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G

G - Static variable in class javax.measure.unit.NonSI: A unit of acceleration equal to the gravity at the earth's surface (standard name grav).
G - Static variable in class org.jscience.arts.ArtsConstants: DOCUMENT ME!
g - Variable in class org.jscience.computing.ai.AStarPathfinder.AStarNode: The g-value.
g(double, double[]) - Method in interface org.jscience.mathematics.analysis.ode.SwitchingFunction: Compute the value of the switching function.
g - Static variable in class org.jscience.measure.MeasureConstants: Holds the standard acceleration due to gravity (approximately equal to the acceleration due to gravity on the Earth's surface).
G - Static variable in class org.jscience.measure.MeasureConstants: Holds the Newtonian constant of gravitation.
G - Static variable in class org.jscience.physics.PhysicsConstants: g gravity at 0 meters on earth.
G0 - Static variable in class org.jscience.measure.MeasureConstants: Holds the conductance quantum (2e²/h)
G_DAY_SIMPLE_TYPE - Static variable in class org.jscience.ml.gml.xml.schema.XMLSchema: DOCUMENT ME!
G_MONTH_DAY_SIMPLE_TYPE - Static variable in class org.jscience.ml.gml.xml.schema.XMLSchema: DOCUMENT ME!
G_MONTH_SIMPLE_TYPE - Static variable in class org.jscience.ml.gml.xml.schema.XMLSchema: DOCUMENT ME!
G_YEAR_MONTH_SIMPLE_TYPE - Static variable in class org.jscience.ml.gml.xml.schema.XMLSchema: DOCUMENT ME!
G_YEAR_SIMPLE_TYPE - Static variable in class org.jscience.ml.gml.xml.schema.XMLSchema: DOCUMENT ME!
GA - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
gain - Variable in class org.jscience.media.pictures.filters.CellularFilter: DOCUMENT ME!
gain(float, float) - Static method in class org.jscience.media.pictures.filters.ImageMath: A variant of the gamma function.
gain - Variable in class org.jscience.media.pictures.filters.TextureFilter: DOCUMENT ME!
gain - Variable in class org.jscience.physics.electricity.circuitry.elements.OpAmpElement: DOCUMENT ME!
GAINDBDEF - Static variable in class org.jscience.media.audio.dsp.processors.CompExp: DOCUMENT ME!
GAINDBDEF - Static variable in class org.jscience.media.audio.dsp.processors.CompExpHard: DOCUMENT ME!
gains - Variable in class org.jscience.architecture.traffic.algorithms.tlc.GenNeuralTLC.GenNeuralIndividual: DOCUMENT ME!
Galactic - Static variable in class org.jscience.astronomy.solarsystem.coordinates.CoordinateSystem: Standard Galactic coordinates
GalacticCoordinateSystem - Class in org.jscience.astronomy.solarsystem.coordinates.coordinatesystems: The class defining Galactic coordinate system.
GalacticCoordinateSystem() - Constructor for class org.jscience.astronomy.solarsystem.coordinates.coordinatesystems.GalacticCoordinateSystem
Galactose - Class in org.jscience.biology.molecules.carbohydrates: A class representing the Galactose carbohydrate molecule.
Galactose() - Constructor for class org.jscience.biology.molecules.carbohydrates.Galactose: Creates a new Galactose object.
GALLON_DRY_US - Static variable in class javax.measure.unit.NonSI: A unit of volume equal to one US dry gallon.
GALLON_LIQUID_US - Static variable in class javax.measure.unit.NonSI: A unit of volume equal to one US gallon, Liquid Unit.
GALLON_UK - Static variable in class javax.measure.unit.NonSI: A unit of volume equal to 4.546 09 NonSI.LITRE (standard name gal_uk).
Game - Interface in org.jscience.economics.resources: A class representing something you can play with.
GameBoardMove - Class in org.jscience.computing.game: A specialized GameMove class suitable for board games to implement moves of pieces from and to positions on a board.
GameBoardMove(int, GameBoardPosition) - Constructor for class org.jscience.computing.game.GameBoardMove: Creates a new GameBoardMove object.
GameBoardMove(int, GameBoardPosition, Object) - Constructor for class org.jscience.computing.game.GameBoardMove: Creates a new GameBoardMove object.
GameBoardMove(int, GameBoardPosition, GameBoardPosition) - Constructor for class org.jscience.computing.game.GameBoardMove: Creates a new GameBoardMove object.
GameBoardMove(int, GameBoardPosition, GameBoardPosition, Object) - Constructor for class org.jscience.computing.game.GameBoardMove: Creates a new GameBoardMove object.
GameBoardPosition - Class in org.jscience.computing.game: GameBoardPosition implements a board position that can be used for various board game implementations.
GameBoardPosition(int) - Constructor for class org.jscience.computing.game.GameBoardPosition: Creates a new GameBoardPosition object.
GameDriver - Class in org.jscience.computing.game: The GameDriver provides an implementation for an AutoPlay.
GameDriver(GamePlay) - Constructor for class org.jscience.computing.game.GameDriver: initializes with RandomPlayer objects and level 0
GameDriver(GamePlay, Player[], int) - Constructor for class org.jscience.computing.game.GameDriver
GameException - Exception in org.jscience.computing.game: thrown when game related exceptions are raised that should be caught
GameException() - Constructor for exception org.jscience.computing.game.GameException: Creates a new GameException object.
GameException(String) - Constructor for exception org.jscience.computing.game.GameException: Creates a new GameException object.
GameException(GamePlay, String) - Constructor for exception org.jscience.computing.game.GameException: Creates a new GameException object.
gameFrameX - Static variable in interface org.jscience.computing.game.JGamePlay: horizontal offset for positioning the game board
gameFrameY - Static variable in interface org.jscience.computing.game.JGamePlay: vertical offset for positioning the game board
GameGUI - Interface in org.jscience.computing.game: The GameGUI interface is implemented by objects that use the JGamePlay interface to play a game.
GameMove - Interface in org.jscience.computing.game: GameMove provides the necessary methods that allow a GamePlay object to handle a game move properly.
gameOver() - Method in class org.jscience.computing.game.AbstractGame: This convenience function gameOver() simply checks whether there are any legal moves left; consequently, unless this function is overridden, listLegalMoves() must not check for gameOver().
gameOver() - Method in class org.jscience.computing.game.cards.BlackJack: DOCUMENT ME!
gameOver() - Method in class org.jscience.computing.game.chess.ChessGame: Current limitations: gameOver() doesn't currently check for things like insufficient material for checkmate or 3rd repititions.
GamePlay - Interface in org.jscience.computing.game: GamePlay provides all methods needed to play a game.
GameRuntimeException - Exception in org.jscience.computing.game: The GameRuntimeException provides access to the GamePlay object that is associated to the exception, so that Exception handing code can take advantage of it.
GameRuntimeException() - Constructor for exception org.jscience.computing.game.GameRuntimeException: Creates a new GameRuntimeException object.
GameRuntimeException(String) - Constructor for exception org.jscience.computing.game.GameRuntimeException: Creates a new GameRuntimeException object.
GameRuntimeException(String, Throwable) - Constructor for exception org.jscience.computing.game.GameRuntimeException: Creates a new GameRuntimeException object.
GameRuntimeException(GamePlay, String) - Constructor for exception org.jscience.computing.game.GameRuntimeException: Creates a new GameRuntimeException object.
GameRuntimeException(GamePlay, String, Throwable) - Constructor for exception org.jscience.computing.game.GameRuntimeException: Creates a new GameRuntimeException object.
GameServer - Class in org.jscience.computing.game: A GameServer hosts a GamePlay object that clients can play remotely by connecting to it and following this server's protocol.
GameServer(int, GamePlay, int, Logger) - Constructor for class org.jscience.computing.game.GameServer: Creates a new GameServer object.
GameUtils - Class in org.jscience.computing.game: The class GameUtils provides several algorithms for operating on GamePlay objects.
GAMING - Static variable in class org.jscience.arts.ArtsConstants: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.SL1TLC: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.SL2TLC: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.SL3TLC: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.SL4TLC: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.SL5TLC: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.SL6TLC: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.TC1B1: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCDestless: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCFix
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCOpt: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.TC2B1: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.TC2Final: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCDestless: DOCUMENT ME!
gamma - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCOpt: DOCUMENT ME!
gamma - Variable in class org.jscience.architecture.traffic.algorithms.tlc.TC3B1: DOCUMENT ME!
gamma - Variable in class org.jscience.architecture.traffic.algorithms.tlc.TC3Opt: DOCUMENT ME!
gamma - Variable in class org.jscience.architecture.traffic.algorithms.tlc.TC3TLCWorkInProgress: DOCUMENT ME!
gamma(int, int, int[], double[][], double[][]) - Method in class org.jscience.computing.hmm.HMM: Calculation of gamma_t(i), which is the probability P(i_t = s_i | o, hmm), that is, the probability of being in state i at time given observation sequence o and this HMM.
GAMMA - Static variable in class org.jscience.mathematics.algebraic.fields.DoubleField: DOCUMENT ME!
GAMMA - Static variable in class org.jscience.mathematics.algebraic.fields.ExactRealField: DOCUMENT ME!
GAMMA - Static variable in class org.jscience.mathematics.MathConstants: Euler's gamma constant.
gamma(double) - Static method in class org.jscience.mathematics.SpecialMathUtils: Gamma function.
gamma(double) - Static method in class org.jscience.mathematics.statistics.StatisticsUtils: This method computes the gamma function.
gamma - Variable in class org.jscience.media.audio.dsp.filters.IIRFilterBase: DOCUMENT ME!
gamma - Variable in class org.jscience.media.audio.dsp.filters.IIRFilterDesignBase: DOCUMENT ME!
GAMMA_RAYS - Static variable in class org.jscience.physics.waves.ElectromagneticSpectrum: DOCUMENT ME!
GAMMA_X_MAX_VALUE - Static variable in class org.jscience.mathematics.SpecialMathUtils: The largest argument for which gamma(x) is representable in the machine.
gammaCDF(double, double) - Static method in class org.jscience.mathematics.statistics.StatisticsUtils: This method computes the cumulative distribution function of the gamma distribution with a specified shape parameter and scale parameter 1.
GammaDistribution - Class in org.jscience.mathematics.statistics: This class models the gamma distribution with a specified shape parameter and scale parameter.
GammaDistribution(double, double) - Constructor for class org.jscience.mathematics.statistics.GammaDistribution: This general constructor creates a new gamma distribution with specified shape parameter and scale parameters.
GammaDistribution() - Constructor for class org.jscience.mathematics.statistics.GammaDistribution: This default constructor creates a new gamma distribution with shape parameter 1 and scale parameter 1.
GammaFilter - Class in org.jscience.media.pictures.filters: DOCUMENT ME!
GammaFilter() - Constructor for class org.jscience.media.pictures.filters.GammaFilter: Creates a new GammaFilter object.
GammaFilter(float) - Constructor for class org.jscience.media.pictures.filters.GammaFilter: Creates a new GammaFilter object.
GammaFilter(float, float, float) - Constructor for class org.jscience.media.pictures.filters.GammaFilter: Creates a new GammaFilter object.
gammaIncomplete(double, double) - Static method in class org.jscience.chemistry.quantum.integral.Integrals: Incomple gamma function gamma() computed from Numerical Recipes routine gammp.
GammaMatrix - Class in org.jscience.physics.quantum: The GammaMatrix class provides an object for encapsulating the gamma matrices.
gammln(double) - Static method in class org.jscience.chemistry.quantum.integral.Integrals: Numerical recipes, section 6.1
gammln(double) - Static method in class org.jscience.physics.nuclear.kinematics.math.statistics.MathUtils: Returns Incomplete gamma P(a,x) evaluated by series.
gammq(double, double) - Static method in class org.jscience.physics.nuclear.kinematics.math.statistics.MathUtils: Returns the incomplete gamma function Q(a,x) == 1 - P(a,x).
gap - Variable in class org.jscience.awt.util.Border
GAP_CHARACTER - Static variable in class org.jscience.biology.alignment.PairwiseAlignmentAlgorithm: Character that signals a gap in sequence.
gap_cost - Variable in class org.jscience.biology.alignment.BasicScoringScheme: The cost of a gap (an insertion or deletion of a character).
GAP_TAG - Static variable in class org.jscience.biology.alignment.PairwiseAlignmentAlgorithm: Character that signals a gap in the score tag line of an alignment.
gapped_seq1 - Variable in class org.jscience.biology.alignment.PairwiseAlignment: First gapped sequence.
gapped_seq2 - Variable in class org.jscience.biology.alignment.PairwiseAlignment: Second gapped sequence.
GarminGPS - Class in org.jscience.devices.gps.garmin: DOCUMENT ME!
GarminGPS(BufferedInputStream, BufferedOutputStream) - Constructor for class org.jscience.devices.gps.garmin.GarminGPS
GarminInputStream - Class in org.jscience.devices.gps.garmin: This class provides the functionality of automatically removing the double DLEs from the GPS-inputstream.
GarminInputStream(InputStream) - Constructor for class org.jscience.devices.gps.garmin.GarminInputStream: Takes the stream to the GPS-unit as an argument.
GarminListener - Interface in org.jscience.devices.gps.garmin: This interface should be implemented by classes that are interested in getting all the Garmin-packets transmitted by a Garmin-GPS.
GarminListeners - Variable in class org.jscience.devices.gps.garmin.GarminGPS: A vector containing references to all the GarminListeners.
GarminOutputStream - Class in org.jscience.devices.gps.garmin: This class take care of adding DLE-stuffing to all packets sent to the GPS.
GarminOutputStream(OutputStream) - Constructor for class org.jscience.devices.gps.garmin.GarminOutputStream: Creates a new GarminOutputStream object.
GarminPacket - Class in org.jscience.devices.gps.garmin: A class that encapsulates the basic functionality of a packet.
GarminPacket(int[]) - Constructor for class org.jscience.devices.gps.garmin.GarminPacket: Creates a new GarminPacket with the contents of p.
GarminPacket(int[], boolean) - Constructor for class org.jscience.devices.gps.garmin.GarminPacket: Creates a new GarminPacket with the contents of p. if calcChecksum is true, the packet will have it's checksum recalculated.
GarminPacketReceived(GarminPacket) - Method in interface org.jscience.devices.gps.garmin.GarminListener: This method will be called for each packet received from the GPS.
GAS - Static variable in class org.jscience.architecture.ArchitectureConstants: kinds of pipes
GAS - Static variable in class org.jscience.chemistry.ChemistryConstants: DOCUMENT ME!
Gas - Class in org.jscience.economics.resources: A class representing Gas.
Gas(String, String, Amount, Community, Place, Date) - Constructor for class org.jscience.economics.resources.Gas: Creates a new Mineral object.
gas - Static variable in class org.jscience.physics.nuclear.kinematics.nuclear.EnergyLoss: Whether the room temperature phase is gaseous or not.
GasAbsorber - Class in org.jscience.physics.nuclear.kinematics.nuclear: Implementation of Absorber for gasses.
GasAbsorber(double, double, String[], int[]) - Constructor for class org.jscience.physics.nuclear.kinematics.nuclear.GasAbsorber: Given thickness in millimeters, pressure in torr, element components, and the numbers of atoms for each element in the gas molecule, creates an instance of absorber.
GasAbsorber(double, double, String, int) - Constructor for class org.jscience.physics.nuclear.kinematics.nuclear.GasAbsorber: Creates a new GasAbsorber object.
gate1x - Variable in class org.jscience.physics.electricity.circuitry.elements.MosfetElement: DOCUMENT ME!
gate1y - Variable in class org.jscience.physics.electricity.circuitry.elements.MosfetElement: DOCUMENT ME!
gate2x - Variable in class org.jscience.physics.electricity.circuitry.elements.MosfetElement: DOCUMENT ME!
gate2y - Variable in class org.jscience.physics.electricity.circuitry.elements.MosfetElement: DOCUMENT ME!
gate3x - Variable in class org.jscience.physics.electricity.circuitry.elements.MosfetElement: DOCUMENT ME!
gate3y - Variable in class org.jscience.physics.electricity.circuitry.elements.MosfetElement: DOCUMENT ME!
GateElement - Class in org.jscience.physics.electricity.circuitry.elements: DOCUMENT ME!
GateElement(int, int) - Constructor for class org.jscience.physics.electricity.circuitry.elements.GateElement: Creates a new GateElement object.
GateElement(int, int, int, int, int, StringTokenizer) - Constructor for class org.jscience.physics.electricity.circuitry.elements.GateElement: Creates a new GateElement object.
gategx - Variable in class org.jscience.physics.electricity.circuitry.elements.JfetElement: DOCUMENT ME!
gategy - Variable in class org.jscience.physics.electricity.circuitry.elements.JfetElement: DOCUMENT ME!
gaterh - Variable in class org.jscience.physics.electricity.circuitry.elements.JfetElement: DOCUMENT ME!
gaterw - Variable in class org.jscience.physics.electricity.circuitry.elements.JfetElement: DOCUMENT ME!
gaterx - Variable in class org.jscience.physics.electricity.circuitry.elements.JfetElement: DOCUMENT ME!
gatery - Variable in class org.jscience.physics.electricity.circuitry.elements.JfetElement: DOCUMENT ME!
GATHER - Static variable in class org.jscience.economics.resources.ArtifactsConstants: DOCUMENT ME!
GaugeBoson - Class in org.jscience.physics.quantum.particles: A class representing gauge bosons.
GaugeBoson() - Constructor for class org.jscience.physics.quantum.particles.GaugeBoson: Constructs a gauge boson.
GAUSS - Static variable in class javax.measure.unit.NonSI: A unit of magnetic flux density equal 1000 A/m (standard name G).
Gauss - Class in org.jscience.mathematics.analysis.expressions.symbolic: Class representing a Gaussian distributed random number with specified mean and standard deviation.
Gauss(Expression, Expression, long) - Constructor for class org.jscience.mathematics.analysis.expressions.symbolic.Gauss: Creates a Gauss object that represent a random number between the two expressions.
Gauss(Expression, Expression) - Constructor for class org.jscience.mathematics.analysis.expressions.symbolic.Gauss: Creates a Gauss object that represent a random number between the two expressions.
GAUSSIAN - Static variable in class org.jscience.computing.ai.vision.NoiseFilter: Create Gaussian noise.
Gaussian - Class in org.jscience.computing.kmeans: This class implements the Gaussian activation function.
Gaussian() - Constructor for class org.jscience.computing.kmeans.Gaussian: Default constructor.
gaussian() - Method in class org.jscience.measure.random.RandomElement: gaussian() uses the Box-Muller algorithm to transform raw()'s into gaussian deviates.
gaussian(double) - Method in class org.jscience.measure.random.RandomElement
gaussian() - Method in class org.jscience.measure.random.RandomSynchronized: Must be synchronized because state is stored in BMoutput
gaussian4(int, PrimitiveMapping, double, double) - Static method in class org.jscience.mathematics.analysis.NumericalMathUtils: Numerical integration using the Gaussian integration formula (4 points).
gaussian8(int, PrimitiveMapping, double, double) - Static method in class org.jscience.mathematics.analysis.NumericalMathUtils: Numerical integration using the Gaussian integration formula (8 points).
GAUSSIAN_GRAVITATIONAL_CONSTANT - Static variable in class org.jscience.astronomy.AstronomyConstants: Gaussian Gravitational Constant in A3/2S-1/2D-1 with length A: astronomical unit (the mean axis of the orbit of the Earth around the Sun); time D: mean solar day (the mean rotation period of the Earth around its axis, with respect to the Sun); mass S: the mass of the Sun.
GAUSSIAN_YEAR - Static variable in class org.jscience.astronomy.AstronomyConstants: Gaussian year in (earth) days (defined).
GaussianFilter - Class in org.jscience.computing.ai.vision: Implements simple Gaussian smoothing.
GaussianFilter() - Constructor for class org.jscience.computing.ai.vision.GaussianFilter: Creates a new instance of GaussianFilter
GaussianFilter(double) - Constructor for class org.jscience.computing.ai.vision.GaussianFilter: Creates a new instance of GaussianFilter, with the standard deviation.
GaussianFilter - Class in org.jscience.media.pictures.filters: A filter which applies Gaussian blur to an image.
GaussianFilter() - Constructor for class org.jscience.media.pictures.filters.GaussianFilter: Construct a Gaussian filter
GaussianFilter(int) - Constructor for class org.jscience.media.pictures.filters.GaussianFilter: Construct a Gaussian filter
GaussianFilter - Class in org.jscience.physics.nuclear.kinematics.math.analysis: DOCUMENT ME!
GaussianFilter(double[], double) - Constructor for class org.jscience.physics.nuclear.kinematics.math.analysis.GaussianFilter: Creates a new GaussianFilter object.
GaussianFit - Class in org.jscience.physics.nuclear.kinematics.math.analysis: This abstract class uses NonLinearFit to fit a single gaussian peak with a background..
GaussianFit(double[], double[], int, int, Multiplet) - Constructor for class org.jscience.physics.nuclear.kinematics.math.analysis.GaussianFit: Class constructor.
gaussianNoise(BufferedImage, BufferedImage) - Method in class org.jscience.computing.ai.vision.NoiseFilter: Add gaussian noise to the input image.
gaussianProductCenter(double, Point3D, double, Point3D) - Static method in class org.jscience.chemistry.quantum.integral.Integrals: the gaussian product theorem
GaussLegendreIntegrator - Class in org.jscience.mathematics.analysis.quadrature: This class implements a Gauss-Legendre integrator.
GaussLegendreIntegrator(int, double) - Constructor for class org.jscience.mathematics.analysis.quadrature.GaussLegendreIntegrator: Build a Gauss-Legendre integrator.
GaussLegendreNDIntegrator - Class in org.jscience.mathematics.analysis.quadrature: This class implements a Gauss-Legendre integrator.
GaussLegendreNDIntegrator(int, double) - Constructor for class org.jscience.mathematics.analysis.quadrature.GaussLegendreNDIntegrator: Build a Gauss-Legendre integrator.
GaussPoint - Class in org.jscience.physics.solids
GaussPoint(int) - Constructor for class org.jscience.physics.solids.GaussPoint
GAZ - Static variable in class org.jscience.earth.PlanetCellContents: DOCUMENT ME!
GAZ - Static variable in class org.jscience.economics.resources.Machine: DOCUMENT ME!
GBP - Static variable in class org.jscience.economics.money.Currencies: DOCUMENT ME!
GBP - Static variable in class org.jscience.economics.money.Currency: The British Pound currency.
GCCholeskyImpl - Class in org.jscience.physics.fluids.dynamics.solver: Solver for systems of lineal ecuations through the conjugated gradient.
GCCholeskyImpl(KernelADFC) - Constructor for class org.jscience.physics.fluids.dynamics.solver.GCCholeskyImpl: Default Constructor of the class.
gcd(Integer) - Method in class org.jscience.mathematics.algebraic.numbers.Integer
GCD(int, int) - Static method in class org.jscience.mathematics.MathUtils
gcf(double, double) - Static method in class org.jscience.physics.nuclear.kinematics.math.statistics.MathUtils: Returns Incomplete gamma Q(a,x) evaluated by series.
GD - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
gddistanceMap(int[], float[], int, int) - Method in class org.jscience.media.pictures.filters.ShapeFilter: DOCUMENT ME!
GE - Class in org.jscience.mathematics.analysis.expressions.comparison: DOCUMENT ME!
GE(Expression, Expression) - Constructor for class org.jscience.mathematics.analysis.expressions.comparison.GE: Creates a new GE object.
GE - Static variable in interface org.jscience.ml.sbml.jep.ParserConstants: DOCUMENT ME!
GE - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
GedcomOutputter - Class in org.jscience.ml.gedcom: A SAX ContentHandler that writes the events to standard output in GEDCOM format.
GedcomOutputter() - Constructor for class org.jscience.ml.gedcom.GedcomOutputter
GedcomParser - Class in org.jscience.ml.gedcom: GedcomParser
This class is designed to look like a SAX2-compliant XML parser; however, it takes GEDCOM as its input rather than XML.
GedcomParser() - Constructor for class org.jscience.ml.gedcom.GedcomParser
GegenbauerDoublePolynomialFactory - Class in org.jscience.mathematics.analysis.polynomials: This class implements Gegenbauer polynomials.
GegenbauerDoublePolynomialFactory(double) - Constructor for class org.jscience.mathematics.analysis.polynomials.GegenbauerDoublePolynomialFactory
GEL - Static variable in class org.jscience.economics.money.Currencies: DOCUMENT ME!
genDP(int) - Method in class org.jscience.architecture.traffic.algorithms.dp.DPFactory: Returns a new DrivingPolicy of the requested ID
GENERALISED_CONE - Static variable in class org.jscience.mathematics.geometry.BsplineSurfaceForm: RULED_SURF �̓Uʂ�?
generalize() - Method in class org.jscience.mathematics.axiomatic.WFF: DOCUMENT ME!
generalizePreposition(String) - Method in class org.jscience.ml.tigerxml.tools.SyntaxTools: Generalizes a preposition.
GeneralPanel - Class in org.jscience.architecture.traffic.configuration: DOCUMENT ME!
GeneralPanel(ConfigDialog) - Constructor for class org.jscience.architecture.traffic.configuration.GeneralPanel: Creates a new GeneralPanel object.
GeneralSettings - Class in org.jscience.architecture.traffic: This class manages the general settings
GeneralSettings() - Constructor for class org.jscience.architecture.traffic.GeneralSettings: Create empty GeneralSettings (for loading)
GeneralTools - Class in org.jscience.ml.tigerxml.tools: Provides methods that might generally be useful when utilizing the org.jscience.ml.tigerxml.
GeneralTools() - Constructor for class org.jscience.ml.tigerxml.tools.GeneralTools
GENERATE_NORMALS - Static variable in class org.jscience.biology.lsystems.common.Primitive: Specifies that normals are generated along with the positions.
GENERATE_NORMALS_INWARD - Static variable in class org.jscience.biology.lsystems.common.Primitive: Specifies that normals are to be flipped along the surface.
GENERATE_TEXTURE_COORDS - Static variable in class org.jscience.biology.lsystems.common.Primitive: Specifies that texture coordinates are generated along with the positions.
generateChangeSupport() - Method in class org.jscience.util.AbstractChangeable: Called the first time a ChangeSupport object is needed.
generateEphemeris(double, double, double) - Method in class org.jscience.astronomy.solarsystem.artificialsatellites.AbstractPropagator: Generates an ephemeris of OrbitalState instances between the given start and end times.
generateEphemeris(double, double, double) - Method in interface org.jscience.astronomy.solarsystem.artificialsatellites.Propagator: Generates an ephemeris of OrbitalState instances between the given start and end times.
generateEvent(AbsEntity, EventSpec, Object[]) - Method in class org.jscience.engineering.eventdriven.AbsEntity: Generate a normal event.
generateEvent(AbsEntity, String, Object[]) - Method in class org.jscience.engineering.eventdriven.AbsEntity: Generate a normal event.
generateEvent(String, String, Object[]) - Method in class org.jscience.engineering.eventdriven.AbsEntity: Generate a normal event.
generateEvent(String, String, Object[]) - Method in class org.jscience.engineering.eventdriven.Engine: Generate an event for delivery to a specified entity.
generateEvent(String, String) - Method in class org.jscience.engineering.eventdriven.Engine: Generate an event with no arguments for delivery to a specified entity.
generateEvent(ChangeEvent) - Method in class org.jscience.util.ChangeForwarder: Return the new event to represent the originating event ce.
generateEvent(ChangeEvent) - Method in class org.jscience.util.ChangeForwarder.Retyper
generateGraph(Graph, VertexFactory, Map) - Method in class org.jscience.computing.graph.generators.EmptyGraphGenerator: Generate a graph structure.
generateGraph(Graph, VertexFactory, Map) - Method in interface org.jscience.computing.graph.generators.GraphGenerator: Generate a graph structure.
generateGraph(Graph, VertexFactory, Map) - Method in class org.jscience.computing.graph.generators.LinearGraphGenerator: Generate a graph structure.
generateGraph(Graph, VertexFactory, Map) - Method in class org.jscience.computing.graph.generators.RingGraphGenerator: Generate a graph structure.
generateGraph(Graph, VertexFactory, Map) - Method in class org.jscience.computing.graph.generators.WheelGraphGenerator: Generate a graph structure.
generateIdentification() - Method in interface org.jscience.measure.IdentificationFactory: DOCUMENT ME!
generateIdentification() - Method in class org.jscience.measure.StringIdentificationFactory: DOCUMENT ME!
generateIdentification(String) - Method in class org.jscience.measure.StringIdentificationFactory: DOCUMENT ME!
generateInternalEvent(String, Object[]) - Method in class org.jscience.engineering.eventdriven.AbsEntity: Generate an internal event.
generateInternalEvent(String) - Method in class org.jscience.engineering.eventdriven.AbsEntity: Generate an internal event with no arguments.
generateInternalEvent(EventSpec, Object[]) - Method in class org.jscience.engineering.eventdriven.AbsEntity: Generate an internal event.
generateJavaSource(String) - Method in class org.jscience.mathematics.analysis.expressions.ExpressionParser: Generates Java source code for computing the right hand side.
generateKeyPair() - Static method in class org.jscience.util.MiscellaneousUtils
generateKeyPair(int) - Static method in class org.jscience.util.MiscellaneousUtils
generateKeyPair(String, int) - Static method in class org.jscience.util.MiscellaneousUtils
generateNNVI() - Method in class org.jscience.physics.fluids.dynamics.mesh.GenerateNVI: This method generates the arrays NVI y NNVI from the elements data.
GenerateNVI - Class in org.jscience.physics.fluids.dynamics.mesh: DOCUMENT ME!
GenerateNVI(KernelADFC, int, int[][]) - Constructor for class org.jscience.physics.fluids.dynamics.mesh.GenerateNVI: Creates a new GenerateNVI object.
generateNVPN() - Method in class org.jscience.physics.fluids.dynamics.mesh.GenerateNVI: DOCUMENT ME!
generateParseException() - Method in class org.jscience.ml.sbml.jep.Parser: DOCUMENT ME!
generateResource(String, String, Amount) - Method in class org.jscience.economics.EarthEcosource: DOCUMENT ME!
generateSegments(int, int) - Static method in class org.jscience.awt.displays.SevenSegmentDisplay: DOCUMENT ME!
generateUID() - Method in interface org.jscience.ml.om.util.IIDGenerator: Creates a unique ID that can be used to identify and link several schema elements.
generateUID() - Method in class org.jscience.ml.om.util.UIDGenerator: Creates a unique ID that can be used to identify and link several schema elements.
generateXML() - Method in class org.jscience.sociology.forms.Form: Returns a StringReader object that contains this form presentation data in XML format.
generateXmlAsString() - Method in class org.jscience.sociology.forms.Form: Returns a String that contains this form presentation data in an XML format.
GENERATION_FULL - Static variable in class org.jscience.computing.ai.evolutionary.geneticprogramming.GeneticProgram: "Full" generation method
GENERATION_GROW - Static variable in class org.jscience.computing.ai.evolutionary.geneticprogramming.GeneticProgram: "Grow" generation method
GENERATION_RAMPED_HALF_AND_HALF - Static variable in class org.jscience.computing.ai.evolutionary.geneticprogramming.GeneticProgram: "Ramped Half and Half" generation method
generationNo - Variable in class org.jscience.computing.ai.evolutionary.geneticalgorithms.BinaryCodedGA: Current generation number
generator - Variable in class org.jscience.architecture.traffic.simulation.SimModel: The pseudo-random-number-generator we need in this simulation
GENERIC_PROVIDER - Static variable in interface org.jscience.bibliography.BibRefSupport
GenericFinding - Class in org.jscience.ml.om: The class GenericFinding provides a generic implementation of org.jscience.ml.om.IFinding.
GenericFinding(Node) - Constructor for class org.jscience.ml.om.GenericFinding
GenericFinding(String) - Constructor for class org.jscience.ml.om.GenericFinding
GenericFinding(String, String) - Constructor for class org.jscience.ml.om.GenericFinding
genes - Variable in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ5.Individual: DOCUMENT ME!
GENETIC - Static variable in class org.jscience.medicine.Disease: DOCUMENT ME!
GeneticProgram - Class in org.jscience.computing.ai.evolutionary.geneticprogramming: Genetic program implementation.
GeneticProgram(int, FitnessFunction, Terminal[], Function[], int, int) - Constructor for class org.jscience.computing.ai.evolutionary.geneticprogramming.GeneticProgram: Creates a genetic program with given parameters.
GeneticProgram(int, FitnessFunction, Terminal[], Function[]) - Constructor for class org.jscience.computing.ai.evolutionary.geneticprogramming.GeneticProgram: Creates a genetic program with given parameters.
GeneticsConstants - Class in org.jscience.biology.genetics: A class representing useful constants in genetics.
GeneticsConstants() - Constructor for class org.jscience.biology.genetics.GeneticsConstants
GeneticsUtils - Class in org.jscience.biology.genetics: A class representing some useful methods for population genetics.
GeneticsUtils() - Constructor for class org.jscience.biology.genetics.GeneticsUtils
genExtTracker(SimModel, SimController, ExtendedTrackingView) - Static method in class org.jscience.architecture.traffic.simulation.statistics.TrackerFactory: DOCUMENT ME!
GENNEURAL - Static variable in class org.jscience.architecture.traffic.algorithms.tlc.TLCFactory: DOCUMENT ME!
GenNeuralTLC - Class in org.jscience.architecture.traffic.algorithms.tlc: DOCUMENT ME!
GenNeuralTLC(Infrastructure) - Constructor for class org.jscience.architecture.traffic.algorithms.tlc.GenNeuralTLC: Creates a new GenNeural Algorithm.
GenNeuralTLC.GenNeuralIndividual - Class in org.jscience.architecture.traffic.algorithms.tlc: DOCUMENT ME!
GenNeuralTLC.GenNeuralIndividual(Infrastructure, int) - Constructor for class org.jscience.architecture.traffic.algorithms.tlc.GenNeuralTLC.GenNeuralIndividual: Creates a new GenNeuralIndividual, providing the Infrastructure it should run on
GenNeuralTLC.GenNeuralIndividual() - Constructor for class org.jscience.architecture.traffic.algorithms.tlc.GenNeuralTLC.GenNeuralIndividual: Creates a new GenNeuralIndividual object.
GenNeuralTLC.GenNeuralIndividual(byte[], byte[], Infrastructure, int) - Constructor for class org.jscience.architecture.traffic.algorithms.tlc.GenNeuralTLC.GenNeuralIndividual: Creates a new GenNeuralIndividual, providing the reproduction genes from daddy and mummy
GenNeuralTLC.GenNeuralPopulation - Class in org.jscience.architecture.traffic.algorithms.tlc: DOCUMENT ME!
GenNeuralTLC.GenNeuralPopulation(Infrastructure) - Constructor for class org.jscience.architecture.traffic.algorithms.tlc.GenNeuralTLC.GenNeuralPopulation: Creates a new population of groups of GenNeural Individuals
GenNeuralTLC.GenNeuralPopulation() - Constructor for class org.jscience.architecture.traffic.algorithms.tlc.GenNeuralTLC.GenNeuralPopulation: Creates a new GenNeuralPopulation object.
Genome - Class in org.jscience.biology: A class representing the whole genome of an individual.
Genome(Chain[]) - Constructor for class org.jscience.biology.Genome: Constructs a genome.
genp() - Method in class org.jscience.physics.nuclear.kinematics.math.Matrix: returns the LU decomposition of a matrix using the Gauss transform.
genRoaduser(int, Node, Node, int) - Static method in class org.jscience.architecture.traffic.infrastructure.CustomFactory: DOCUMENT ME!
genRoaduser(int) - Static method in class org.jscience.architecture.traffic.infrastructure.CustomFactory: DOCUMENT ME!
genRoaduser(int, Node, Node, int) - Static method in class org.jscience.architecture.traffic.infrastructure.RoaduserFactory: Generate a new RoadUser
genRoaduser(int) - Static method in class org.jscience.architecture.traffic.infrastructure.RoaduserFactory: Generate a new RoadUser
genTLC(String) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TLCFactory: Returns an instance of a TLC by its description.
genTLC(int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TLCFactory: DOCUMENT ME!
genTracker(SimModel, SimController, TrackingView) - Static method in class org.jscience.architecture.traffic.simulation.statistics.TrackerFactory: DOCUMENT ME!
GENUS - Static variable in class org.jscience.biology.BiologyConstants: DOCUMENT ME!
geocentricCoord(int, double) - Method in class org.jscience.astronomy.solarsystem.ephemeris.Orrery: DOCUMENT ME!
GeocentricCoordinate - Class in org.jscience.astronomy.solarsystem.ephemeris: DOCUMENT ME!
GeocentricCoordinate() - Constructor for class org.jscience.astronomy.solarsystem.ephemeris.GeocentricCoordinate: Creates a new GeocentricCoordinate object.
GeocentricCoordinate(GeocentricCoordinate) - Constructor for class org.jscience.astronomy.solarsystem.ephemeris.GeocentricCoordinate: Creates a new GeocentricCoordinate object.
GeocentricCoordinate(double, double, double) - Constructor for class org.jscience.astronomy.solarsystem.ephemeris.GeocentricCoordinate: Creates a new GeocentricCoordinate object.
GeocentricCoordinate(double, double, double, int) - Constructor for class org.jscience.astronomy.solarsystem.ephemeris.GeocentricCoordinate: Creates a new GeocentricCoordinate object.
geocentricEquatorialXYZ(double, double) - Static method in class org.jscience.astronomy.solarsystem.ephemeris.Observer: DOCUMENT ME!
GeographyConstants - Class in org.jscience.geography: A class representing some useful constants for geography.
GeographyConstants() - Constructor for class org.jscience.geography.GeographyConstants
GeometricDistribution - Class in org.jscience.mathematics.statistics: This class models the geometric distribution with a given success probability.
GeometricDistribution(double) - Constructor for class org.jscience.mathematics.statistics.GeometricDistribution: This general constructor creates a new geometric distribution with a specified success probabilitiy
GeometricDistribution() - Constructor for class org.jscience.mathematics.statistics.GeometricDistribution: This default constructor creates a new geometric distribution with parameter 0.5
GeometricOptics - Class in org.jscience.physics.waves.optics: The class defines several methods to describe geometric optics.
GeometricOptics() - Constructor for class org.jscience.physics.waves.optics.GeometricOptics: Creates a new GeometricOptics object.
geometry() - Method in class org.jscience.mathematics.geometry.PointOnCurve2D: �x?
geometry() - Method in class org.jscience.mathematics.geometry.PointOnCurve3D: �x?
geometry() - Method in class org.jscience.mathematics.geometry.PointOnGeometry1D: �x?
geometry() - Method in class org.jscience.mathematics.geometry.PointOnGeometry2D: �x?
geometry() - Method in class org.jscience.mathematics.geometry.PointOnGeometry3D: �x?
geometry() - Method in class org.jscience.mathematics.geometry.PointOnPoint1D: �x?
geometry() - Method in class org.jscience.mathematics.geometry.PointOnPoint2D: �x?
geometry() - Method in class org.jscience.mathematics.geometry.PointOnPoint3D: �x?
geometry() - Method in class org.jscience.mathematics.geometry.PointOnSurface3D: �x?
Geometry - Interface in org.jscience.ml.gml.infoset: Defines the interface every GML geometry must implement.
GEOMETRY_MEMBER - Static variable in class org.jscience.ml.gml.GMLSchema: DOCUMENT ME!
GEOMETRY_NOT_SHARED - Static variable in class org.jscience.biology.lsystems.common.Primitive: Specifies that the geometry being created will not be shared by another scene graph node.
GeometryCollection - Interface in org.jscience.ml.gml.infoset: Defines the interface that every geometry collection must implement.
GeometryCollectionImpl - Class in org.jscience.ml.gml.dom: A DOM-based implementation of the GeometryCollection interface.
GeometryCollectionImpl(GeometryOwner, Element, GMLDocument) - Constructor for class org.jscience.ml.gml.dom.GeometryCollectionImpl: Initializes this geometry collection and all GML constructs directly owned by it.
GeometryElement - Class in org.jscience.mathematics.geometry: GeometryElement ��?
GeometryElement() - Constructor for class org.jscience.mathematics.geometry.GeometryElement: �I�u�W�F�N�g��?
GeometryImpl - Class in org.jscience.ml.gml.dom: A DOM-based implementation of the Geometry interface.
GeometryImpl(GeometryOwner, Element, GMLDocument) - Constructor for class org.jscience.ml.gml.dom.GeometryImpl: Initializes this geometry and all GML constructs directly owned by it.
GeometryIterator - Interface in org.jscience.ml.gml.util: Defines the interface every geometry iterator must implement.
GeometryIteratorImpl - Class in org.jscience.ml.gml.dom: A DOM-based implementation of the GeometryIterator interface.
GeometryIteratorImpl(Iterator) - Constructor for class org.jscience.ml.gml.dom.GeometryIteratorImpl: Constructs this iterator as a type-safe wrapper around another iterator.
GeometryOwner - Interface in org.jscience.ml.gml.infoset: Defines the interface that must be implemented by every class that "owns" geometries (e.g. properties, geometry collections).
GeometrySchemaFunction - Class in org.jscience.mathematics.geometry: ISO 10303-42 4.6 geometry_schema function definitions �̈ꕔ��N��X?
geometryType - Variable in class org.jscience.computing.ai.cellularautomaton.CellularAutomata: Geometry type.
GeometryUtils - Class in org.jscience.chemistry.gui.extended.geometry: A public class that provides mathematical calculation on some geometry entities.
GeometryUtils() - Constructor for class org.jscience.chemistry.gui.extended.geometry.GeometryUtils
GeometryUtils - Class in org.jscience.mathematics.geometry: ?
GEORGIAN_ALPHABET - Static variable in class org.jscience.linguistics.LinguisticsConstants: DOCUMENT ME!
GeoVector3D - Class in org.jscience.chemistry.gui.extended.geometry: A geometric vector class that provides vector computations: length, normalize, dot and cross. note: Vector is a coordinate independent concept.
GeoVector3D() - Constructor for class org.jscience.chemistry.gui.extended.geometry.GeoVector3D: Default constructor, all component are 0.0
GeoVector3D(double, double, double) - Constructor for class org.jscience.chemistry.gui.extended.geometry.GeoVector3D: Full constructor
GeoVector3D(Point3D, Point3D) - Constructor for class org.jscience.chemistry.gui.extended.geometry.GeoVector3D: constructor
GeoVector3D(GeoVector3D) - Constructor for class org.jscience.chemistry.gui.extended.geometry.GeoVector3D: copy constructor
gepp() - Method in class org.jscience.physics.nuclear.kinematics.math.