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C

C - Static variable in class javax.measure.unit.NonSI: A unit of velocity relative to the speed of light (standard name c).
C - Static variable in class org.jscience.arts.ArtsConstants: DOCUMENT ME!
C - Variable in class org.jscience.biology.alignment.LocalAlignmentBlock: The value of the highest scoring path contained in this block, called C-path.
C - Variable in class org.jscience.geography.coordinates.OrmData: DOCUMENT ME!
C - Static variable in class org.jscience.mathematics.statistics.LogNormalDistribution: DOCUMENT ME!
c - Static variable in class org.jscience.measure.MeasureConstants: Holds the speed of light in vacuum (exact).
C - Static variable in class org.jscience.physics.nuclear.kinematics.nuclear.NuclearCollision: speed of light, in m/s
C() - Method in class org.jscience.physics.waves.optics.materials.HerzbergerParameters: DOCUMENT ME!
C() - Method in class org.jscience.physics.waves.optics.materials.HoO1Parameters: DOCUMENT ME!
C() - Method in class org.jscience.physics.waves.optics.materials.HoO2Parameters: DOCUMENT ME!
C() - Method in class org.jscience.physics.waves.optics.materials.Sellmeier4Parameters: DOCUMENT ME!
C1Function - Interface in org.jscience.mathematics.analysis: The interface C1Function defines the methods that must be implemented for a class to represent a differentiable function.
C2 - Variable in class org.jscience.geography.coordinates.OrmData: DOCUMENT ME!
C2Function - Interface in org.jscience.mathematics.analysis: The interface C2Function defines the methods that must be implemented for a class to represent a twice differentiable function.
C_BEGIN_ELEMENT - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: Begin element
C_BEGIN_LEAF - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: Begin leaf
C_BEGIN_LEAF - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: Begin leaf
C_BRANCH - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: The sign to make a branch
C_CHANGE_COLOR - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: Change color
C_DECREMENT_DIAMETER - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: Decrement diameter
C_DOWN - Static variable in class org.jscience.architecture.traffic.infrastructure.Node: DOCUMENT ME!
C_ELEMENT_SEPARATOR - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: Element separator
C_END_ELEMENT - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: End element
C_END_LEAF - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: End leaf
C_END_LEAF - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: End leaf
C_FLOWER - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: The sign to flower appearance
C_LEAF_EDGE - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: The sign to make a step without drawing
C_LEFT - Static variable in class org.jscience.architecture.traffic.infrastructure.Node: DOCUMENT ME!
C_PITCH_DOWN - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: The sign to pitch down
C_PITCH_DOWN - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: The sign to pitch down
C_PITCH_UP - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: The sign to pitch up
C_PITCH_UP - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: The sign to pitch up
C_POP_TURTLE - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: The sign to restore the actual turtle information
C_POP_TURTLE - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: The sign to restore the actual turtle information
C_PUSH_TURTLE - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: The sign to store the actual turtle information
C_PUSH_TURTLE - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: The sign to store the actual turtle information
C_RIGHT - Static variable in class org.jscience.architecture.traffic.infrastructure.Node: DOCUMENT ME!
C_ROLL_LEFT - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: The sign to roll left
C_ROLL_LEFT - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: The sign to roll left
C_ROLL_RIGHT - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: The sign to roll right
C_ROLL_RIGHT - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: The sign to roll right
c_square - Static variable in class org.jscience.measure.MeasureConstants: Holds MeasureConstants.c².
C_STEP - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: The sign to make a step without drawing
C_TURN_AROUND - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: The sign to turn around 180�
C_TURN_AROUND - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: The sign to turn around 180�
C_TURN_LEFT - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: The sign to turn left
C_TURN_LEFT - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: The sign to turn left
C_TURN_RIGHT - Static variable in class org.jscience.biology.lsystems.fixed.FixedPlantsDefinitions: The sign to turn right
C_TURN_RIGHT - Static variable in class org.jscience.biology.lsystems.growing.GrowingPlantsDefinitions: The sign to turn right
C_UP - Static variable in class org.jscience.architecture.traffic.infrastructure.Node: DOCUMENT ME!
CA - Interface in org.jscience.architecture.lift.ca: This file is licensed under the GNU Public Licens (GPL).
CA - Static variable in class org.jscience.politics.PoliticsConstants: DOCUMENT ME!
CAAgent - Class in org.jscience.computing.ai.cellularautomaton: Implements a simple CA agent to be used with CellularAutomataLayered, where the CA agent is an embodied entity within the CA world.
CAAgent() - Constructor for class org.jscience.computing.ai.cellularautomaton.CAAgent: Default constructor.
CAAgent(int, int) - Constructor for class org.jscience.computing.ai.cellularautomaton.CAAgent: Creates a CA2DInfo instance with positional information.
CAAgent(int, int, int) - Constructor for class org.jscience.computing.ai.cellularautomaton.CAAgent: Creates a CA2DInfo instance with positional and state information.
cache() - Method in class org.jscience.linguistics.kif.KB: ************************************************************ Cache subclass and instance statements in the knowledge base.
Cache - Class in org.jscience.media.audio.dsp.processors: DOCUMENT ME!
Cache() - Constructor for class org.jscience.media.audio.dsp.processors.Cache: Creates a new Cache object.
Cache - Interface in org.jscience.util.cache: Interface for managing caches of objects.
cacheGeometry(int, float, float, float, int, int, int, GeomBuffer) - Method in class org.jscience.biology.lsystems.common.Primitive: DOCUMENT ME!
CacheManager - Class in org.jscience.geography.coordinates: DOCUMENT ME!
CacheManager() - Constructor for class org.jscience.geography.coordinates.CacheManager
CacheMap - Interface in org.jscience.util.cache: Interface for managing caches of objects fetchable by key.
CacheReference - Interface in org.jscience.util.cache: Interface for a reference to an object, analogous to java.lang.ref.Referencce, but more flexible.
cachInboundLanes() - Method in class org.jscience.architecture.traffic.infrastructure.Infrastructure: DOCUMENT ME!
CAD - Static variable in class org.jscience.economics.money.Currencies: DOCUMENT ME!
CAD - Static variable in class org.jscience.economics.money.Currency: The Canadian Dollar currency unit.
calcAllShortestPaths(Infrastructure) - Method in class org.jscience.architecture.traffic.algorithms.edit.ShortestPathCalculator: Calculates all the shortest paths for each EdgeNode in the Infrastructure.
calcAngle(Vector3f, Vector3f) - Static method in class org.jscience.chemistry.gui.extended.graphics3d.BondNode: DOCUMENT ME!
calcBUBLP(double) - Method in class org.jscience.chemistry.vapor.VLEContext: Calculates the BUBL P at the given temperature.
calcBUBLT(double) - Method in class org.jscience.chemistry.vapor.VLEContext: Calculates the BUBL T at the given pressure.
calcChecksum() - Method in class org.jscience.devices.gps.garmin.GarminPacket: Calculates the checksum for the packet.
calcDelay(Roaduser, int, int) - Method in class org.jscience.architecture.traffic.infrastructure.Junction
calcDelay(Roaduser, int, int) - Method in class org.jscience.architecture.traffic.infrastructure.Node: Calculates the delay that has to be logged for this Node.
calcDelay(Roaduser, int, int) - Method in class org.jscience.architecture.traffic.infrastructure.SpecialNode
calcDeriv() - Method in class org.jscience.mathematics.analysis.interpolation.DoubleCubicSplineInterpolator: DOCUMENT ME!
calcDeriv() - Method in class org.jscience.mathematics.analysis.interpolation.DoubleCubicSplineInterpolator2D: DOCUMENT ME!
calcDEWP(double) - Method in class org.jscience.chemistry.vapor.VLEContext: Calculates the DEW P at the given temperature.
calcDEWT(double) - Method in class org.jscience.chemistry.vapor.VLEContext: Calculates the DEW T at the given pressure.
calcDisplayWidth() - Method in class org.jscience.awt.displays.LEDDisplayBase: DOCUMENT ME!
calcDistance(Atom, Atom) - Method in class org.jscience.chemistry.gui.extended.graphics3d.BondNode: DOCUMENT ME!
calcFitness(ACGJ3.ACGJ3Individual) - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ3.ACGJ3Population: Calculates the fitness of this Individual
calcFitness(ACGJ4.Individual) - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ4.Population: Calculates the fitness of this Individual
calcFitness(ACGJ5.Individual) - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ5.Population: Calculates the fitness of this Individual
calcFitness() - Method in class org.jscience.architecture.traffic.algorithms.tlc.GenNeuralTLC.GenNeuralIndividual: DOCUMENT ME!
calcFlashPoint(double, double) - Method in class org.jscience.chemistry.vapor.VLEContext: Calculates the flash point compositions at given P and T.
calcFunction() - Method in class org.jscience.physics.electricity.circuitry.elements.AndGateElement: DOCUMENT ME!
calcFunction() - Method in class org.jscience.physics.electricity.circuitry.elements.GateElement: DOCUMENT ME!
calcFunction() - Method in class org.jscience.physics.electricity.circuitry.elements.OrGateElement: DOCUMENT ME!
calcFunction() - Method in class org.jscience.physics.electricity.circuitry.elements.XorGateElement: DOCUMENT ME!
calcGain() - Method in class org.jscience.media.audio.dsp.processors.CombFilter: DOCUMENT ME!
calcGains() - Method in class org.jscience.architecture.traffic.algorithms.tlc.GenNeuralTLC.GenNeuralIndividual: DOCUMENT ME!
calcIntersect(Point, Point, double, double) - Static method in class org.jscience.architecture.traffic.util.CurveUtils: Calculate the intersection coordinats for two lines, given a base point and angle for each line.
CALCIUM - Static variable in class org.jscience.biology.Vitamins: DOCUMENT ME!
calcLength(TurnCurve, int) - Static method in class org.jscience.architecture.traffic.util.CurveUtils: Calculates the length of the specified curve in steps of size step
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorAdd: Increase the order of this Taylor expansion from k-1 to k.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorConstant: Set kth Taylor coefficient - all except the first are zero.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorCos: Increase the order of this Taylor expansion from k-1 to k.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorDependant: If an ODE governing this TaylorDependant is provided, the kth Taylor coefficient can be determined if right-hand-side function is known to order k-1.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorDivide: Increase the order of this Taylor expansion from k-1 to k.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorDouble: Any TaylorDouble must implement this method for calculation of the kth Taylor coefficient.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorExp: Increase the order of this Taylor expansion from k-1 to k.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorIndependant: Set the kth coefficient - all except the two first are zero.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorLog: Increase the order of this Taylor expansion from k-1 to k.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorMultiply: Increase the order of this Taylor expansion from k-1 to k.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorNegate: Increase the order of this Taylor expansion from k-1 to k.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorParameter: Set kth Taylor coefficient - all except the first are zero.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorPow: Increase the order of this Taylor expansion from k-1 to k.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorSin: Increase the order of this Taylor expansion from k-1 to k.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorSqrt: Increase the order of this Taylor expansion from k-1 to k.
calcOrder(int) - Method in class org.jscience.mathematics.analysis.taylor.TaylorSubtract: Increase the order of this Taylor expansion from k-1 to k.
calcOutput() - Method in class org.jscience.engineering.control.AtoD
calcOutputT(double, double) - Method in class org.jscience.engineering.control.FirstOrder: DOCUMENT ME!
calcOutputT() - Method in class org.jscience.engineering.control.FirstOrder: DOCUMENT ME!
calcOutputT(double, double) - Method in class org.jscience.engineering.control.Prop: DOCUMENT ME!
calcOutputT() - Method in class org.jscience.engineering.control.Prop: DOCUMENT ME!
calcOutputT(double, double) - Method in class org.jscience.engineering.control.PropDeriv: DOCUMENT ME!
calcOutputT() - Method in class org.jscience.engineering.control.PropDeriv: DOCUMENT ME!
calcOutputT(double, double) - Method in class org.jscience.engineering.control.PropInt: DOCUMENT ME!
calcOutputT() - Method in class org.jscience.engineering.control.PropInt: DOCUMENT ME!
calcOutputT(double, double) - Method in class org.jscience.engineering.control.PropIntDeriv: DOCUMENT ME!
calcOutputT() - Method in class org.jscience.engineering.control.PropIntDeriv: DOCUMENT ME!
calcOutputT(double, double) - Method in class org.jscience.engineering.control.SecondOrder: DOCUMENT ME!
calcOutputT() - Method in class org.jscience.engineering.control.SecondOrder: DOCUMENT ME!
calcOverlap(Sign[], Sign[]) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SignController: DOCUMENT ME!
calcPathSteps(TurnCurve) - Static method in class org.jscience.architecture.traffic.util.CurveUtils: Returns the number of steps used to traverse the specified curve
calcPerpUnitVec(float, float, float, float, float[], float[]) - Method in class org.jscience.chemistry.gui.extended.molecule.Molecule: Calculates 2D vector perpendicular to bond
calcPGR(int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCDestless
calcPGR(int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCFix
calcPGR(int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCOpt
calcPGR(int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2B1
calcPGR(int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2Final
calcPGR(int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCDestless
calcPGR(int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCOpt
calcPGR(int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3TLCWorkInProgress
calcPGROpt(int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCFix
calcPolesZerosS() - Method in class org.jscience.engineering.control.BlackBox
calcPolesZerosS() - Method in class org.jscience.engineering.control.Compensator: DOCUMENT ME!
calcPolesZerosS() - Method in class org.jscience.engineering.control.FirstOrder: DOCUMENT ME!
calcPolesZerosS() - Method in class org.jscience.engineering.control.HighPassPassive: DOCUMENT ME!
calcPolesZerosS() - Method in class org.jscience.engineering.control.LowPassPassive: DOCUMENT ME!
calcPolesZerosS() - Method in class org.jscience.engineering.control.PropInt: DOCUMENT ME!
calcPolesZerosS() - Method in class org.jscience.engineering.control.PropIntDeriv: DOCUMENT ME!
calcPolesZerosS() - Method in class org.jscience.engineering.control.SecondOrder: DOCUMENT ME!
calcPolesZerosZ() - Method in class org.jscience.engineering.control.PropIntDeriv: DOCUMENT ME!
calcPolesZerosZ(double) - Method in class org.jscience.engineering.control.PropIntDeriv: DOCUMENT ME!
calcPosMovs(Node, Sign, Drivelane, Roaduser, ListIterator) - Method in class org.jscience.architecture.traffic.simulation.SimModel: DOCUMENT ME!
calcPossibleCross(int, PosMov[]) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2B1: DOCUMENT ME!
calcPossibleCross(int, PosMov[]) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2Final: DOCUMENT ME!
calcPossibleCross(int, PosMov[]) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCDestless: DOCUMENT ME!
calcPossibleCross(int, PosMov[]) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCOpt: DOCUMENT ME!
calcRadiansPerSample(double) - Method in class org.jscience.media.audio.dsp.filters.IIRFilterDesignBase: DOCUMENT ME!
calcRenderSize(ScreenSizeCalculator, Canvas3D) - Method in class org.jscience.medicine.volumetric.Annotations: DOCUMENT ME!
calcRenderSize(ScreenSizeCalculator, Canvas3D) - Method in class org.jscience.medicine.volumetric.AxisRenderer: Returns the number of pixels drawn in the current display
calcRenderSize(ScreenSizeCalculator, Canvas3D) - Method in class org.jscience.medicine.volumetric.Renderer: Returns the number of pixels drawn in the current display
calcRenderSize(ScreenSizeCalculator, Canvas3D) - Method in class org.jscience.medicine.volumetric.SlicePlaneRenderer: Returns the number of pixels drawn in the current display
calcRenderSize() - Method in class org.jscience.medicine.volumetric.VolRend: DOCUMENT ME!
calcRenderSize() - Method in interface org.jscience.medicine.volumetric.VolRendListener: DOCUMENT ME!
calcReward(int, int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2B1: DOCUMENT ME!
calcReward(int, int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2Final: DOCUMENT ME!
calcReward(int, int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCDestless: DOCUMENT ME!
calcReward(int, int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCOpt: DOCUMENT ME!
calcReward(int, int, int, int) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3TLCWorkInProgress: DOCUMENT ME!
calcSC(Node) - Method in class org.jscience.architecture.traffic.algorithms.edit.SignConfigCalculator: This method calculates all Sign configurations of a node
calcSign(Vector3f, Vector3f) - Static method in class org.jscience.chemistry.gui.extended.graphics3d.BondNode: DOCUMENT ME!
Calculate - Interface in org.jscience.computing.ai.planning: This is the common interface for code calls in call terms.
calculate() - Method in class org.jscience.earth.AbstractAtmosphere: Sub-classes must provide a method here that calculates the properties of a particular atmosphere model.
calculate() - Method in class org.jscience.earth.EarthStandardAtmosphere1962: Calculates the properties of the US 1962 Standard Atmosphere.
calculate() - Method in class org.jscience.earth.EarthStandardAtmosphere1976: Calculates the properties of the 1976 IACO Standard Atmosphere.
calculate() - Method in class org.jscience.earth.MarsAtmosphere: Sub-classes must provide a method here that calculates the properties of a particular atmosphere model.
calculate(double[], double[], double[], double[]) - Method in class org.jscience.physics.fluids.dynamics.characteristics.QuadraticCharacteristics: principal method of the characteristics.
calculate(double[], double[], double[], double[]) - Method in class org.jscience.physics.fluids.dynamics.characteristics.QuadraticCharacteristics3D: Calculates the values transported by the vectors which are pased as arguments.
calculate(double[]) - Method in class org.jscience.physics.fluids.dynamics.poisson.Poisson: DOCUMENT ME!
calculate(int) - Method in class org.jscience.physics.nuclear.kinematics.math.analysis.NonLinearFit: Calculate function value for specific channel in the histogram.
calculateAccessibleWebSize() - Method in class org.jscience.net.LocalWeb
calculateActivity(Object[]) - Method in interface org.jscience.chemistry.vapor.calculators.IActivityCalculator: DOCUMENT ME!
calculateActivity(Object[]) - Method in class org.jscience.chemistry.vapor.calculators.MarguleActivityCalculator: DOCUMENT ME!
calculateActivity(Object[]) - Method in class org.jscience.chemistry.vapor.calculators.VanlaarActivityCalculator: DOCUMENT ME!
calculateConvergenceOfTheMeridian(CoordSurf) - Method in class org.jscience.geography.coordinates.BaseSRF_MapProjection: Returns the Convergence of the Meridian in radians at a position on the surface of the oblate spheroid.
calculateCurrent() - Method in class org.jscience.physics.electricity.circuitry.CircuitElement: DOCUMENT ME!
calculateCurrent() - Method in class org.jscience.physics.electricity.circuitry.elements.AnalogSwitch2Element: DOCUMENT ME!
calculateCurrent() - Method in class org.jscience.physics.electricity.circuitry.elements.AnalogSwitchElement: DOCUMENT ME!
calculateCurrent() - Method in class org.jscience.physics.electricity.circuitry.elements.DiodeElement: DOCUMENT ME!
calculateCurrent() - Method in class org.jscience.physics.electricity.circuitry.elements.InductorElement: DOCUMENT ME!
calculateCurrent() - Method in class org.jscience.physics.electricity.circuitry.elements.ResistorElement: DOCUMENT ME!
calculateCurrent() - Method in class org.jscience.physics.electricity.circuitry.elements.Switch2Element: DOCUMENT ME!
calculateCurrent() - Method in class org.jscience.physics.electricity.circuitry.elements.SwitchElement: DOCUMENT ME!
calculateCurrent() - Method in class org.jscience.physics.electricity.circuitry.elements.TimerElement: DOCUMENT ME!
calculateCurrent() - Method in class org.jscience.physics.electricity.circuitry.elements.TransformerElement: DOCUMENT ME!
calculateElosses() - Method in class org.jscience.physics.nuclear.kinematics.nuclear.PIDsimulation: Calculate and tabulate energy losses in various detector segments
calculateElosses() - Method in class org.jscience.physics.nuclear.kinematics.nuclear.TUNL_PID: Calculate and tabulate energy losses in various detector segments
calculateEuclideanDistance(Coord, Coord) - Static method in class org.jscience.geography.coordinates.BaseSRF: Returns the euclidean distance between two coordinates.
calculateEuclideanDistance(Coord2D, Coord2D) - Static method in class org.jscience.geography.coordinates.BaseSRF_2D: Returns the euclidean distance between two coordinates.
calculateEuclideanDistance(Coord3D, Coord3D) - Static method in class org.jscience.geography.coordinates.BaseSRF_3D: Returns the euclidean distance between two coordinates.
calculateEuclideanDistance(CoordSurf, CoordSurf) - Static method in class org.jscience.geography.coordinates.BaseSRF_WithEllipsoidalHeight: Returns the euclidean distance between two coordinates.
calculateFit(int) - Method in class org.jscience.physics.nuclear.kinematics.math.analysis.spanc.CalibrationFit: Returns the QBrho value from the fit for the specified input peak.
calculateFit() - Method in class org.jscience.physics.nuclear.kinematics.Spanc: Calculates calibration fit.
calculateFitness() - Method in interface org.jscience.computing.ai.evolutionary.Evolvable: Calculate the fitness of this object.
calculateFitness() - Method in class org.jscience.computing.ai.neurocomputing.EvoFeedForwardNN: Calculate the fitness for this network.
calculateFitValue(int) - Method in class org.jscience.physics.nuclear.kinematics.math.statistics.PolynomialFitErrY: DOCUMENT ME!
calculateFog(double, double) - Method in class org.jscience.chemistry.gui.basic.Atom
calculateFugacity(double, double, double[]) - Method in interface org.jscience.chemistry.vapor.calculators.IFugacityCalculator: DOCUMENT ME!
calculateFugacity(double, double, double[]) - Method in class org.jscience.chemistry.vapor.calculators.PRFugacityCalculator: DOCUMENT ME!
calculateFugacity(double, double, double[]) - Method in class org.jscience.chemistry.vapor.calculators.RKFugacityCalculator: DOCUMENT ME!
calculateFugacity(double, double, double[]) - Method in class org.jscience.chemistry.vapor.calculators.VirialFugacityCalculator: DOCUMENT ME!
calculateGamma(double) - Method in class org.jscience.physics.nuclear.kinematics.nuclear.Boost: Given a velocity (_beta) in units of c, calculate gamma.
calculateGeodesicDistance(CoordSurf, CoordSurf) - Static method in class org.jscience.geography.coordinates.BaseSRF_WithEllipsoidalHeight: Returns the geodesic distance between two surface coordinates.
calculateGrey(int, int, int) - Method in class org.jscience.computing.ai.vision.GreyscaleFilter: Calculate the grey value according to the grey conversion set.
calculateInterpolatedField(double[], double[]) - Method in class org.jscience.physics.fluids.dynamics.mesh.NavierStokesMesh: interpolate a lineal field to a quadratic one.
calculateIntPos(char, int) - Static method in class org.jscience.computing.game.chess.BoardPosition: DOCUMENT ME!
calculateMapAzimuth(CoordSurf, CoordSurf) - Method in class org.jscience.geography.coordinates.BaseSRF_MapProjection: Returns the map azimuth in radians between two surface coordinates.
calculateNet(double[]) - Method in class org.jscience.computing.ai.neurocomputing.PerceptronNN: Calculate the sum of the weighted inputs.
calculatePageWeight() - Method in class org.jscience.net.Spider: returns the page weigt in bytes (= content length of URL plus sum of embedded images)
calculatePointScale(CoordSurf) - Method in class org.jscience.geography.coordinates.BaseSRF_MapProjection: Returns the point scale at a position on the surface of the oblate spheroid.
calculateRhoValues() - Method in class org.jscience.physics.nuclear.kinematics.nuclear.PIDsimulation: Determine possible sets of rho values for various reactions and tabulate them, based on kinematics.
calculateRhoValues() - Method in class org.jscience.physics.nuclear.kinematics.nuclear.TUNL_PID: Determine possible sets of rho values for various reactions and tabulate them, based on kinematics.
calculateStudentsT(double, double) - Static method in class org.jscience.physics.nuclear.kinematics.math.statistics.MathUtils: Returns the probability that the absolute value of a t-statistic would be smaller than tObserved, for a t-distribution with dof degrees of freedom and a mean of zero.
calculateVerticalSeparationOffset(SRM_VOS_Code, CoordSurf) - Method in class org.jscience.geography.coordinates.BaseSRF_WithEllipsoidalHeight: Returns the vertical separation at a position.
calculateWidth() - Method in class org.jscience.architecture.traffic.infrastructure.Junction: (Re)Calculates the width of this junction
calculateY(double) - Method in class org.jscience.physics.nuclear.kinematics.math.statistics.LinearFitErrY: DOCUMENT ME!
calculateY(double) - Method in class org.jscience.physics.nuclear.kinematics.math.statistics.PolynomialFitErrY: DOCUMENT ME!
calculateY(UncertainNumber) - Method in class org.jscience.physics.nuclear.kinematics.math.statistics.PolynomialFitErrY: DOCUMENT ME!
CALENDAR_SPECIFIC - Static variable in class org.jscience.sociology.Celebration: DOCUMENT ME!
CalendarDate - Class in org.jscience.astronomy.solarsystem.ephemeris: DOCUMENT ME!
CalendarDate() - Constructor for class org.jscience.astronomy.solarsystem.ephemeris.CalendarDate: Creates a new CalendarDate object.
CalibrationFit - Class in org.jscience.physics.nuclear.kinematics.math.analysis.spanc: Abstraction class for performing fits of channel versus rho data.
CalibrationFit() - Constructor for class org.jscience.physics.nuclear.kinematics.math.analysis.spanc.CalibrationFit: Creates new CalibrationFit object.
CalibrationPeak - Class in org.jscience.physics.nuclear.kinematics.math.analysis.spanc: Representation of a fitted peak used for calibration of a spectrum.
CalibrationPeak(SpancReaction, double, UncertainNumber, UncertainNumber) - Constructor for class org.jscience.physics.nuclear.kinematics.math.analysis.spanc.CalibrationPeak: Creates new CalibrationPeak
CalibrationPeakTable - Class in org.jscience.physics.nuclear.kinematics.math.analysis.spanc.tables: Table for displaying reactions in Spanc.
CalibrationPeakTable() - Constructor for class org.jscience.physics.nuclear.kinematics.math.analysis.spanc.tables.CalibrationPeakTable: Constructor.
CalibrationPeakTableModel - Class in org.jscience.physics.nuclear.kinematics.math.analysis.spanc.tables: DOCUMENT ME!
CalibrationPeakTableModel() - Constructor for class org.jscience.physics.nuclear.kinematics.math.analysis.spanc.tables.CalibrationPeakTableModel: Creates a new CalibrationPeakTableModel object.
call(List) - Method in interface org.jscience.computing.ai.planning.Calculate: This abstract function implements the code call associated with the class implementing this interface.
CALL - Static variable in interface org.jscience.computing.ai.planning.PlannerTokenTypes: DOCUMENT ME!
calories - Variable in class org.jscience.devices.gps.garmin.LapDataPacket: calories
CAMBRIAN - Static variable in class org.jscience.history.archeology.ArcheologyConstants: DOCUMENT ME!
cancel() - Method in class org.jscience.net.Downloader: cancels the current download; the listeners will be called with an IOException containing the message that canced() was called or that the input stream was closed
cancel() - Method in class org.jscience.util.Backup: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ1: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ2: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ3: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ3FixedValue: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ4: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.ACGJ5: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.GenNeuralTLC: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL1TLC: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL2TLC: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL3TLC: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL4TLC: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL5TLC: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.SL6TLC: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1B1: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCDestless: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCFix
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC1TLCOpt: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2B1: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2Final: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCDestless: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC2TLCOpt: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3B1: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3Opt: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.algorithms.tlc.TC3TLCWorkInProgress: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.infrastructure.Node: DOCUMENT ME!
canCreateInstance(Class) - Method in class org.jscience.architecture.traffic.infrastructure.SPData: DOCUMENT ME!
canCreateInstance(Class) - Method in interface org.jscience.architecture.traffic.xml.InstantiationAssistant: Tell our parser if we can create an instance of a certain class
CANDELA - Static variable in class javax.measure.unit.SI: The base unit for luminous intensity quantities (cd).
CANDIES_NOT_SORTED - Static variable in interface org.jscience.bibliography.candy.CandyVocabulary: A property name.
CandyEntry - Class in org.jscience.bibliography.candy: This is a basic container for a vocabulary entry.
CandyEntry() - Constructor for class org.jscience.bibliography.candy.CandyEntry: An empty constructor.
CandyEntry(String) - Constructor for class org.jscience.bibliography.candy.CandyEntry: It creates an entry instance with given name and empty value.
CandyEntry(String, String) - Constructor for class org.jscience.bibliography.candy.CandyEntry: It creates an entry instance with given name and value.
CandyEntry(String, String, Hashtable) - Constructor for class org.jscience.bibliography.candy.CandyEntry: It creates an entry instance with given name, value and additional properties.
CandyFinder - Interface in org.jscience.bibliography.candy: This interface is a main entry point to a set of controlled vocabularies.
CandyVocabulary - Interface in org.jscience.bibliography.candy: This interface defines functionality of a controlled vocabulary.
canFilterIndexColorModel - Variable in class org.jscience.media.pictures.filters.WholeImageFilter: If true, then image pixels for images with an IndexColorModel ndex will be accumulated as bytes in inBytePixels.
CannotConnectException - Exception in org.jscience.architecture.traffic.tools: Thrown when RoadAction cannot connect a road to a node at a given position.
CannotConnectException(String) - Constructor for exception org.jscience.architecture.traffic.tools.CannotConnectException: Creates a new CannotConnectException object.
CannotPlayGameException - Exception in org.jscience.computing.game: An Exception that is thrown if a Player cannot play a given game implementation
CannotPlayGameException(Player, GamePlay, String) - Constructor for exception org.jscience.computing.game.CannotPlayGameException: Creates a new CannotPlayGameException object.
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.awari.AwariPlayer: DOCUMENT ME!
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.BookPlayer: DOCUMENT ME!
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.cards.BJPlayer: DOCUMENT ME!
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.checkers.CheckersPlayer: DOCUMENT ME!
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.chess.ChessPlayer: DOCUMENT ME!
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.fourwins.FourWinsPlayer: DOCUMENT ME!
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.gomoku.GomokuPlayer: DOCUMENT ME!
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.muehle.MuehlePlayer: DOCUMENT ME!
canPlayGame(GamePlay) - Method in interface org.jscience.computing.game.Player: canPlayGame() returns true only if the Player provides an applicable heuristic for the type of game given.
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.puzzle.TilePuzzlePlayer: DOCUMENT ME!
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.RandomPlayer: always returns true, since the RandomPlayer can play any game
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.reversi.ReversiPlayer: DOCUMENT ME!
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.SocketPlayer: DOCUMENT ME!
canPlayGame(GamePlay) - Method in class org.jscience.computing.game.wolfsheep.WSPlayer: DOCUMENT ME!
CantorDust - Class in org.jscience.mathematics.analysis.chaos: The CantorDust class provides an object that encapsulates the Cantor dust fractal.
CantorDust() - Constructor for class org.jscience.mathematics.analysis.chaos.CantorDust: Creates a new CantorDust object.
CANVAS - Static variable in class org.jscience.arts.printed.Picture: DOCUMENT ME!
canViewInScope() - Method in class org.jscience.physics.electricity.circuitry.CircuitElement: DOCUMENT ME!
canViewInScope() - Method in class org.jscience.physics.electricity.circuitry.elements.MosfetElement: DOCUMENT ME!
canViewInScope() - Method in class org.jscience.physics.electricity.circuitry.elements.TransistorElement: DOCUMENT ME!
capacitance - Variable in class org.jscience.physics.electricity.circuitry.elements.CapacitorElement: DOCUMENT ME!
CapacitorElement - Class in org.jscience.physics.electricity.circuitry.elements: DOCUMENT ME!
CapacitorElement(int, int) - Constructor for class org.jscience.physics.electricity.circuitry.elements.CapacitorElement: Creates a new CapacitorElement object.
CapacitorElement(int, int, int, int, int, StringTokenizer) - Constructor for class org.jscience.physics.electricity.circuitry.elements.CapacitorElement: Creates a new CapacitorElement object.
CapillarityUtils - Class in org.jscience.biology: The CapillarityUtils class provides useful vascular biology related methods.
CapillarityUtils() - Constructor for class org.jscience.biology.CapillarityUtils
capitalise(String) - Method in class org.jscience.chemistry.quantum.Atom: Method to capitalise a string .. not the correct palce!
capitalise(String) - Static method in class org.jscience.ml.cml.util.CMLUtils: capitalise a String (whatever the starting case)
caption - Variable in class org.jscience.awt.buttons.Button: DOCUMENT ME!
caption - Variable in class org.jscience.awt.displays.LEDDisplayBase: DOCUMENT ME!
caption - Variable in class org.jscience.awt.meters.Meter: DOCUMENT ME!
caption - Variable in class org.jscience.awt.pots.PotBase: DOCUMENT ME!
captionAtBottom - Variable in class org.jscience.awt.buttons.Button: DOCUMENT ME!
captionAtBottom - Variable in class org.jscience.awt.displays.LEDDisplayBase: DOCUMENT ME!
CapturingCanvas3D - Class in org.jscience.astronomy: Class CapturingCanvas3D, using the instructions from the Java3D FAQ pages on how to capture a still image in jpeg format.
CapturingCanvas3D(GraphicsConfiguration) - Constructor for class org.jscience.astronomy.CapturingCanvas3D: Constructor that generate a Canvas3D.
Car - Interface in org.jscience.architecture.lift: This file is licensed under the GNU Public Licens (GPL).
Car - Class in org.jscience.architecture.traffic.infrastructure: A Car is the standard menace on our Roads.
Car(Node, Node, int) - Constructor for class org.jscience.architecture.traffic.infrastructure.Car: Creates a new Car object.
Car() - Constructor for class org.jscience.architecture.traffic.infrastructure.Car: Empty constructor for loading
CAR - Static variable in class org.jscience.architecture.traffic.infrastructure.RoaduserFactory: All the individual types of each concrete Roaduser
car() - Method in class org.jscience.linguistics.kif.Formula: ************************************************************** Return the LISP 'car' of the formula - the first element of the list.
CARBON_DIOXIDE_EMISSION - Static variable in class org.jscience.earth.EarthSciencesConstants: DOCUMENT ME!
CARBONIFEROUS - Static variable in class org.jscience.history.archeology.ArcheologyConstants: DOCUMENT ME!
CarboxylicAcid - Class in org.jscience.chemistry.radicals: A class storing the CarboxylicAcid radical.
CarboxylicAcid() - Constructor for class org.jscience.chemistry.radicals.CarboxylicAcid: Creates a new CarboxylicAcid object.
CarCanvas - Interface in org.jscience.architecture.lift.gui: This file is licensed under the GNU Public Licens (GPL).
Card - Class in org.jscience.computing.game.cards: a representation of a game card
Card(int) - Constructor for class org.jscience.computing.game.cards.Card: to instanciate a Joker only; accepts only JOKER as type
Card(int, byte) - Constructor for class org.jscience.computing.game.cards.Card: use static members of this class for parameters
card(String) - Method in class org.jscience.io.fits.FitsHeader: returns a card with the given keyword.
card(int) - Method in class org.jscience.io.fits.