class org.jscience.mathematics.algebraic.matrices.BooleanVector: You normally need not use this method.
elements(Object) - Method in class org.jscience.ml.cml.util.CyclicVector: creates an Enumeration starting with (first) element containing startObject.
elements(int) - Method in class org.jscience.ml.cml.util.CyclicVector: creates an Enumeration starting at index
elements - Variable in class org.jscience.ml.openmath.OMApplication: Stores the elements.
elements - Variable in class org.jscience.ml.openmath.OMError: Stores the errors.
ElementSet - Class in org.jscience.astronomy.solarsystem.artificialsatellites
ElementSet(String[]) - Constructor for class org.jscience.astronomy.solarsystem.artificialsatellites.ElementSet: Constructs an instance of this class from a NORAD two-line element set.
ElementSet(String, String) - Constructor for class org.jscience.astronomy.solarsystem.artificialsatellites.ElementSet: Constructs an instance of this class from a NORAD two-line element set.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.AntiElectronNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.AntiHadron: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.AntiMuon: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.AntiMuonNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.AntiQuark: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.AntiTau: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.AntiTauNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.Electron: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.ElectronNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.GaugeBoson: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.Hadron: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.Muon: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.MuonNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.Positron: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.Quark: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.Tau: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.particles.TauNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class org.jscience.physics.quantum.QuantumParticle: Returns the electron lepton number.
elevateOneDegree() - Method in class org.jscience.mathematics.geometry.BsplineCurve2D: ��̋�?
elevateOneDegree() - Method in class org.jscience.mathematics.geometry.BsplineCurve3D: ��̋�?
elevateOneDegree() - Method in class org.jscience.mathematics.geometry.PureBezierCurve2D: ��̋�?
elevateOneDegree() - Method in class org.jscience.mathematics.geometry.PureBezierCurve3D: ��̋�?
ELITISM_FACTOR - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ4: DOCUMENT ME!
ELITISM_FACTOR - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ5: DOCUMENT ME!
Ellipse - Class in org.jscience.astronomy: The Ellipse class defines ellipses in a 3d dimension environment.
Ellipse(Point3f, Vector3f, Vector3f) - Constructor for class org.jscience.astronomy.Ellipse: Creates a new Ellipse object.
ELLIPSE - Static variable in class org.jscience.media.pictures.filters.LightFilter.NormalEvaluator: DOCUMENT ME!
Ellipse2D - Class in org.jscience.mathematics.geometry: �Q�� : �ȉ~��\��N��X?
Ellipse2D(Axis2Placement2D, double, double) - Constructor for class org.jscience.mathematics.geometry.Ellipse2D: ��?
Ellipse3D - Class in org.jscience.mathematics.geometry: �R�� : �ȉ~��\��N��X?
Ellipse3D(Axis2Placement3D, double, double) - Constructor for class org.jscience.mathematics.geometry.Ellipse3D: ��?
Elliptic - Class in org.jscience.mathematics.analysis.elliptic: Class provides Jacobi's elliptic theta functions.
ELLIPTIC_ARC - Static variable in class org.jscience.mathematics.geometry.BsplineCurveForm: �ȉ~�̈ꕔ/�S�̂�\��a�X�v��C��?
elm - Variable in class org.jscience.physics.electricity.circuitry.CircuitNodeLink: DOCUMENT ME!
elm - Variable in class org.jscience.physics.electricity.circuitry.gui.EditDialog: DOCUMENT ME!
elm - Variable in class org.jscience.physics.electricity.circuitry.Scope: DOCUMENT ME!
elmDeleteMenuItem - Variable in class org.jscience.physics.electricity.circuitry.gui.CircuitFrame
elmEditMenuItem - Variable in class org.jscience.physics.electricity.circuitry.gui.CircuitFrame
elmList - Variable in class org.jscience.physics.electricity.circuitry.gui.CircuitFrame
elmMenu - Variable in class org.jscience.physics.electricity.circuitry.gui.CircuitFrame
elmScopeMenuItem - Variable in class org.jscience.physics.electricity.circuitry.gui.CircuitFrame
ELP2000 - Class in org.jscience.astronomy.solarsystem.ephemeris.ELP2000: DOCUMENT ME!
ELP2000(DataInputStream) - Constructor for class org.jscience.astronomy.solarsystem.ephemeris.ELP2000.ELP2000: Creates a new ELP2000 object.
elp2000 - Variable in class org.jscience.astronomy.solarsystem.ephemeris.gui.CelestialSphere: DOCUMENT ME!
ELSE - Static variable in interface org.jscience.ml.sbml.jep.ParserConstants: DOCUMENT ME!
ELSEIF - Static variable in interface org.jscience.ml.sbml.jep.ParserConstants: DOCUMENT ME!
email - Variable in class org.jscience.bibliography.BiblioPerson: DOCUMENT ME!
EmbeddedGraph - Class in org.jscience.mathematics.geometry: (�Q��) ��?
EmbeddedGraph() - Constructor for class org.jscience.mathematics.geometry.EmbeddedGraph: ��^��?
EmbeddedGraph(EmbeddedGraph.GraphItemMaker) - Constructor for class org.jscience.mathematics.geometry.EmbeddedGraph: graphItemMaker ��^��?
EmbeddedGraph.Edge - Class in org.jscience.mathematics.geometry: �O��t�̔�� (�ӂ̕Њ��) ��\��Ք�N��X?
EmbeddedGraph.Edge() - Constructor for class org.jscience.mathematics.geometry.EmbeddedGraph.Edge: ��^��ɃI�u�W�F�N�g��?
EmbeddedGraph.Face - Class in org.jscience.mathematics.geometry: �O��t�̖ʂ�\��Ք�N��X?
EmbeddedGraph.Face() - Constructor for class org.jscience.mathematics.geometry.EmbeddedGraph.Face: ��^��ɃI�u�W�F�N�g��?
EmbeddedGraph.GraphItem - Class in org.jscience.mathematics.geometry: �O��t��?
EmbeddedGraph.GraphItemMaker - Interface in org.jscience.mathematics.geometry: �O��t��ł�?
EmbeddedGraph.Result - Class in org.jscience.mathematics.geometry: EmbeddedGraph �� Euler Operator �̊e make �?
EmbeddedGraph.Vertex - Class in org.jscience.mathematics.geometry: �O��t�̒��_��\��Ք�N��X?
EmbeddedGraph.Vertex() - Constructor for class org.jscience.mathematics.geometry.EmbeddedGraph.Vertex: ��^��ɃI�u�W�F�N�g��?
EmbossFilter - Class in org.jscience.media.pictures.filters: A class to emboss an image.
EmbossFilter() - Constructor for class org.jscience.media.pictures.filters.EmbossFilter: Creates a new EmbossFilter object.
embossMatrix - Static variable in class org.jscience.media.pictures.filters.BumpFilter: DOCUMENT ME!
EMFieldTensor - Class in org.jscience.physics.relativity: The EMFieldTensor class encapsulates the electromagnetic field tensor.
EMFieldTensor(DoubleVector, DoubleVector) - Constructor for class org.jscience.physics.relativity.EMFieldTensor: Constructs an electromagnetic field tensor.
emi2x - Variable in class org.jscience.physics.electricity.circuitry.elements.TransistorElement: DOCUMENT ME!
emi2y - Variable in class org.jscience.physics.electricity.circuitry.elements.TransistorElement: DOCUMENT ME!
emit(WMinus) - Method in class org.jscience.physics.quantum.particles.AntiElectronNeutrino: Emits a W-.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.AntiElectronNeutrino: Emits a Z0.
emit(Photon) - Method in class org.jscience.physics.quantum.particles.AntiMuon: Emits a photon.
emit(WPlus) - Method in class org.jscience.physics.quantum.particles.AntiMuon: Emits a W+.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.AntiMuon: Emits a Z0.
emit(WMinus) - Method in class org.jscience.physics.quantum.particles.AntiMuonNeutrino: Emits a W-.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.AntiMuonNeutrino: Emits a Z0.
emit(Gluon) - Method in class org.jscience.physics.quantum.particles.AntiQuark: Emits a gluon.
emit(Photon) - Method in class org.jscience.physics.quantum.particles.AntiTau: Emits a photon.
emit(WPlus) - Method in class org.jscience.physics.quantum.particles.AntiTau: Emits a W+.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.AntiTau: Emits a Z0.
emit(WMinus) - Method in class org.jscience.physics.quantum.particles.AntiTauNeutrino: Emits a W-.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.AntiTauNeutrino: Emits a Z0.
emit(Photon) - Method in class org.jscience.physics.quantum.particles.Electron: Emits a photon.
emit(WMinus) - Method in class org.jscience.physics.quantum.particles.Electron: Emits a W-.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.Electron: Emits a Z0.
emit(WPlus) - Method in class org.jscience.physics.quantum.particles.ElectronNeutrino: Emits a W+.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.ElectronNeutrino: Emits a Z0.
emit(Photon) - Method in class org.jscience.physics.quantum.particles.Muon: Emits a photon.
emit(WMinus) - Method in class org.jscience.physics.quantum.particles.Muon: Emits a W-.
emit(WPlus) - Method in class org.jscience.physics.quantum.particles.Muon: Absorbs a W+.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.Muon: Emits a Z0.
emit(WPlus) - Method in class org.jscience.physics.quantum.particles.MuonNeutrino: Emits a W+.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.MuonNeutrino: Emits a Z0.
emit(Photon) - Method in class org.jscience.physics.quantum.particles.Positron: Emits a photon.
emit(WPlus) - Method in class org.jscience.physics.quantum.particles.Positron: Emits a W+.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.Positron: Emits a Z0.
emit(Gluon) - Method in class org.jscience.physics.quantum.particles.Quark: Emits a gluon.
emit(Photon) - Method in class org.jscience.physics.quantum.particles.Tau: Emits a photon.
emit(WMinus) - Method in class org.jscience.physics.quantum.particles.Tau: Emits a W-.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.Tau: Emits a Z0.
emit(WPlus) - Method in class org.jscience.physics.quantum.particles.TauNeutrino: Emits a W+.
emit(ZZero) - Method in class org.jscience.physics.quantum.particles.TauNeutrino: Emits a Z0.
emitx - Variable in class org.jscience.physics.electricity.circuitry.elements.TransistorElement: DOCUMENT ME!
emity - Variable in class org.jscience.physics.electricity.circuitry.elements.TransistorElement: DOCUMENT ME!
EMOTION - Static variable in class org.jscience.psychology.social.HumanTimeline: DOCUMENT ME!
empty() - Method in class org.jscience.architecture.traffic.infrastructure.SPData.Path: Remove all Drivelanes
empty - Static variable in class org.jscience.computing.ai.planning.TaskList: This variable represents an empty task list.
EMPTY - Static variable in class org.jscience.computing.automaton.RegExp: Syntax flag, enables empty language (#).
EMPTY - Static variable in class org.jscience.computing.game.gomoku.GomokuGame: DOCUMENT ME!
EMPTY - Static variable in class org.jscience.computing.game.muehle.MuehleGame: DOCUMENT ME!
EMPTY - Static variable in class org.jscience.mathematics.analysis.Interval
EMPTY - Static variable in class org.jscience.mathematics.FiniteSet: DOCUMENT ME!
empty() - Static method in class org.jscience.mathematics.geometry.ConditionOfOperation: ��ݎ s��̃X��b�h�ɑΉ��鉉�Z�쏃X�^�b�N��󂩔ۂ��Ԃ��B
empty() - Method in class org.jscience.physics.waves.optics.rays.Ray: DOCUMENT ME!
EMPTY_BINARYRELATION - Static variable in class org.jscience.util.Relations: DOCUMENT ME!
EMPTY_FILE - Variable in class org.jscience.linguistics.kif.Vampire: DOCUMENT ME!
EMPTY_UNARYRELATION - Static variable in class org.jscience.util.Relations: DOCUMENT ME!
EmptyGraphGenerator - Class in org.jscience.computing.graph.generators: Generates an empty graph of any size.
EmptyGraphGenerator(int) - Constructor for class org.jscience.computing.graph.generators.EmptyGraphGenerator: Construct a new EmptyGraphGenerator.
emptyLine() - Method in class org.jscience.architecture.traffic.simulation.statistics.StatsSummaryView: DOCUMENT ME!
emptyTree() - Method in class org.jscience.physics.solids.gui.AtlasTree: DOCUMENT ME!
EN_US - Static variable in class org.jscience.linguistics.Languages: DOCUMENT ME!
enable() - Method in class org.jscience.util.Monitor: enable() sets the Monitor to be enabled() and also interrupts threads scheduled through disableLater()
ENABLE_APPEARANCE_MODIFY - Static variable in class org.jscience.biology.lsystems.common.Primitive: Specifies that the ALLOW_APPEARANCE_READ and ALLOW_APPEARANCE_WRITE bits are to be set on the generated geometry's Shape3D nodes.
ENABLE_GEOMETRY_PICKING - Static variable in class org.jscience.biology.lsystems.common.Primitive: Specifies that the ALLOW_INTERSECT capability bit should be set on the generated geometry.
enable_tracing() - Method in class org.jscience.ml.sbml.jep.Parser: DOCUMENT ME!
enabled - Static variable in class org.jscience.util.Debug: false by default
enabled() - Method in class org.jscience.util.Monitor: DOCUMENT ME!
enabled() - Method in class org.jscience.util.MonitorDelegator: DOCUMENT ME!
enableGrid() - Method in class org.jscience.architecture.traffic.edit.EditController: DOCUMENT ME!
enableItems() - Method in class org.jscience.physics.electricity.circuitry.gui.CircuitFrame
enableOverlay() - Method in class org.jscience.architecture.traffic.simulation.SimController: Enables the statistics overlay
enableTracking() - Method in class org.jscience.computing.game.TemplatePlayer: Deprecated. use setTracking(boolean enable) instead
ENCLOSED - Static variable in class org.jscience.computing.ai.cellularautomaton.CellularAutomata: Enclosed geometry.
enclosingBox2D() - Method in class org.jscience.mathematics.geometry.CurveBoundedSurface3D: ��̋�?
EnclosingBox2D - Class in org.jscience.mathematics.geometry: �Q�� : (�`?
EnclosingBox2D(Point2D, Point2D) - Constructor for class org.jscience.mathematics.geometry.EnclosingBox2D: ��`��?
EnclosingBox2D(double, double, double, double) - Constructor for class org.jscience.mathematics.geometry.EnclosingBox2D: ��`��?
EnclosingBox2D(Point2D[]) - Constructor for class org.jscience.mathematics.geometry.EnclosingBox2D: �^��ꂽ�_�Q��߂�?
EnclosingBox3D - Class in org.jscience.mathematics.geometry: �R�� : (�`?
EnclosingBox3D(Point3D, Point3D) - Constructor for class org.jscience.mathematics.geometry.EnclosingBox3D: ��̂�?
EnclosingBox3D(double, double, double, double, double, double) - Constructor for class org.jscience.mathematics.geometry.EnclosingBox3D: ��̂�?
EnclosingBox3D(Point3D[]) - Constructor for class org.jscience.mathematics.geometry.EnclosingBox3D: �^��ꂽ�_�Q��߂�?
encode(String) - Method in class org.jscience.ml.openmath.codec.CDCodec: Encodes the XML-encoded OM-object.
encode(String) - Method in class org.jscience.ml.openmath.codec.Codec: Encodes the XML-encoded OM-object.
encode(byte[]) - Method in class org.jscience.util.CypherKey: DOCUMENT ME!
encode(byte[]) - Method in class org.jscience.util.SimpleKey: DOCUMENT ME!
encode(byte[]) - Method in interface org.jscience.util.SynchronousKey: encodes the given byte array
Encoded - Class in org.jscience.util: Encoded encapsulates a serializable object in an encrypted format that requires the same synchronous key for both, encoding and decoding.
Encoded(Object, SynchronousKey) - Constructor for class org.jscience.util.Encoded: stores the encryped bytes of the given objects (using the key) and the signature of the given key (not the key itself)
encodeOMObject(OMObject) - Method in class org.jscience.ml.openmath.codec.CDCodec: Encodes the OM-object to backengine-syntax.
encodeOMObject(OMObject) - Method in class org.jscience.ml.openmath.codec.Codec: Encodes the OM-object to backengine-syntax.
encodeUTF(String) - Static method in class org.jscience.util.StringUtils: DOCUMENT ME!
encodeXML(String) - Static method in class org.jscience.util.StringUtils: encodes a text string to use as text in an HTML or XML document using the translateArray
encounterVertex(Object, Edge) - Method in class org.jscience.computing.graph.iterators.BreadthFirstIterator
encounterVertex(Object, Edge) - Method in class org.jscience.computing.graph.iterators.ClosestFirstIterator
encounterVertex(Object, Edge) - Method in class org.jscience.computing.graph.iterators.CrossComponentIterator: Update data structures the first time we see a vertex.
encounterVertex(Object, Edge) - Method in class org.jscience.computing.graph.iterators.DepthFirstIterator
encounterVertex(Object, Edge) - Method in class org.jscience.computing.graph.iterators.TopologicalOrderIterator
encounterVertexAgain(Object, Edge) - Method in class org.jscience.computing.graph.iterators.BreadthFirstIterator
encounterVertexAgain(Object, Edge) - Method in class org.jscience.computing.graph.iterators.ClosestFirstIterator: Override superclass.
encounterVertexAgain(Object, Edge) - Method in class org.jscience.computing.graph.iterators.CrossComponentIterator: Called whenever we re-encounter a vertex.
encounterVertexAgain(Object, Edge) - Method in class org.jscience.computing.graph.iterators.DepthFirstIterator
encounterVertexAgain(Object, Edge) - Method in class org.jscience.computing.graph.iterators.TopologicalOrderIterator
encrypt(SynchronousKey) - Method in class org.jscience.io.ExtendedFile: the file must fit into memory
end - Variable in class org.jscience.architecture.traffic.util.TurnCurve: The end point of this TurnCurve
end() - Method in class org.jscience.mathematics.geometry.ParameterSection: �I��l��Ԃ��B
end() - Method in class org.jscience.mathematics.geometry.ParameterSectionOnCurve2D: ��̃p��??
end() - Method in class org.jscience.mathematics.geometry.ParameterSectionOnCurve3D: ��̃p��??
END - Static variable in class org.jscience.util.logging.Level: DOCUMENT ME!
end1() - Method in class org.jscience.mathematics.geometry.OverlapCurve2D: ��̃I?
end1() - Method in class org.jscience.mathematics.geometry.OverlapCurve3D: ��̃I?
end2() - Method in class org.jscience.mathematics.geometry.OverlapCurve2D: ��̃I?
end2() - Method in class org.jscience.mathematics.geometry.OverlapCurve3D: ��̃I?
end_below_start - Variable in class org.jscience.ml.tigerxml.Path: DOCUMENT ME!
END_VERTEX - Static variable in class org.jscience.computing.graph.generators.LinearGraphGenerator: Role for the last vertex generated.
endAction(View, Point) - Method in class org.jscience.architecture.traffic.tools.LaneAction: Looks for the second node at given point.
endAfterCurrent() - Method in class org.jscience.util.ThreadWorker: ends the thread after the current task ended; the effect is irreversible
endAfterLast() - Method in class org.jscience.util.ThreadWorker: ends the thread after the last queued task ended; the effect is irreversible
endColumn - Variable in class org.jscience.ml.sbml.jep.Token: beginLine and beginColumn describe the position of the first character of this token; endLine and endColumn describe the position of the last character of this token.
endCycle - Variable in class org.jscience.architecture.traffic.simulation.statistics.TrackingView: The cycle the end of the x-axis currently represents
endDocument() - Method in class org.jscience.io.openmath.OMXMLReader: End the document.
endDocument() - Method in class org.jscience.ml.cml.cmlimpl.SaxHandlerImpl: DOCUMENT ME!
endDocument() - Method in class org.jscience.ml.gedcom.GedcomOutputter: End of the document.
endDocument() - Method in class org.jscience.ml.openmath.io.OMXMLReader: End the document.
endDocument() - Method in class org.jscience.ml.sbml.math.MathMLConvertorSAX: DOCUMENT ME!
endDocument() - Method in class org.jscience.ml.sbml.math.MathMLExpression.MathMLHandler
endDrag(View, Point, int) - Method in class org.jscience.architecture.traffic.tools.SelectAction: DOCUMENT ME!
endElement(String, String, String) - Method in class org.jscience.biology.taxonomy.ItisXmlHandler: callback method used by the SAX Parser when the end tag of an element is detected.
endElement(String, String, String) - Method in class org.jscience.io.openmath.OMXMLReader: End a XML element.
endElement(SaxHandler) - Method in interface org.jscience.ml.cml.AbstractBase: SAX2 parsing routine called from endElement() callback NOT namespace aware
endElement(SaxHandler) - Method in interface org.jscience.ml.cml.BaseTool: SAX2 parsing routine - called from endElement() callback
NOT namespace aware
endElement(SaxHandler) - Method in class org.jscience.ml.cml.cmlimpl.BaseToolImpl: SAX2 parsing routine - called from endElement() callback
NOT namespace aware
endElement(SaxHandler) - Method in class org.jscience.ml.cml.cmlimpl.CMLBaseImpl: SAX2 parsing routine called from endElement() callback NOT namespace aware
endElement(String, String, String) - Method in class org.jscience.ml.cml.cmlimpl.SaxHandlerImpl: DOCUMENT ME!
endElement(String, String, String) - Method in class org.jscience.ml.gedcom.GedcomOutputter: End of an element.
endElement(String, String, String) - Method in class org.jscience.ml.openmath.io.OMXMLReader: End a XML element.
endElement(String, String, String) - Method in class org.jscience.ml.sbml.math.MathMLConvertorSAX: DOCUMENT ME!
endElement(String, String, String) - Method in class org.jscience.ml.sbml.math.MathMLExpression.MathMLHandler
endElement(String, String, String) - Method in class org.jscience.ml.sbml.SBMLLevel2Reader
endElement(String, String, String) - Method in class org.jscience.sociology.forms.FormParser: Overrides the same method of DefaultHandler.
EndianConverter - Class in org.jscience.util: Utility to convert little endian data to big endian data.
EndianConverter() - Constructor for class org.jscience.util.EndianConverter
endLine - Variable in class org.jscience.linguistics.kif.Formula: The line in the file on which the formula ends.
endLine - Variable in class org.jscience.ml.sbml.jep.Token: beginLine and beginColumn describe the position of the first character of this token; endLine and endColumn describe the position of the last character of this token.
endMove(View, Point) - Method in class org.jscience.architecture.traffic.tools.MoveAction: DOCUMENT ME!
ENDOCRINE_SYSTEM - Static variable in class org.jscience.medicine.MedicineConstants: DOCUMENT ME!
endPoint() - Method in class org.jscience.mathematics.geometry.BoundedCurve2D: ��̗L��?
endPoint() - Method in class org.jscience.mathematics.geometry.BoundedCurve3D: ��̗L��?
endPoint() - Method in class org.jscience.mathematics.geometry.CompositeCurve2D: ��̕�?
endPoint() - Method in class org.jscience.mathematics.geometry.CompositeCurve3D: ��̕�?
endPoint() - Method in class org.jscience.mathematics.geometry.CompositeCurveSegment2D: ��̗L��?
endPoint() - Method in class org.jscience.mathematics.geometry.CompositeCurveSegment3D: ��̗L��?
endPoint() - Method in class org.jscience.mathematics.geometry.Polyline2D: ��̗L��?
endPoint() - Method in class org.jscience.mathematics.geometry.Polyline3D: ��̗L��?
endPoint() - Method in class org.jscience.mathematics.geometry.PureBezierCurve2D: ��̗L��?
endPoint() - Method in class org.jscience.mathematics.geometry.PureBezierCurve3D: ��̗L��?
endPoint() - Method in class org.jscience.mathematics.geometry.TrimmedCurve2D: ��̗L��?
endPoint() - Method in class org.jscience.mathematics.geometry.TrimmedCurve3D: ��̗L��?
endProgram() - Method in class org.jscience.engineering.control.gui.PlotGraph: DOCUMENT ME!
endScroll(View, Point) - Method in class org.jscience.architecture.traffic.tools.ScrollAction: DOCUMENT ME!
endStateId - Variable in class org.jscience.engineering.eventdriven.StateChangeRecord: The state of the entity after the state change.
ENEMY - Static variable in class org.jscience.sociology.Roles: DOCUMENT ME!
Energy - Interface in javax.measure.quantity: This interface represents the capacity of a physical system to do work.
ENERGY - Static variable in class org.jscience.economics.EconomicsConstants: DOCUMENT ME!
energy() - Method in class org.jscience.physics.kinematics.AbstractClassicalParticle: DOCUMENT ME!
energy() - Method in class org.jscience.physics.kinematics.ClassicalParticle2D: Returns the kinetic energy.
energy() - Method in class org.jscience.physics.kinematics.ClassicalParticle3D: Returns the kinetic energy.
energy() - Method in class org.jscience.physics.kinematics.ClassicalParticleND: Returns the energy of this particle.
energy() - Method in class org.jscience.physics.kinematics.RigidBody2D: Returns the kinetic and rotational energy.
energy() - Method in class org.jscience.physics.kinematics.RigidBody3D: Returns the kinetic and rotational energy.
energy - Variable in class org.jscience.physics.nuclear.kinematics.nuclear.Beam: DOCUMENT ME!
EnergyLoss - Class in org.jscience.physics.nuclear.kinematics.nuclear: DOCUMENT ME!
EnergyLoss(Absorber) - Constructor for class org.jscience.physics.nuclear.kinematics.nuclear.EnergyLoss: Create an energy loss calculator associated with the given absorber.
energyRatio(int) - Method in class org.jscience.mathematics.wavelet.FWTCoef
energyRatio(FWTCoef[], int) - Static method in class org.jscience.mathematics.wavelet.FWTCoefMathUtils: DOCUMENT ME!
energyRatio(int) - Method in class org.jscience.mathematics.wavelet.FWTPacketCoef: DOCUMENT ME!
energyTolerance - Variable in class org.jscience.chemistry.quantum.SCFMethod: Holds value of property energyTolerance.
EnforcedDisplacement - Class in org.jscience.physics.solids.constraint: Constrains a nodes motion in the specified degrees of freedom.
EnforcedDisplacement(String, AtlasNode, int, double) - Constructor for class org.jscience.physics.solids.constraint.EnforcedDisplacement: Constrains the specified node in the degree of freedom.
EnforcedDisplacement(String, AtlasNode[], int[], double) - Constructor for class org.jscience.physics.solids.constraint.EnforcedDisplacement: Constrains the specified node in the degrees of freedom.
EngePlusSilicon_Simulation - Class in org.jscience.physics.nuclear.kinematics.montecarlo: This class will produce a Monte Carlo simulation of the in-flight decay of a nucleus in an excited state produced and (presumably) tagged by the Enge SplitPole.
EngePlusSilicon_Simulation() - Constructor for class org.jscience.physics.nuclear.kinematics.montecarlo.EngePlusSilicon_Simulation: Creates new EngeYLSA_Simulation
EngeYLSA_Simulation - Class in org.jscience.physics.nuclear.kinematics.montecarlo: This class will produce a Monte Carlo simulation of the in-flight decay of a nucleus in an excited state produced and (presumably) tagged by the Enge SplitPole.
EngeYLSA_Simulation() - Constructor for class org.jscience.physics.nuclear.kinematics.montecarlo.EngeYLSA_Simulation: Creates new EngeYLSA_Simulation
Engine - Class in org.jscience.engineering.eventdriven: This is the run-time core of the state engine system.
Engine(String) - Constructor for class org.jscience.engineering.eventdriven.Engine: Constructor.
engine - Variable in class org.jscience.physics.electricity.circuitry.gui.CircuitFrame
EngineeringConstants - Class in org.jscience.engineering: A class representing common constants used in engineering.
EngineeringConstants() - Constructor for class org.jscience.engineering.EngineeringConstants
EngineerMathUtils - Class in org.jscience.mathematics.statistics: This class is dedicated to engineering methods applied to arrays including signal processing.
EnhancedSimpsonIntegrator - Class in org.jscience.mathematics.analysis.quadrature: This class implements an enhanced Simpson-like integrator.
EnhancedSimpsonIntegrator() - Constructor for class org.jscience.mathematics.analysis.quadrature.EnhancedSimpsonIntegrator
EnhancedSimpsonIntegratorSampler - Class in org.jscience.mathematics.analysis.quadrature: This class implements an enhanced Simpson integrator as a sample.
EnhancedSimpsonIntegratorSampler(SampledMappingIterator) - Constructor for class org.jscience.mathematics.analysis.quadrature.EnhancedSimpsonIntegratorSampler: Constructor.
EnhancedSimpsonNDIntegrator - Class in org.jscience.mathematics.analysis.quadrature: This class implements an enhanced Simpson-like integrator.
EnhancedSimpsonNDIntegrator() - Constructor for class org.jscience.mathematics.analysis.quadrature.EnhancedSimpsonNDIntegrator
EnhancedSimpsonNDIntegratorSampler - Class in org.jscience.mathematics.analysis.quadrature: This class implements an enhanced Simpson integrator as a sample.
EnhancedSimpsonNDIntegratorSampler(SampledMappingIterator) - Constructor for class org.jscience.mathematics.analysis.quadrature.EnhancedSimpsonNDIntegratorSampler: Constructor.
enqueueRoaduser(Roaduser) - Method in class org.jscience.architecture.traffic.infrastructure.SpecialNode: Place a roaduser in the waitingQueue
enter(Roaduser) - Method in class org.jscience.architecture.traffic.infrastructure.NetTunnel: DOCUMENT ME!
enter(Roaduser) - Method in class org.jscience.architecture.traffic.infrastructure.SpecialNode: Hook method that is called by the infra when a roaduser reaches this node
enteredAlarm() - Method in interface org.jscience.devices.gps.services.IAlarmListener: This method is called by the AreaAlarm when the GPS enters the area.
enterPassword(Component) - Static method in class org.jscience.swing.Menus: DOCUMENT ME!
enterPassword(Component, String, Object, String) - Static method in class org.jscience.swing.Menus: DOCUMENT ME!
enterPassword(Component, String, Object, String, ImageIcon) - Static method in class org.jscience.swing.Menus: DOCUMENT ME!
ENTERTAIN - Static variable in class org.jscience.psychology.Behavior: DOCUMENT ME!
ENTITIES_SIMPLE_TYPE - Static variable in class org.jscience.ml.gml.xml.schema.XMLSchema: DOCUMENT ME!
ENTITY_SIMPLE_TYPE - Static variable in class org.jscience.ml.gml.xml.schema.XMLSchema: DOCUMENT ME!
entityId - Variable in class org.jscience.engineering.eventdriven.StateChangeRecord: The name of the entity that changed state.
entropy(double[]) - Static method in class org.jscience.mathematics.statistics.EngineerMathUtils: Compute the entropy of an array.
entropy(int[]) - Static method in class org.jscience.mathematics.statistics.EngineerMathUtils: Compute the entropy of an array.
entropy() - Method in class org.jscience.mathematics.wavelet.FWTCoef
entropy(FWTCoef[], int) - Static method in class org.jscience.mathematics.wavelet.FWTCoefMathUtils: DOCUMENT ME!
entropy(FWTCoef[]) - Static method in class org.jscience.mathematics.wavelet.FWTCoefMathUtils: DOCUMENT ME!
entropy() - Method in class org.jscience.mathematics.wavelet.FWTPacketCoef: DOCUMENT ME!
entropy() - Method in class org.jscience.mathematics.wavelet.Signal: Return the entropy of the signal
entry - Variable in class org.jscience.bibliography.candy.CandyEntry: A unique identifier of this entry.
ENTRY_PROPERTIES - Static variable in interface org.jscience.bibliography.BibRefSupport
EntryPoint - Class in org.jscience.architecture.lift: This file is licensed under the GNU Public Licens (GPL).
EntryPoint() - Constructor for class org.jscience.architecture.lift.EntryPoint
entryPoints - Variable in class org.jscience.computing.ai.expertsystem.AbstractKnowledgeBase: The map that takes class names into the entry points of the Rete network.
entrySet() - Method in class org.jscience.util.cache.WeakValueHashMap: DOCUMENT ME!
entryStatus - Variable in class org.jscience.bibliography.BibRef: DOCUMENT ME!
Enum - Class in org.jscience.geography.coordinates: The base enumeration from which all enumeration classes are inherited.
Enum(int, String) - Constructor for class org.jscience.geography.coordinates.Enum: Creates a new Enum object.
enumerate(Iterator<F>) - Static method in class org.jscience.util.AbstractIterator: converts an Iterator into an Enumeration
ENUMERATION_ELEMENT - Static variable in class org.jscience.ml.gml.xml.schema.XMLSchema: DOCUMENT ME!
enviar(String, String) - Method in class org.jscience.physics.fluids.dynamics.util.SMTPClient: method enviar abreviado.
Environment - Class in org.jscience.computing.ai.agents: A class representing a simulated space.
Environment() - Constructor for class org.jscience.computing.ai.agents.Environment
Enzyme - Class in org.jscience.biology: A class representing an Enzyme.
Enzyme(mRNA, Alphabet) - Constructor for class org.jscience.biology.Enzyme: Creates a new Enzyme object.
Enzyme(AminoAcid[]) - Constructor for class org.jscience.biology.Enzyme: Creates a new Enzyme object.
Enzyme(String) - Constructor for class org.jscience.biology.Enzyme: Creates a new Enzyme object.
EOCENE - Static variable in class org.jscience.history.archeology.ArcheologyConstants: DOCUMENT ME!
EOF - Static variable in interface org.jscience.computing.ai.expertsystem.compiler.parser.TokenConstants: Constant used to indicate that the token type is EOF.
EOF - Static variable in interface org.jscience.computing.ai.planning.PlannerTokenTypes: DOCUMENT ME!
EOF - Static variable in interface org.jscience.ml.sbml.jep.ParserConstants: DOCUMENT ME!
EOF_TOKEN - Static variable in class org.jscience.computing.ai.expertsystem.compiler.parser.Token: The EOF token.
eol - Variable in exception org.jscience.ml.sbml.jep.ParseException: The end of line string for this machine.
eolIsSignificant(boolean) - Method in class org.jscience.linguistics.kif.StreamTokenizer_s: Determines whether or not ends of line are treated as tokens.
epe - Variable in class org.jscience.devices.gps.garmin.PVTDataPacket: DOCUMENT ME!
eph - Variable in class org.jscience.devices.gps.garmin.PVTDataPacket: DOCUMENT ME!
ephemerisCorrection(double) - Static method in class org.jscience.history.calendars.Moment: DOCUMENT ME!
ephemerisCorrection() - Method in class org.jscience.history.calendars.Moment: DOCUMENT ME!
ephemerisFromUniversal(double) - Static method in class org.jscience.history.calendars.Moment: DOCUMENT ME!
EphemerisWriter - Interface in org.jscience.astronomy.solarsystem.artificialsatellites.gui: Instances of classes which implement this interface writes an ephemeris of StateVector objects to a destination s defined by the implementation.
EPIGLOTTAL - Static variable in class org.jscience.linguistics.LinguisticsConstants: DOCUMENT ME!
epnt() - Method in class org.jscience.mathematics.geometry.BoundedLine2D: ��?
epnt() - Method in class org.jscience.mathematics.geometry.BoundedLine3D: ��?
epoch - Variable in class org.jscience.astronomy.solarsystem.ephemeris.HelioOrbit: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.AlternateCalendar: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.BahaiCalendar: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.ChineseCalendar: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.CopticCalendar: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.EthiopicCalendar: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.GregorianCalendar: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.HebrewCalendar: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.IslamicCalendar: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.JulianCalendar: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.ModifiedFrenchCalendar: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.OldHinduSolarCalendar: DOCUMENT ME!
EPOCH - Static variable in class org.jscience.history.calendars.PersianCalendar: DOCUMENT ME!
EPOCHYEAR - Static variable in class org.jscience.history.calendars.ChineseCalendar: DOCUMENT ME!
Epoxide - Class in org.jscience.chemistry.radicals: A class storing the Epoxide radical.
Epoxide() - Constructor for class org.jscience.chemistry.radicals.Epoxide: Creates a new Epoxide object.
Epps2 - Variable in class org.jscience.geography.coordinates.OrmData: DOCUMENT ME!
Eps - Variable in class org.jscience.geography.coordinates.OrmData: DOCUMENT ME!
Eps2 - Variable in class org.jscience.geography.coordinates.OrmData: DOCUMENT ME!
Eps25 - Variable in class org.jscience.geography.coordinates.OrmData: DOCUMENT ME!
EpsH - Variable in class org.jscience.geography.coordinates.OrmData: DOCUMENT ME!
EPSILON - Static variable in class org.jscience.chemistry.vapor.Constants: DOCUMENT ME!
EpsinonGreedy - Static variable in class org.jscience.computing.ai.reinforcement.qlearning.QLearner: "Epsinon Greedy" selection method for selecting actions
epv - Variable in class org.jscience.devices.gps.garmin.PVTDataPacket: DOCUMENT ME!
EQ - Class in org.jscience.mathematics.analysis.expressions.comparison: DOCUMENT ME!
EQ(Expression, Expression) - Constructor for class org.jscience.mathematics.analysis.expressions.comparison.EQ: Creates a new EQ object.
EQ - Static variable in interface org.jscience.ml.sbml.jep.ParserConstants: DOCUMENT ME!
EQUAL - Static variable in interface org.jscience.computing.ai.planning.PlannerTokenTypes: DOCUMENT ME!
equal - Static variable in class org.jscience.computing.ai.planning.StdLib: For code call of the form (call = ...).
EqualizeFilter - Class in org.jscience.computing.ai.vision: This filter performs histogram equalization on their a greyscale or RGB image.
EqualizeFilter() - Constructor for class org.jscience.computing.ai.vision.EqualizeFilter: Creates a new instance of EqualizeFilter
equals(Object) - Method in class javax.measure.converter.UnitConverter: Indicates whether this converter is considered the same as the converter specified.
equals(Object) - Method in class javax.measure.Measure: Compares this measure against the specified object for strict equality (same unit and amount).
equals(Object) - Method in class javax.measure.unit.AlternateUnit: Indicates if this alternate unit is considered equals to the specified object (both are alternate units with equal symbol, equal base units and equal converter to base units).
equals(Object) - Method in class javax.measure.unit.BaseUnit: Indicates if this base unit is considered equals to the specified object (both are base units with equal symbol, standard dimension and standard transform).
equals(Object) - Method in class javax.measure.unit.CompoundUnit: Indicates if this compound unit is considered equals to the specified object (both are compound units with same composing units in the same order).
equals(Object) - Method in class javax.measure.unit.Dimension: Indicates if the specified dimension is equals to the one specified.
equals(Object) - Method in class javax.measure.unit.ProductUnit: Indicates if this product unit is considered equals to the specified object.
equals(Object) - Method in class javax.measure.unit.TransformedUnit: Indicates if this transformed unit is considered equals to the specified object (both are transformed units with equal parent unit and equal converter to parent unit).
equals(Object) - Method in class javax.measure.unit.Unit: Indicates if the specified unit can be considered equals to the one specified.
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL1TLC.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL1TLC.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL1TLC.Target: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL2TLC.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL2TLC.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL2TLC.Target: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL3TLC.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL3TLC.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL3TLC.Target: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL4TLC.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL4TLC.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL4TLC.Target: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL5TLC.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL5TLC.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL5TLC.Target: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL6TLC.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL6TLC.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL6TLC.Target: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1B1.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1B1.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1B1.Target: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCDestless.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCDestless.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCFix.CountEntry
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCFix.PEntry
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCOpt.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCOpt.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2B1.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2B1.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2B1.PKtlEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2B1.Target: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2Final.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2Final.PKtlEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCDestless.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCDestless.PKtlEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCOpt.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCOpt.PKtlEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3B1.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3B1.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3B1.PKtlEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3B1.Target: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3Opt.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3Opt.PEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3Opt.PKtlEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3Opt.Target: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3TLCWorkInProgress.CountEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3TLCWorkInProgress.PKtlEntry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.arts.Artwork
equals(Object) - Method in class org.jscience.arts.Collection: DOCUMENT ME!
equals(ISBNIdentification) - Method in class org.jscience.arts.printed.isbn.ISBNIdentification: test for equality
equals(String) - Method in class org.jscience.arts.printed.isbn.ISBNIdentification: test Strings for equality
equals(Object) - Method in class org.jscience.arts.printed.isbn.ISBNIdentification: test Strings for equality
equals(Object) - Method in class org.jscience.arts.Restoration: DOCUMENT ME!
equals(Object) - Method in class org.jscience.biology.alignment.PairwiseAlignment: Compares this object to the specified object.
equals(Object) - Method in class org.jscience.biology.Alphabet: DOCUMENT ME!
equals(Object) - Method in class org.jscience.biology.Chain: DOCUMENT ME!
equals(Object) - Method in class org.jscience.biology.Genome: DOCUMENT ME!
equals(Object) - Method in class org.jscience.biology.HistoricalIndividual: DOCUMENT ME!
equals(Object) - Method in class org.jscience.biology.Individual: DOCUMENT ME!
equals(Object) - Method in class org.jscience.biology.Species: DOCUMENT ME!
equals(Object) - Method in class org.jscience.biology.taxonomy.AbstractTaxon: DOCUMENT ME!
equals(Object) - Method in interface org.jscience.biology.taxonomy.Taxon: Two taxa are equal if they have equivalent children, common and scientific names.
equals(Object) - Method in class org.jscience.biology.tRNA: DOCUMENT ME!
equals(Object) - Method in class org.jscience.chemistry.Element: Compares two elements for equality.
equals(Atom) - Method in class org.jscience.chemistry.gui.extended.molecule.Atom: Compares this atom with another
equals(AtomVector) - Method in class org.jscience.chemistry.gui.extended.molecule.AtomVector: Compares this AtomVector with another
equals(Bond) - Method in class org.jscience.chemistry.gui.extended.molecule.Bond: Compares this bond with another
equals(BondVector) - Method in class org.jscience.chemistry.gui.extended.molecule.BondVector: Compares this BondVector with another
equals(Molecule) - Method in class org.jscience.chemistry.gui.extended.molecule.Molecule: Compares this molecule with another
equals(MoleculeVector) - Method in class org.jscience.chemistry.gui.extended.molecule.MoleculeVector: Compares this MoleculeVector with another
equals(RingVector) - Method in class org.jscience.chemistry.gui.extended.molecule.RingVector: Compares this RingVector with another
equals(Object) - Method in class org.jscience.chemistry.quantum.Atom: overloaded equals() method
equals(Object) - Method in class org.jscience.chemistry.quantum.math.la.DiagonalizerType: The method to check the equality of two objects of DiagonalizerType class.
equals(Object) - Method in class org.jscience.chemistry.quantum.math.util.Point3D: overloaded equals() method
equals(Object) - Method in class org.jscience.chemistry.quantum.math.vector.Vector3D: overloaded equals() method
equals(Object) - Method in class org.jscience.chemistry.quantum.SCFType: The method to check the equality of two objects of SCFType class.
equals(Object) - Method in class org.jscience.computing.ai.expertsystem.AbstractRuleBase
EQUALS - Static variable in interface org.jscience.computing.ai.expertsystem.compiler.parser.TokenConstants: Constant used to indicate that the token type is an equals sign.
equals(Object) - Method in class org.jscience.computing.ai.expertsystem.conflict.ConflictSetElement: Compares this object with the given one.
equals(List) - Method in class org.jscience.computing.ai.planning.List: Whether or not another list is equivalent to the this list.
equals(Term) - Method in class org.jscience.computing.ai.planning.Predicate: Whether or not the argument list of another predicate is equal to the the argument list of this predicate.
equals(Term) - Method in class org.jscience.computing.ai.planning.Term: Whether or not another term is equivalent to this term.
equals(Term) - Method in class org.jscience.computing.ai.planning.TermCall: Whether or not another term is equivalent to the result of this call term.
equals(Term) - Method in class org.jscience.computing.ai.planning.TermConstant: Whether or not another term is equivalent to this constant symbol.
equals(Term) - Method in class org.jscience.computing.ai.planning.TermList: Whether or not another term is equivalent to this list term.
equals(Term) - Method in class org.jscience.computing.ai.planning.TermNumber: Whether or not another term is equivalent to this numerical term.
equals(Term) - Method in class org.jscience.computing.ai.planning.TermVariable: This function returns false.
equals(Object) - Method in class org.jscience.computing.automaton.Automaton: Returns true if the language of this automaton is equal to the language of the given automaton.
equals(Object) - Method in class org.jscience.computing.automaton.StatePair: Checks for equality.
equals(Object) - Method in class org.jscience.computing.automaton.Transition: Checks for equality.
equals(Object) - Method in class org.jscience.computing.game.cards.Card: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.game.checkers.CheckersGame: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.game.chess.ChessGame: This implementation of equals() does currently not care about the move history, it only considers the state of the board.
equals(Object) - Method in class org.jscience.computing.game.fourwins.FourWinsGame: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.game.GameBoardMove: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.game.GameBoardPosition: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.game.mine.MineSweeper: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.game.MoveTemplate: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.game.muehle.MuehleGame: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.game.puzzle.Solitaire: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.game.puzzle.TilePuzzle: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.game.reversi.ReversiGame: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.game.tictactoe.TickTackToe: required to allow recognizing the same game status even after serialization (to support network games, GameBooks, etc.).
equals(Object) - Method in class org.jscience.computing.game.wolfsheep.WolfsheepGame: DOCUMENT ME!
equals(Object) - Method in class org.jscience.computing.graph.util.ModifiableInteger: Compares this object to the specified object.
equals(Object) - Method in class org.jscience.computing.kmeans.Coordinate
equals(PositionRadians) - Method in class org.jscience.devices.gps.PositionRadians: Tests if the two PositionRadians contains the same value.
equals(Object) - Method in class org.jscience.economics.HumanResource: DOCUMENT ME!
equals(Object) - Method in class org.jscience.economics.MaterialResource: DOCUMENT ME!
equals(Object) - Method in class org.jscience.economics.money.Currency
equals(Object) - Method in class org.jscience.economics.PotentialResource: DOCUMENT ME!
equals(Object) - Method in class org.jscience.economics.Resource: DOCUMENT ME!
equals(Object) - Method in class org.jscience.economics.Worker: DOCUMENT ME!
equals(Object) - Method in class org.jscience.io.FileTreeNode: DOCUMENT ME!
equals(InputStream, InputStream) - Static method in class org.jscience.io.IOUtils: compares the content of the two streams and returns true only if both streams have equal content
equals(InputStream, InputStream, long) - Static method in class org.jscience.io.IOUtils: compares the content of the two streams and returns true only if both streams have equal content for maxByte number of bytes.
equals(Object) - Method in class org.jscience.JScienceVersion: Compares two versions for equality.
equals(String) - Method in class org.jscience.linguistics.kif.Formula: ************************************************************** Test if the contents of the formula are equal to the String argument.
equals(Object) - Method in class org.jscience.linguistics.search.CharIntMap: Returns if this Object is equal to another Object.
equals(Object) - Method in class org.jscience.linguistics.search.StringSearch: Returns if the Object's class name matches this Object's class name.
equals(Object) - Method in class org.jscience.mathematics.algebraic.categories.FinSet.FunctionSet: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.algebraic.groups.CyclicGroup: Returns true if this group is isomorphic to another.
equals(Object) - Method in class org.jscience.mathematics.algebraic.groups.DihedralGroup: Returns true if this group is isomorphic to another.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractBooleanVector: Compares two integer vectors for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractComplexMatrix: Compares two complex matrices for equality.
equals(AbstractComplexMatrix) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractComplexMatrix: Compares two complex matrices for equality.
equals(AbstractComplexMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractComplexMatrix
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractComplexVector: Compares two Complex vectors for equality.
equals(Object, double) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractComplexVector
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractDoubleMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractDoubleMatrix) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractDoubleMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractDoubleMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractDoubleMatrix
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractDoubleVector: Compares two double vectors for equality.
equals(Object, double) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractDoubleVector
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractIntegerMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractIntegerMatrix) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractIntegerMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractIntegerMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractIntegerMatrix
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractIntegerVector: Compares two Integer vectors for equality.
equals(Object, double) - Method in class org.jscience.mathematics.algebraic.matrices.AbstractIntegerVector
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.BooleanMatrix: Compares this object against the specified object.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.BooleanVector: Compares this object against the specified object.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.Complex2Vector: Compares two complex vectors for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.Complex3Vector: Compares two complex vectors for equality.
equals(AbstractComplexMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexDiagonalMatrix: Compares two complex diagonal matrices for equality.
equals(AbstractComplexMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexMatrix: Compares two complex matrices for equality.
equals(AbstractComplexMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexSparseMatrix: Compares two Complex sparse matrices for equality.
equals(ComplexSparseMatrix) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexSparseMatrix: DOCUMENT ME!
equals(ComplexSparseMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexSparseMatrix: DOCUMENT ME!
equals(AbstractComplexSquareMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexSparseSquareMatrix: Compares two Complex sparse square matrices for equality.
equals(ComplexSparseSquareMatrix) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexSparseSquareMatrix: DOCUMENT ME!
equals(ComplexSparseSquareMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexSparseSquareMatrix: DOCUMENT ME!
equals(Object, double) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexSparseVector: Compares two vectors for equality.
equals(AbstractComplexMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexSquareMatrix: Compares two complex matrices for equality.
equals(AbstractComplexMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexTridiagonalMatrix: Compares two complex matrices for equality.
equals(Object, double) - Method in class org.jscience.mathematics.algebraic.matrices.ComplexVector: Compares two Complex vectors for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.Double2Vector: Compares two double vectors for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.Double3Vector: Compares two double vectors for equality.
equals(AbstractDoubleMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleDiagonalMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractDoubleMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractDoubleMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleSparseMatrix: Compares two double sparse matrices for equality.
equals(DoubleSparseMatrix) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleSparseMatrix: DOCUMENT ME!
equals(DoubleSparseMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleSparseMatrix: DOCUMENT ME!
equals(AbstractDoubleSquareMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleSparseSquareMatrix: Compares two double sparse square matrices for equality.
equals(DoubleSparseSquareMatrix) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleSparseSquareMatrix: DOCUMENT ME!
equals(DoubleSparseSquareMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleSparseSquareMatrix: DOCUMENT ME!
equals(Object, double) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleSparseVector: Compares two vectors for equality.
equals(AbstractDoubleMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleSquareMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractDoubleMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleTridiagonalMatrix: Compares two ${nativeTyp} matrices for equality.
equals(Object, double) - Method in class org.jscience.mathematics.algebraic.matrices.DoubleVector: Compares two double vectors for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.Integer2Vector: Compares two integer vectors for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.Integer3Vector: Compares two Integer vectors for equality.
equals(AbstractIntegerMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerDiagonalMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractIntegerMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractIntegerMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerSparseMatrix: Compares two double sparse matrices for equality.
equals(IntegerSparseMatrix) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerSparseMatrix
equals(IntegerSparseMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerSparseMatrix
equals(AbstractIntegerSquareMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerSparseSquareMatrix: Compares two double sparse square matrices for equality.
equals(IntegerSparseSquareMatrix) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerSparseSquareMatrix: DOCUMENT ME!
equals(IntegerSparseSquareMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerSparseSquareMatrix: DOCUMENT ME!
equals(Object, double) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerSparseVector: Compares two vectors for equality.
equals(AbstractIntegerMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerSquareMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractIntegerMatrix, double) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerTridiagonalMatrix: Compares two ${nativeTyp} matrices for equality.
equals(Object, double) - Method in class org.jscience.mathematics.algebraic.matrices.IntegerVector: Compares two Integer vectors for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.RingHypermatrix: Compares two hypermatrices for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.RingMatrix: Compares two matrices for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.matrices.RingVector: Compares two vectors for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.BigRational: Compare object for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.Boolean: Compares two boolean numbers for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.Complex: Compares two complex numbers for equality.
equals(double, double) - Method in class org.jscience.mathematics.algebraic.numbers.Complex: Compares two complex numbers for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.Double: Compares two double numbers for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.ExactComplex: Compares two complex numbers for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.ExactInteger: Compares two ExactInteger numbers for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.ExactQuaternion: Compares two quaternions for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.ExactRational: Compares two ExactRational numbers for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.ExactReal: Compares two ExactReal numbers for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.Float: Compares two float numbers for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.Integer: Compares two integer numbers for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.Long: Compares two long numbers for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.Quaternion: Compares two quaternions for equality.
equals(Object) - Method in class org.jscience.mathematics.algebraic.numbers.Rational: Compares two rational numbers for equality.
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.Auxiliary: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.Clip: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.comparison.EQ: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.comparison.GE: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.comparison.GT: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.comparison.LE: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.comparison.LT: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.comparison.NEQ: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.Constant: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.Parameter: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Abs: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Acos: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Addition: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Asin: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Atan: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Atan2: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Cos: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Diff: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Division: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Exp: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Gauss: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.IFTE: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Log: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Max: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Min: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Minus: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Mod: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Multiplication: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Pow: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Rand: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Sign: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Sin: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Sqrt: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Step: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Subtraction: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Tan: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.expressions.Variable: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.Interval: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.IntervalsList: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.polynomials.ComplexPolynomial: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.polynomials.DoublePolynomial: Is this-o == Null ?
equals(Object) - Method in class org.jscience.mathematics.analysis.polynomials.ExactComplexPolynomial: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.analysis.polynomials.ExactRealPolynomial: Is this-o == Null ?
equals(double[], double[]) - Static method in class org.jscience.mathematics.ArrayMathUtils: Checks if two arrays are equal within a tolerance.
equals(int[], int[]) - Static method in class org.jscience.mathematics.ArrayMathUtils: Deprecated. Use java.util.Arrays instead.
equals(Object) - Method in class org.jscience.mathematics.axiomatic.VariablePair: DOCUMENT ME!
EQUALS - Static variable in class org.jscience.mathematics.axiomatic.WFF: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.axiomatic.WFF: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.FiniteSet: Compares the specified object with this set for equality.
equals(Object) - Method in interface org.jscience.mathematics.Set: Compares the specified object with this set for equality.
equals(Object) - Method in class org.jscience.mathematics.wavelet.cdf2_4.DualScaling2_4: Check if another object is equal to this DualScaling2_4 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.cdf2_4.DualWavelet2_4: Check if another object is equal to this DualWavelet2_4 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.cdf3_5.DualScaling3_5: Check if another object is equal to this DualScaling3_5 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.cdf3_5.DualWavelet3_5: Check if another object is equal to this DualWavelet3_5 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.Cosine: Check if another object is equal to this Cosine object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies2.Scaling2: Check if another object is equal to this Scaling2 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies2.Wavelet2: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies3.Scaling3: Check if another object is equal to this Scaling3 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies3.Wavelet3: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies4.Scaling4: Check if another object is equal to this Scaling4 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies4.Wavelet4: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies5.Scaling5: Check if another object is equal to this Scaling5 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies5.Wavelet5: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies6.Scaling6: Check if another object is equal to this Scaling6 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies6.Wavelet6: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies7.Scaling7: Check if another object is equal to this Scaling7 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies7.Wavelet7: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies8.Scaling8: Check if another object is equal to this Scaling8 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.daubechies8.Wavelet8: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class org.jscience.mathematics.wavelet.DiscreteFunction: Check if another object is equal to this DiscreteFunction object
equals(Object) - Method in class org.jscience.mathematics.wavelet.MultiscaleFunction: Check if another object is equal to this MultiscaleFunction object
equals(Signal) - Method in class org.jscience.mathematics.wavelet.Signal: Check if another object is equal to this Signal object
equals(Object) - Method in class org.jscience.mathematics.wavelet.Sine: Check if another object is equal to this Sine object
equals(Object) - Method in class org.jscience.mathematics.wavelet.SparseDiscreteFunction: Check if another object is equal to this DiscreteFunction object
equals(Object) - Method in class org.jscience.mathematics.wavelet.splines.LinearSpline: Check if another object is equal to this LinearSpline object
equals(Object) - Method in class org.jscience.mathematics.wavelet.splines.PiecewiseConstant: Check if another object is equal to this PiecewiseConstant object
equals(Object) - Method in class org.jscience.mathematics.wavelet.splines.QuadraticSpline: Check if another object is equal to this QuadraticSpline object
equals(Object) - Method in class org.jscience.mathematics.wavelet.splines.Spline: DOCUMENT ME!
equals(Object) - Method in class org.jscience.mathematics.wavelet.splines.SumOfDiracs: Check if another object is equal to this SumOfDiracs object
equals(Object) - Method in class org.jscience.measure.Amount: Compares this measure against the specified object for strict equality (same value interval and same units).
equals(Object) - Method in class org.jscience.measure.Analysis: DOCUMENT ME!
equals(Object) - Method in class org.jscience.measure.Description: DOCUMENT ME!
equals(Object) - Method in class org.jscience.measure.Identification: DOCUMENT ME!
equals(AbstractAudio) - Method in class org.jscience.media.audio.dsp.AbstractAudio: Function to determine if one AbstractAudio device is the same as another.
equals(BaseTool) - Method in interface org.jscience.ml.cml.BaseTool: is the contained object equal to the other contained object.
equals(BaseTool) - Method in class org.jscience.ml.cml.cmlimpl.BaseToolImpl: is the contained object equal to the other contained object.
EQUALS - Static variable in class org.jscience.ml.cml.util.CMLUtils: Description of the Field
equals(String, String, int) - Static method in class org.jscience.ml.cml.util.CMLUtils: convenience function for comparing strings using CMLUtils.CASE/IGNORECASE
equals(Object, Object) - Static method in class org.jscience.ml.cml.util.CMLUtils: compares two objects using equals() allows for null objects.
equals(Object) - Method in class org.jscience.ml.gml.xml.schema.QName: DOCUMENT ME!
equals(Object) - Method in class org.jscience.ml.om.Angle: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.EquPosition: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.EquPositionReferenceFrame: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.extension.deepsky.DeepSkyFinding: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.extension.deepsky.DeepSkyTarget: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.extension.solarsystem.SolarSystemTarget: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.Eyepiece: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.GenericFinding: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.Imager: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.Observation: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.Observer: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.Scope: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.Session: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.om.Site: Overwrittes equals(Object) method from java.lang.Object.
equals(Object) - Method in class org.jscience.ml.tigerxml.Corpus: Returns true if the object is identical to this Corpus object.
equals(GraphNode) - Method in class org.jscience.ml.tigerxml.GraphNode: Returns true if the two nodes are identical.
equals(Object) - Method in class org.jscience.ml.tigerxml.Sentence: Returns true if the object is identical to this Sentence object.
equals(TimeStamp) - Method in class org.jscience.net.ntp.TimeStamp: Checks for equality of two timestamps.
equals(Object) - Method in class org.jscience.net.URLCache: tests equality on whether the embedded URL is the same file
equals(Event) - Method in class org.jscience.philosophy.storytelling.Event: DOCUMENT ME!
equals(Object) - Method in class org.jscience.philosophy.storytelling.Object: DOCUMENT ME!
equals(Object) - Method in class org.jscience.physics.nuclear.kinematics.math.UncertainNumber: DOCUMENT ME!
equals(Object) - Method in class org.jscience.physics.nuclear.kinematics.nuclear.Nucleus: Checks if object represents the same isotope.
equals(Object) - Method in class org.jscience.physics.quantum.BraVector: Compares two bra vectors for equality.
equals(Object) - Method in class org.jscience.physics.quantum.KetVector: Compares two ket vectors for equality.
equals(Object) - Method in class org.jscience.physics.quantum.Operator: Compares two operators for equality.
equals(Object) - Method in class org.jscience.physics.RelativisticParticle: Compares two particles for equality.
equals(Object) - Method in class org.jscience.physics.relativity.Rank1Tensor: Compares two tensors for equality.
equals(Object) - Method in class org.jscience.physics.relativity.Rank2Tensor: Compares two tensors for equality.
equals(Object) - Method in class org.jscience.physics.relativity.Rank3Tensor: Compares two tensors for equality.
equals(Object) - Method in class org.jscience.physics.relativity.Rank4Tensor: Compares two tensors for equality.
equals(Object) - Method in class org.jscience.physics.solids.AtlasDOF
equals(Object) - Method in class org.jscience.physics.solids.AtlasObject: Checks for equality.
equals(Object) - Method in class org.jscience.util.BinaryRelation: DOCUMENT ME!
equals(Object) - Method in class org.jscience.util.BinaryTree: DOCUMENT ME!
equals(Object) - Method in class org.jscience.util.Encoded
equals(Object) - Method in class org.jscience.util.logging.Level: DOCUMENT ME!
equals(Object) - Method in class org.jscience.util.NAry: DOCUMENT ME!
equals(Object) - Method in class org.jscience.util.NAryRelation: DOCUMENT ME!
equals(Object) - Method in class org.jscience.util.NAryTree: DOCUMENT ME!
equals(Numbering) - Method in class org.jscience.util.Numbering: DOCUMENT ME!
equals(Object) - Method in interface org.jscience.util.Relation: DOCUMENT ME!
equals(Object) - Method in class org.jscience.util.Trivaluate: DOCUMENT ME!
equals(Object) - Method in class org.jscience.util.UnaryRelation: DOCUMENT ME!
equalsAnswer(int, String) - Method in class org.jscience.linguistics.kif.ProofProcessor: ************************************************************** Compare the answer with the expected answer.
equaPrecessMatrix(double, double) - Static method in class org.jscience.astronomy.solarsystem.ephemeris.JulianDay: DOCUMENT ME!
equationOfTime(double) - Static method in class org.jscience.history.calendars.Moment: DOCUMENT ME!
equationOfTime() - Method in class org.jscience.history.calendars.Moment: DOCUMENT ME!
equatorial - Static variable in class org.jscience.astronomy.solarsystem.ephemeris.GeocentricCoordinate: DOCUMENT ME!
EQUILIBRIOCEPTION - Static variable in class org.jscience.biology.BiologyConstants: DOCUMENT ME!
equinox - Variable in class org.jscience.astronomy.solarsystem.ephemeris.HelioOrbit: DOCUMENT ME!
EQUINOX_2000 - Static variable in class org.jscience.ml.om.EquPositionReferenceFrame: DOCUMENT ME!
EquPosition - Class in org.jscience.ml.om: EquPosition provides a representation of a equatorial celestial position.
EquPosition(Node) - Constructor for class org.jscience.ml.om.EquPosition: Constructs a new instance of a EquPosition from a given DOM target Element.
EquPosition(Angle, Angle) - Constructor for class org.jscience.ml.om.EquPosition
EquPosition(String, String) - Constructor for class org.jscience.ml.om.EquPosition
EquPositionReferenceFrame - Class in org.jscience.ml.om: EquPositionReferenceFrame describes the landscape in which certain position values are valid.
EquPositionReferenceFrame(String, String) - Constructor for class org.jscience.ml.om.EquPositionReferenceFrame: Creates an instance of an EquPositionReferenceFrame.
ER - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
eraseLine(double, double) - Method in class org.jscience.mathematics.analysis.chaos.CantorDust: Erases a line segment.
eraseLine(double, double, double, double) - Method in class org.jscience.mathematics.analysis.chaos.KochCurve: Erases a line segment in a 2D plane.
ERG - Static variable in class javax.measure.unit.NonSI: A unit of energy equal to 1E-7 J (standard name erg).
ERN - Static variable in class org.jscience.economics.money.Currencies: DOCUMENT ME!
ErodeFilter - Class in org.jscience.media.pictures.filters: Given a binary image, this filter performs binary erosion, setting all removed pixels to the given 'new' color.
ErodeFilter() - Constructor for class org.jscience.media.pictures.filters.ErodeFilter: Creates a new ErodeFilter object.
erp - Variable in class org.jscience.architecture.traffic.configuration.PanelFactory: DOCUMENT ME!
ERROR - Static variable in interface org.jscience.computing.ai.expertsystem.compiler.parser.TokenConstants: Constant used to indicate that the token type is an error.
error(double) - Static method in class org.jscience.mathematics.SpecialMathUtils: Error function.
error(SAXParseException) - Method in class org.jscience.ml.cml.cmlimpl.SaxHandlerImpl: DOCUMENT ME!
error(String) - Static method in class org.jscience.ml.cml.util.CMLUtils: Error message - nothing fancy at present.
error(SAXParseException) - Method in class org.jscience.ml.sbml.SBMLLevel2Reader
error(String) - Method in class org.jscience.physics.fluids.dynamics.ConsoleEIS: DOCUMENT ME!
error(String) - Method in class org.jscience.physics.fluids.dynamics.gui.SwingEIS: DOCUMENT ME!
error(String) - Method in interface org.jscience.physics.fluids.dynamics.ProtocoleEIS: DOCUMENT ME!
ERROR - Static variable in class org.jscience.physics.nuclear.kinematics.math.analysis.Parameter: DOCUMENT ME!
error - Variable in class org.jscience.physics.nuclear.kinematics.math.UncertainNumber: The uncertainty.
error(SAXParseException) - Method in class org.jscience.sociology.forms.FormParser: Overrides the same method of DefaultHandler.
ERROR - Static variable in class org.jscience.util.logging.Level: DOCUMENT ME!
ERROR_DIFFUSION - Static variable in class org.jscience.computing.ai.vision.ThresholdFilter: Error-diffusion thresholding.
errorBar - Variable in class org.jscience.engineering.control.gui.Plot: DOCUMENT ME!
ErrorDialog - Class in org.jscience.architecture.traffic: The dialog used to show errors.
ErrorDialog(Frame, String) - Constructor for class org.jscience.architecture.traffic.ErrorDialog: Creates an ErrorDialog.
ErrorDialog(Dialog, String) - Constructor for class org.jscience.architecture.traffic.ErrorDialog: Creates a new ErrorDialog object.
ErrorDialog.ErrorWindowListener - Class in org.jscience.architecture.traffic: Listens to the EditPropDialog window.
ErrorDialog.ErrorWindowListener() - Constructor for class org.jscience.architecture.traffic.ErrorDialog.ErrorWindowListener
ErrorDialog.MessagePanel - Class in org.jscience.architecture.traffic: Panel showing the error message.
ErrorDialog.MessagePanel(String) - Constructor for class org.jscience.architecture.traffic.ErrorDialog.MessagePanel: Creates a new MessagePanel object.
ErrorDialog.OkPanel - Class in org.jscience.architecture.traffic: Panel containing button "Ok".
ErrorDialog.OkPanel(ActionListener) - Constructor for class org.jscience.architecture.traffic.ErrorDialog.OkPanel: Creates a new OkPanel object.
errorDiffusion(BufferedImage, BufferedImage) - Method in class org.jscience.computing.ai.vision.ThresholdFilter: Performs error diffusion.
ErrorFatal - Class in org.jscience.physics.fluids.dynamics.gui: DOCUMENT ME!
ErrorFatal(Frame, boolean, String) - Constructor for class org.jscience.physics.fluids.dynamics.gui.ErrorFatal: Creates new form Error
errorList - Variable in class org.jscience.ml.sbml.jep.JEP: Error List
errors - Variable in class org.jscience.engineering.control.gui.Plot: DOCUMENT ME!
errors - Variable in class org.jscience.physics.nuclear.kinematics.math.analysis.NonLinearFit: The errors associatied with counts.
errorsCopy - Variable in class org.jscience.engineering.control.gui.Plot: DOCUMENT ME!
ES - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
ESC - Static variable in interface org.jscience.ml.sbml.jep.ParserConstants: DOCUMENT ME!
ESCAP - Static variable in interface org.jscience.ml.sbml.jep.ParserConstants: DOCUMENT ME!
escape(String, char[], String[]) - Static method in class org.jscience.ml.cml.util.CMLUtils: escape characters in an XML string; also escape non-XML characters (for example eacute => é).
escape(String) - Static method in class org.jscience.ml.cml.util.CMLUtils: default escape characters in an XML string (' -> ' , etc); also escape non-XML characters (for example eacute => é)
ESCAPE_CHAR_1 - Variable in class org.jscience.linguistics.braille.BrailleLanguageUnicode: The first character forming part of the escape sequence for unicode characters to be depicted in ASCII.
ESCAPE_CHAR_2 - Variable in class org.jscience.linguistics.braille.BrailleLanguageUnicode: The second character forming part of the escape sequence for unicode characters to be depicted in ASCII.
ESCAPE_CHARACTER_1 - Static variable in class org.jscience.linguistics.braille.util.MakerBraille: Character indicating the start of an escape character for encoding characters of values 128 - 255 in ASCII language files.
ESCAPE_CHARACTER_2 - Static variable in class org.jscience.linguistics.braille.util.MakerBraille: Character indicating the second part of an escape character for encoding characters of values 128 - 255 in ASCII language files.
escapeFilename(String) - Static method in class org.jscience.linguistics.kif.KBmanager: Double the backslash in a filename so that it can be saved to a text file and read back properly.
ESP - Static variable in class org.jscience.economics.money.Currencies: DOCUMENT ME!
Ester - Class in org.jscience.chemistry.radicals: A class storing the Ester radical.
Ester() - Constructor for class org.jscience.chemistry.radicals.Ester: Creates a new Ester object.
estimate - Variable in class org.jscience.mathematics.analysis.estimation.EstimatedParameter: Current value of the parameter
estimate(EstimationProblem) - Method in interface org.jscience.mathematics.analysis.estimation.Estimator: Solve an estimation problem.
estimate(EstimationProblem) - Method in class org.jscience.mathematics.analysis.estimation.LeastSquaresEstimator: Solve an estimation problem using a least squares criterion.
estimate() - Method in class org.jscience.physics.nuclear.kinematics.math.analysis.GaussianFit: If so requested, estimates A, Area, and Width.
estimate() - Method in class org.jscience.physics.nuclear.kinematics.math.analysis.NonLinearFit: Estimate parameters for which the user requests estimation.
ESTIMATE - Static variable in class org.jscience.physics.nuclear.kinematics.math.analysis.Parameter: DOCUMENT ME!
estimate - Variable in class org.jscience.physics.nuclear.kinematics.math.analysis.Parameter: Whether or not this parameter should be estimated automatically before doing fit.
EstimatedParameter - Class in org.jscience.mathematics.analysis.estimation: This class represent the estimated parameters of an estimation problem.
EstimatedParameter(String, double) - Constructor for class org.jscience.mathematics.analysis.estimation.EstimatedParameter: Simple constructor.
EstimatedParameter(String, double, boolean) - Constructor for class org.jscience.mathematics.analysis.estimation.EstimatedParameter: Simple constructor.
EstimatedParameter(EstimatedParameter) - Constructor for class org.jscience.mathematics.analysis.estimation.EstimatedParameter: Copy constructor.
estimatedSize - Variable in class org.jscience.bibliography.BiblioWebResource: DOCUMENT ME!
estimateError(double[][], double[], double[], double) - Method in class org.jscience.mathematics.analysis.ode.DormandPrince54Integrator: Compute the error ratio.
estimateError(double[][], double[], double[], double) - Method in class org.jscience.mathematics.analysis.ode.DormandPrince853Integrator: Compute the error ratio.
estimateError(double[][], double[], double[], double) - Method in class org.jscience.mathematics.analysis.ode.HighamHall54Integrator: Compute the error ratio.
estimateError(double[][], double[], double[], double) - Method in class org.jscience.mathematics.analysis.ode.RungeKuttaFehlbergIntegrator: Compute the error ratio.
EstimationException - Exception in org.jscience.mathematics.analysis.estimation: This class represents exceptions thrown by the estimation solvers.
EstimationException() - Constructor for exception org.jscience.mathematics.analysis.estimation.EstimationException: Simple constructor. build an exception with a default message.
EstimationException(String) - Constructor for exception org.jscience.mathematics.analysis.estimation.EstimationException: Simple constructor. build an exception with the specified message.
EstimationProblem - Interface in org.jscience.mathematics.analysis.estimation: This interface represents an estimation problem.
Estimator - Interface in org.jscience.mathematics.analysis.estimation: This interface represents solvers for estimation problems.
ET - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
Eta - Class in org.jscience.physics.quantum.particles: A class representing etas.
Eta() - Constructor for class org.jscience.physics.quantum.particles.Eta: Constructs an eta.
ETB - Static variable in class org.jscience.economics.money.Currencies: DOCUMENT ME!
EtchedBorder - Class in org.jscience.awt.util: An extension of Border that draws an etched border.
EtchedBorder(Component) - Constructor for class org.jscience.awt.util.EtchedBorder
EtchedBorder(Component, int) - Constructor for class org.jscience.awt.util.EtchedBorder
EtchedBorder(Component, int, int) - Constructor for class org.jscience.awt.util.EtchedBorder
etchedIn() - Method in class org.jscience.awt.util.Box
etchedIn() - Method in class org.jscience.awt.util.EtchedBorder
etchedIn() - Method in class org.jscience.awt.util.EtchedRectangle
etchedOut() - Method in class org.jscience.awt.util.Box
etchedOut() - Method in class org.jscience.awt.util.EtchedBorder
etchedOut() - Method in class org.jscience.awt.util.EtchedRectangle
EtchedRectangle - Class in org.jscience.awt.util: A DrawnRectangle that draws an etched border.
EtchedRectangle(Component) - Constructor for class org.jscience.awt.util.EtchedRectangle
EtchedRectangle(Component, int) - Constructor for class org.jscience.awt.util.EtchedRectangle
EtchedRectangle(Component, int, int, int, int) - Constructor for class org.jscience.awt.util.EtchedRectangle
EtchedRectangle(Component, int, int, int, int, int) - Constructor for class org.jscience.awt.util.EtchedRectangle
EtchedRectangle(Component, Etching, int, int, int, int, int) - Constructor for class org.jscience.awt.util.EtchedRectangle
Etching - Class in org.jscience.awt.util: Constants for Etching.
EthiopicCalendar - Class in org.jscience.history.calendars: DOCUMENT ME!
EthiopicCalendar() - Constructor for class org.jscience.history.calendars.EthiopicCalendar: Creates a new EthiopicCalendar object.
EthiopicCalendar(long) - Constructor for class org.jscience.history.calendars.EthiopicCalendar: Creates a new EthiopicCalendar object.
EthiopicCalendar(AlternateCalendar) - Constructor for class org.jscience.history.calendars.EthiopicCalendar: Creates a new EthiopicCalendar object.
EthiopicCalendar(int, int, int) - Constructor for class org.jscience.history.calendars.EthiopicCalendar: Creates a new EthiopicCalendar object.
ETX - Static variable in class org.jscience.devices.gps.garmin.GarminPacket: End of text.
euclidianDivision(DoublePolynomial) - Method in class org.jscience.mathematics.analysis.polynomials.DoublePolynomial: Perform the euclidian division of two polynomials.
euclidianDivision(ExactRealPolynomial) - Method in class org.jscience.mathematics.analysis.polynomials.ExactRealPolynomial: Perform the euclidian division of two polynomials.
EuclidianMetric - Class in org.jscience.mathematics.geometry: This class provides an implementation for Metric, with the traditional meaning
EUHEDRAL - Static variable in class org.jscience.earth.EarthSciencesConstants: DOCUMENT ME!
euler(double[], PrimitiveMapping, double) - Static method in class org.jscience.mathematics.analysis.NumericalMathUtils: Uses the Euler method to solve an ODE.
EulerIntegrator - Class in org.jscience.mathematics.analysis.ode: This class implements a simple Euler integrator for Ordinary Differential Equations.
EulerIntegrator(double) - Constructor for class org.jscience.mathematics.analysis.ode.EulerIntegrator: Simple constructor.
EUPLOTID_NUCLEAR - Static variable in class org.jscience.biology.Codons: DOCUMENT ME!
EUR - Static variable in class org.jscience.economics.money.Currencies: DOCUMENT ME!
EUR - Static variable in class org.jscience.economics.money.Currency: The Euro currency.
EURASIATIC - Static variable in class org.jscience.linguistics.LinguisticsConstants: DOCUMENT ME!
EURO - Static variable in class org.jscience.economics.money.Currencies: DOCUMENT ME!
EURO - Static variable in class org.jscience.util.StringUtils: represents the Euro currency symbol
euroResistorCheckItem - Variable in class org.jscience.physics.electricity.circuitry.gui.CircuitFrame
eval(Object) - Method in class org.jscience.computing.ai.evolutionary.geneticprogramming.Program: Returns evaluation of this program with the given parameter
eval() - Method in class org.jscience.mathematics.analysis.expressions.Auxiliary: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.Clip: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.DataExpression: DOCUMENT ME!
eval() - Method in interface org.jscience.mathematics.analysis.expressions.Expression: Returns the value of the Expression object.
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Abs: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Acos: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Addition: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Asin: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Atan: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Atan2: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Cos: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Diff: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Division: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Exp: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Gauss: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.IFTE: Returns the value of the Expression object.
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Log: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Max: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Min: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Minus: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Mod
eval(double, double, double) - Static method in class org.jscience.mathematics.analysis.expressions.symbolic.Mod: The static method can be used to normalize numbers.
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Multiplication: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Pow: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Rand: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Sign: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Sin: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Sqrt: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Step: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Subtraction: DOCUMENT ME!
eval() - Method in class org.jscience.mathematics.analysis.expressions.symbolic.Tan: DOCUMENT ME!
evalMagTransFunctS() - Method in class org.jscience.engineering.control.BlackBox
evalMagTransFunctS(Complex) - Method in class org.jscience.engineering.control.BlackBox
evalMagTransFunctS(double) - Method in class org.jscience.engineering.control.BlackBox
evalMagTransFunctZ() - Method in class org.jscience.engineering.control.BlackBox
evalMagTransFunctZ(Complex) - Method in class org.jscience.engineering.control.BlackBox
evalPhaseTransFunctS() - Method in class org.jscience.engineering.control.BlackBox
evalPhaseTransFunctS(Complex) - Method in class org.jscience.engineering.control.BlackBox
evalPhaseTransFunctS(double) - Method in class org.jscience.engineering.control.BlackBox
evalPhaseTransFunctZ() - Method in class org.jscience.engineering.control.BlackBox
evalPhaseTransFunctZ(Complex) - Method in class org.jscience.engineering.control.BlackBox
evalPolynomial(DoublePolynomial, double) - Static method in class org.jscience.mathematics.analysis.polynomials.PolynomialMathUtils: Evaluates a polynomial by Horner's scheme.
evalPolynomial(ExactRealPolynomial, ExactReal) - Static method in class org.jscience.mathematics.analysis.polynomials.PolynomialMathUtils: Evaluates a polynomial by Horner's scheme.
evalPolynomial(ComplexPolynomial, Complex) - Static method in class org.jscience.mathematics.analysis.polynomials.PolynomialMathUtils: Evaluates a polynomial by Horner's scheme.
evalPolynomial(ExactComplexPolynomial, ExactComplex) - Static method in class org.jscience.mathematics.analysis.polynomials.PolynomialMathUtils: Evaluates a polynomial by Horner's scheme.
evalScaling(Filter, int, int, int) - Static method in class org.jscience.mathematics.wavelet.Cascades: DOCUMENT ME!
evalScaling(int, int, int) - Method in class org.jscience.mathematics.wavelet.cdf2_4.CDF2_4: ********************************* ************************************
evalScaling(int, int, int) - Method in class org.jscience.mathematics.wavelet.cdf3_5.CDF3_5: ********************************* ************************************
evalScaling(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies2.Daubechies2: DOCUMENT ME!
evalScaling(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies3.Daubechies3: DOCUMENT ME!
evalScaling(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies4.Daubechies4: DOCUMENT ME!
evalScaling(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies5.Daubechies5: DOCUMENT ME!
evalScaling(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies6.Daubechies6: DOCUMENT ME!
evalScaling(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies7.Daubechies7: DOCUMENT ME!
evalScaling(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies8.Daubechies8: DOCUMENT ME!
evalTransFunctS() - Method in class org.jscience.engineering.control.BlackBox
evalTransFunctS(Complex) - Method in class org.jscience.engineering.control.BlackBox
evalTransFunctS(double) - Method in class org.jscience.engineering.control.BlackBox
evalTransFunctZ() - Method in class org.jscience.engineering.control.BlackBox
evalTransFunctZ(Complex) - Method in class org.jscience.engineering.control.BlackBox
evaluate(Individual, int) - Method in interface org.jscience.computing.ai.evolutionary.geneticprogramming.FitnessFunction: Computes fitness value of a given individual
evaluate() - Method in class org.jscience.computing.ai.fuzzylogic.FuzzyRule: DOCUMENT ME!
evaluate(GamePlay, GameMove, int[], int, long) - Method in class org.jscience.computing.game.BookPlayer: DOCUMENT ME!
evaluate(GamePlay, GameMove, int[], int, long) - Method in interface org.jscience.computing.game.Player: evaluate() asks the Player to rate a move in the context of a given game stage relative to its role (if the Player has multiple roles in the game, they will all be found in the role array - giving the Player maximum flexibility) while considering the game level for potential game tree search operations and then using heuristic() to evaluate the leaves of the game tree.
evaluate(GamePlay, GameMove, int[], int, long) - Method in class org.jscience.computing.game.SocketPlayer: DOCUMENT ME!
evaluate(GamePlay, GameMove, int[], int, long) - Method in class org.jscience.computing.game.TemplatePlayer: This method will simply call the protected evaluate() method and in addition track the call if tracking is enabled.
evaluate(GamePlay, GameMove, int[], int, long, Monitor) - Method in class org.jscience.computing.game.TemplatePlayer: Internal evaluate function called by public evaluate() and selectMove().
evaluate() - Method in class org.jscience.io.mathml.MathMLExpression: Evaluates this expression.
evaluate(double) - Method in class org.jscience.mathematics.analysis.taylor.TaylorConstant: Evaluation is simply c₀
evaluate(double) - Method in class org.jscience.mathematics.analysis.taylor.TaylorDouble: Evaluate at time t = t₀ + h, where t₀ is the expansion point; that is evaluate the Taylor expansion f (x,t) = f (t₀) + f ' (t₀)·h + f '' (t₀) ·h² + ...
evaluate(double) - Method in class org.jscience.mathematics.analysis.taylor.TaylorIndependant: Evaluation is simply t₀+h
evaluate(TaylorDependant[], TaylorIndependant) - Method in interface org.jscience.mathematics.analysis.taylor.TaylorMap: Set ODE governing dependent variables x.
evaluate(double) - Method in class org.jscience.mathematics.analysis.taylor.TaylorParameter: Evaluation is simply a₀
evaluate(String, WFF, WFF) - Static method in class org.jscience.mathematics.axiomatic.Prover: DOCUMENT ME!
evaluate(int) - Method in class org.jscience.mathematics.wavelet.cdf2_4.DualScaling2_4: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.cdf2_4.DualWavelet2_4: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.cdf3_5.DualScaling3_5: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.cdf3_5.DualWavelet3_5: Return as an array the sampled values of the function
evaluate() - Method in class org.jscience.mathematics.wavelet.Cosine: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.Cosine: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies2.Scaling2: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies2.Wavelet2: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies3.Scaling3: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies3.Wavelet3: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies4.Scaling4: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies4.Wavelet4: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies5.Scaling5: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies5.Wavelet5: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies6.Scaling6: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies6.Wavelet6: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies7.Scaling7: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies7.Wavelet7: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies8.Scaling8: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.daubechies8.Wavelet8: Return as an array the sampled values of the function
evaluate() - Method in class org.jscience.mathematics.wavelet.DiscreteFunction: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.DiscreteFunction: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.MultiscaleFunction: Return as an array the sampled values of the function
evaluate() - Method in class org.jscience.mathematics.wavelet.Sine: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.Sine: Return as an array the sampled values of the function
evaluate() - Method in class org.jscience.mathematics.wavelet.SparseDiscreteFunction: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.SparseDiscreteFunction: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.splines.LinearSpline: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.splines.PiecewiseConstant: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.splines.QuadraticSpline: Return as an array the sampled values of the function
evaluate(int) - Method in class org.jscience.mathematics.wavelet.splines.Spline: DOCUMENT ME!
evaluate(int) - Method in class org.jscience.mathematics.wavelet.splines.SumOfDiracs: Return as an array the sampled values of the function
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.CausticsFilter: DOCUMENT ME!
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.CellularFilter: DOCUMENT ME!
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.math.CellularFunction2D: DOCUMENT ME!
evaluate(float) - Method in class org.jscience.media.pictures.filters.math.CompositeFunction1D: DOCUMENT ME!
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.math.FBM: DOCUMENT ME!
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.math.FractalSumFunction: DOCUMENT ME!
evaluate(float) - Method in interface org.jscience.media.pictures.filters.math.Function1D: DOCUMENT ME!
evaluate(float, float) - Method in interface org.jscience.media.pictures.filters.math.Function2D: DOCUMENT ME!
evaluate(float, float, float) - Method in interface org.jscience.media.pictures.filters.math.Function3D: DOCUMENT ME!
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.math.ImageFunction2D: DOCUMENT ME!
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.math.MarbleFunction: DOCUMENT ME!
evaluate(float) - Method in class org.jscience.media.pictures.filters.math.MathFunction1D: DOCUMENT ME!
evaluate(float) - Method in class org.jscience.media.pictures.filters.math.Noise: DOCUMENT ME!
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.math.Noise: DOCUMENT ME!
evaluate(float, float, float) - Method in class org.jscience.media.pictures.filters.math.Noise: DOCUMENT ME!
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.math.RidgedFBM: DOCUMENT ME!
evaluate(float) - Method in class org.jscience.media.pictures.filters.math.SCNoise: DOCUMENT ME!
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.math.SCNoise: DOCUMENT ME!
evaluate(float, float, float) - Method in class org.jscience.media.pictures.filters.math.SCNoise: DOCUMENT ME!
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.math.TurbulenceFunction: DOCUMENT ME!
evaluate(float, float) - Method in class org.jscience.media.pictures.filters.math.VLNoise: DOCUMENT ME!
evaluate(double, double[][], double[]) - Method in interface org.jscience.physics.fluids.dynamics.navierstokes.Observer: DOCUMENT ME!
evaluate(double, double[][], double[]) - Method in class org.jscience.physics.fluids.dynamics.navierstokes.PressureObserver: DOCUMENT ME!
evaluate(double, double[][], double[]) - Method in class org.jscience.physics.fluids.dynamics.navierstokes.SpeedObserver: DOCUMENT ME!
evaluate(UncertainNumber[]) - Method in class org.jscience.physics.nuclear.kinematics.math.statistics.LinearFunction: Given an array of uncertain numbers, return back a function value.
evaluate(UncertainNumber[]) - Method in interface org.jscience.physics.nuclear.kinematics.math.statistics.UncertainFunction: Given an array of uncertain numbers, return back a function value with error bars.
evaluateCost(double[]) - Method in class org.jscience.mathematics.analysis.optimization.DirectSearchOptimizer: Evaluate the cost on one point.
evaluateExpression() - Method in class org.jscience.computing.ai.fuzzylogic.FuzzyExpression: DOCUMENT ME!
EvaluateExpression - Class in org.jscience.physics.fluids.dynamics.util: This class is used to interprete mathematical expressions.
EvaluateExpression(String) - Constructor for class org.jscience.physics.fluids.dynamics.util.EvaluateExpression: Constructor of the class.
evaluateIndividual(int, boolean[]) - Method in class org.jscience.computing.ai.evolutionary.geneticalgorithms.BinaryCodedGA: Evaluates an individual in the population.
evaluateIntegral(double[]) - Method in class org.jscience.physics.fluids.dynamics.mesh.NavierStokesMesh: DOCUMENT ME!
evaluateIntegralLinealProduct(double[], double[]) - Method in class org.jscience.physics.fluids.dynamics.mesh.NavierStokesMesh: DOCUMENT ME!
evaluateLegendre(int, int, double) - Static method in class org.jscience.physics.nuclear.kinematics.montecarlo.Direction: Taken from plgndr, section 6.8 in Numerical Recipes in C.
evaluateMove(GameMove) - Method in interface org.jscience.computing.game.AutoPlay: The evaluation of the move is usually carried out by the Player object who plays the given move; consequently, the result should be interpreted from the perspective of the game roles this particular Player plays in the game.
evaluateMove(GameMove) - Method in class org.jscience.computing.game.GameDriver: This function interfaces with the Player and returns the value of evaluate() while passing on the response time; note that a call to this function does not effect the time kept for the Player in the game.
evaluateRule(String) - Method in class org.jscience.computing.ai.fuzzylogic.FuzzyEngine: DOCUMENT ME!
evaluateRule(FuzzyRule) - Method in class org.jscience.computing.ai.fuzzylogic.FuzzyEngine: DOCUMENT ME!
evaluateRules() - Method in class org.jscience.computing.ai.fuzzylogic.FuzzyEngine: DOCUMENT ME!
evaluateSimplex() - Method in class org.jscience.mathematics.analysis.optimization.DirectSearchOptimizer: Evaluate all the non-evaluated points of the simplex.
evaluateStep(StepInterpolator) - Method in class org.jscience.mathematics.analysis.ode.SwitchingFunctionsHandler: Evaluate the impact of the proposed step on all handled switching functions.
evaluation(double) - Method in class org.jscience.mathematics.geometry.BoundedLine2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.BoundedLine3D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.BsplineCurve2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.BsplineCurve3D: ��̋�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.BsplineSurface3D: ��̋Ȗʂ�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Circle2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Circle3D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.CompositeCurve2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.CompositeCurve3D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.CompositeCurveSegment2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.CompositeCurveSegment3D: ��̋�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.ConicalSurface3D: ��̋Ȗʂ�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.CurveBoundedSurface3D: ��̋Ȗʂ�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.CylindricalSurface3D: ��̋Ȗʂ�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Ellipse2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Ellipse3D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Hyperbola2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Hyperbola3D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Line2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Line3D: ��̋�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.Mesh3D: ��̋Ȗʂ�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Parabola2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Parabola3D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.ParametricCurve2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.ParametricCurve3D: ��̋�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.ParametricSurface3D: ��̋Ȗʂ�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.Plane3D: ��̋Ȗʂ�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Polyline2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.Polyline3D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.PolynomialCurve2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.PolynomialCurve3D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.PureBezierCurve2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.PureBezierCurve3D: ��̋�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.PureBezierSurface3D: ��̋Ȗʂ�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.RectangularTrimmedSurface3D: ��̋Ȗʂ�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.SphericalSurface3D: ��̋Ȗʂ�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.SurfaceCurve3D: ��̋�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.SurfaceOfLinearExtrusion3D: ��̋Ȗʂ�?
evaluation(double, double) - Method in class org.jscience.mathematics.geometry.SurfaceOfRevolution3D: ��̋Ȗʂ�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.TrimmedCurve2D: ��̋�?
evaluation(double) - Method in class org.jscience.mathematics.geometry.TrimmedCurve3D: ��̋�?
evaluation(Filter, int, double[]) - Static method in class org.jscience.mathematics.wavelet.Cascades: DOCUMENT ME!
EvaluationException - Exception in org.jscience.computing.ai.fuzzylogic: This exception is thrown if an error occurs during evaluation of a rule.
EvaluationException(String) - Constructor for exception org.jscience.computing.ai.fuzzylogic.EvaluationException: Creates a new EvaluationException object.
EvaluationException() - Constructor for exception org.jscience.computing.ai.fuzzylogic.EvaluationException: Creates a new EvaluationException object.
EvaluatorVisitor - Class in org.jscience.ml.sbml.jep: This class is used for the evaluation of an expression.
EvaluatorVisitor() - Constructor for class org.jscience.ml.sbml.jep.EvaluatorVisitor: Constructor.
evalValid - Variable in class org.jscience.mathematics.analysis.expressions.BinaryOperator: DOCUMENT ME!
evalValid - Variable in class org.jscience.mathematics.analysis.expressions.UnaryOperator: DOCUMENT ME!
evalValue - Variable in class org.jscience.mathematics.analysis.expressions.BinaryOperator: DOCUMENT ME!
evalValue - Variable in class org.jscience.mathematics.analysis.expressions.UnaryOperator: DOCUMENT ME!
evalWavelet(Filter, int, int, int, int) - Static method in class org.jscience.mathematics.wavelet.Cascades: DOCUMENT ME!
evalWavelet(Filter, int, int, int) - Static method in class org.jscience.mathematics.wavelet.Cascades: DOCUMENT ME!
evalWavelet(int, int, int) - Method in class org.jscience.mathematics.wavelet.cdf2_4.CDF2_4: *********************************
************************************
evalWavelet(int, int, int) - Method in class org.jscience.mathematics.wavelet.cdf3_5.CDF3_5: ********************************* ************************************
evalWavelet(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies2.Daubechies2: DOCUMENT ME!
evalWavelet(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies3.Daubechies3: DOCUMENT ME!
evalWavelet(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies4.Daubechies4: DOCUMENT ME!
evalWavelet(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies5.Daubechies5: DOCUMENT ME!
evalWavelet(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies6.Daubechies6: DOCUMENT ME!
evalWavelet(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies7.Daubechies7: DOCUMENT ME!
evalWavelet(int, int, int) - Method in class org.jscience.mathematics.wavelet.daubechies8.Daubechies8: DOCUMENT ME!
evalWaveletHaar(Filter, int, int, int) - Static method in class org.jscience.mathematics.wavelet.Cascades: DOCUMENT ME!
evalWaveletQuadratic(Filter, int, int, int) - Static method in class org.jscience.mathematics.wavelet.Cascades: DOCUMENT ME!
EvenSimplerFormatter - Class in org.jscience.architecture.lift.util: DOCUMENT ME!
EvenSimplerFormatter() - Constructor for class org.jscience.architecture.lift.util.EvenSimplerFormatter: Constructor for the EvenSimplerFormatter object
Event - Class in org.jscience.history: A class representing the events that happen in history (or even individual history) in an ordonned manner.
Event(Date, String) - Constructor for class org.jscience.history.Event: Creates a new Event object.
Event(Date, Date, String) - Constructor for class org.jscience.history.Event: Creates a new Event object.
Event - Class in org.jscience.ml.sbml: An instantaneous discontinuous change in the state of the model when a criterion is met.
Event() - Constructor for class org.jscience.ml.sbml.Event: Creates a new instance of Event
Event - Class in org.jscience.philosophy.storytelling: A class representing an event in a story.
Event(Object, Place, Date, Individual) - Constructor for class org.jscience.philosophy.storytelling.Event: Creates a new Event object.
EVENT_SPECIFIC - Static variable in class org.jscience.sociology.Celebration: DOCUMENT ME!
eventArgs - Variable in class org.jscience.engineering.eventdriven.StateChangeRecord: The event arguments.
EventAssignment - Class in org.jscience.ml.sbml: The variable assignments made when an Event is executed.
EventAssignment() - Constructor for class org.jscience.ml.sbml.EventAssignment: Creates a new instance of EventAssignment
eventDispatched(AWTEvent) - Method in class org.jscience.chemistry.vapor.ChartDialog: DOCUMENT ME!
eventOccurred(double, double[]) - Method in interface org.jscience.mathematics.analysis.ode.SwitchingFunction: Handle an event and choose what to do next.
eventSpecId - Variable in class org.jscience.engineering.eventdriven.StateChangeRecord: The event type.
eventType - Variable in class org.jscience.chemistry.gui.extended.beans.MolViewerEvent: DOCUMENT ME!
EvntHandler - Class in org.jscience.chemistry.gui.extended.jviewer: An implementation of a JViewer's event handler interface which allows the contents of one or more JViewers to be manipulated in response to mouse movements.
EvntHandler() - Constructor for class org.jscience.chemistry.gui.extended.jviewer.EvntHandler: Default constructor.
EvntHandler(JViewer) - Constructor for class org.jscience.chemistry.gui.extended.jviewer.EvntHandler: Convenience constructor.
EvoFeedForwardNN - Class in org.jscience.computing.ai.neurocomputing: This class implements an evolutionary feedforward network.
EvoFeedForwardNN(int) - Constructor for class org.jscience.computing.ai.neurocomputing.EvoFeedForwardNN: Creates a new instance of EvoFeedForwardNN
Evolvable - Interface in org.jscience.computing.ai.evolutionary: This interface allows any class to be evolvable by org.jscience.computing.ai.evolutionary.GeneticAlgorithm.
evolve() - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ3.ACGJ3Population: Evolves the current generation of ACGJ3Individuals in the ACGJ3Population into a new one.
evolve() - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ4.Population: Evolves the current generation of Individuals in the Population into a new one.
evolve() - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ5.Population: Evolves the current generation of Individuals in the Population into a new one.
evolve() - Method in class org.jscience.architecture.traffic.algorithms.tlc.GenNeuralTLC.GenNeuralPopulation: Evolves the current generation of GenNeuralIndividuals in the GenNeuralPopulation into a new one.
evolve() - Method in class org.jscience.computing.ai.evolutionary.geneticalgorithms.BinaryCodedGA: Evolves the population.
evolve() - Method in class org.jscience.computing.ai.evolutionary.geneticprogramming.GeneticProgram: Evolves the population for one generation
Ex - Variable in class org.jscience.physics.nuclear.kinematics.nuclear.Nucleus: Excitation of nucleus in MeV.
EXA(Unit<Q>) - Static method in class javax.measure.unit.SI: Returns the specified unit multiplied by the factor 10¹⁸
EXACT_OPTION - Static variable in class org.jscience.physics.nuclear.kinematics.nuclear.NuclearCollision: options (can be or'ed together) for requesting QBrho
ExactComplex - Class in org.jscience.mathematics.algebraic.numbers: The ExactComplex class encapsulates complex numbers using ExactReals for real and imaginary part.
ExactComplex(ExactReal, ExactReal) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactComplex: Constructs the complex number x+iy.
ExactComplex(ExactReal) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactComplex: Constructs the complex number x+iy.
ExactComplex(double, double) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactComplex: Constructs the complex number x+iy.
ExactComplex(double) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactComplex: Constructs the complex number x+iy.
ExactComplex(ExactComplex) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactComplex: Constructs the complex number x+iy.
ExactComplex(Complex) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactComplex: Constructs the complex number x+iy.
ExactComplex(String) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactComplex: Constructs the complex number represented by a string.
ExactComplexField - Class in org.jscience.mathematics.algebraic.fields: The ExactComplexField class encapsulates the field of complex numbers.
ExactComplexFunction - Class in org.jscience.mathematics.analysis: This class describes a function on the complex numbers.
ExactComplexFunction() - Constructor for class org.jscience.mathematics.analysis.ExactComplexFunction
ExactComplexPolynomial - Class in org.jscience.mathematics.analysis.polynomials: A Polynomial over the ExactComplex field.
ExactComplexPolynomial(ExactComplex[]) - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactComplexPolynomial: Creates a new instance of ExactComplexPolynomial, polynom is always simplified discarding every trailing zeros and array copied (but not contents of elements).
ExactComplexPolynomial(ExactComplexPolynomial) - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactComplexPolynomial: Creates a new instance of ExactComplexPolynomial, polynom is always simplified discarding every trailing zeros.
ExactComplexPolynomial(Field.Member[]) - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactComplexPolynomial: Creates a new ExactComplexPolynomial object.
ExactComplexPolynomialRing - Class in org.jscience.mathematics.analysis.polynomials: DOCUMENT ME!
ExactComplexPolynomialRing() - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactComplexPolynomialRing: Creates a new instance of ExactComplexPolynomialRing
ExactInteger - Class in org.jscience.mathematics.algebraic.numbers: The ExactInteger class encapsulates integer numbers with infinite precision but slower speed than Integer or Long.
ExactInteger(ExactInteger) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactInteger: Constructs a ExactInteger number.
ExactInteger(BigInteger) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactInteger: Constructs a ExactInteger number.
ExactInteger(Long) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactInteger: Constructs a ExactInteger number.
ExactInteger(Integer) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactInteger: Constructs a ExactInteger number.
ExactInteger(long) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactInteger: Constructs a ExactInteger number.
ExactInteger(int) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactInteger: Constructs a ExactInteger number.
ExactInteger(String) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactInteger: Constructs the ExactInteger number represented by a string.
ExactIntegerRing - Class in org.jscience.mathematics.algebraic.fields: The ExactIntegerRing class encapsulates the ring of integer numbers.
ExactQuaternion - Class in org.jscience.mathematics.algebraic.numbers: The ExactQuaternion class encapsulates quaternions.
ExactQuaternion(double, Double3Vector) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactQuaternion: Constructs a quaternion.
ExactQuaternion(double, double, double, double) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactQuaternion: Constructs the quaternion q₀+iq₁+jq₂+kq₃.
ExactQuaternion(ExactReal, ExactReal, ExactReal, ExactReal) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactQuaternion: Constructs the quaternion q₀+iq₁+jq₂+kq₃.
ExactQuaternion(Quaternion) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactQuaternion: Constructs the quaternion q₀+iq₁+jq₂+kq₃.
ExactQuaternion(ExactQuaternion) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactQuaternion: Constructs the quaternion q₀+iq₁+jq₂+kq₃.
ExactRational - Class in org.jscience.mathematics.algebraic.numbers: The ExactRational class encapsulates rational numbers with infinite precision.
ExactRational(BigRational) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs a ExactRational number.
ExactRational(ExactRational) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs a ExactRational number.
ExactRational(ExactInteger, ExactInteger) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs a ExactRational number.
ExactRational(ExactInteger) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs a ExactRational number.
ExactRational(Long, Long) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs a ExactRational number.
ExactRational(Long) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs a ExactRational number.
ExactRational(Rational) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs a ExactRational number.
ExactRational(Integer) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs a ExactRational number.
ExactRational(long, long) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs a ExactRational number.
ExactRational(long) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs a ExactRational number.
ExactRational(int) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs a ExactRational number.
ExactRational(String) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactRational: Constructs the ExactRational number represented by a string.
ExactRationalField - Class in org.jscience.mathematics.algebraic.fields: The RationalField class encapsulates the field of rational numbers.
ExactReal - Class in org.jscience.mathematics.algebraic.numbers: The ExactReal class encapsulates real numbers with infinite precision but slower speed than Float or Double.
ExactReal(ExactReal) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(ExactRational) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(BigDecimal) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(ExactInteger) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(Double) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(Float) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(Long) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(Rational) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(Integer) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(double) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(float) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(long) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(int) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs a ExactReal number.
ExactReal(String) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactReal: Constructs the ExactReal number represented by a string.
ExactRealField - Class in org.jscience.mathematics.algebraic.fields: The RealField class encapsulates the field of real numbers.
ExactRealFunction - Class in org.jscience.mathematics.analysis: This class describes a function on the real numbers.
ExactRealFunction() - Constructor for class org.jscience.mathematics.analysis.ExactRealFunction
ExactRealFunction2D - Class in org.jscience.mathematics.analysis: This class describes a function on a 2D space.
ExactRealFunction2D() - Constructor for class org.jscience.mathematics.analysis.ExactRealFunction2D
ExactRealMonomialBasis - Class in org.jscience.mathematics.analysis.polynomials: DOCUMENT ME!
ExactRealMonomialBasis(int) - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactRealMonomialBasis: Creates a new instance of RealMonomialBasis
ExactRealPolynomial - Class in org.jscience.mathematics.analysis.polynomials: A Polynomial as a Ring.Member over a realField
ExactRealPolynomial(ExactReal[]) - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactRealPolynomial: Creates a new instance of ExactRealPolynomial, polynom is always simplified discarding every trailing zeros and array copied (but not contents of elements).
ExactRealPolynomial(ExactRealPolynomial) - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactRealPolynomial: Creates a new instance of ExactRealPolynomial, polynom is always simplified discarding every trailing zeros.
ExactRealPolynomial(Field.Member[]) - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactRealPolynomial: Creates a new ExactRealPolynomial object, polynom is always simplified discarding every trailing zeros and array copied (but not contents of elements).
ExactRealPolynomial(ExactReal, int) - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactRealPolynomial: Simple constructor.
ExactRealPolynomialFraction - Class in org.jscience.mathematics.analysis.polynomials: This class implements fractions of polynomials with one unknown and real coefficients.
ExactRealPolynomialFraction(ExactRealPolynomial, ExactRealPolynomial) - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactRealPolynomialFraction: Simple constructor.
ExactRealPolynomialFraction(ExactRealPolynomial) - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactRealPolynomialFraction: Simple constructor.
ExactRealPolynomialFraction(ExactRealPolynomialFraction) - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactRealPolynomialFraction: Copy-constructor.
ExactRealPolynomialRing - Class in org.jscience.mathematics.analysis.polynomials: DOCUMENT ME!
ExactRealPolynomialRing() - Constructor for class org.jscience.mathematics.analysis.polynomials.ExactRealPolynomialRing: Creates a new instance of PolynomialRing
ExactSupernumber - Class in org.jscience.mathematics.algebraic.numbers: The ExactSupernumber class encapsulates supernumbers.
ExactSupernumber() - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactSupernumber: Constructs a supernumber.
ExactSupernumber(ExactSupernumber) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactSupernumber: Constructs a supernumber.
ExactSupernumber(Supernumber) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactSupernumber: Constructs a supernumber.
ExactSupernumber(ExactComplex, ExactComplex[], ExactComplex[], ExactComplex[], ExactComplex) - Constructor for class org.jscience.mathematics.algebraic.numbers.ExactSupernumber: Constructs a supernumber.
EXCEPTION - Static variable in class org.jscience.util.logging.Level: DOCUMENT ME!
EXCEPTION_IGNORER - Static variable in interface org.jscience.util.logging.LogExceptionHandler: used to simply ignore exceptions thrown by a logger
exceptionOccurred(Throwable) - Method in interface org.jscience.net.progress.ProgressListener: Indique qu'une exception est survenue pendant le traitement de l'op�ration.
exceptionOccurred(Throwable) - Method in class org.jscience.net.progress.ProgressMailer: Indique qu'une exception est survenue pendant le traitement de l'op�ration.
exceptionOccurred(Throwable) - Method in class org.jscience.net.progress.