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A

A_CHAOS - Static variable in class JSci.maths.chaos.HenonMap: Chaotic a parameter value.
AbelianGroup - Interface in JSci.maths.groups: This interface defines an abelian group.
AbelianGroup.Member - Interface in JSci.maths.groups: This interface defines a member of an abelian group.
abs(double[]) - Static method in class JSci.maths.ArrayMath: Takes the absolute value of each component of an array.
abs(double[][]) - Static method in class JSci.maths.ArrayMath: Takes the absolute value of each component of an array.
abs(int[]) - Static method in class JSci.maths.ArrayMath: Takes the absolute value of each component of an array.
abs(int[][]) - Static method in class JSci.maths.ArrayMath: Takes the absolute value of each component of an array.
absFFT() - Method in class JSci.maths.wavelet.Signal: Return the absolute value of the FFT
absFFT(double[]) - Static method in class JSci.maths.wavelet.Signal
absorb(WPlus) - Method in class JSci.physics.particles.AntiElectronNeutrino: Absorbs a W+.
absorb(ZZero) - Method in class JSci.physics.particles.AntiElectronNeutrino: Absorbs a Z0.
absorb(Photon) - Method in class JSci.physics.particles.AntiMuon: Absorbs a photon.
absorb(WMinus) - Method in class JSci.physics.particles.AntiMuon: Absorbs a W-.
absorb(ZZero) - Method in class JSci.physics.particles.AntiMuon: Absorbs a Z0.
absorb(WPlus) - Method in class JSci.physics.particles.AntiMuonNeutrino: Absorbs a W+.
absorb(ZZero) - Method in class JSci.physics.particles.AntiMuonNeutrino: Absorbs a Z0.
absorb(Gluon) - Method in class JSci.physics.particles.AntiQuark: Absorbs a gluon.
absorb(Photon) - Method in class JSci.physics.particles.AntiTau: Absorbs a photon.
absorb(WMinus) - Method in class JSci.physics.particles.AntiTau: Absorbs a W-.
absorb(ZZero) - Method in class JSci.physics.particles.AntiTau: Absorbs a Z0.
absorb(WPlus) - Method in class JSci.physics.particles.AntiTauNeutrino: Absorbs a W+.
absorb(ZZero) - Method in class JSci.physics.particles.AntiTauNeutrino: Absorbs a Z0.
absorb(Photon) - Method in class JSci.physics.particles.Electron: Absorbs a photon.
absorb(WPlus) - Method in class JSci.physics.particles.Electron: Absorbs a W+.
absorb(ZZero) - Method in class JSci.physics.particles.Electron: Absorbs a Z0.
absorb(WMinus) - Method in class JSci.physics.particles.ElectronNeutrino: Absorbs a W-.
absorb(ZZero) - Method in class JSci.physics.particles.ElectronNeutrino: Absorbs a Z0.
absorb(Photon) - Method in class JSci.physics.particles.Muon: Absorbs a photon.
absorb(ZZero) - Method in class JSci.physics.particles.Muon: Absorbs a Z0.
absorb(WMinus) - Method in class JSci.physics.particles.MuonNeutrino: Absorbs a W-.
absorb(ZZero) - Method in class JSci.physics.particles.MuonNeutrino: Absorbs a Z0.
absorb(Photon) - Method in class JSci.physics.particles.Positron: Absorbs a photon.
absorb(WMinus) - Method in class JSci.physics.particles.Positron: Absorbs a W-.
absorb(ZZero) - Method in class JSci.physics.particles.Positron: Absorbs a Z0.
absorb(Gluon) - Method in class JSci.physics.particles.Quark: Absorbs a gluon.
absorb(Photon) - Method in class JSci.physics.particles.Tau: Absorbs a photon.
absorb(WPlus) - Method in class JSci.physics.particles.Tau: Absorbs a W+.
absorb(ZZero) - Method in class JSci.physics.particles.Tau: Absorbs a Z0.
absorb(WMinus) - Method in class JSci.physics.particles.TauNeutrino: Absorbs a W-.
absorb(ZZero) - Method in class JSci.physics.particles.TauNeutrino: Absorbs a Z0.
AbstractClassicalParticle - Class in JSci.physics
AbstractClassicalParticle() - Constructor for class JSci.physics.AbstractClassicalParticle
AbstractComplexMatrix - Class in JSci.maths.matrices: The AbstractComplexMatrix class provides an object for encapsulating matrices containing complex numbers.
AbstractComplexMatrix(int, int) - Constructor for class JSci.maths.matrices.AbstractComplexMatrix: Constructs a matrix.
AbstractComplexSquareMatrix - Class in JSci.maths.matrices: The AbstractComplexSquareMatrix class provides an object for encapsulating square matrices containing complex numbers.
AbstractComplexSquareMatrix(int) - Constructor for class JSci.maths.matrices.AbstractComplexSquareMatrix: Constructs a matrix.
AbstractComplexVector - Class in JSci.maths.vectors: The AbstractComplexVector class encapsulates vectors containing complex numbers.
AbstractComplexVector(int) - Constructor for class JSci.maths.vectors.AbstractComplexVector
AbstractDoubleMatrix - Class in JSci.maths.matrices: The AbstractDoubleMatrix class provides an object for encapsulating double matrices.
AbstractDoubleMatrix(int, int) - Constructor for class JSci.maths.matrices.AbstractDoubleMatrix: Constructs a matrix.
AbstractDoubleSquareMatrix - Class in JSci.maths.matrices: The AbstractDoubleSquareMatrix class provides an object for encapsulating double square matrices.
AbstractDoubleSquareMatrix(int) - Constructor for class JSci.maths.matrices.AbstractDoubleSquareMatrix: Constructs a matrix.
AbstractDoubleVector - Class in JSci.maths.vectors: The AbstractDoubleVector class encapsulates vectors containing doubles.
AbstractDoubleVector(int) - Constructor for class JSci.maths.vectors.AbstractDoubleVector
AbstractGraphModel - Class in JSci.awt: The AbstractGraphModel class handles the dispatching of GraphDataEvents to interested listeners.
AbstractGraphModel() - Constructor for class JSci.awt.AbstractGraphModel
AbstractIntegerMatrix - Class in JSci.maths.matrices: The AbstractIntegerMatrix class provides an object for encapsulating integer matrices.
AbstractIntegerMatrix(int, int) - Constructor for class JSci.maths.matrices.AbstractIntegerMatrix: Constructs a matrix.
AbstractIntegerSquareMatrix - Class in JSci.maths.matrices: The AbstractIntegerSquareMatrix class provides an object for encapsulating integer square matrices.
AbstractIntegerSquareMatrix(int) - Constructor for class JSci.maths.matrices.AbstractIntegerSquareMatrix: Constructs a matrix.
AbstractIntegerVector - Class in JSci.maths.vectors: The AbstractIntegerVector class encapsulates vectors containing integers.
AbstractIntegerVector(int) - Constructor for class JSci.maths.vectors.AbstractIntegerVector
AbstractMath - Class in JSci.maths: The AbstractMath superclass provides an abstract encapsulation of maths.
AbstractMath() - Constructor for class JSci.maths.AbstractMath
accelerate(AbstractDoubleVector, double) - Method in class JSci.physics.ClassicalParticle: Accelerates this particle.
accelerate(double, double, double) - Method in class JSci.physics.ClassicalParticle2D: Accelerates this particle.
accelerate(double, double, double, double) - Method in class JSci.physics.ClassicalParticle3D: Accelerates this particle.
acos(Complex) - Static method in class JSci.maths.Complex: Returns the arc cosine of a complex number, in the range of (0.0 through , 0.0 through ).
acos(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the arc cosine of a number.
acos(Number) - Static method in class JSci.maths.MathDouble
acos(double) - Static method in class JSci.maths.MathDouble
ACOS - Static variable in class JSci.maths.symbolic.Function
acosh(Complex) - Static method in class JSci.maths.Complex: Returns the arc hyperbolic cosine of a complex number, in the range of (0.0 through , 0.0 through ).
acosh(double) - Static method in class JSci.maths.ExtraMath: Returns the inverse hyperbolic cosine of a double value.
acosh(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the arc hyperbolic cosine of a number.
acosh(Number) - Static method in class JSci.maths.MathDouble
acosh(double) - Static method in class JSci.maths.MathDouble
ACOSH - Static variable in class JSci.maths.symbolic.Function
acoth(double) - Static method in class JSci.maths.ExtraMath: Returns the inverse hyperbolic cotangent of a double value.
acsch(double) - Static method in class JSci.maths.ExtraMath: Returns the inverse hyperbolic cosecant of a double value.
ACTIVITY_ACT_NEG_LIMIT - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_ACT_POS_LIMIT - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_AXIS_SETTLED - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_IN_MOTION - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_MAX_VELOCITY - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_MOTOR_STATUS - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_PHASING_INITD - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_POSITION_CAPTURE - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_PROFILE_MODE_0 - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_PROFILE_MODE_1 - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_PROFILE_MODE_2 - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_RESERVED - Static variable in class JSci.instruments.pi.Mercury
ACTIVITY_TRACKING - Static variable in class JSci.instruments.pi.Mercury
add(AbelianGroup.Member) - Method in class JSci.maths.analysis.ComplexFunction: Returns the addition of this function and another.
add(ComplexFunction) - Method in class JSci.maths.analysis.ComplexFunction
add(AbelianGroup.Member) - Method in class JSci.maths.analysis.RealFunction: Returns the addition of this function and another.
add(RealFunction) - Method in class JSci.maths.analysis.RealFunction
add(AbelianGroup.Member) - Method in class JSci.maths.analysis.RealFunction2D: Returns the addition of this function and another.
add(RealFunction2D) - Method in class JSci.maths.analysis.RealFunction2D
add(AbelianGroup.Member) - Method in class JSci.maths.analysis.RealFunction3D: Returns the addition of this function and another.
add(RealFunction3D) - Method in class JSci.maths.analysis.RealFunction3D
add(AbelianGroup.Member) - Method in class JSci.maths.analysis.RealFunctionND: Returns the addition of this function and another.
add(RealFunctionND) - Method in class JSci.maths.analysis.RealFunctionND
add(double[], double, double[], int) - Static method in class JSci.maths.ArrayMath: Adds to an array w, a times v where a is a scalar.
add(double[], double) - Static method in class JSci.maths.ArrayMath: Adds a scalar to every element in the array.
add(double[], double[]) - Static method in class JSci.maths.ArrayMath: Adds the two arrays together (componentwise).
add(int[], double, int[], int) - Static method in class JSci.maths.ArrayMath: Adds to an array w, a times v where a is a scalar.
add(int[], int) - Static method in class JSci.maths.ArrayMath: Adds a scalar to every element in the array.
add(int[], int[]) - Static method in class JSci.maths.ArrayMath: Adds the two arrays together (componentwise).
add(AbelianGroup.Member) - Method in class JSci.maths.categories.Hilb.LinearMap
add(AbelianGroup.Member) - Method in class JSci.maths.Complex: Returns the addition of this number and another.
add(Complex) - Method in class JSci.maths.Complex: Returns the addition of this complex number and another.
add(AbelianGroup.Member) - Method in interface JSci.maths.groups.AbelianGroup.Member: The group composition law.
add(AbelianGroup.Member) - Method in class JSci.maths.groups.CyclicGroup.Member: The group composition law.
add(AbelianGroup.Member) - Method in class JSci.maths.MathDouble: Returns the addition of this number and another.
add(MathDouble) - Method in class JSci.maths.MathDouble: Returns the addition of this double number and another.
add(double) - Method in class JSci.maths.MathDouble
add(AbelianGroup.Member) - Method in class JSci.maths.MathInteger: Returns the addition of this number and another.
add(MathInteger) - Method in class JSci.maths.MathInteger: Returns the addition of this integer number and another.
add(int) - Method in class JSci.maths.MathInteger
add(AbelianGroup.Member) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the addition of this matrix and another.
add(AbstractComplexMatrix) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the addition of this matrix and another.
add(AbstractComplexMatrix) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the addition of this matrix and another.
add(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the addition of this matrix and another.
add(AbelianGroup.Member) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the addition of this matrix and another.
add(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the addition of this matrix and another.
add(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the addition of this matrix and another.
add(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the addition of this matrix and another.
add(AbelianGroup.Member) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the addition of this matrix and another.
add(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the addition of this matrix and another.
add(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the addition of this matrix and another.
add(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the addition of this matrix and another.
add(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the addition of this matrix and another.
add(ComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix
add(ComplexTridiagonalMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the addition of this matrix and another.
add(ComplexDiagonalMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the addition of this matrix and another.
add(AbstractComplexMatrix) - Method in class JSci.maths.matrices.ComplexMatrix: Returns the addition of this matrix and another.
add(ComplexMatrix) - Method in class JSci.maths.matrices.ComplexMatrix
add(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the addition of this matrix and another.
add(ComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexSquareMatrix
add(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the addition of this matrix and another.
add(ComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix
add(ComplexTridiagonalMatrix) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix
add(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the addition of this matrix and another.
add(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix
add(DoubleTridiagonalMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the addition of this matrix and another.
add(DoubleDiagonalMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the addition of this matrix and another.
add(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.DoubleMatrix: Returns the addition of this matrix and another.
add(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the addition of this matrix and another.
add(DoubleMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix
add(DoubleSparseMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the addition of this matrix and another.
add(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the addition of this matrix and another.
add(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix
add(DoubleSparseSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the addition of this matrix and another.
add(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the addition of this matrix and another.
add(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSquareMatrix
add(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the addition of this matrix and another.
add(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix
add(DoubleTridiagonalMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the addition of this matrix and another.
add(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the addition of this matrix and another.
add(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix
add(IntegerTridiagonalMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the addition of this matrix and another.
add(IntegerDiagonalMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the addition of this matrix and another.
add(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.IntegerMatrix: Returns the addition of this matrix and another.
add(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the addition of this matrix and another.
add(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerSquareMatrix
add(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the addition of this matrix and another.
add(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix
add(IntegerTridiagonalMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the addition of this matrix and another.
add(AbelianGroup.Member) - Method in class JSci.maths.matrices.RingMatrix: Returns the addition of this matrix and another.
add(RingMatrix) - Method in class JSci.maths.matrices.RingMatrix: Returns the addition of this matrix and another.
add(AbelianGroup.Member) - Method in class JSci.maths.polynomials.ComplexPolynomial: The group composition law.
add(RealFunction) - Method in class JSci.maths.polynomials.RealPolynomial: The group composition law.
add(AbelianGroup.Member) - Method in class JSci.maths.Quaternion: Returns the addition of this number and another.
add(Quaternion) - Method in class JSci.maths.Quaternion: Returns the addition of this quaternion and another.
add(AbelianGroup.Member) - Method in class JSci.maths.Supernumber: Returns the addition of this number and another.
add(Supernumber) - Method in class JSci.maths.Supernumber: Returns the addition of this supernumber and another.
add(AbelianGroup.Member) - Method in class JSci.maths.symbolic.Expression: The group composition law.
add(AbstractComplexVector) - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the addition of this vector and another.
add(AbstractDoubleVector) - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns the addition of this vector and another.
add(AbstractIntegerVector) - Method in class JSci.maths.vectors.AbstractIntegerVector: Returns the addition of this vector and another.
add(AbelianGroup.Member) - Method in class JSci.maths.vectors.Complex2Vector: Returns the addition of this vector and another.
add(AbstractComplexVector) - Method in class JSci.maths.vectors.Complex2Vector: Returns the addition of this vector and another.
add(AbstractDoubleVector) - Method in class JSci.maths.vectors.Complex2Vector: Returns the addition of this vector and another.
add(AbstractIntegerVector) - Method in class JSci.maths.vectors.Complex2Vector: Returns the addition of this vector and another.
add(AbelianGroup.Member) - Method in class JSci.maths.vectors.Complex3Vector: Returns the addition of this vector and another.
add(AbstractComplexVector) - Method in class JSci.maths.vectors.Complex3Vector: Returns the addition of this vector and another.
add(AbstractDoubleVector) - Method in class JSci.maths.vectors.Complex3Vector: Returns the addition of this vector and another.
add(AbstractIntegerVector) - Method in class JSci.maths.vectors.Complex3Vector: Returns the addition of this vector and another.
add(AbelianGroup.Member) - Method in class JSci.maths.vectors.ComplexVector: Returns the addition of this vector and another.
add(AbstractComplexVector) - Method in class JSci.maths.vectors.ComplexVector: Returns the addition of this vector and another.
add(ComplexVector) - Method in class JSci.maths.vectors.ComplexVector
add(AbstractDoubleVector) - Method in class JSci.maths.vectors.ComplexVector: Returns the addition of this vector and another.
add(DoubleVector) - Method in class JSci.maths.vectors.ComplexVector
add(AbstractIntegerVector) - Method in class JSci.maths.vectors.ComplexVector: Returns the addition of this vector and another.
add(IntegerVector) - Method in class JSci.maths.vectors.ComplexVector
add(AbelianGroup.Member) - Method in class JSci.maths.vectors.Double2Vector: Returns the addition of this vector and another.
add(AbstractDoubleVector) - Method in class JSci.maths.vectors.Double2Vector: Returns the addition of this vector and another.
add(AbelianGroup.Member) - Method in class JSci.maths.vectors.Double3Vector: Returns the addition of this vector and another.
add(AbstractDoubleVector) - Method in class JSci.maths.vectors.Double3Vector: Returns the addition of this vector and another.
add(AbelianGroup.Member) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the addition of this vector and another.
add(AbstractDoubleVector) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the addition of this vector and another.
add(DoubleVector) - Method in class JSci.maths.vectors.DoubleSparseVector
add(DoubleSparseVector) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the addition of this vector and another.
add(AbelianGroup.Member) - Method in class JSci.maths.vectors.DoubleVector: Returns the addition of this vector and another.
add(AbstractDoubleVector) - Method in class JSci.maths.vectors.DoubleVector: Returns the addition of this vector and another.
add(DoubleVector) - Method in class JSci.maths.vectors.DoubleVector
add(AbelianGroup.Member) - Method in class JSci.maths.vectors.Integer2Vector: Returns the addition of this vector and another.
add(AbstractIntegerVector) - Method in class JSci.maths.vectors.Integer2Vector: Returns the addition of this vector and another.
add(AbelianGroup.Member) - Method in class JSci.maths.vectors.Integer3Vector: Returns the addition of this vector and another.
add(AbstractIntegerVector) - Method in class JSci.maths.vectors.Integer3Vector: Returns the addition of this vector and another.
add(AbelianGroup.Member) - Method in class JSci.maths.vectors.IntegerVector: Returns the addition of this vector and another.
add(AbstractIntegerVector) - Method in class JSci.maths.vectors.IntegerVector: Returns the addition of this vector and another.
add(IntegerVector) - Method in class JSci.maths.vectors.IntegerVector
add(MultiscaleFunction, MultiscaleFunction) - Method in class JSci.maths.wavelet.BasisFunctionLibrary: Add a clone of the given MultiscaleFunctions to the internal arrays of MultiscaleFunctions.
add(MultiscaleFunction) - Method in class JSci.maths.wavelet.BasisFunctionLibrary: Add the MultiscaleFunction to both the primary and dual internal arrays.
add(MultiscaleFunction[]) - Method in class JSci.maths.wavelet.BasisFunctionLibrary: Add the array of MultiscaleFunction to both the primary and dual internal arrays.
add(Multiresolution) - Method in class JSci.maths.wavelet.BasisFunctionLibrary: Attempt to add every possible functions belonging to a multiresolution.
add(double[][], double[][]) - Static method in class JSci.maths.wavelet.BasisFunctionLibrary
add(MultiscaleFunction, double, MultiscaleFunction, int) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace: Calculates f+a*g.
add(SparseDiscreteFunction, double, MultiscaleFunction, int) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace: Calculates f+a*g.
add(MultiscaleFunction, double, SparseDiscreteFunction, int) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace: Calculates f+a*g.
add(DiscreteFunction, double, DiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace: Calculates f+a*g.
add(SparseDiscreteFunction, double, SparseDiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace: Calculates f+a*g.
add(DiscreteFunction, double, SparseDiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace: Calculates f+a*g.
add(SparseDiscreteFunction, double, DiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace: Calculates f+a*g.
add(MultiscaleFunction, MultiscaleFunction) - Method in class JSci.maths.wavelet.MatchingPursuit
add(ConstantForce2D) - Method in class JSci.physics.ConstantForce2D: Returns the addition of this force and another.
add(ConstantForce3D) - Method in class JSci.physics.ConstantForce3D: Returns the addition of this force and another.
add(ConstantTorque3D) - Method in class JSci.physics.ConstantTorque3D: Returns the addition of this torque and another.
add(AbelianGroup.Member) - Method in class JSci.physics.quantum.BraVector: Returns the addition of this vector and another.
add(BraVector) - Method in class JSci.physics.quantum.BraVector: Returns the addition of this vector and another.
add(AbelianGroup.Member) - Method in class JSci.physics.quantum.KetVector: Returns the addition of this vector and another.
add(KetVector) - Method in class JSci.physics.quantum.KetVector: Returns the addition of this vector and another.
add(Operator) - Method in class JSci.physics.quantum.Operator: Returns the addition of this operator and another.
add(Rank1Tensor) - Method in class JSci.physics.relativity.Rank1Tensor: Returns the addition of this tensor and another.
add(Rank2Tensor) - Method in class JSci.physics.relativity.Rank2Tensor: Returns the addition of this tensor and another.
add(Rank3Tensor) - Method in class JSci.physics.relativity.Rank3Tensor: Returns the addition of this tensor and another.
add(Rank4Tensor) - Method in class JSci.physics.relativity.Rank4Tensor: Returns the addition of this tensor and another.
add_escapes(String) - Method in exception JSci.maths.symbolic.ParseException: Used to convert raw characters to their escaped version when these raw version cannot be used as part of an ASCII string literal.
addArgument(Object) - Method in class JSci.io.MathMLExpression: Adds an argument to this expression.
addChangeListener(ChangeListener) - Method in interface JSci.instruments.PositionControl: Adds a ChangeListener to the model's listener list.
addChangeListener(ChangeListener) - Method in class JSci.instruments.PositionControlAdapter: Adds a ChangeListener to the model's listener list.
addChangeListener(ChangeListener) - Method in class JSci.swing.JPointer: Adds a ChangeListener to the model's listener list.
addEscapes(String) - Static method in error JSci.maths.symbolic.TokenMgrError: Replaces unprintable characters by their espaced (or unicode escaped) equivalents in the given string
addGraphDataListener(GraphDataListener) - Method in class JSci.awt.AbstractGraphModel: Adds a listener to the list that's notified each time a change to the graph data occurs.
addGraphDataListener(GraphDataListener) - Method in interface JSci.awt.CategoryGraph2DModel: Add a listener.
addGraphDataListener(GraphDataListener) - Method in interface JSci.awt.Graph2DModel: Add a listener.
addGraphDataListener(GraphDataListener) - Method in interface JSci.awt.Graph3DModel: Add a listener.
addImag(double) - Method in class JSci.maths.Complex: Returns the addition of this complex number with an imaginary part.
addImag(Double3Vector) - Method in class JSci.maths.Quaternion: Returns the addition of this quaternion with an imaginary part.
ADDITION - Variable in class JSci.maths.categories.Simplicial
addJNIToTemplate(Image, int, int, int, int, double[], int) - Method in class JSci.instruments.PTCroquetteCross
addJPointer(JPointer) - Method in class JSci.swing.JArcDial: add a pointer; it will be the actual component that contains informations
addJPointer(JPointer) - Method in class JSci.swing.JRoundDial: add a pointer; it will be the actual component that contains informations
addJPointer(JPointer) - Method in class JSci.swing.JSliderPlus: add a slider; it will be the actual component that contains informations
addLayoutComponent(String, Component) - Method in class JSci.awt.GraphLayout
addLayoutComponent(Component, Object) - Method in class JSci.awt.GraphLayout
addLayoutComponent(String, Component) - Method in class JSci.swing.JGraphLayout
addLayoutComponent(Component, Object) - Method in class JSci.swing.JGraphLayout
addLine(int, int) - Method in class JSci.awt.Model3D: Add a line from vertex p1 to vertex p2
addLine(int, int) - Method in class JSci.swing.Model3D: Add a line from vertex p1 to vertex p2
addNotify() - Method in class JSci.awt.BarGraph
addNotify() - Method in class JSci.awt.Graph2D
addNotify() - Method in class JSci.awt.Histogram
addNotify() - Method in class JSci.awt.LineTrace
addNotify() - Method in class JSci.swing.JBarGraph
addNotify() - Method in class JSci.swing.JGraph2D
addNotify() - Method in class JSci.swing.JHistogram
addNotify() - Method in class JSci.swing.JLineTrace
addOverlay(Overlay) - Method in class JSci.instruments.Image: Images (poligons and text) can be overlaid onto the images
addReal(double) - Method in class JSci.maths.Complex: Returns the addition of this complex number with a real part.
addReal(double) - Method in class JSci.maths.Quaternion: Returns the addition of this quaternion with a real part.
addROI(ROI) - Method in class JSci.instruments.Player
addSeries(float[]) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Adds a data series using the default values for the x-axis.
addSeries(double[]) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Adds a data series using the default values for the x-axis.
addSeries(DefaultCategoryGraph2DModel.DataSeries) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Adds a data series.
addSeries(Object[], float[]) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Adds a data series.
addSeries(Object[], double[]) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Adds a data series.
addSeries(float[]) - Method in class JSci.awt.DefaultGraph2DModel: Adds a data series using the default values for the x-axis.
addSeries(double[]) - Method in class JSci.awt.DefaultGraph2DModel: Adds a data series using the default values for the x-axis.
addSeries(DefaultGraph2DModel.DataSeries) - Method in class JSci.awt.DefaultGraph2DModel: Adds a data series.
addSeries(float[], float[]) - Method in class JSci.awt.DefaultGraph2DModel: Adds a data series.
addSeries(float[], double[]) - Method in class JSci.awt.DefaultGraph2DModel: Adds a data series.
addSeries(DefaultGraph3DModel.DataSeries) - Method in class JSci.awt.DefaultGraph3DModel: Adds a data series.
addSeries(float[]) - Method in class JSci.awt.DefaultGraph3DModel: Adds a data series.
addVertex(float, float, float) - Method in class JSci.awt.Model3D: Add a vertex to this model
addVertex(float, float, float) - Method in class JSci.swing.Model3D: Add a vertex to this model
adjustBeginLineColumn(int, int) - Static method in class JSci.maths.symbolic.SimpleCharStream: Method to adjust line and column numbers for the start of a token.
airy(double) - Static method in class JSci.maths.SpecialMath: Airy function.
Algebra - Interface in JSci.maths.algebras: This interface defines an algebra.
Algebra.Member - Interface in JSci.maths.algebras: This interface defines a member of an algebra.
AlkaliEarthMetal - Class in JSci.chemistry.periodictable: A class representing alkali earth metals.
AlkaliEarthMetal(String, String) - Constructor for class JSci.chemistry.periodictable.AlkaliEarthMetal: Constructs an alkali earth metal.
AlkaliMetal - Class in JSci.chemistry.periodictable: A class representing alkali metals.
AlkaliMetal(String, String) - Constructor for class JSci.chemistry.periodictable.AlkaliMetal: Constructs an alkali metal.
ALL_SERIES - Static variable in class JSci.awt.GraphDataEvent: Specifies all series.
ALPHA - Static variable in class JSci.instruments.PTTwoDBarycentreCross: threshold for defininf the light and dark regions; 0<ALPHA<1 (ALPHA approx 0.3)
altToFloat(String) - Static method in class JSci.astro.telescope.LX200: Convert alt from a string to a number.
altToInt(String) - Static method in class JSci.astro.telescope.NexStar: Convert alt from a string to a number.
AminoAcid - Class in JSci.biology: A class representing an Amino-Acid.
AminoAcid(String, String, String, String) - Constructor for class JSci.biology.AminoAcid: Constructs an AminoAcid.
AminoAcids - Class in JSci.biology: This class provides access to amino acids.
ang - Variable in class JSci.physics.RigidBody2D: Angle (orientation).
angMass - Variable in class JSci.physics.RigidBody2D: Moment of inertia.
angMass - Variable in class JSci.physics.RigidBody3D: Moment of inertia.
angularAccelerate(double, double) - Method in class JSci.physics.RigidBody2D: Accelerates this particle.
angularAccelerate(double, double, double, double) - Method in class JSci.physics.RigidBody3D: Accelerates this particle.
angularCollide(RigidBody2D, double) - Method in class JSci.physics.RigidBody2D: Collides this particle with another.
angVel - Variable in class JSci.physics.RigidBody2D: Angular velocity.
angx - Variable in class JSci.physics.RigidBody3D: Angles (orientation).
angxVel - Variable in class JSci.physics.RigidBody3D: Angular velocity.
angy - Variable in class JSci.physics.RigidBody3D: Angles (orientation).
angyVel - Variable in class JSci.physics.RigidBody3D: Angular velocity.
angz - Variable in class JSci.physics.RigidBody3D: Angles (orientation).
angzVel - Variable in class JSci.physics.RigidBody3D: Angular velocity.
anti() - Method in class JSci.physics.particles.AntiBottom: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiCharm: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiDown: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiElectronNeutrino: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiKZero: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiLambda: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiMuon: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiMuonNeutrino: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiNeutron: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiOmegaMinus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiProton: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiSigmaMinus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiSigmaPlus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiSigmaZero: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiStrange: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiTau: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiTauNeutrino: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiTop: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiUp: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.AntiXiZero: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Bottom: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Charm: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Down: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Electron: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.ElectronNeutrino: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Eta: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Gluon: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Graviton: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.KMinus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.KPlus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.KZero: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Lambda: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Muon: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.MuonNeutrino: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Neutron: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.OmegaMinus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Photon: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.PiMinus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.PiPlus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.PiZero: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Positron: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Proton: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.SigmaMinus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.SigmaPlus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.SigmaZero: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Strange: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Tau: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.TauNeutrino: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Top: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.Up: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.WMinus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.WPlus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.XiMinus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.XiPlus: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.XiZero: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.particles.ZZero: Returns the antiparticle of this particle.
anti() - Method in class JSci.physics.quantum.QuantumParticle: Returns the antiparticle of this particle.
AntiBaryon - Class in JSci.physics.particles: A class representing antibaryons.
AntiBaryon() - Constructor for class JSci.physics.particles.AntiBaryon: Constructs an antibaryon.
ANTIBLUE - Static variable in class JSci.physics.particles.AntiQuark
AntiBottom - Class in JSci.physics.particles: A class representing antibottoms.
AntiBottom() - Constructor for class JSci.physics.particles.AntiBottom: Constructs an antibottom.
AntiCharm - Class in JSci.physics.particles: A class representing anticharms.
AntiCharm() - Constructor for class JSci.physics.particles.AntiCharm: Constructs an anticharm.
anticommutator(Operator, Operator) - Static method in class JSci.physics.quantum.QuantumMath: Returns the anticommutator {A,B}.
AntiDown - Class in JSci.physics.particles: A class representing antidowns.
AntiDown() - Constructor for class JSci.physics.particles.AntiDown: Constructs an antidown.
AntiElectronNeutrino - Class in JSci.physics.particles: A class representing antielectron neutrinos.
AntiElectronNeutrino() - Constructor for class JSci.physics.particles.AntiElectronNeutrino: Constructs an antielectron neutrino.
ANTIGREEN - Static variable in class JSci.physics.particles.AntiQuark
AntiHadron - Class in JSci.physics.particles: A class representing antihadrons.
AntiHadron() - Constructor for class JSci.physics.particles.AntiHadron: Constructs an antihadron.
AntiHyperon - Class in JSci.physics.particles: A class representing antihyperons.
AntiHyperon() - Constructor for class JSci.physics.particles.AntiHyperon: Constructs an antihyperon.
AntiKaon - Class in JSci.physics.particles: A class representing antikaons.
AntiKaon() - Constructor for class JSci.physics.particles.AntiKaon: Constructs an antikaon.
AntiKZero - Class in JSci.physics.particles: A class representing anti K0.
AntiKZero() - Constructor for class JSci.physics.particles.AntiKZero: Constructs an anti K0.
AntiLambda - Class in JSci.physics.particles: A class representing antilambdas.
AntiLambda() - Constructor for class JSci.physics.particles.AntiLambda: Constructs an antilambda.
AntiLepton - Class in JSci.physics.particles: A class representing antileptons.
AntiLepton() - Constructor for class JSci.physics.particles.AntiLepton: Constructs an antilepton.
AntiMeson - Class in JSci.physics.particles: A class representing antimesons.
AntiMeson() - Constructor for class JSci.physics.particles.AntiMeson: Constructs an antimeson.
AntiMuon - Class in JSci.physics.particles: A class representing antimuons.
AntiMuon() - Constructor for class JSci.physics.particles.AntiMuon: Constructs an antimuon.
AntiMuonNeutrino - Class in JSci.physics.particles: A class representing antimuon neutrinos.
AntiMuonNeutrino() - Constructor for class JSci.physics.particles.AntiMuonNeutrino: Constructs an antimuon neutrino.
AntiNeutron - Class in JSci.physics.particles: A class representing antineutrons.
AntiNeutron() - Constructor for class JSci.physics.particles.AntiNeutron: Constructs an antineutron.
AntiNucleon - Class in JSci.physics.particles: A class representing antinucleons.
AntiNucleon() - Constructor for class JSci.physics.particles.AntiNucleon: Constructs an antinucleon.
AntiOmegaMinus - Class in JSci.physics.particles: A class representing antiomega-.
AntiOmegaMinus() - Constructor for class JSci.physics.particles.AntiOmegaMinus: Constructs an antiomega-.
AntiPion - Class in JSci.physics.particles: A class representing antipions.
AntiPion() - Constructor for class JSci.physics.particles.AntiPion: Constructs an antipion.
AntiProton - Class in JSci.physics.particles: A class representing antiprotons.
AntiProton() - Constructor for class JSci.physics.particles.AntiProton: Constructs an antiproton.
AntiQuark - Class in JSci.physics.particles: A class representing antiquarks.
AntiQuark() - Constructor for class JSci.physics.particles.AntiQuark: Constructs an antiquark.
ANTIRED - Static variable in class JSci.physics.particles.AntiQuark
AntiSigma - Class in JSci.physics.particles: A class representing antisigmas.
AntiSigma() - Constructor for class JSci.physics.particles.AntiSigma: Constructs an antisigma.
AntiSigmaMinus - Class in JSci.physics.particles: A class representing anti sigma-.
AntiSigmaMinus() - Constructor for class JSci.physics.particles.AntiSigmaMinus: Constructs an anti sigma-.
AntiSigmaPlus - Class in JSci.physics.particles: A class representing anti sigma+.
AntiSigmaPlus() - Constructor for class JSci.physics.particles.AntiSigmaPlus: Constructs an anti sigma+.
AntiSigmaZero - Class in JSci.physics.particles: A class representing anti sigma0.
AntiSigmaZero() - Constructor for class JSci.physics.particles.AntiSigmaZero: Constructs an anti sigma0.
AntiStrange - Class in JSci.physics.particles: A class representing antistranges.
AntiStrange() - Constructor for class JSci.physics.particles.AntiStrange: Constructs an antistrange.
AntiTau - Class in JSci.physics.particles: A class representing antitaus.
AntiTau() - Constructor for class JSci.physics.particles.AntiTau: Constructs an antitau.
AntiTauNeutrino - Class in JSci.physics.particles: A class representing antitau neutrinos.
AntiTauNeutrino() - Constructor for class JSci.physics.particles.AntiTauNeutrino: Constructs an antitau neutrino.
AntiTop - Class in JSci.physics.particles: A class representing antitops.
AntiTop() - Constructor for class JSci.physics.particles.AntiTop: Constructs an antitop.
AntiUp - Class in JSci.physics.particles: A class representing antiups.
AntiUp() - Constructor for class JSci.physics.particles.AntiUp: Constructs an antiup.
AntiXi - Class in JSci.physics.particles: A class representing antixis.
AntiXi() - Constructor for class JSci.physics.particles.AntiXi: Constructs an antixi.
AntiXiZero - Class in JSci.physics.particles: A class representing anti xi0.
AntiXiZero() - Constructor for class JSci.physics.particles.AntiXiZero: Constructs an anti xi0.
apply(Mapping, double[]) - Static method in class JSci.maths.ArrayMath: Applys a map to every component of an array.
apply(Mapping, double[][]) - Static method in class JSci.maths.ArrayMath: Applys a map to every component of an array.
apply(ComplexMapping, Complex[]) - Static method in class JSci.maths.ArrayMath: Applys a map to every component of an array.
apply(ComplexMapping, Complex[][]) - Static method in class JSci.maths.ArrayMath: Applys a map to every component of an array.
applyForce(AbstractDoubleVector, double) - Method in class JSci.physics.ClassicalParticle: Applies a force to this particle.
applyForce(double, double, double) - Method in class JSci.physics.ClassicalParticle2D: Applies a force to this particle.
applyForce(double, double, double, double) - Method in class JSci.physics.ClassicalParticle3D: Applies a force to this particle.
applyForce(double, double, double, double, double) - Method in class JSci.physics.RigidBody2D: Applies a force acting at a point away from the centre of mass.
applyForce(double, double, double, double, double, double, double) - Method in class JSci.physics.RigidBody3D: Applies a force acting at a point away from the centre of mass.
applyTorque(double, double) - Method in class JSci.physics.RigidBody2D: Applies a torque to this particle.
applyTorque(double, double, double, double) - Method in class JSci.physics.RigidBody3D: Applies a torque to this particle.
areCompatible(FWTCoef, FWTCoef) - Static method in class JSci.maths.wavelet.FWTCoefMath
areCompatible(FWTCoef[]) - Static method in class JSci.maths.wavelet.FWTCoefMath
arg() - Method in class JSci.maths.Complex: Returns the argument of this complex number.
arg - Variable in class JSci.maths.symbolic.ExpressionParser.JJCalls
ArgandDiagramModel - Class in JSci.awt: The ArgandDiagramModel provides a convenient implementation of the Graph2DModel interface for creating Argand diagrams using the LineGraph component.
ArgandDiagramModel() - Constructor for class JSci.awt.ArgandDiagramModel
ArrayCaster - Class in JSci.util: A simple convenience class for casting arrays.
ArrayMath - Class in JSci.maths: Arrays are faster than object, so this class is here to take full advantage of arrays without encapsulation.
asech(double) - Static method in class JSci.maths.ExtraMath: Returns the inverse hyperbolic secant of a double value.
asin(Complex) - Static method in class JSci.maths.Complex: Returns the arc sine of a complex number, in the range of (-/2 through /2, - through ).
asin(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the arc sine of a number.
asin(Number) - Static method in class JSci.maths.MathDouble
asin(double) - Static method in class JSci.maths.MathDouble
ASIN - Static variable in class JSci.maths.symbolic.Function
asinh(Complex) - Static method in class JSci.maths.Complex: Returns the arc hyperbolic sine of a complex number, in the range of (- through , -/2 through /2).
asinh(double) - Static method in class JSci.maths.ExtraMath: Returns the inverse hyperbolic sine of a double value.
asinh(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the arc hyperbolic sine of a number.
asinh(Number) - Static method in class JSci.maths.MathDouble
asinh(double) - Static method in class JSci.maths.MathDouble
ASINH - Static variable in class JSci.maths.symbolic.Function
AstronomicalConstants - Interface in JSci.astro: A class defining common constants in astronomy.
atan(Complex) - Static method in class JSci.maths.Complex: Returns the arc tangent of a complex number, in the range of (-/2 through /2, - through ).
atan(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the arc tangent of a number.
atan(Number) - Static method in class JSci.maths.MathDouble
atan(double) - Static method in class JSci.maths.MathDouble
ATAN - Static variable in class JSci.maths.symbolic.Function
atanh(Complex) - Static method in class JSci.maths.Complex: Returns the arc hyperbolic tangent of a complex number, in the range of (- through , -/2 through /2).
atanh(double) - Static method in class JSci.maths.ExtraMath: Returns the inverse hyperbolic tangent of a double value.
atanh(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the arc hyperbolic tangent of a number.
atanh(Number) - Static method in class JSci.maths.MathDouble
atanh(double) - Static method in class JSci.maths.MathDouble
ATANH - Static variable in class JSci.maths.symbolic.Function
Atom - Class in JSci.chemistry: A class representing atoms.
Atom(Element) - Constructor for class JSci.chemistry.Atom: Constructs an atom.
atom1 - Variable in class JSci.chemistry.Bond
atom2 - Variable in class JSci.chemistry.Bond
AU - Static variable in interface JSci.astro.AstronomicalConstants: Length of an Astronomical Unit, in meters.
available - Static variable in class JSci.maths.symbolic.SimpleCharStream
AVOGADRO - Static variable in interface JSci.physics.PhysicalConstants: Avogadro's constant.
axisPad - Variable in class JSci.awt.CategoryGraph2D
axisPad - Variable in class JSci.awt.Graph2D
axisPad - Variable in class JSci.awt.Histogram
axisPad - Variable in class JSci.swing.JCategoryGraph2D
axisPad - Variable in class JSci.swing.JGraph2D
axisPad - Variable in class JSci.swing.JHistogram
azToFloat(String) - Static method in class JSci.astro.telescope.LX200: Convert az from a string to a number.
azToInt(String) - Static method in class JSci.astro.telescope.NexStar: Convert az from a string to a number.

B

B_CHAOS - Static variable in class JSci.maths.chaos.HenonMap: Chaotic b parameter value.
backup(int) - Static method in class JSci.maths.symbolic.SimpleCharStream
BanachSpace - Interface in JSci.maths.algebras: This interface defines a Banach space.
BanachSpace.Member - Interface in JSci.maths.algebras: This interface defines a member of a Banach Space.
barColor - Variable in class JSci.awt.BarGraph: Bar colors.
barColor - Variable in class JSci.swing.JBarGraph: Bar colors.
BarGraph - Class in JSci.awt: A bar graph AWT component.
BarGraph(CategoryGraph2DModel) - Constructor for class JSci.awt.BarGraph: Constructs a bar graph.
barPad - Variable in class JSci.awt.BarGraph: Padding.
barPad - Variable in class JSci.swing.JBarGraph: Padding.
barWidth - Variable in class JSci.awt.BarGraph
barWidth - Variable in class JSci.swing.JBarGraph
Baryon - Class in JSci.physics.particles: A class representing baryons.
Baryon() - Constructor for class JSci.physics.particles.Baryon: Constructs a baryon.
baryonQN() - Method in class JSci.physics.particles.AntiBaryon: Returns the baryon number.
baryonQN() - Method in class JSci.physics.particles.AntiLepton: Returns the baryon number.
baryonQN() - Method in class JSci.physics.particles.AntiMeson: Returns the baryon number.
baryonQN() - Method in class JSci.physics.particles.AntiQuark: Returns the number of 1/3 units of baryon number.
baryonQN() - Method in class JSci.physics.particles.Baryon: Returns the baryon number.
baryonQN() - Method in class JSci.physics.particles.GaugeBoson: Returns the baryon number.
baryonQN() - Method in class JSci.physics.particles.Lepton: Returns the baryon number.
baryonQN() - Method in class JSci.physics.particles.Meson: Returns the baryon number.
baryonQN() - Method in class JSci.physics.particles.Quark: Returns the number of 1/3 units of baryon number.
baryonQN() - Method in class JSci.physics.quantum.QuantumParticle: Returns the baryon number.
basis() - Method in class JSci.maths.algebras.LieAlgebra: Returns the basis used to represent the Lie algebra.
basis() - Method in class JSci.maths.algebras.so3_1Dim4: Returns the basis used to represent the Lie algebra.
basis() - Method in class JSci.maths.algebras.sp2_RDim2: Returns the basis used to represent the Lie algebra.
basis() - Method in class JSci.maths.algebras.sp2_RDim3: Returns the basis used to represent the Lie algebra.
basis() - Method in class JSci.maths.algebras.su2Dim2: Returns the basis used to represent the Lie algebra.
basis() - Method in class JSci.maths.algebras.su2Dim3: Returns the basis used to represent the Lie algebra.
basis() - Method in class JSci.maths.algebras.su3Dim3: Returns the basis used to represent the Lie algebra.
BasisFunctionLibrary - Class in JSci.maths.wavelet: This class is meant to be used for Fast Wavelet Transform, Matching Pursuit and related signal processing algorithm.
BasisFunctionLibrary() - Constructor for class JSci.maths.wavelet.BasisFunctionLibrary
BasisFunctionLibrary(DiscreteFunction) - Constructor for class JSci.maths.wavelet.BasisFunctionLibrary
beginColumn - Variable in class JSci.maths.symbolic.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.
beginLine - Variable in class JSci.maths.symbolic.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.
BeginToken() - Static method in class JSci.maths.symbolic.SimpleCharStream
besselFirstOne(double) - Static method in class JSci.maths.SpecialMath: Bessel function of first kind, order one.
besselFirstZero(double) - Static method in class JSci.maths.SpecialMath: Bessel function of first kind, order zero.
besselSecondOne(double) - Static method in class JSci.maths.SpecialMath: Bessel function of second kind, order one.
besselSecondZero(double) - Static method in class JSci.maths.SpecialMath: Bessel function of second kind, order zero.
beta(double, double) - Static method in class JSci.maths.SpecialMath: Beta function.
BetaDistribution - Class in JSci.maths.statistics: The BetaDistribution class provides an object for encapsulating beta distributions.
BetaDistribution(double, double) - Constructor for class JSci.maths.statistics.BetaDistribution: Constructs a beta distribution.
Bifunctor - Interface in JSci.maths.categories: This interface defines a bifunctor.
bind(Atom) - Method in class JSci.chemistry.Atom: Binds this atom with another.
bind(Atom) - Method in class JSci.chemistry.Molecule: Binds with an atom.
bind(Molecule) - Method in class JSci.chemistry.Molecule: Binds with a molecule.
binomial(int, int) - Static method in class JSci.maths.ExtraMath: Returns the binomial coefficient (n k).
binomial(double, double) - Static method in class JSci.maths.ExtraMath: Returns the binomial coefficient (n k).
BinomialDistribution - Class in JSci.maths.statistics: The BinomialDistribution class provides an object for encapsulating binomial distributions.
BinomialDistribution(int, double) - Constructor for class JSci.maths.statistics.BinomialDistribution: Constructs a binomial distribution.
bisection(Mapping, double, double, int, double) - Static method in class JSci.maths.NumericalMath: Finds a root using the bisection method.
BLUE - Static variable in class JSci.physics.particles.Quark
BLUE_ANTIGREEN - Static variable in class JSci.physics.particles.Gluon
BLUE_ANTIRED - Static variable in class JSci.physics.particles.Gluon
BOHR_MAGNETON - Static variable in interface JSci.physics.PhysicalConstants: Bohr magneton (defined).
BOLTZMANN - Static variable in interface JSci.physics.PhysicalConstants: Boltzmann's constant (defined).
Bond - Class in JSci.chemistry: A bond between two atoms.
Bond(Atom, Atom) - Constructor for class JSci.chemistry.Bond
Bottom - Class in JSci.physics.particles: A class representing bottoms.
Bottom() - Constructor for class JSci.physics.particles.Bottom: Constructs a bottom.
BraVector - Class in JSci.physics.quantum: The BraVector class provides an object for encapsulating Dirac bra vectors.
BraVector(AbstractComplexVector) - Constructor for class JSci.physics.quantum.BraVector: Constructs a bra vector given a vector representation.
bufcolumn - Static variable in class JSci.maths.symbolic.SimpleCharStream
buffer - Static variable in class JSci.maths.symbolic.SimpleCharStream
bufline - Static variable in class JSci.maths.symbolic.SimpleCharStream
bufpos - Static variable in class JSci.maths.symbolic.SimpleCharStream
bufsize - Static variable in class JSci.maths.symbolic.SimpleCharStream
buildBasis() - Method in class JSci.maths.polynomials.RealLagrangeBasis

C

C136 - Static variable in class JSci.instruments.pi.Mercury: The C-136.10 motor
C150PD - Static variable in class JSci.instruments.pi.Mercury: The C-150.PD motor
CALIBR_AVR - Static variable in class JSci.instruments.PTCroquette: While calibrating, averages this number of frames
CALIBR_STEP - Static variable in class JSci.instruments.PTCroquette: Steps in z for calibration (microns)
calibrationEnd() - Method in class JSci.instruments.PTCroquetteCross: call this when the calibration has been done
calibrationRequest(int) - Method in class JSci.instruments.PTCroquetteCross: Call this when the microscope objective position is right for the calibration.
calibrationSendImage(Image) - Method in class JSci.instruments.PTCroquetteCross: send the image that has been acquired, so that it is used for calibration
calibrationStart(int, double, double) - Method in class JSci.instruments.PTCroquetteCross: Start the calibration
calibrationWait() - Method in class JSci.instruments.PTCroquetteCross: wait that the calibration, requested by calibrationRequest(), has been completed.
CantorDust - Class in JSci.maths.chaos: The CantorDust class provides an object that encapsulates the Cantor dust fractal.
CantorDust() - Constructor for class JSci.maths.chaos.CantorDust
cardinality(Object) - Method in interface JSci.maths.categories.Category: Returns the cardinality of an object.
cardinality(Object) - Method in class JSci.maths.categories.FinSet: Returns the cardinality of an object.
cardinality() - Method in class JSci.maths.categories.FinSet.FunctionSet
cardinality(Object) - Method in class JSci.maths.categories.Hilb: Returns the cardinality of an object.
cardinality(Object) - Method in class JSci.maths.categories.Preorder: Returns the cardinality of an object.
cardinality(Object) - Method in class JSci.maths.categories.Simplicial: Returns the cardinality of an object.
cardinality() - Method in class JSci.maths.categories.Simplicial.FunctionSet
cardinality() - Method in class JSci.maths.FiniteSet: Returns the cardinality.
cardinality() - Method in interface JSci.maths.MathSet: Returns the cardinality.
cartanMetric() - Method in class JSci.maths.algebras.su2Dim3: Returns the Cartan metric.
cartesianToCylindrical(double, double, double) - Static method in class JSci.maths.CoordinateMath: Converts 3D cartesian coordinates to cylindrical coordinates.
cartesianToPolar(double, double) - Static method in class JSci.maths.CoordinateMath: Converts cartesian coordinates to polar coordinates.
cartesianToSpherical(double, double, double) - Static method in class JSci.maths.CoordinateMath: Converts 3D cartesian coordinates to spherical polar coordinates.
Cascades - Class in JSci.maths.wavelet: This class is a standard implementation of the Cascades algorithm.
Category - Interface in JSci.maths.categories: This interface defines a category.
Category.HomSet - Interface in JSci.maths.categories: This interface defines a hom-set.
Category.Morphism - Interface in JSci.maths.categories: This interface defines a morphism in a category.
CategoryGraph2D - Class in JSci.awt: The CategoryGraph2D superclass provides an abstract encapsulation of 2D category graphs.
CategoryGraph2D(CategoryGraph2DModel) - Constructor for class JSci.awt.CategoryGraph2D: Constructs a 2D category graph.
CategoryGraph2DModel - Interface in JSci.awt: This is a generic interface for sending data to 2D category graphs.
CatMap - Class in JSci.maths.chaos: The CatMap class provides an object that encapsulates the cat map.
CatMap() - Constructor for class JSci.maths.chaos.CatMap: Constructs a cat map.
CauchyDistribution - Class in JSci.maths.statistics: The CauchyDistribution class provides an object for encapsulating Cauchy distributions.
CauchyDistribution() - Constructor for class JSci.maths.statistics.CauchyDistribution: Constructs the standard Cauchy distribution.
CauchyDistribution(double, double) - Constructor for class JSci.maths.statistics.CauchyDistribution: Constructs a Cauchy distribution.
ccomp - Variable in class JSci.instruments.TwoROI
cdf - Static variable in class JSci.maths.wavelet.cdf2_4.DualScaling2_4
CDF2_4 - Class in JSci.maths.wavelet.cdf2_4: Cohen-Daubechies-Feauveau with N=2 and Ntilde=4 adapted to the interval by Deslauriers-Dubuc-Lemire
CDF2_4() - Constructor for class JSci.maths.wavelet.cdf2_4.CDF2_4
CDF3_5 - Class in JSci.maths.wavelet.cdf3_5: Cohen-Daubechies-Feauveau with N=3 and Ntilde=5 adapted to the interval by Deslauriers-Dubuc-Lemire
CDF3_5() - Constructor for class JSci.maths.wavelet.cdf3_5.CDF3_5
changeSeries(int, DefaultCategoryGraph2DModel.DataSeries) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Changes a data series.
changeSeries(int, float[]) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Changes a data series.
changeSeries(int, double[]) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Changes a data series.
changeSeries(int, DefaultGraph2DModel.DataSeries) - Method in class JSci.awt.DefaultGraph2DModel: Changes a data series.
changeSeries(int, float[]) - Method in class JSci.awt.DefaultGraph2DModel: Changes a data series.
changeSeries(int, double[]) - Method in class JSci.awt.DefaultGraph2DModel: Changes a data series.
changeSeries(int, DefaultGraph3DModel.DataSeries) - Method in class JSci.awt.DefaultGraph3DModel: Changes a data series.
changeSeries(int, float[]) - Method in class JSci.awt.DefaultGraph3DModel: Changes a data series.
charge() - Method in class JSci.physics.particles.AntiBottom: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.AntiCharm: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.AntiDown: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.AntiElectronNeutrino: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiKZero: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiLambda: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiMuon: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiMuonNeutrino: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiNeutron: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiOmegaMinus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiProton: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiSigmaMinus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiSigmaPlus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiSigmaZero: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiStrange: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.AntiTau: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiTauNeutrino: Returns the electric charge.
charge() - Method in class JSci.physics.particles.AntiTop: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.AntiUp: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.AntiXiZero: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Bottom: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.Charm: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.Down: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.Electron: Returns the electric charge.
charge() - Method in class JSci.physics.particles.ElectronNeutrino: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Eta: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Gluon: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Graviton: Returns the electric charge.
charge() - Method in class JSci.physics.particles.KMinus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.KPlus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.KZero: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Lambda: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Muon: Returns the electric charge.
charge() - Method in class JSci.physics.particles.MuonNeutrino: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Neutron: Returns the electric charge.
charge() - Method in class JSci.physics.particles.OmegaMinus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Photon: Returns the electric charge.
charge() - Method in class JSci.physics.particles.PiMinus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.PiPlus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.PiZero: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Positron: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Proton: Returns the electric charge.
charge() - Method in class JSci.physics.particles.SigmaMinus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.SigmaPlus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.SigmaZero: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Strange: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.Tau: Returns the electric charge.
charge() - Method in class JSci.physics.particles.TauNeutrino: Returns the electric charge.
charge() - Method in class JSci.physics.particles.Top: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.Up: Returns the number of 1/3 units of electric charge.
charge() - Method in class JSci.physics.particles.WMinus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.WPlus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.XiMinus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.XiPlus: Returns the electric charge.
charge() - Method in class JSci.physics.particles.XiZero: Returns the electric charge.
charge() - Method in class JSci.physics.particles.ZZero: Returns the electric charge.
CHARGE - Static variable in interface JSci.physics.PhysicalConstants: Elementary charge.
charge() - Method in class JSci.physics.quantum.QuantumParticle: Returns the electric charge.
Charm - Class in JSci.physics.particles: A class representing charms.
Charm() - Constructor for class JSci.physics.particles.Charm: Constructs a charm.
ChebychevBasis - Class in JSci.maths.polynomials: The famous Chebychev basis for interpolating polynomials with minimal variation
ChebychevBasis(int) - Constructor for class JSci.maths.polynomials.ChebychevBasis: Creates a new instance of ChebychevBase for a given dimension
chebyshev(double, double[]) - Static method in class JSci.maths.SpecialMath: Evaluates a Chebyshev series.
checkBiorthogonality() - Method in class JSci.maths.wavelet.BasisFunctionLibrary: Checks whether whether or not the biorthogonality is satisfied If so, the return array should roughly be filled with ones.
checkPosition(float, float) - Method in class JSci.astro.telescope.LX200: Checks the scope's position.
checkRange(double, double, double) - Method in class JSci.maths.statistics.ProbabilityDistribution: Check if the range of the argument of the distribution method is between lo and hi.
checkRange(double) - Method in class JSci.maths.statistics.ProbabilityDistribution: Check if the range of the argument of the distribution method is between 0.0 and 1.0.
ChiSqrDistribution - Class in JSci.maths.statistics: The ChiSqrDistribution class provides an object for encapsulating chi-squared distributions.
ChiSqrDistribution(double) - Constructor for class JSci.maths.statistics.ChiSqrDistribution: Constructs a chi-squared distribution.
choleskyDecompose() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the Cholesky decomposition of this matrix.
choleskyDecompose() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the Cholesky decomposition of this matrix.
choleskyDecompose() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the Cholesky decomposition of this matrix.
choleskyDecompose() - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the Cholesky decomposition of this matrix.
choleskyDecompose() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the Cholesky decomposition of this matrix.
choleskyDecompose() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the Cholesky decomposition of this matrix.
choleskyDecompose() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the Cholesky decomposition of this matrix.
choleskyDecompose() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the Cholesky decomposition of this matrix.
choleskyDecompose() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the Cholesky decomposition of this matrix.
ClassicalParticle - Class in JSci.physics: The ClassicalParticle class provides an object for encapsulating classical point particles.
ClassicalParticle(int) - Constructor for class JSci.physics.ClassicalParticle: Constructs a classical particle.
ClassicalParticle2D - Class in JSci.physics: The ClassicalParticle2D class provides an object for encapsulating classical point particles that live in 2D.
ClassicalParticle2D() - Constructor for class JSci.physics.ClassicalParticle2D: Constructs a classical particle.
ClassicalParticle3D - Class in JSci.physics: The ClassicalParticle3D class provides an object for encapsulating classical point particles that live in 3D.
ClassicalParticle3D() - Constructor for class JSci.physics.ClassicalParticle3D: Constructs a classical particle.
clear() - Method in class JSci.awt.LineTrace: Clears the current trace.
clear() - Method in class JSci.swing.JLineTrace: Clears the current trace.
clearErrors() - Method in class JSci.instruments.pi.Mercury: Clear errors
clone() - Method in class JSci.maths.wavelet.BasisFunctionLibrary
clone() - Method in class JSci.maths.wavelet.cdf2_4.DualScaling2_4: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.cdf2_4.DualWavelet2_4: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.cdf3_5.DualScaling3_5: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.cdf3_5.DualWavelet3_5: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.Cosine: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies2.Scaling2: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies2.Wavelet2: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies3.Scaling3: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies3.Wavelet3: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies4.Scaling4: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies4.Wavelet4: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies5.Scaling5: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies5.Wavelet5: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies6.Scaling6: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies6.Wavelet6: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies7.Scaling7: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies7.Wavelet7: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies8.Scaling8: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.daubechies8.Wavelet8: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.DiscreteFunction: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.FWTCoef: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.FWTPacketCoef: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.MatchingPursuit
clone() - Method in class JSci.maths.wavelet.MultiscaleFunction: Return a copy of the object
clone() - Method in class JSci.maths.wavelet.Signal: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.Sine: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.SparseDiscreteFunction: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.splines.LinearSpline: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.splines.QuadraticSpline: Return a copy of this object
clone() - Method in class JSci.maths.wavelet.splines.Spline
clone() - Method in class JSci.maths.wavelet.splines.SumOfDiracs: Return a copy of this object
cloneArrayDiscreteFunction(MultiscaleFunction[]) - Static method in class JSci.maths.wavelet.BasisFunctionLibrary: Clone an arry of DiscreteFunction.
close() - Method in class JSci.astro.telescope.LX200: Closes the connection to the scope.
close() - Method in class JSci.astro.telescope.NexStar: Closes the connection to the scope.
close() - Method in class JSci.maths.matrices.DoubleFileSquareMatrix
codomain() - Method in interface JSci.maths.categories.Category.Morphism: Returns the codomain.
codomain() - Method in class JSci.maths.categories.FinSet.Function
codomain() - Method in class JSci.maths.categories.Hilb.LinearMap
codomain() - Method in class JSci.maths.categories.Preorder.Relation
codomain() - Method in class JSci.maths.categories.Simplicial.IncreasingMap
coefs - Variable in class JSci.maths.wavelet.FWTCoef
coefs - Variable in class JSci.maths.wavelet.FWTPacketCoef
collide(ClassicalParticle2D, double) - Method in class JSci.physics.ClassicalParticle2D: Collides this particle with another (elastic collision).
collide(RigidBody2D, double, double) - Method in class JSci.physics.RigidBody2D: Collides this particle with another.
color - Variable in class JSci.physics.particles.AntiQuark: The color.
color - Variable in class JSci.physics.particles.Gluon: The color.
color - Variable in class JSci.physics.particles.Quark: The color.
ColorScheme - Interface in JSci.awt: This interface allows the user to define a custom color scheme for plots such as ContourPlot.
column - Static variable in class JSci.maths.symbolic.SimpleCharStream
columns() - Method in class JSci.maths.matrices.Matrix: Returns the number of columns.
commutator(Operator, Operator) - Static method in class JSci.physics.quantum.QuantumMath: Returns the commutator [A,B].
comp - Variable in class JSci.instruments.PTTemplate
comp - Variable in class JSci.instruments.PTTwoDBarycentre
compareTo(Object) - Method in class JSci.maths.MathDouble: Compares two numbers.
compareTo(Object) - Method in class JSci.maths.MathInteger: Compares two integer numbers.
complementaryError(double) - Static method in class JSci.maths.SpecialMath: Complementary error function.
Complex - Class in JSci.maths: The Complex class encapsulates complex numbers.
Complex(double, double) - Constructor for class JSci.maths.Complex: Constructs the complex number x+iy.
Complex(String) - Constructor for class JSci.maths.Complex: Constructs the complex number represented by a string.
Complex2Vector - Class in JSci.maths.vectors: An optimised implementation of a 2D complex vector.
Complex2Vector() - Constructor for class JSci.maths.vectors.Complex2Vector: Constructs an empty 2-vector.
Complex2Vector(Complex, Complex) - Constructor for class JSci.maths.vectors.Complex2Vector: Constructs a 2-vector.
Complex2Vector(double, double, double, double) - Constructor for class JSci.maths.vectors.Complex2Vector
Complex3Vector - Class in JSci.maths.vectors: An optimised implementation of a 3D complex vector.
Complex3Vector() - Constructor for class JSci.maths.vectors.Complex3Vector: Constructs an empty 3-vector.
Complex3Vector(Complex, Complex, Complex) - Constructor for class JSci.maths.vectors.Complex3Vector: Constructs a 3-vector.
Complex3Vector(double, double, double, double, double, double) - Constructor for class JSci.maths.vectors.Complex3Vector
ComplexDiagonalMatrix - Class in JSci.maths.matrices: The ComplexDiagonalMatrix class provides an object for encapsulating diagonal matrices containing complex numbers.
ComplexDiagonalMatrix(double[], double[]) - Constructor for class JSci.maths.matrices.ComplexDiagonalMatrix: Constructs a matrix by wrapping two arrays containing the diagonal elements.
ComplexDiagonalMatrix(int) - Constructor for class JSci.maths.matrices.ComplexDiagonalMatrix: Constructs an empty matrix.
ComplexDiagonalMatrix(Complex[][]) - Constructor for class JSci.maths.matrices.ComplexDiagonalMatrix: Constructs a matrix from an array.
ComplexDiagonalMatrix(Complex[]) - Constructor for class JSci.maths.matrices.ComplexDiagonalMatrix: Constructs a matrix from an array containing the diagonal elements.
ComplexExponential - Class in JSci.maths.analysis: The complex exponential function.
ComplexExponential() - Constructor for class JSci.maths.analysis.ComplexExponential: Constructs an exponential function of the form exp(iz).
ComplexExponential(Complex, Complex) - Constructor for class JSci.maths.analysis.ComplexExponential: Constructs an exponential function of the form A exp(iwz).
ComplexField - Class in JSci.maths.fields: The ComplexField class encapsulates the field of complex numbers.
ComplexFunction - Class in JSci.maths.analysis: This class describes a function on the complex numbers.
ComplexFunction() - Constructor for class JSci.maths.analysis.ComplexFunction
ComplexLagrangeBasis - Class in JSci.maths.polynomials: A Lagrange base for polynomial over a complex field.
ComplexLagrangeBasis(Field.Member[]) - Constructor for class JSci.maths.polynomials.ComplexLagrangeBasis: Creates a new instance of LagrangeBasis
ComplexLUCache - Class in JSci.maths.matrices
ComplexLUCache(AbstractComplexSquareMatrix, AbstractComplexSquareMatrix, int[]) - Constructor for class JSci.maths.matrices.ComplexLUCache
ComplexMapping - Interface in JSci.maths: This interface defines a complex map or function.
ComplexMatrix - Class in JSci.maths.matrices: The ComplexMatrix class provides an object for encapsulating matrices containing complex numbers.
ComplexMatrix(int, int) - Constructor for class JSci.maths.matrices.ComplexMatrix: Constructs an empty matrix.
ComplexMatrix(double[][], double[][]) - Constructor for class JSci.maths.matrices.ComplexMatrix: Constructs a matrix by wrapping two arrays.
ComplexMatrix(Complex[][]) - Constructor for class JSci.maths.matrices.ComplexMatrix: Constructs a matrix from an array.
ComplexMatrix(ComplexVector[]) - Constructor for class JSci.maths.matrices.ComplexMatrix: Constructs a matrix from an array of vectors (columns).
ComplexPolynomial - Class in JSci.maths.polynomials: A Polynomial over the complex field.
ComplexPolynomial(Complex[]) - Constructor for class JSci.maths.polynomials.ComplexPolynomial: Creates a new instance of ComplexPolynomial
ComplexPolynomial(Field.Member[]) - Constructor for class JSci.maths.polynomials.ComplexPolynomial: Creates a new ComplexPolynomial object.
ComplexPolynomialRing - Class in JSci.maths.polynomials
ComplexPolynomialRing() - Constructor for class JSci.maths.polynomials.ComplexPolynomialRing: Creates a new instance of ComplexPolynomialRing
ComplexSquareMatrix - Class in JSci.maths.matrices: The ComplexSquareMatrix class provides an object for encapsulating square matrices containing complex numbers.
ComplexSquareMatrix(double[][], double[][]) - Constructor for class JSci.maths.matrices.ComplexSquareMatrix: Constructs a matrix by wrapping two arrays.
ComplexSquareMatrix(int) - Constructor for class JSci.maths.matrices.ComplexSquareMatrix: Constructs an empty matrix.
ComplexSquareMatrix(Complex[][]) - Constructor for class JSci.maths.matrices.ComplexSquareMatrix: Constructs a matrix from an array.
ComplexSquareMatrix(AbstractComplexVector[]) - Constructor for class JSci.maths.matrices.ComplexSquareMatrix: Constructs a matrix from an array of vectors.
ComplexTridiagonalMatrix - Class in JSci.maths.matrices: The ComplexTridiagonalMatrix class provides an object for encapsulating tridiagonal matrices containing complex numbers.
ComplexTridiagonalMatrix(int) - Constructor for class JSci.maths.matrices.ComplexTridiagonalMatrix: Constructs an empty matrix.
ComplexTridiagonalMatrix(Complex[][]) - Constructor for class JSci.maths.matrices.ComplexTridiagonalMatrix: Constructs a matrix from an array.
ComplexVector - Class in JSci.maths.vectors: An array-based implementation of a complex vector.
ComplexVector(int) - Constructor for class JSci.maths.vectors.ComplexVector: Constructs an empty vector.
ComplexVector(double[], double[]) - Constructor for class JSci.maths.vectors.ComplexVector: Constructs a vector by wrapping two arrays.
ComplexVector(Complex[]) - Constructor for class JSci.maths.vectors.ComplexVector: Constructs a vector from an array.
componentCount() - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the number of non-zero components.
compose(ComplexFunction) - Method in class JSci.maths.analysis.ComplexFunction
compose(RealFunction) - Method in class JSci.maths.analysis.RealFunction
compose(Category.Morphism) - Method in interface JSci.maths.categories.Category.Morphism: Returns the composition of this morphism with another.
compose(Category.Morphism) - Method in class JSci.maths.categories.FinSet.Function
compose(Functor) - Method in interface JSci.maths.categories.Functor: Returns the composition of this functor with another.
compose(Category.Morphism) - Method in class JSci.maths.categories.Hilb.LinearMap
compose(Category.Morphism) - Method in class JSci.maths.categories.Preorder.Relation
compose(Category.Morphism) - Method in class JSci.maths.categories.Simplicial.IncreasingMap
compose(Functor) - Method in class JSci.maths.categories.Simplicial.IncreasingMap
compose(Semigroup.Member) - Method in class JSci.maths.groups.CyclicGroup.Member: The group composition law.
compose(Semigroup.Member) - Method in class JSci.maths.groups.DihedralGroup.Member: The group composition law.
compose(Semigroup.Member) - Method in class JSci.maths.groups.QuaternionGroup.Member: The group composition law.
compose(Semigroup.Member) - Method in interface JSci.maths.groups.Semigroup.Member: The semigroup composition law.
composeHorz(NaturalTransformation) - Method in interface JSci.maths.categories.NaturalTransformation: Returns the horizontal composition of this transformation with another.
composeVert(NaturalTransformation) - Method in interface JSci.maths.categories.NaturalTransformation: Returns the vertical composition of this transformation with another.
compress() - Method in class JSci.awt.Model3D: eliminate duplicate lines
compress(double) - Method in class JSci.maths.wavelet.FWTCoef: Compresses by zero-ing any value below a given percentile cut-off.
compress(double, int) - Method in class JSci.maths.wavelet.FWTCoef: Compresses by zero-ing any value below a given percentile cut-off.
compress(double[], double) - Static method in class JSci.maths.wavelet.FWTCoef: Compresses by zero-ing any value below a given percentile cut-off.
compress(double) - Method in class JSci.maths.wavelet.FWTPacketCoef: Compresses by zero-ing any value below a given percentile cut-off.
compress(double, int) - Method in class JSci.maths.wavelet.FWTPacketCoef: Compresses by zero-ing any value below a given percentile cut-off.
compress(double[], double) - Static method in class JSci.maths.wavelet.FWTPacketCoef: Compresses by zero-ing any value below a given percentile cut-off.
compress() - Method in class JSci.swing.Model3D: eliminate duplicate lines
compressHard(double) - Method in class JSci.maths.wavelet.FWTCoef: Compresses by zero-ing any value below a given cut-off.
compressHard(double, int) - Method in class JSci.maths.wavelet.FWTCoef: Compresses by zero-ing any value below a given cut-off.
compressHard(double[], double) - Static method in class JSci.maths.wavelet.FWTCoef: Compresses by zero-ing any value below a given cut-off.
compressHard(double) - Method in class JSci.maths.wavelet.FWTPacketCoef: Compresses by zero-ing any value below a given cut-off.
compressHard(double, int) - Method in class JSci.maths.wavelet.FWTPacketCoef: Compresses by zero-ing any value below a given cut-off.
compressHard(double[], double) - Static method in class JSci.maths.wavelet.FWTPacketCoef: Compresses by zero-ing any value below a given cut-off.
con - Variable in class JSci.awt.Model3D
con - Variable in class JSci.swing.Model3D
conjugate() - Method in class JSci.maths.Complex: Returns the complex conjugate of this complex number.
conjugate() - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the complex conjugate of this matrix.
conjugate() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the complex conjugate of this matrix.
conjugate() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the complex conjugate of this matrix.
conjugate() - Method in class JSci.maths.matrices.ComplexMatrix: Returns the complex conjugate of this matrix.
conjugate() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the complex conjugate of this matrix.
conjugate() - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the complex conjugate of this matrix.
conjugate() - Method in class JSci.maths.Quaternion: Returns the conjugate of this quaternion.
conjugate() - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the complex conjugate of this vector.
conjugate() - Method in class JSci.maths.vectors.Complex2Vector: Returns the complex conjugate of this vector.
conjugate() - Method in class JSci.maths.vectors.Complex3Vector: Returns the complex conjugate of this vector.
conjugate() - Method in class JSci.maths.vectors.ComplexVector: Returns the complex conjugate of this vector.
constant(Complex) - Static method in class JSci.maths.analysis.ComplexFunction
constant(double) - Static method in class JSci.maths.analysis.RealFunction
constant(double) - Static method in class JSci.maths.analysis.RealFunction2D
constant(double) - Static method in class JSci.maths.analysis.RealFunction3D
constant(int, double) - Static method in class JSci.maths.analysis.RealFunctionND
Constant - Class in JSci.maths.symbolic: This class wraps any constant value.
Constant(Member) - Constructor for class JSci.maths.symbolic.Constant: A constant Expression
ConstantForce2D - Class in JSci.physics: The ConstantForce2D class provides an object for encapsulating constant forces in 2D.
ConstantForce2D(double, double) - Constructor for class JSci.physics.ConstantForce2D: Constructs a force.
ConstantForce3D - Class in JSci.physics: The ConstantForce3D class provides an object for encapsulating constant forces in 3D.
ConstantForce3D(double, double, double) - Constructor for class JSci.physics.ConstantForce3D: Constructs a force.
ConstantTorque3D - Class in JSci.physics: The ConstantTorque3D class provides an object for encapsulating constant torques in 3D.
ConstantTorque3D(double, double, double) - Constructor for class JSci.physics.ConstantTorque3D: Constructs a torque.
contains(Point) - Method in class JSci.swing.JPointer: check if a point is inside the pointer image
ContourPlot - Class in JSci.awt: A contour plot AWT component.
ContourPlot(double[][]) - Constructor for class JSci.awt.ContourPlot: Constructs a contour plot.
Control - Interface in JSci.instruments: An object that privides Components that control or show something about it.
CONVERGENT_BOUND - Static variable in class JSci.maths.chaos.MandelbrotMap: A complex number z such that |z| > CONVERGENT_BOUND will diverge under this map.
CoordinateMath - Class in JSci.maths: The coordinate transformation math library.
copy(double[]) - Static method in class JSci.maths.ArrayMath: Returns a copy of the array.
copy(double[][]) - Static method in class JSci.maths.ArrayMath: Returns a copy of the array.
copy(int[]) - Static method in class JSci.maths.ArrayMath: Returns a copy of the array.
copy(int[][]) - Static method in class JSci.maths.ArrayMath: Returns a copy of the array.
correlation(double[], double[]) - Static method in class JSci.maths.ArrayMath: Computes the (linear) correlation between two arrays.
correlation(int[], int[]) - Static method in class JSci.maths.ArrayMath: Computes the (linear) correlation between two arrays.
cos(Complex) - Static method in class JSci.maths.Complex: Returns the trigonometric cosine of a complex angle.
cos(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the trigonometric cosine of an angle.
cos(Number) - Static method in class JSci.maths.MathDouble
cos(double) - Static method in class JSci.maths.MathDouble
cos(Quaternion) - Static method in class JSci.maths.Quaternion
COS - Static variable in class JSci.maths.symbolic.Function
cosh(Complex) - Static method in class JSci.maths.Complex: Returns the hyperbolic cosine of a complex number.
cosh(double) - Static method in class JSci.maths.ExtraMath: Returns the hyperbolic cosine of a double.
cosh(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the hyperbolic cosine of a number.
cosh(Number) - Static method in class JSci.maths.MathDouble
cosh(double) - Static method in class JSci.maths.MathDouble
cosh(Quaternion) - Static method in class JSci.maths.Quaternion
COSH - Static variable in class JSci.maths.symbolic.Function
Cosine - Class in JSci.maths.analysis: The cosine function.
Cosine() - Constructor for class JSci.maths.analysis.Cosine: Constructs a cosine function of the form cos(x).
Cosine(double, double, double) - Constructor for class JSci.maths.analysis.Cosine: Constructs a cosine function of the form A cos(wx+k).
Cosine - Class in JSci.maths.wavelet: This class is used to be able to mix the wavelet and cosine transforms.
Cosine(int, int) - Constructor for class JSci.maths.wavelet.Cosine
coth(double) - Static method in class JSci.maths.ExtraMath: Returns the hyperbolic cotangent of a double value.
CovalentBond - Class in JSci.chemistry: A covalent bond between two atoms.
CovalentBond(Atom, Atom) - Constructor for class JSci.chemistry.CovalentBond: Constructs a sigma bond between two atoms.
CovalentBond(Atom, Atom, int) - Constructor for class JSci.chemistry.CovalentBond: Constructs a covalent bond between two atoms.
covariance(double[], double[]) - Static method in class JSci.maths.ArrayMath: Computes the covariance.
covariance(int[], int[]) - Static method in class JSci.maths.ArrayMath: Computes the covariance.
createApply(String, DocumentFragment) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML operator/function element (<apply>).
createApply(MathMLExpression) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML operator/function element (<apply>).
createButtonControlPanel() - Method in class JSci.instruments.pi.Mercury: Create a JPanel with buttons for controlling the motor.
ATTENZIONE! NON E' COMPLETO!!!
createElementNS(String, String, String) - Method in class JSci.mathml.MathMLDocumentImpl: Xerces specific
createElementNS(String, String) - Method in class JSci.mathml.MathMLDocumentImpl
createForce(AbstractClassicalParticle) - Method in class JSci.physics.Drag
createForce(ClassicalParticle3D) - Method in class JSci.physics.GravityField: Creates the force acting on a particle in this field.
createForce(AbstractClassicalParticle) - Method in class JSci.physics.Spring
createMathMLDocument() - Method in class JSci.mathml.MathMLDOMImplementationImpl
createMatrix(AbstractDoubleMatrix) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML matrix element (<matrix>).
createMatrix(AbstractIntegerMatrix) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML matrix element (<matrix>).
createMatrix(AbstractComplexMatrix) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML matrix element (<matrix>).
createMotorDevice(String, int, DataInput, DataOutput, int, double) - Static method in class JSci.instruments.pi.Mercury: Call this to build a driver for a given motor, instead of calling the constructor.
createMotorDevice(String, int, int, double) - Static method in class JSci.instruments.pi.Mercury: Call this to build a driver for a given motor, instead of calling the constructor.
createMotorDevice(String, int, int) - Static method in class JSci.instruments.pi.Mercury: Call this to build a driver for a given motor, instead of calling the constructor.
createNumber(double) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML number element (<cn>).
createNumber(int) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML number element (<cn>).
createNumber(Complex) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML number element (<cn>).
createPositionPanel(boolean, boolean, boolean) - Method in class JSci.instruments.pi.Mercury: Create a JPanel with the controls of the position
createSet(FiniteSet) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML set element (<set>).
createVariable(Object) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML variable element (<ci>).
createVariable(Object, String) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML variable element (<ci>).
createVector(AbstractDoubleVector) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML vector element (<vector>).
createVector(AbstractIntegerVector) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML vector element (<vector>).
createVector(AbstractComplexVector) - Method in class JSci.io.MathMLDocumentJSciImpl: Creates a MathML vector element (<vector>).
createVelocityPanel(boolean) - Method in class JSci.instruments.pi.Mercury: Create a JPanel with the controls of the velocity
CROSS_H - Static variable in class JSci.instruments.PTCroquette: Width of the arms of the cross
CROSS_L - Static variable in class JSci.instruments.PTCroquette: Length of the arms of the cross
csch(double) - Static method in class JSci.maths.ExtraMath: Returns the hyperbolic cosecant of a double value.
CStarAlgebra - Interface in JSci.maths.algebras: This interface defines a C^*-algebra.
CStarAlgebra.Member - Interface in JSci.maths.algebras: This interface defines a member of a C^*-algebra.
cumulative(double) - Method in class JSci.maths.statistics.BetaDistribution: Cumulative beta distribution function.
cumulative(double) - Method in class JSci.maths.statistics.BinomialDistribution: Cumulative binomial distribution function.
cumulative(double) - Method in class JSci.maths.statistics.CauchyDistribution: Cumulative Cauchy distribution function.
cumulative(double) - Method in class JSci.maths.statistics.ChiSqrDistribution: Cumulative chi-squared distribution function.
cumulative(double) - Method in class JSci.maths.statistics.DiracDeltaDistribution
cumulative(double) - Method in class JSci.maths.statistics.ExponentialDistribution: Cumulative exponential distribution function.
cumulative(double) - Method in class JSci.maths.statistics.FDistribution: Cumulative F-distribution function.
cumulative(double) - Method in class JSci.maths.statistics.GammaDistribution: Cumulative gamma distribution function.
cumulative(double) - Method in class JSci.maths.statistics.GeometricDistribution: Cumulative geometric distribution function.
cumulative(double) - Method in class JSci.maths.statistics.LognormalDistribution: Cumulative lognormal distribution function.
cumulative(double) - Method in class JSci.maths.statistics.NormalDistribution: Cumulative normal distribution function.
cumulative(double) - Method in class JSci.maths.statistics.ParetoDistribution: Cumulative Pareto distribution function.
cumulative(double) - Method in class JSci.maths.statistics.PoissonDistribution: Cumulative Poisson distribution function.
cumulative(double) - Method in class JSci.maths.statistics.ProbabilityDistribution: Cumulative distribution function.
cumulative(double) - Method in class JSci.maths.statistics.TDistribution: Cumulative student's t-distribution function.
cumulative(double) - Method in class JSci.maths.statistics.UniformDistribution
cumulative(double) - Method in class JSci.maths.statistics.WeibullDistribution: Cumulative Weibull distribution function.
curChar - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
curLexState - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
currentToken - Variable in exception JSci.maths.symbolic.ParseException: This is the last token that has been consumed successfully.
CyclicGroup - Class in JSci.maths.groups: The CyclicGroup class represents the nth cyclic group.
CyclicGroup(int) - Constructor for class JSci.maths.groups.CyclicGroup: Constructs a cyclic group.
CyclicGroup.Member - Class in JSci.maths.groups
CyclicGroup.Member(int) - Constructor for class JSci.maths.groups.CyclicGroup.Member
cylindricalToCartesian(double, double, double) - Static method in class JSci.maths.CoordinateMath: Converts cylindrical coordinates to cartesian coordinates.
cylindricalToSpherical(double, double, double) - Static method in class JSci.maths.CoordinateMath: Converts cylindrical coordinates to spherical polar coordinates.

D

data - Variable in class JSci.maths.KarhunenLoeve
data - Variable in class JSci.maths.wavelet.DiscreteFunction
dataChanged(GraphDataEvent) - Method in class JSci.awt.BarGraph: Implementation of GraphDataListener.
dataChanged(GraphDataEvent) - Method in class JSci.awt.CategoryGraph2D
dataChanged(GraphDataEvent) - Method in class JSci.awt.Graph2D: Implementation of GraphDataListener.
dataChanged(GraphDataEvent) - Method in interface JSci.awt.GraphDataListener: Sent when the contents of the model has changed.
dataChanged(GraphDataEvent) - Method in class JSci.awt.Histogram: Implementation of GraphDataListener.
dataChanged(GraphDataEvent) - Method in class JSci.awt.LineGraph3D: Implementation of GraphDataListener.
dataChanged(GraphDataEvent) - Method in class JSci.awt.PieChart: Implementation of GraphDataListener.
dataChanged(GraphDataEvent) - Method in class JSci.awt.StackedBarGraph: Implementation of GraphDataListener.
dataChanged(GraphDataEvent) - Method in class JSci.swing.JBarGraph: Implementation of GraphDataListener.
dataChanged(GraphDataEvent) - Method in class JSci.swing.JCategoryGraph2D
dataChanged(GraphDataEvent) - Method in class JSci.swing.JGraph2D: Implementation of GraphDataListener.
dataChanged(GraphDataEvent) - Method in class JSci.swing.JHistogram: Implementation of GraphDataListener.
dataChanged(GraphDataEvent) - Method in class JSci.swing.JLineGraph3D: Implementation of GraphDataListener.
dataChanged(GraphDataEvent) - Method in class JSci.swing.JPieChart: Implementation of GraphDataListener.
dataChanged(GraphDataEvent) - Method in class JSci.swing.JStackedBarGraph: Implementation of GraphDataListener.
dataMarker - Variable in class JSci.awt.Graph2D
dataMarker - Variable in class JSci.swing.JGraph2D
dataToScreen(float, float) - Method in class JSci.awt.BarGraph: Converts a data point to screen coordinates.
dataToScreen(float, float) - Method in class JSci.awt.Graph2D: Converts a data point to screen coordinates.
dataToScreen(float, float) - Method in class JSci.awt.Histogram: Converts a data point to screen coordinates.
dataToScreen(float, float) - Method in class JSci.swing.JBarGraph: Converts a data point to screen coordinates.
dataToScreen(float, float) - Method in class JSci.swing.JGraph2D: Converts a data point to screen coordinates.
dataToScreen(float, float) - Method in class JSci.swing.JHistogram: Converts a data point to screen coordinates.
Daubechies2 - Class in JSci.maths.wavelet.daubechies2: Daubechies wavelets adapted to the interval by Meyer.
Daubechies2() - Constructor for class JSci.maths.wavelet.daubechies2.Daubechies2
Daubechies3 - Class in JSci.maths.wavelet.daubechies3: Daubechies wavelets adapted to the interval by Meyer.
Daubechies3() - Constructor for class JSci.maths.wavelet.daubechies3.Daubechies3
Daubechies4 - Class in JSci.maths.wavelet.daubechies4: Daubechies wavelets adapted to the interval by Meyer.
Daubechies4() - Constructor for class JSci.maths.wavelet.daubechies4.Daubechies4
Daubechies5 - Class in JSci.maths.wavelet.daubechies5: Daubechies wavelets adapted to the interval by Meyer.
Daubechies5() - Constructor for class JSci.maths.wavelet.daubechies5.Daubechies5
Daubechies6 - Class in JSci.maths.wavelet.daubechies6: Daubechies wavelets adapted to the interval by Meyer.
Daubechies6() - Constructor for class JSci.maths.wavelet.daubechies6.Daubechies6
Daubechies7 - Class in JSci.maths.wavelet.daubechies7: Daubechies wavelets adapted to the interval by Meyer.
Daubechies7() - Constructor for class JSci.maths.wavelet.daubechies7.Daubechies7
Daubechies8 - Class in JSci.maths.wavelet.daubechies8: Daubechies wavelets adapted to the interval by Meyer.
Daubechies8() - Constructor for class JSci.maths.wavelet.daubechies8.Daubechies8
debugStream - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
decToFloat(String) - Static method in class JSci.astro.telescope.LX200: Convert dec from a string to a number.
decToInt(String) - Static method in class JSci.astro.telescope.NexStar: Convert dec from a string to a number.
DEFAULT - Static variable in interface JSci.maths.symbolic.ExpressionParserConstants
DefaultCategoryGraph2DModel - Class in JSci.awt: The DefaultCategoryGraph2DModel class provides a default implementation of the CategoryGraph2DModel interface.
DefaultCategoryGraph2DModel() - Constructor for class JSci.awt.DefaultCategoryGraph2DModel
DefaultCategoryGraph2DModel.DataSeries - Class in JSci.awt: The DataSeries class encapsulates a data series for a graph.
DefaultCategoryGraph2DModel.DataSeries() - Constructor for class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
DefaultCategoryGraph2DModel.DataSeries(Object[], float[]) - Constructor for class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
DefaultCategoryGraph2DModel.DataSeries(Object[], double[]) - Constructor for class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
DefaultGraph2DModel - Class in JSci.awt: The DefaultGraph2DModel class provides a default implementation of the Graph2DModel interface.
DefaultGraph2DModel() - Constructor for class JSci.awt.DefaultGraph2DModel
DefaultGraph2DModel.DataSeries - Class in JSci.awt: The DataSeries class encapsulates a data series for a graph.
DefaultGraph2DModel.DataSeries() - Constructor for class JSci.awt.DefaultGraph2DModel.DataSeries
DefaultGraph2DModel.DataSeries(float[], float[]) - Constructor for class JSci.awt.DefaultGraph2DModel.DataSeries
DefaultGraph2DModel.DataSeries(float[], double[]) - Constructor for class JSci.awt.DefaultGraph2DModel.DataSeries
DefaultGraph2DModel.DataSeries(double[], double[]) - Constructor for class JSci.awt.DefaultGraph2DModel.DataSeries
DefaultGraph3DModel - Class in JSci.awt: The DefaultGraph3DModel class provides a default implementation of the Graph3DModel interface.
DefaultGraph3DModel() - Constructor for class JSci.awt.DefaultGraph3DModel
DefaultGraph3DModel.DataSeries - Class in JSci.awt: The DataSeries class encapsulates a data series for a graph.
DefaultGraph3DModel.DataSeries() - Constructor for class JSci.awt.DefaultGraph3DModel.DataSeries
DefaultGraph3DModel.DataSeries(float[], float[], float[]) - Constructor for class JSci.awt.DefaultGraph3DModel.DataSeries
DefaultGraph3DModel.DataSeries(float[], float[], double[]) - Constructor for class JSci.awt.DefaultGraph3DModel.DataSeries
DefaultGraph3DModel.DataSeries(double[], double[], double[]) - Constructor for class JSci.awt.DefaultGraph3DModel.DataSeries
defaultLexState - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
degree() - Method in class JSci.maths.polynomials.ComplexPolynomial
degree() - Method in interface JSci.maths.polynomials.Polynomial: The degree.
degree() - Method in class JSci.maths.polynomials.RealPolynomial: The degree
deleteArgument(int) - Method in class JSci.mathml.MathMLContentContainerImpl
deleteArgument(int) - Method in class JSci.mathml.MathMLContentTokenImpl
deleteArgument(int) - Method in class JSci.mathml.MathMLMathElementImpl
deleteArgument(int) - Method in class JSci.mathml.MathMLPresentationContainerImpl
deleteBoundVariable(int) - Method in class JSci.mathml.MathMLContentContainerImpl
deleteComponent(int) - Method in class JSci.mathml.MathMLVectorElementImpl
deleteDeclaration(int) - Method in class JSci.mathml.MathMLContentContainerImpl
deleteDeclaration(int) - Method in class JSci.mathml.MathMLMathElementImpl
deleteDeclaration(int) - Method in class JSci.mathml.MathMLPresentationContainerImpl
deleteEntry(int) - Method in class JSci.mathml.MathMLMatrixrowElementImpl
deleteRow(int) - Method in class JSci.mathml.MathMLMatrixElementImpl
denoise(double) - Method in class JSci.maths.wavelet.FWTCoef: Denoises by zero-ing any value above a given percentile cut-off.
denoise(double, int) - Method in class JSci.maths.wavelet.FWTCoef: Denoises by zero-ing any value above a given percentile cut-off.
denoise(double[], double) - Static method in class JSci.maths.wavelet.FWTCoef: Denoises by zero-ing any value above a given percentile cut-off.
denoise(double) - Method in class JSci.maths.wavelet.FWTPacketCoef: Denoises by zero-ing any value above a given percentile cut-off.
denoise(double, int) - Method in class JSci.maths.wavelet.FWTPacketCoef: Denoises by zero-ing any value above a given percentile cut-off.
denoise(double[], double) - Static method in class JSci.maths.wavelet.FWTPacketCoef: Denoises by zero-ing any value above a given percentile cut-off.
denoiseByFFT(int) - Method in class JSci.maths.wavelet.Signal: Simplistic FFT denoising.
denoiseHard(double) - Method in class JSci.maths.wavelet.FWTCoef: Denoises by zero-ing any value above a given cut-off.
denoiseHard(double, int) - Method in class JSci.maths.wavelet.FWTCoef: Denoises by zero-ing any value above a given cut-off.
denoiseHard(double[], double) - Static method in class JSci.maths.wavelet.FWTCoef: Denoises by zero-ing any value above a given cut-off.
denoiseHard(double) - Method in class JSci.maths.wavelet.FWTPacketCoef: Denoises by zero-ing any value above a given cut-off.
denoiseHard(double, int) - Method in class JSci.maths.wavelet.FWTPacketCoef: Denoises by zero-ing any value above a given cut-off.
denoiseHard(double[], double) - Static method in class JSci.maths.wavelet.FWTPacketCoef: Denoises by zero-ing any value above a given cut-off.
denoiseShortPeaks(double, int) - Method in class JSci.maths.wavelet.Signal: This denoising method will identify "short peaks" in the signal and take them away.
DensityMatrix - Class in JSci.physics.quantum: The DensityMatrix class provides an object for encapsulating density matrices.
DensityMatrix(KetVector[], double[]) - Constructor for class JSci.physics.quantum.DensityMatrix: Constructs a density matrix.
DensityMatrix(Projector[], double[]) - Constructor for class JSci.physics.quantum.DensityMatrix: Constructs a density matrix.
derive() - Method in class JSci.maths.wavelet.splines.LinearSpline: compute the derivative of the function - useful for numerical analysis
derive(double, double) - Method in class JSci.maths.wavelet.splines.LinearSpline: compute the derivative of the function - useful for numerical analysis
derive() - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: compute the derivative of the function - useful for numerical analysis
derive(double, double) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: compute the derivative of the function - useful for numerical analysis
derive() - Method in class JSci.maths.wavelet.splines.QuadraticSpline: compute the derivative of the function - useful for numerical analysis
derive(double, double) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: compute the derivative of the function - useful for numerical analysis
det() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the determinant.
det() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the determinant.
det() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the determinant.
det() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the determinant.
det() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the determinant.
det() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the determinant.
det() - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the determinant.
det() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the determinant.
det() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the determinant.
det() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the determinant.
det() - Method in class JSci.physics.quantum.GammaMatrix: Returns the determinant.
DFunction - Variable in class JSci.maths.wavelet.BasisFunctionLibrary
diag - Variable in class JSci.maths.matrices.DoubleDiagonalMatrix: Diagonal data.
diag - Variable in class JSci.maths.matrices.DoubleTridiagonalMatrix
diag - Variable in class JSci.maths.matrices.IntegerDiagonalMatrix: Diagonal data.
diag - Variable in class JSci.maths.matrices.IntegerTridiagonalMatrix
diagIm - Variable in class JSci.maths.matrices.ComplexDiagonalMatrix: Arrays containing the elements of the matrix.
diagIm - Variable in class JSci.maths.matrices.ComplexTridiagonalMatrix
diagnostic(double) - Method in class JSci.maths.wavelet.MatchingPursuit: Check the validity of the current matching algorithm.
diagonalizeSymmetric(AbstractDoubleSquareMatrix) - Static method in class JSci.maths.LinearMath: Diagonalizes a symmetric matrix in-place.
DiagonalMatrix - Interface in JSci.maths.matrices
diagRe - Variable in class JSci.maths.matrices.ComplexDiagonalMatrix: Arrays containing the elements of the matrix.
diagRe - Variable in class JSci.maths.matrices.ComplexTridiagonalMatrix
difference(AbelianGroup.Member, AbelianGroup.Member) - Static method in class JSci.maths.symbolic.Expression: Method for generating an Expression by a formal operation on a set member
differentiate() - Method in class JSci.maths.analysis.ComplexExponential
differentiate() - Method in class JSci.maths.analysis.ComplexFunction: Returns the differential of this function.
differentiate() - Method in class JSci.maths.analysis.Cosine
differentiate() - Method in class JSci.maths.analysis.Exponential
differentiate() - Method in class JSci.maths.analysis.Power
differentiate() - Method in class JSci.maths.analysis.RealFunction: Returns the differential of this function.
differentiate() - Method in class JSci.maths.analysis.Sine
differentiate() - Method in class JSci.maths.analysis.Tangent
differentiate(int, Mapping, double, double) - Static method in class JSci.maths.NumericalMath: Numerical differentiation.
differentiate(MappingND, double[], double[]) - Static method in class JSci.maths.NumericalMath: Numerical differentiation in multiple dimensions.
differentiate() - Method in class JSci.maths.polynomials.RealPolynomial: Differentiate the real polynomial.
differentiate(Variable) - Method in class JSci.maths.symbolic.Constant
differentiate(Variable) - Method in class JSci.maths.symbolic.Evaluation
differentiate(Hashtable) - Method in class JSci.maths.symbolic.Expression: Differentiation of the expression with respect to the variables
differentiate(Variable) - Method in class JSci.maths.symbolic.Expression: Differentiation of the expression with respect to a variable
differentiate(Variable) - Method in class JSci.maths.symbolic.Function
differentiate(Variable) - Method in class JSci.maths.symbolic.Negative
differentiate(Variable) - Method in class JSci.maths.symbolic.Power
differentiate(Variable) - Method in class JSci.maths.symbolic.Product
differentiate(Variable) - Method in class JSci.maths.symbolic.Sum
differentiate(Variable) - Method in class JSci.maths.symbolic.Variable
DIGIT - Static variable in interface JSci.maths.symbolic.ExpressionParserConstants
DihedralGroup - Class in JSci.maths.groups: The DihedralGroup class represents the nth dihedral group.
DihedralGroup(int) - Constructor for class JSci.maths.groups.DihedralGroup: Constructs a dihedral group.
DihedralGroup.Member - Class in JSci.maths.groups
DihedralGroup.Member(int, boolean) - Constructor for class JSci.maths.groups.DihedralGroup.Member
dim - Variable in class JSci.instruments.PTTemplate.SimulatedBarycentreSource
dim - Variable in class JSci.instruments.PTTwoDBarycentre.SimulatedBarycentreSource
dim - Variable in class JSci.instruments.TestImageSource
dim - Variable in class JSci.maths.analysis.RealFunctionND
dimension() - Method in class JSci.maths.algebras.HilbertSpace: Returns the dimension.
dimension() - Method in class JSci.maths.analysis.ComplexFunction: Returns the (complex) dimension of the space this function is on.
dimension() - Method in class JSci.maths.analysis.RealFunction: Returns the dimension of the space this function is on.
dimension() - Method in class JSci.maths.analysis.RealFunction2D: Returns the dimension of the space this function is on.
dimension() - Method in class JSci.maths.analysis.RealFunction3D: Returns the dimension of the space this function is on.
dimension() - Method in class JSci.maths.analysis.RealFunctionND: Returns the dimension of the space this function is on.
dimension() - Method in class JSci.maths.categories.Hilb.LinearMap
dimension() - Method in class JSci.maths.groups.LieGroup: Returns the dimension of the group.
dimension() - Method in class JSci.maths.polynomials.ComplexLagrangeBasis
dimension() - Method in interface JSci.maths.polynomials.PolynomialBasis: The dimension of the vector space.
dimension() - Method in class JSci.maths.polynomials.RealLagrangeBasis: The dimension ( # of sampling points)
dimension() - Method in class JSci.maths.polynomials.RealMonomialBasis
dimension() - Method in class JSci.maths.Supernumber: Returns the dimension.
dimension() - Method in class JSci.maths.vectors.MathVector: Returns the vector's dimension.
dimension(int, int, int) - Static method in class JSci.maths.wavelet.Cascades: Starting with n0 scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
dimension(int, int) - Static method in class JSci.maths.wavelet.Cascades: Starting with n0 scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
dimension(int) - Method in class JSci.maths.wavelet.cdf2_4.DualScaling2_4: Starting with dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
dimension() - Method in class JSci.maths.wavelet.cdf2_4.DualScaling2_4: Number of scaling functions at scale where this scaling function belongs.
dimension(int) - Method in class JSci.maths.wavelet.cdf2_4.DualWavelet2_4: Given that the wavelet is written in terms of a scale containing dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll need.
dimension() - Method in class JSci.maths.wavelet.cdf2_4.DualWavelet2_4: Number of scaling functions at scale where this wavelet belongs.
dimension(int) - Method in class JSci.maths.wavelet.cdf3_5.DualScaling3_5: Starting with dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
dimension() - Method in class JSci.maths.wavelet.cdf3_5.DualScaling3_5: Number of scaling functions at scale where this scaling function belongs.
dimension(int) - Method in class JSci.maths.wavelet.cdf3_5.DualWavelet3_5: Given that the wavelet is written in terms of a scale containing dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll need.
dimension() - Method in class JSci.maths.wavelet.cdf3_5.DualWavelet3_5: Number of scaling functions at scale where this wavelet belongs.
dimension(int) - Method in class JSci.maths.wavelet.Cosine: Tells you how many samples you'll get from this function (will not depend on the parameter)
dimension() - Method in class JSci.maths.wavelet.Cosine: Tells you how many samples you'll get from this function
dimension(int) - Method in class JSci.maths.wavelet.daubechies2.Scaling2: Starting with dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
dimension() - Method in class JSci.maths.wavelet.daubechies2.Scaling2: Number of scaling functions at scale where this scaling function belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies2.Wavelet2: Given that the wavelet is written in terms of a scale containing dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll need.
dimension() - Method in class JSci.maths.wavelet.daubechies2.Wavelet2: Number of scaling functions at scale where this wavelet belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies3.Scaling3: Starting with dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
dimension() - Method in class JSci.maths.wavelet.daubechies3.Scaling3: Number of scaling functions at scale where this scaling function belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies3.Wavelet3: Given that the wavelet is written in terms of a scale containing dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll need.
dimension() - Method in class JSci.maths.wavelet.daubechies3.Wavelet3: Number of scaling functions at scale where this wavelet belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies4.Scaling4: Starting with dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
dimension() - Method in class JSci.maths.wavelet.daubechies4.Scaling4: Number of scaling functions at scale where this scaling function belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies4.Wavelet4: Given that the wavelet is written in terms of a scale containing dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll need.
dimension() - Method in class JSci.maths.wavelet.daubechies4.Wavelet4: Number of scaling functions at scale where this wavelet belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies5.Scaling5: Starting with dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
dimension() - Method in class JSci.maths.wavelet.daubechies5.Scaling5: Number of scaling functions at scale where this scaling function belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies5.Wavelet5: Given that the wavelet is written in terms of a scale containing dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll need.
dimension() - Method in class JSci.maths.wavelet.daubechies5.Wavelet5: Number of scaling functions at scale where this wavelet belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies6.Scaling6: Starting with dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
dimension() - Method in class JSci.maths.wavelet.daubechies6.Scaling6: Number of scaling functions at scale where this scaling function belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies6.Wavelet6: Given that the wavelet is written in terms of a scale containing dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll need.
dimension() - Method in class JSci.maths.wavelet.daubechies6.Wavelet6: Number of scaling functions at scale where this wavelet belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies7.Scaling7: Starting with dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
dimension() - Method in class JSci.maths.wavelet.daubechies7.Scaling7: Number of scaling functions at scale where this scaling function belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies7.Wavelet7: Given that the wavelet is written in terms of a scale containing dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll need.
dimension() - Method in class JSci.maths.wavelet.daubechies7.Wavelet7: Number of scaling functions at scale where this wavelet belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies8.Scaling8: Starting with dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
dimension() - Method in class JSci.maths.wavelet.daubechies8.Scaling8: Number of scaling functions at scale where this scaling function belongs.
dimension(int) - Method in class JSci.maths.wavelet.daubechies8.Wavelet8: Given that the wavelet is written in terms of a scale containing dimension() scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll need.
dimension() - Method in class JSci.maths.wavelet.daubechies8.Wavelet8: Number of scaling functions at scale where this wavelet belongs.
dimension(int) - Method in class JSci.maths.wavelet.DiscreteFunction: Tells you how many samples you'll get from this function (will not depend on the parameter)
dimension() - Method in class JSci.maths.wavelet.DiscreteFunction: Tells you how many samples you'll get from this function
dimension(int) - Method in class JSci.maths.wavelet.FWTCoef
dimension(int) - Method in class JSci.maths.wavelet.FWTPacketCoef
dimension(int) - Method in class JSci.maths.wavelet.MultiscaleFunction
dimension() - Method in class JSci.maths.wavelet.MultiscaleFunction
dimension(int) - Method in class JSci.maths.wavelet.Sine: Tells you how many samples you'll get from this function (will not depend on the parameter)
dimension() - Method in class JSci.maths.wavelet.Sine: Tells you how many samples you'll get from this function
dimension() - Method in class JSci.maths.wavelet.splines.LinearSpline: Number of knots
dimension(int) - Method in class JSci.maths.wavelet.splines.LinearSpline: Number of knots after j iterations
dimension() - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: Number of knots
dimension(int) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: Number of knots after j iterations
dimension() - Method in class JSci.maths.wavelet.splines.QuadraticSpline: Number of knots
dimension(int) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: Number of knots after j iterations
dimension(int) - Method in class JSci.maths.wavelet.splines.Spline
dimension() - Method in class JSci.maths.wavelet.splines.Spline
dimension() - Method in class JSci.maths.wavelet.splines.SumOfDiracs: Number of knots
dimension(int) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: Number of knots after j iterations
dimension() - Method in class JSci.physics.quantum.Operator: Returns the dimension.
DimensionException - Exception in JSci.maths: This exception occurs when there is a problem involving an object's dimensions.
DimensionException() - Constructor for exception JSci.maths.DimensionException: Constructs a DimensionException with no detail message.
DimensionException(String) - Constructor for exception JSci.maths.DimensionException: Constructs a DimensionException with the specified detail message.
dimensionHaar(int, int) - Static method in class JSci.maths.wavelet.Cascades: Starting with n0 scaling functions and going jfin scales ahead (iterating jfin times), tells you how many scaling functions you'll have.
Dimensions - Interface in JSci.instruments: An object that has a Dimension
DiracDeltaDistribution - Class in JSci.maths.statistics
DiracDeltaDistribution(double) - Constructor for class JSci.maths.statistics.DiracDeltaDistribution
directSum(AbstractComplexMatrix) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the direct sum of this matrix and another.
directSum(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the direct sum of this matrix and another.
directSum(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the direct sum of this matrix and another.
directSum(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the direct sum of this matrix and another.
directSum(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the direct sum of this matrix and another.
directSum(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the direct sum of this matrix and another.
directSum(AbstractComplexMatrix) - Method in class JSci.maths.matrices.ComplexMatrix: Returns the direct sum of this matrix and another.
directSum(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the direct sum of this matrix and another.
directSum(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.DoubleMatrix: Returns the direct sum of this matrix and another.
directSum(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the direct sum of this matrix and another.
directSum(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.IntegerMatrix: Returns the direct sum of this matrix and another.
directSum(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the direct sum of this matrix and another.
directSum(RingMatrix) - Method in class JSci.maths.matrices.RingMatrix: Returns the direct sum of this matrix and another.
disable_tracing() - Static method in class JSci.maths.symbolic.ExpressionParser
DiscreteFunction - Class in JSci.maths.wavelet: This class is used to be able to mix the wavelet and other type of functions such as given signals.
DiscreteFunction(double[]) - Constructor for class JSci.maths.wavelet.DiscreteFunction
DiscreteHilbertSpace - Class in JSci.maths.wavelet: This class provides support for basic operations on MultiscaleFunction.
divide(Ring.Member) - Method in class JSci.maths.analysis.ComplexFunction: Returns the division of this function and another.
divide(ComplexFunction) - Method in class JSci.maths.analysis.ComplexFunction
divide(Ring.Member) - Method in class JSci.maths.analysis.RealFunction: Returns the division of this function and another.
divide(RealFunction) - Method in class JSci.maths.analysis.RealFunction
divide(Ring.Member) - Method in class JSci.maths.analysis.RealFunction2D: Returns the division of this function and another.
divide(RealFunction2D) - Method in class JSci.maths.analysis.RealFunction2D
divide(Ring.Member) - Method in class JSci.maths.analysis.RealFunction3D: Returns the division of this function and another.
divide(RealFunction3D) - Method in class JSci.maths.analysis.RealFunction3D
divide(Ring.Member) - Method in class JSci.maths.analysis.RealFunctionND: Returns the division of this function and another.
divide(RealFunctionND) - Method in class JSci.maths.analysis.RealFunctionND
divide(Field.Member) - Method in class JSci.maths.Complex: Returns the division of this number and another.
divide(Complex) - Method in class JSci.maths.Complex: Returns the division of this complex number by another.
divide(double) - Method in class JSci.maths.Complex: Returns the division of this complex number by a scalar.
divide(Field.Member) - Method in interface JSci.maths.fields.Field.Member: The multiplication law with inverse.
divide(Field.Member) - Method in class JSci.maths.MathDouble: Returns the division of this number and another.
divide(MathDouble) - Method in class JSci.maths.MathDouble: Returns the division of this double number and another.
divide(double) - Method in class JSci.maths.MathDouble
divide(Field.Member) - Method in class JSci.maths.Quaternion: Returns the division of this number and another.
divide(Quaternion) - Method in class JSci.maths.Quaternion: Returns the division of this quaternion by another.
divide(double) - Method in class JSci.maths.Quaternion: Returns the division of this quaternion by a scalar.
divide(Field.Member) - Method in class JSci.maths.symbolic.Expression: The multiplication law with inverse.
divide(Field.Member, Field.Member) - Static method in class JSci.maths.symbolic.Expression: Method for generating an Expression by a formal operation on a set member
DNUM - Static variable in interface JSci.maths.symbolic.ExpressionParserConstants
doGetPosition() - Method in class JSci.instruments.pi.Mercury
doGetPositionError() - Method in class JSci.instruments.pi.Mercury
domain() - Method in interface JSci.maths.categories.Category.Morphism: Returns the domain.
domain() - Method in class JSci.maths.categories.FinSet.Function
domain() - Method in class JSci.maths.categories.Hilb.LinearMap
domain() - Method in class JSci.maths.categories.Preorder.Relation
domain() - Method in class JSci.maths.categories.Simplicial.IncreasingMap
Done() - Static method in class JSci.maths.symbolic.SimpleCharStream
doOverlay(Graphics) - Method in class JSci.instruments.Image: Images (poligons and text) can be overlaid onto the images.
doSetPosition(double) - Method in class JSci.instruments.DummyPositionControl
doSetPosition(double) - Method in class JSci.instruments.pi.PiezoServo
DOUBLE - Static variable in class JSci.chemistry.CovalentBond: Sigma and one pi bond
Double2Vector - Class in JSci.maths.vectors: An optimised implementation of a 2D double vector.
Double2Vector() - Constructor for class JSci.maths.vectors.Double2Vector: Constructs an empty 2-vector.
Double2Vector(double, double) - Constructor for class JSci.maths.vectors.Double2Vector: Constructs a 2-vector.
Double2Vector(double[]) - Constructor for class JSci.maths.vectors.Double2Vector: Constructs a 2-vector.
Double3Vector - Class in JSci.maths.vectors: An optimised implementation of a 3D double vector.
Double3Vector() - Constructor for class JSci.maths.vectors.Double3Vector: Constructs an empty 3-vector.
Double3Vector(double, double, double) - Constructor for class JSci.maths.vectors.Double3Vector: Constructs a 3-vector.
Double3Vector(double[]) - Constructor for class JSci.maths.vectors.Double3Vector: Constructs a 3-vector.
DoubleBufferedCanvas - Class in JSci.awt: The DoubleBufferedCanvas class provides double buffering functionality.
DoubleBufferedCanvas() - Constructor for class JSci.awt.DoubleBufferedCanvas: Constructs a double buffered canvas.
DoubleDiagonalMatrix - Class in JSci.maths.matrices: The DoubleDiagonalMatrix class provides an object for encapsulating double diagonal matrices.
DoubleDiagonalMatrix(int) - Constructor for class JSci.maths.matrices.DoubleDiagonalMatrix: Constructs an empty matrix.
DoubleDiagonalMatrix(double[][]) - Constructor for class JSci.maths.matrices.DoubleDiagonalMatrix: Constructs a matrix from an array.
DoubleDiagonalMatrix(double[]) - Constructor for class JSci.maths.matrices.DoubleDiagonalMatrix: Constructs a matrix by wrapping an array containing the diagonal elements.
DoubleFileSquareMatrix - Class in JSci.maths.matrices: Uses an underlying file as storage.
DoubleFileSquareMatrix(int, File, int, boolean) - Constructor for class JSci.maths.matrices.DoubleFileSquareMatrix
DoubleFileSquareMatrix(int, String, int, boolean) - Constructor for class JSci.maths.matrices.DoubleFileSquareMatrix
DoubleFileSquareMatrix(int) - Constructor for class JSci.maths.matrices.DoubleFileSquareMatrix
DoubleFileSquareMatrix(double[][]) - Constructor for class JSci.maths.matrices.DoubleFileSquareMatrix
DoubleLUCache - Class in JSci.maths.matrices
DoubleLUCache(AbstractDoubleSquareMatrix, AbstractDoubleSquareMatrix, int[]) - Constructor for class JSci.maths.matrices.DoubleLUCache
DoubleMatrix - Class in JSci.maths.matrices: The DoubleMatrix class provides an object for encapsulating double matrices.
DoubleMatrix(double[][]) - Constructor for class JSci.maths.matrices.DoubleMatrix: Constructs a matrix by wrapping an array.
DoubleMatrix(int, int) - Constructor for class JSci.maths.matrices.DoubleMatrix: Constructs an empty matrix.
DoubleMatrix(AbstractDoubleVector[]) - Constructor for class JSci.maths.matrices.DoubleMatrix: Constructs a matrix from an array of vectors (columns).
DoubleMatrixAlgebra - Class in JSci.maths.matrices
doublesample(double[]) - Static method in class JSci.maths.wavelet.Cascades: Method used to oversample according to the Haar transform
DoubleSparseMatrix - Class in JSci.maths.matrices: The DoubleSparseMatrix class provides an object for encapsulating sparse matrices.
DoubleSparseMatrix(int, int) - Constructor for class JSci.maths.matrices.DoubleSparseMatrix: Constructs an empty matrix.
DoubleSparseMatrix(int, int, int) - Constructor for class JSci.maths.matrices.DoubleSparseMatrix
DoubleSparseMatrix(double[][]) - Constructor for class JSci.maths.matrices.DoubleSparseMatrix: Constructs a matrix from an array.
DoubleSparseSquareMatrix - Class in JSci.maths.matrices: The DoubleSparseSquareMatrix class provides an object for encapsulating sparse square matrices.
DoubleSparseSquareMatrix(int) - Constructor for class JSci.maths.matrices.DoubleSparseSquareMatrix: Constructs an empty matrix.
DoubleSparseSquareMatrix(int, int) - Constructor for class JSci.maths.matrices.DoubleSparseSquareMatrix
DoubleSparseSquareMatrix(double[][]) - Constructor for class JSci.maths.matrices.DoubleSparseSquareMatrix: Constructs a matrix from an array.
DoubleSparseVector - Class in JSci.maths.vectors: The DoubleSparseVector class encapsulates sparse vectors.
DoubleSparseVector(int) - Constructor for class JSci.maths.vectors.DoubleSparseVector: Constructs an empty vector.
DoubleSparseVector(int, int) - Constructor for class JSci.maths.vectors.DoubleSparseVector
DoubleSparseVector(double[]) - Constructor for class JSci.maths.vectors.DoubleSparseVector: Constructs a vector from an array.
DoubleSquareMatrix - Class in JSci.maths.matrices: The DoubleSquareMatrix class provides an object for encapsulating double square matrices.
DoubleSquareMatrix(double[][]) - Constructor for class JSci.maths.matrices.DoubleSquareMatrix: Constructs a matrix by wrapping an array.
DoubleSquareMatrix(int) - Constructor for class JSci.maths.matrices.DoubleSquareMatrix: Constructs an empty matrix.
DoubleSquareMatrix(AbstractDoubleVector[]) - Constructor for class JSci.maths.matrices.DoubleSquareMatrix: Constructs a matrix from an array of vectors (columns).
DoubleTridiagonalMatrix - Class in JSci.maths.matrices: The DoubleTridiagonalMatrix class provides an object for encapsulating double tridiagonal matrices.
DoubleTridiagonalMatrix(int) - Constructor for class JSci.maths.matrices.DoubleTridiagonalMatrix: Constructs an empty matrix.
DoubleTridiagonalMatrix(double[][]) - Constructor for class JSci.maths.matrices.DoubleTridiagonalMatrix: Constructs a matrix from an array.
doubleValue() - Method in class JSci.maths.MathDouble
doubleValue() - Method in class JSci.maths.MathInteger
DoubleVector - Class in JSci.maths.vectors: An array-based implementation of a double vector.
DoubleVector(int) - Constructor for class JSci.maths.vectors.DoubleVector: Constructs an empty vector.
DoubleVector(double[]) - Constructor for class JSci.maths.vectors.DoubleVector: Constructs a vector by wrapping an array.
Down - Class in JSci.physics.particles: A class representing downs.
Down() - Constructor for class JSci.physics.particles.Down: Constructs a down.
downsample(Complex[], Complex[]) - Static method in class JSci.maths.WaveletMath: Part of the Fast Wavelet Scheme.
downsample(double[], double[]) - Static method in class JSci.maths.WaveletMath: Part of the Fast Wavelet Scheme.
Drag - Class in JSci.physics: The drag force is proportional to the square of a particle's speed.
Drag(double) - Constructor for class JSci.physics.Drag
drawAxes(Graphics) - Method in class JSci.awt.BarGraph: Draws the graph axes.
drawAxes(Graphics) - Method in class JSci.awt.Graph2D: Draws the graph axes.
drawAxes(Graphics) - Method in class JSci.awt.Histogram: Draws the graph axes.
drawAxes(Graphics) - Method in class JSci.swing.JBarGraph: Draws the graph axes.
drawAxes(Graphics) - Method in class JSci.swing.JGraph2D: Draws the graph axes.
drawAxes(Graphics) - Method in class JSci.swing.JHistogram: Draws the graph axes.
drawBars(Graphics) - Method in class JSci.awt.BarGraph: Draws the graph bars.
drawBars(Graphics) - Method in class JSci.awt.LayeredBarGraph: Draws the graph bars.
drawBars(Graphics) - Method in class JSci.awt.StackedBarGraph: Draws the graph bars.
drawBars(Graphics) - Method in class JSci.swing.JBarGraph: Draws the graph bars.
drawBars(Graphics) - Method in class JSci.swing.JLayeredBarGraph: Draws the graph bars.
drawBars(Graphics) - Method in class JSci.swing.JStackedBarGraph: Draws the graph bars.
drawData(Graphics) - Method in class JSci.awt.Graph2D: Draws the graph data.
drawData(Graphics) - Method in class JSci.awt.Histogram: Draws the graph data.
drawData(Graphics) - Method in class JSci.awt.LineGraph: Draws the graph data.
drawData(Graphics) - Method in class JSci.swing.JGraph2D: Draws the graph data.
drawData(Graphics) - Method in class JSci.swing.JHistogram: Draws the graph data.
drawData(Graphics) - Method in class JSci.swing.JLineGraph: Draws the graph data.
drawLine(double, double, double, double) - Method in class JSci.maths.chaos.KochCurve: Draws a line segment in a 2D plane.
drawXLabel(Graphics, int) - Method in class JSci.awt.BarGraph
drawXLabel(Graphics, double, Point) - Method in class JSci.awt.Graph2D
drawXLabel(Graphics, double, Point) - Method in class JSci.awt.Histogram
drawXLabel(Graphics, int) - Method in class JSci.swing.JBarGraph
drawXLabel(Graphics, double, Point) - Method in class JSci.swing.JGraph2D
drawXLabel(Graphics, double, Point) - Method in class JSci.swing.JHistogram
drawYLabel(Graphics, float) - Method in class JSci.awt.BarGraph
drawYLabel(Graphics, double, Point) - Method in class JSci.awt.Graph2D
drawYLabel(Graphics, double, Point) - Method in class JSci.awt.Histogram
drawYLabel(Graphics, float) - Method in class JSci.swing.JBarGraph
drawYLabel(Graphics, double, Point) - Method in class JSci.swing.JGraph2D
drawYLabel(Graphics, double, Point) - Method in class JSci.swing.JHistogram
dualScaling(int, int) - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4
dualScaling(int, int) - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5
dualScaling(int, int) - Method in class JSci.maths.wavelet.daubechies2.Daubechies2
dualScaling(int, int) - Method in class JSci.maths.wavelet.daubechies3.Daubechies3
dualScaling(int, int) - Method in class JSci.maths.wavelet.daubechies4.Daubechies4
dualScaling(int, int) - Method in class JSci.maths.wavelet.daubechies5.Daubechies5
dualScaling(int, int) - Method in class JSci.maths.wavelet.daubechies6.Daubechies6
dualScaling(int, int) - Method in class JSci.maths.wavelet.daubechies7.Daubechies7
dualScaling(int, int) - Method in class JSci.maths.wavelet.daubechies8.Daubechies8
dualScaling(int, int) - Method in class JSci.maths.wavelet.haar.MultiSplineHaar
dualScaling(int, int) - Method in class JSci.maths.wavelet.Multiresolution
DualScaling2_4 - Class in JSci.maths.wavelet.cdf2_4: Cohen-Daubechies-Feauveau with N=2 and Ntilde=4 adapted to the interval by Deslauriers-Dubuc-Lemire
DualScaling2_4(int, int) - Constructor for class JSci.maths.wavelet.cdf2_4.DualScaling2_4
DualScaling2_4() - Constructor for class JSci.maths.wavelet.cdf2_4.DualScaling2_4
DualScaling3_5 - Class in JSci.maths.wavelet.cdf3_5: Cohen-Daubechies-Feauveau with N=3 and Ntilde=5 adapted to the interval by Deslauriers-Dubuc-Lemire
DualScaling3_5(int, int) - Constructor for class JSci.maths.wavelet.cdf3_5.DualScaling3_5
DualScaling3_5() - Constructor for class JSci.maths.wavelet.cdf3_5.DualScaling3_5
dualWavelet(int, int) - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4
dualWavelet(int, int) - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5
dualWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies2.Daubechies2
dualWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies3.Daubechies3
dualWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies4.Daubechies4
dualWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies5.Daubechies5
dualWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies6.Daubechies6
dualWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies7.Daubechies7
dualWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies8.Daubechies8
dualWavelet(int, int) - Method in class JSci.maths.wavelet.haar.MultiSplineHaar
dualWavelet(int, int) - Method in class JSci.maths.wavelet.Multiresolution
DualWavelet2_4 - Class in JSci.maths.wavelet.cdf2_4: Cohen-Daubechies-Feauveau with N=2 and Ntilde=4 adapted to the interval by Deslauriers-Dubuc-Lemire
DualWavelet2_4(int, int) - Constructor for class JSci.maths.wavelet.cdf2_4.DualWavelet2_4
DualWavelet2_4() - Constructor for class JSci.maths.wavelet.cdf2_4.DualWavelet2_4
DualWavelet3_5 - Class in JSci.maths.wavelet.cdf3_5: Cohen-Daubechies-Feauveau with N=3 and Ntilde=5 adapted to the interval by Deslauriers-Dubuc-Lemire
DualWavelet3_5(int, int) - Constructor for class JSci.maths.wavelet.cdf3_5.DualWavelet3_5
DualWavelet3_5() - Constructor for class JSci.maths.wavelet.cdf3_5.DualWavelet3_5
DummyPositionControl - Class in JSci.instruments: A simple PositionControl that does nothing!
DummyPositionControl() - Constructor for class JSci.instruments.DummyPositionControl

E

E - Static variable in class JSci.maths.fields.RealField
E662 - Static variable in class JSci.instruments.pi.PiezoServo: the E-662 controller
E665 - Static variable in class JSci.instruments.pi.PiezoServo: the E-665 controller
eigenSolveHermitian(AbstractComplexSquareMatrix, AbstractComplexVector[]) - Static method in class JSci.maths.LinearMath: This method finds the eigenvalues and eigenvectors of a Hermitian matrix.
eigenSolveSymmetric(DoubleTridiagonalMatrix, AbstractDoubleVector[]) - Static method in class JSci.maths.LinearMath: This method finds the eigenvalues and eigenvectors of a symmetric tridiagonal matrix by the QL method.
eigenSolveSymmetric(AbstractDoubleSquareMatrix, AbstractDoubleVector[]) - Static method in class JSci.maths.LinearMath: This method finds the eigenvalues and eigenvectors of a symmetric square matrix.
eigenvalueSolveHermitian(AbstractComplexSquareMatrix) - Static method in class JSci.maths.LinearMath: This method finds the eigenvalues of a Hermitian matrix.
eigenvalueSolveSymmetric(DoubleTridiagonalMatrix) - Static method in class JSci.maths.LinearMath: This method finds the eigenvalues of a symmetric tridiagonal matrix by the QL method.
eigenvalueSolveSymmetric(AbstractDoubleSquareMatrix) - Static method in class JSci.maths.LinearMath: This method finds the eigenvalues of a symmetric square matrix.
eigenvalueSolveSymmetric(AbstractDoubleSquareMatrix, AbstractDoubleVector, int) - Static method in class JSci.maths.LinearMath: Finds the eigenvalues of a symmetric square matrix using the Lanczos method (with full reorthogonalization).
Electron - Class in JSci.physics.particles: A class representing electrons.
Electron() - Constructor for class JSci.physics.particles.Electron: Constructs an electron.
ELECTRON_MASS - Static variable in interface JSci.physics.PhysicalConstants: Electron rest mass.
ELECTRON_MOMENT - Static variable in interface JSci.physics.PhysicalConstants: Magnetic moment of electron.
ElectronNeutrino - Class in JSci.physics.particles: A class representing electron neutrinos.
ElectronNeutrino() - Constructor for class JSci.physics.particles.ElectronNeutrino: Constructs an electron neutrino.
Element - Class in JSci.chemistry: A class representing chemical elements.
Element(String, String) - Constructor for class JSci.chemistry.Element: Constructs an element.
elementCount() - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the number of non-zero elements.
elementCount() - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the number of non-zero elements.
eLeptonQN() - Method in class JSci.physics.particles.AntiElectronNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.AntiHadron: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.AntiMuon: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.AntiMuonNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.AntiQuark: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.AntiTau: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.AntiTauNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.Electron: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.ElectronNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.GaugeBoson: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.Hadron: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.Muon: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.MuonNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.Positron: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.Quark: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.Tau: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.particles.TauNeutrino: Returns the electron lepton number.
eLeptonQN() - Method in class JSci.physics.quantum.QuantumParticle: Returns the electron lepton number.
EMFieldTensor - Class in JSci.physics.relativity: The EMFieldTensor class encapsulates the electromagnetic field tensor.
EMFieldTensor(Double3Vector, Double3Vector) - Constructor for class JSci.physics.relativity.EMFieldTensor: Constructs an electromagnetic field tensor.
emit(WMinus) - Method in class JSci.physics.particles.AntiElectronNeutrino: Emits a W-.
emit(ZZero) - Method in class JSci.physics.particles.AntiElectronNeutrino: Emits a Z0.
emit(Photon) - Method in class JSci.physics.particles.AntiMuon: Emits a photon.
emit(WPlus) - Method in class JSci.physics.particles.AntiMuon: Emits a W+.
emit(ZZero) - Method in class JSci.physics.particles.AntiMuon: Emits a Z0.
emit(WMinus) - Method in class JSci.physics.particles.AntiMuonNeutrino: Emits a W-.
emit(ZZero) - Method in class JSci.physics.particles.AntiMuonNeutrino: Emits a Z0.
emit(Gluon) - Method in class JSci.physics.particles.AntiQuark: Emits a gluon.
emit(Photon) - Method in class JSci.physics.particles.AntiTau: Emits a photon.
emit(WPlus) - Method in class JSci.physics.particles.AntiTau: Emits a W+.
emit(ZZero) - Method in class JSci.physics.particles.AntiTau: Emits a Z0.
emit(WMinus) - Method in class JSci.physics.particles.AntiTauNeutrino: Emits a W-.
emit(ZZero) - Method in class JSci.physics.particles.AntiTauNeutrino: Emits a Z0.
emit(Photon) - Method in class JSci.physics.particles.Electron: Emits a photon.
emit(WMinus) - Method in class JSci.physics.particles.Electron: Emits a W-.
emit(ZZero) - Method in class JSci.physics.particles.Electron: Emits a Z0.
emit(WPlus) - Method in class JSci.physics.particles.ElectronNeutrino: Emits a W+.
emit(ZZero) - Method in class JSci.physics.particles.ElectronNeutrino: Emits a Z0.
emit(Photon) - Method in class JSci.physics.particles.Muon: Emits a photon.
emit(WMinus) - Method in class JSci.physics.particles.Muon: Emits a W-.
emit(WPlus) - Method in class JSci.physics.particles.Muon: Absorbs a W+.
emit(ZZero) - Method in class JSci.physics.particles.Muon: Emits a Z0.
emit(WPlus) - Method in class JSci.physics.particles.MuonNeutrino: Emits a W+.
emit(ZZero) - Method in class JSci.physics.particles.MuonNeutrino: Emits a Z0.
emit(Photon) - Method in class JSci.physics.particles.Positron: Emits a photon.
emit(WPlus) - Method in class JSci.physics.particles.Positron: Emits a W+.
emit(ZZero) - Method in class JSci.physics.particles.Positron: Emits a Z0.
emit(Gluon) - Method in class JSci.physics.particles.Quark: Emits a gluon.
emit(Photon) - Method in class JSci.physics.particles.Tau: Emits a photon.
emit(WMinus) - Method in class JSci.physics.particles.Tau: Emits a W-.
emit(ZZero) - Method in class JSci.physics.particles.Tau: Emits a Z0.
emit(WPlus) - Method in class JSci.physics.particles.TauNeutrino: Emits a W+.
emit(ZZero) - Method in class JSci.physics.particles.TauNeutrino: Emits a Z0.
enable_tracing() - Static method in class JSci.maths.symbolic.ExpressionParser
endColumn - Variable in class JSci.maths.symbolic.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.
endLine - Variable in class JSci.maths.symbolic.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.
energy() - Method in class JSci.physics.AbstractClassicalParticle
energy() - Method in class JSci.physics.ClassicalParticle: Returns the energy of this particle.
energy() - Method in class JSci.physics.ClassicalParticle2D: Returns the kinetic energy.
energy() - Method in class JSci.physics.ClassicalParticle3D: Returns the kinetic energy.
energy(ClassicalParticle3D) - Method in class JSci.physics.GravityField: Returns the potential energy of a particle in this field.
energy() - Method in class JSci.physics.RigidBody2D: Returns the kinetic and rotational energy.
energy() - Method in class JSci.physics.RigidBody3D: Returns the kinetic and rotational energy.
energy(AbstractClassicalParticle) - Method in class JSci.physics.Spring: Returns the potential energy of a particle attached to this spring.
energyRatio(int) - Method in class JSci.maths.wavelet.FWTCoef
energyRatio(FWTCoef[], int) - Static method in class JSci.maths.wavelet.FWTCoefMath
energyRatio(int) - Method in class JSci.maths.wavelet.FWTPacketCoef
EngineerMath - Class in JSci.maths: This class is dedicated to engineering methods applied to arrays including signal processing.
entropy(double[]) - Static method in class JSci.maths.EngineerMath: Compute the entropy of an array.
entropy(int[]) - Static method in class JSci.maths.EngineerMath: Compute the entropy of an array.
entropy() - Method in class JSci.maths.wavelet.FWTCoef
entropy(FWTCoef[], int) - Static method in class JSci.maths.wavelet.FWTCoefMath
entropy(FWTCoef[]) - Static method in class JSci.maths.wavelet.FWTCoefMath
entropy() - Method in class JSci.maths.wavelet.FWTPacketCoef
entropy() - Method in class JSci.maths.wavelet.Signal: Return the entropy of the signal
EOF - Static variable in interface JSci.maths.symbolic.ExpressionParserConstants
eol - Variable in exception JSci.maths.symbolic.ParseException: The end of line string for this machine.
equals(Object) - Method in class JSci.chemistry.Element: Compares two elements for equality.
equals(double[], double[]) - Static method in class JSci.maths.ArrayMath: Checks if two arrays are equal within a tolerance.
equals(int[], int[]) - Static method in class JSci.maths.ArrayMath: Deprecated. Use java.util.Arrays instead.
equals(Object) - Method in class JSci.maths.Complex: Compares two complex numbers for equality.
equals(Object, double) - Method in class JSci.maths.Complex
equals(double, double) - Method in class JSci.maths.Complex: Compares two complex numbers for equality.
equals(double, double, double) - Method in class JSci.maths.Complex
equals(Object) - Method in class JSci.maths.FiniteSet: Compares two sets for equality.
equals(Object) - Method in class JSci.maths.groups.CyclicGroup: Returns true if this group is isomorphic to another.
equals(Object) - Method in class JSci.maths.groups.CyclicGroup.Member: Returns true if this member is equal to another.
equals(Object) - Method in class JSci.maths.groups.DihedralGroup: Returns true if this group is isomorphic to another.
equals(Object) - Method in class JSci.maths.groups.DihedralGroup.Member: Returns true if this member is equal to another.
equals(Object) - Method in class JSci.maths.groups.QuaternionGroup.Member: Returns true if this member is equal to another.
equals(Object) - Method in class JSci.maths.MathDouble: Compares two numbers for equality.
equals(Object, double) - Method in class JSci.maths.MathDouble
equals(Object) - Method in class JSci.maths.MathInteger: Compares two integer numbers for equality.
equals(Object) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Compares two complex matrices for equality.
equals(AbstractComplexMatrix) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Compares two complex matrices for equality.
equals(AbstractComplexMatrix, double) - Method in class JSci.maths.matrices.AbstractComplexMatrix
equals(Object) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractDoubleMatrix, double) - Method in class JSci.maths.matrices.AbstractDoubleMatrix
equals(Object) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractIntegerMatrix, double) - Method in class JSci.maths.matrices.AbstractIntegerMatrix
equals(AbstractComplexMatrix, double) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Compares two complex diagonal matrices for equality.
equals(AbstractComplexMatrix, double) - Method in class JSci.maths.matrices.ComplexMatrix: Compares two complex matrices for equality.
equals(AbstractComplexMatrix, double) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Compares two complex matrices for equality.
equals(AbstractComplexMatrix, double) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Compares two complex matrices for equality.
equals(AbstractDoubleMatrix, double) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractDoubleMatrix, double) - Method in class JSci.maths.matrices.DoubleMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractDoubleMatrix, double) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Compares two double sparse matrices for equality.
equals(DoubleSparseMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix
equals(DoubleSparseMatrix, double) - Method in class JSci.maths.matrices.DoubleSparseMatrix
equals(AbstractDoubleSquareMatrix, double) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Compares two double sparse square matrices for equality.
equals(DoubleSparseSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix
equals(DoubleSparseSquareMatrix, double) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix
equals(AbstractDoubleMatrix, double) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractDoubleMatrix, double) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractIntegerMatrix, double) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractIntegerMatrix, double) - Method in class JSci.maths.matrices.IntegerMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractIntegerMatrix, double) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Compares two ${nativeTyp} matrices for equality.
equals(AbstractIntegerMatrix, double) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Compares two ${nativeTyp} matrices for equality.
equals(Object) - Method in class JSci.maths.matrices.RingMatrix: Compares two matrices for equality.
equals(Object) - Method in class JSci.maths.polynomials.ComplexPolynomial
equals(Object) - Method in class JSci.maths.polynomials.RealPolynomial: Returns true if this polynomial is equal to another.
equals(Object) - Method in class JSci.maths.Quaternion: Compares two quaternions for equality.
equals(Object) - Method in class JSci.maths.symbolic.Constant
equals(Object) - Method in class JSci.maths.symbolic.Evaluation
equals(Object) - Method in class JSci.maths.symbolic.Function
equals(Object) - Method in class JSci.maths.symbolic.Variable
equals(Object) - Method in class JSci.maths.vectors.AbstractComplexVector: Compares two complex vectors for equality.
equals(Object, double) - Method in class JSci.maths.vectors.AbstractComplexVector
equals(Object) - Method in class JSci.maths.vectors.AbstractDoubleVector: Compares two double vectors for equality.
equals(Object, double) - Method in class JSci.maths.vectors.AbstractDoubleVector
equals(Object) - Method in class JSci.maths.vectors.AbstractIntegerVector: Compares two integer vectors for equality.
equals(Object, double) - Method in class JSci.maths.vectors.Complex2Vector: Compares two complex vectors for equality.
equals(Object, double) - Method in class JSci.maths.vectors.Complex3Vector: Compares two complex vectors for equality.
equals(Object, double) - Method in class JSci.maths.vectors.ComplexVector: Compares two complex vectors for equality.
equals(Object, double) - Method in class JSci.maths.vectors.Double2Vector: Compares two double vectors for equality.
equals(Object, double) - Method in class JSci.maths.vectors.Double3Vector: Compares two double vectors for equality.
equals(Object, double) - Method in class JSci.maths.vectors.DoubleSparseVector: Compares two vectors for equality.
equals(Object, double) - Method in class JSci.maths.vectors.DoubleVector: Compares two double vectors for equality.
equals(Object, double) - Method in class JSci.maths.vectors.Integer2Vector: Compares two integer vectors for equality.
equals(Object, double) - Method in class JSci.maths.vectors.Integer3Vector: Compares two integer vectors for equality.
equals(Object) - Method in class JSci.maths.vectors.IntegerVector: Compares two integer vectors for equality.
equals(Object) - Method in class JSci.maths.wavelet.cdf2_4.DualScaling2_4: Check if another object is equal to this DualScaling2_4 object
equals(Object) - Method in class JSci.maths.wavelet.cdf2_4.DualWavelet2_4: Check if another object is equal to this DualWavelet2_4 object
equals(Object) - Method in class JSci.maths.wavelet.cdf3_5.DualScaling3_5: Check if another object is equal to this DualScaling3_5 object
equals(Object) - Method in class JSci.maths.wavelet.cdf3_5.DualWavelet3_5: Check if another object is equal to this DualWavelet3_5 object
equals(Object) - Method in class JSci.maths.wavelet.Cosine: Check if another object is equal to this Cosine object
equals(Object) - Method in class JSci.maths.wavelet.daubechies2.Scaling2: Check if another object is equal to this Scaling2 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies2.Wavelet2: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies3.Scaling3: Check if another object is equal to this Scaling3 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies3.Wavelet3: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies4.Scaling4: Check if another object is equal to this Scaling4 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies4.Wavelet4: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies5.Scaling5: Check if another object is equal to this Scaling5 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies5.Wavelet5: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies6.Scaling6: Check if another object is equal to this Scaling6 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies6.Wavelet6: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies7.Scaling7: Check if another object is equal to this Scaling7 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies7.Wavelet7: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies8.Scaling8: Check if another object is equal to this Scaling8 object
equals(Object) - Method in class JSci.maths.wavelet.daubechies8.Wavelet8: Check if another object is equal to this Wavelet8 object
equals(Object) - Method in class JSci.maths.wavelet.DiscreteFunction: Check if another object is equal to this DiscreteFunction object
equals(Object) - Method in class JSci.maths.wavelet.MultiscaleFunction: Check if another object is equal to this MultiscaleFunction object
equals(Signal) - Method in class JSci.maths.wavelet.Signal: Check if another object is equal to this Signal object
equals(Object) - Method in class JSci.maths.wavelet.Sine: Check if another object is equal to this Sine object
equals(Object) - Method in class JSci.maths.wavelet.splines.LinearSpline: Check if another object is equal to this LinearSpline object
equals(Object) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: Check if another object is equal to this PiecewiseConstant object
equals(Object) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: Check if another object is equal to this QuadraticSpline object
equals(Object) - Method in class JSci.maths.wavelet.splines.Spline
equals(Object) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: Check if another object is equal to this SumOfDiracs object
equals(Object) - Method in class JSci.physics.quantum.BraVector: Compares two bra vectors for equality.
equals(Object) - Method in class JSci.physics.quantum.KetVector: Compares two ket vectors for equality.
equals(Object) - Method in class JSci.physics.quantum.Operator: Compares two operators for equality.
equals(Object) - Method in class JSci.physics.RelativisticParticle: Compares two particles for equality.
equals(Object) - Method in class JSci.physics.relativity.Rank1Tensor: Compares two tensors for equality.
equals(Object) - Method in class JSci.physics.relativity.Rank2Tensor: Compares two tensors for equality.
equals(Object) - Method in class JSci.physics.relativity.Rank3Tensor: Compares two tensors for equality.
equals(Object) - Method in class JSci.physics.relativity.Rank4Tensor: Compares two tensors for equality.
equals(Object) - Method in class JSci.Version: Compares two versions for equality.
eraseLine(double, double) - Method in class JSci.maths.chaos.CantorDust: Erases a line segment.
eraseLine(double, double, double, double) - Method in class JSci.maths.chaos.KochCurve: Erases a line segment in a 2D plane.
error(double) - Static method in class JSci.maths.SpecialMath: Error function.
errorCode - Variable in error JSci.maths.symbolic.TokenMgrError: Indicates the reason why the exception is thrown.
Eta - Class in JSci.physics.particles: A class representing etas.
Eta() - Constructor for class JSci.physics.particles.Eta: Constructs an eta.
euler(double[], Mapping, double) - Static method in class JSci.maths.NumericalMath: Uses the Euler method to solve an ODE.
evalPolynomial(RealPolynomial, double) - Static method in class JSci.maths.polynomials.PolynomialMath: Evaluates a polynomial by Horner's scheme.
evalPolynomial(ComplexPolynomial, Complex) - Static method in class JSci.maths.polynomials.PolynomialMath: Evaluates a polynomial by Horner's scheme.
evalScaling(Filter, int, int, int) - Static method in class JSci.maths.wavelet.Cascades
evalScaling(int, int, int) - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4
evalScaling(int, int, int) - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5
evalScaling(int, int, int) - Method in class JSci.maths.wavelet.daubechies2.Daubechies2
evalScaling(int, int, int) - Method in class JSci.maths.wavelet.daubechies3.Daubechies3
evalScaling(int, int, int) - Method in class JSci.maths.wavelet.daubechies4.Daubechies4
evalScaling(int, int, int) - Method in class JSci.maths.wavelet.daubechies5.Daubechies5
evalScaling(int, int, int) - Method in class JSci.maths.wavelet.daubechies6.Daubechies6
evalScaling(int, int, int) - Method in class JSci.maths.wavelet.daubechies7.Daubechies7
evalScaling(int, int, int) - Method in class JSci.maths.wavelet.daubechies8.Daubechies8
evaluate() - Method in class JSci.io.MathMLExpression: Evaluates this expression.
evaluate() - Method in class JSci.maths.symbolic.Constant
evaluate() - Method in class JSci.maths.symbolic.Evaluation
evaluate() - Method in class JSci.maths.symbolic.Expression: This method substitutes the variable with the variable values, if non-null; they can be Contants or other Expressions.
evaluate() - Method in class JSci.maths.symbolic.Function
evaluate() - Method in class JSci.maths.symbolic.Negative
evaluate() - Method in class JSci.maths.symbolic.Power
evaluate() - Method in class JSci.maths.symbolic.Product
evaluate() - Method in class JSci.maths.symbolic.Sum
evaluate() - Method in class JSci.maths.symbolic.Variable
evaluate(int) - Method in class JSci.maths.wavelet.cdf2_4.DualScaling2_4: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.cdf2_4.DualWavelet2_4: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.cdf3_5.DualScaling3_5: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.cdf3_5.DualWavelet3_5: Return as an array the sampled values of the function
evaluate() - Method in class JSci.maths.wavelet.Cosine: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.Cosine: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies2.Scaling2: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies2.Wavelet2: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies3.Scaling3: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies3.Wavelet3: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies4.Scaling4: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies4.Wavelet4: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies5.Scaling5: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies5.Wavelet5: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies6.Scaling6: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies6.Wavelet6: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies7.Scaling7: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies7.Wavelet7: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies8.Scaling8: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.daubechies8.Wavelet8: Return as an array the sampled values of the function
evaluate() - Method in class JSci.maths.wavelet.DiscreteFunction: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.DiscreteFunction: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.MultiscaleFunction: Return as an array the sampled values of the function
evaluate() - Method in class JSci.maths.wavelet.Sine: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.Sine: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.splines.LinearSpline: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: Return as an array the sampled values of the function
evaluate(int) - Method in class JSci.maths.wavelet.splines.Spline
evaluate(int) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: Return as an array the sampled values of the function
Evaluation - Class in JSci.maths.symbolic: This class associates a JSci.maths.analysis.RealFunction to an Expression argument, to generate an Expression.
Evaluation(RealFunction, Expression) - Constructor for class JSci.maths.symbolic.Evaluation
evaluation(Filter, int, double[]) - Static method in class JSci.maths.wavelet.Cascades
evalWavelet(Filter, int, int, int, int) - Static method in class JSci.maths.wavelet.Cascades
evalWavelet(Filter, int, int, int) - Static method in class JSci.maths.wavelet.Cascades
evalWavelet(int, int, int) - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4
evalWavelet(int, int, int) - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5
evalWavelet(int, int, int) - Method in class JSci.maths.wavelet.daubechies2.Daubechies2
evalWavelet(int, int, int) - Method in class JSci.maths.wavelet.daubechies3.Daubechies3
evalWavelet(int, int, int) - Method in class JSci.maths.wavelet.daubechies4.Daubechies4
evalWavelet(int, int, int) - Method in class JSci.maths.wavelet.daubechies5.Daubechies5
evalWavelet(int, int, int) - Method in class JSci.maths.wavelet.daubechies6.Daubechies6
evalWavelet(int, int, int) - Method in class JSci.maths.wavelet.daubechies7.Daubechies7
evalWavelet(int, int, int) - Method in class JSci.maths.wavelet.daubechies8.Daubechies8
evalWaveletHaar(Filter, int, int, int) - Static method in class JSci.maths.wavelet.Cascades
evalWaveletQuadratic(Filter, int, int, int) - Static method in class JSci.maths.wavelet.Cascades
EVENT_BREAKPOINT1 - Static variable in class JSci.instruments.pi.Mercury
EVENT_BREAKPOINT2 - Static variable in class JSci.instruments.pi.Mercury
EVENT_CAPTURE_RECEIVED - Static variable in class JSci.instruments.pi.Mercury
EVENT_COMMUNICATION_ERR - Static variable in class JSci.instruments.pi.Mercury
EVENT_INSTRUCTION_ERR - Static variable in class JSci.instruments.pi.Mercury
EVENT_MOTION_COMPLETE - Static variable in class JSci.instruments.pi.Mercury
EVENT_MOTION_ERROR - Static variable in class JSci.instruments.pi.Mercury
EVENT_NEG_LIMIT - Static variable in class JSci.instruments.pi.Mercury
EVENT_POS_LIMIT - Static variable in class JSci.instruments.pi.Mercury
EVENT_WRAP_AROUND - Static variable in class JSci.instruments.pi.Mercury
exp(Complex) - Static method in class JSci.maths.Complex: Returns the exponential number e (2.718...) raised to the power of a complex number.
exp(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the exponential number e(2.718...) raised to the power of a number.
exp(Number) - Static method in class JSci.maths.MathDouble
exp(double) - Static method in class JSci.maths.MathDouble
exp(Quaternion) - Static method in class JSci.maths.Quaternion
EXP - Static variable in class JSci.maths.symbolic.Function
ExpandBuff(boolean) - Static method in class JSci.maths.symbolic.SimpleCharStream
expectation(Operator, KetVector) - Static method in class JSci.physics.quantum.QuantumMath: Returns the expectation value.
expectation(DensityMatrix, Operator) - Static method in class JSci.physics.quantum.QuantumMath: Returns the expectation value.
expectedTokenSequences - Variable in exception JSci.maths.symbolic.ParseException: Each entry in this array is an array of integers.
Exponential - Class in JSci.maths.analysis: The exponential function.
Exponential() - Constructor for class JSci.maths.analysis.Exponential: Constructs an exponential function of the form exp(x).
Exponential(double, double, double) - Constructor for class JSci.maths.analysis.Exponential: Constructs an exponential function of the form A exp(w(x+k)).
Exponential(double, double, double, double) - Constructor for class JSci.maths.analysis.Exponential: Constructs an exponential function of the form A exp(w(x+k)ⁿ).
ExponentialDistribution - Class in JSci.maths.statistics: The ExponentialDistribution class provides an object for encapsulating exponential distributions.
ExponentialDistribution() - Constructor for class JSci.maths.statistics.ExponentialDistribution: Constructs the standard exponential distribution.
ExponentialDistribution(double) - Constructor for class JSci.maths.statistics.ExponentialDistribution: Constructs an exponential distribution.
ExponentialDistribution(double[]) - Constructor for class JSci.maths.statistics.ExponentialDistribution: Constructs an exponential distribution from a data set.
Expression - Class in JSci.maths.symbolic: The basic abstract class for doing analytical calculations.
Expression() - Constructor for class JSci.maths.symbolic.Expression
expressionP0() - Static method in class JSci.maths.symbolic.ExpressionParser
expressionP0l() - Static method in class JSci.maths.symbolic.ExpressionParser
expressionP1() - Static method in class JSci.maths.symbolic.ExpressionParser
expressionP1l() - Static method in class JSci.maths.symbolic.ExpressionParser
expressionP2() - Static method in class JSci.maths.symbolic.ExpressionParser
expressionP3() - Static method in class JSci.maths.symbolic.ExpressionParser
expressionP4() - Static method in class JSci.maths.symbolic.ExpressionParser
ExpressionParser - Class in JSci.maths.symbolic: This class has some static methods to create an Expression from a string or a text stream.
ExpressionParser(InputStream) - Constructor for class JSci.maths.symbolic.ExpressionParser
ExpressionParser(Reader) - Constructor for class JSci.maths.symbolic.ExpressionParser
ExpressionParser(ExpressionParserTokenManager) - Constructor for class JSci.maths.symbolic.ExpressionParser
ExpressionParser.JJCalls - Class in JSci.maths.symbolic
ExpressionParser.JJCalls() - Constructor for class JSci.maths.symbolic.ExpressionParser.JJCalls
ExpressionParserConstants - Interface in JSci.maths.symbolic
ExpressionParserTokenManager - Class in JSci.maths.symbolic
ExpressionParserTokenManager(SimpleCharStream) - Constructor for class JSci.maths.symbolic.ExpressionParserTokenManager
ExpressionParserTokenManager(SimpleCharStream, int) - Constructor for class JSci.maths.symbolic.ExpressionParserTokenManager
extract(int, int, double[]) - Static method in class JSci.maths.ArrayMath: Extracts a sub-array (will invert the resulting array if k0 > k1).
extract(int, int, int[]) - Static method in class JSci.maths.ArrayMath: Extracts a sub-array (will invert the resulting array if k0 > k1).
ExtraMath - Class in JSci.maths: The extra math library.

F

factorial(double) - Static method in class JSci.maths.ExtraMath: Returns the factorial.
falsePosition(Mapping, double, double, int, double) - Static method in class JSci.maths.NumericalMath: Finds a root using the false position method.
FARADAY - Static variable in interface JSci.physics.PhysicalConstants: Faraday constant.
FastCDF2_4 - Class in JSci.maths.wavelet.cdf2_4: Cohen-Daubechies-Feauveau with N=2 and Ntilde=4 adapted to the interval by Deslauriers-Dubuc-Lemire
FastCDF2_4() - Constructor for class JSci.maths.wavelet.cdf2_4.FastCDF2_4
FastDaubechies2 - Class in JSci.maths.wavelet.daubechies2: This is a very fast implementation of the Fast Wavelet Transform.
FastDaubechies2() - Constructor for class JSci.maths.wavelet.daubechies2.FastDaubechies2
FastHaar - Class in JSci.maths.wavelet.haar
FastHaar() - Constructor for class JSci.maths.wavelet.haar.FastHaar
FastSymmlet8 - Class in JSci.maths.wavelet.symmlet8: This is a very fast implementation of the Fast Wavelet Transform.
FastSymmlet8() - Constructor for class JSci.maths.wavelet.symmlet8.FastSymmlet8
FDistribution - Class in JSci.maths.statistics: The FDistribution class provides an object for encapsulating F-distributions.
FDistribution(double, double) - Constructor for class JSci.maths.statistics.FDistribution: Constructs an F-distribution.
Fdual - Variable in class JSci.maths.wavelet.BasisFunctionLibrary
fft() - Method in class JSci.maths.wavelet.Signal
fft(double[]) - Static method in class JSci.maths.wavelet.Signal: Performs the Fourier transform.
fft(Complex[]) - Static method in class JSci.maths.wavelet.Signal: Performs the Fourier transform.
fftInverse(Complex[]) - Static method in class JSci.maths.wavelet.Signal: Also noted iFFT in other packages.
Field - Interface in JSci.maths.fields: This interface defines a field.
Field.Member - Interface in JSci.maths.fields: This interface defines a member of a field.
FillBuff() - Static method in class JSci.maths.symbolic.SimpleCharStream
filter(Image) - Method in class JSci.instruments.ImageFilterAdapter: defines the operations acutally needed for filtering
filter(Image) - Method in class JSci.instruments.PTCroquette: processes a frame.
filter(Image) - Method in class JSci.instruments.PTTwoDBarycentre: find the bead
Filter - Interface in JSci.maths.wavelet: This interface is used to define wavelet filters.
filter(double[]) - Method in class JSci.maths.wavelet.Signal: Apply the given array as a convolution Filter and return a new Signal.
FilterType - Static variable in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
filtretype - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
filtretype - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
filtretype - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
filtretype - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
filtretype - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
filtretype - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
filtretype - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
filtretype - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
filtretype - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
filtretype - Static variable in class JSci.maths.wavelet.haar.MultiSplineHaar
filtretype - Static variable in class JSci.maths.wavelet.splines.LinearSpline
filtretype - Static variable in class JSci.maths.wavelet.splines.PiecewiseConstant
filtretype - Static variable in class JSci.maths.wavelet.splines.QuadraticSpline
filtretype - Static variable in class JSci.maths.wavelet.splines.SumOfDiracs
find(Image) - Method in class JSci.instruments.PTTemplateCross: Locates the template; draws the current bounds of the template on the image
find(Image) - Method in class JSci.instruments.PTTwoDBarycentreCross: ask the cross to find the bead.
findBoundingBox() - Method in class JSci.awt.Model3D: Find the bounding box of this model
findBoundingBox() - Method in class JSci.swing.Model3D: Find the bounding box of this model
findCenter() - Method in class JSci.instruments.pi.Mercury: move to the position between the two limit switches.
findInterlaced(Image) - Method in class JSci.instruments.PTTwoDBarycentreCross: ask the cross to find the bead.
findRoot(double, double, double, double) - Method in class JSci.maths.statistics.ProbabilityDistribution: This method approximates the value of X for which P(x<X)=prob.
findRoots(RealPolynomial) - Static method in class JSci.maths.polynomials.PolynomialMath: Calculates the roots of a given polynomial by solving the eigenvalue problem for the companion matrix.
findXY(Image) - Method in class JSci.instruments.PTCroquetteCross: Let the cross find the best center of the bead that is pointing
findZ(Image) - Method in class JSci.instruments.PTCroquetteCross: Find the best position of the bead along the vertical axis
FINE_STRUCTURE - Static variable in interface JSci.physics.PhysicalConstants: Fine structure constant (defined).
FiniteGroup - Class in JSci.maths.groups: Superclass for finite groups.
FiniteGroup(int) - Constructor for class JSci.maths.groups.FiniteGroup: Constructs a finite group.
FiniteSet - Class in JSci.maths: A set containing a finite number of elements.
FiniteSet(Set) - Constructor for class JSci.maths.FiniteSet: Constructs a finite set.
FinSet - Class in JSci.maths.categories: The FinSet class encapsulates the category FinSet.
FinSet() - Constructor for class JSci.maths.categories.FinSet: Constructs a FinSet category.
FinSet.Function - Class in JSci.maths.categories
FinSet.Function(MathSet, MathSet, Object[], Object[]) - Constructor for class JSci.maths.categories.FinSet.Function
FinSet.FunctionSet - Class in JSci.maths.categories
FinSet.FunctionSet(MathSet, MathSet) - Constructor for class JSci.maths.categories.FinSet.FunctionSet
fireGraphChanged(GraphDataEvent) - Method in class JSci.awt.AbstractGraphModel: Notifies all listeners of a given graph data event.
fireGraphDataChanged() - Method in class JSci.awt.AbstractGraphModel: Notifies all listeners that the graph data may have changed.
fireGraphSeriesUpdated(int) - Method in class JSci.awt.AbstractGraphModel: Notifies all listeners that a series may have changed.
fireStateChanged() - Method in class JSci.instruments.PositionControlAdapter: Run each ChangeListeners stateChanged() method.
fireStateChanged() - Method in class JSci.swing.JPointer: Run each ChangeListeners stateChanged() method.
first - Variable in class JSci.maths.symbolic.ExpressionParser.JJCalls
firstSeries() - Method in class JSci.awt.ArgandDiagramModel
firstSeries() - Method in interface JSci.awt.CategoryGraph2DModel: Selects the first data series.
firstSeries() - Method in class JSci.awt.DefaultCategoryGraph2DModel
firstSeries() - Method in class JSci.awt.DefaultGraph2DModel
firstSeries() - Method in class JSci.awt.DefaultGraph3DModel
firstSeries() - Method in interface JSci.awt.Graph2DModel: Selects the first data series.
firstSeries() - Method in interface JSci.awt.Graph3DModel: Selects the first data series.
firstSeries() - Method in class JSci.awt.Point2DListModel
floatValue() - Method in class JSci.maths.MathDouble
floatValue() - Method in class JSci.maths.MathInteger
FLUX_QUANTUM - Static variable in interface JSci.physics.PhysicalConstants: Magnetic flux quantum (defined).
FOCUS_FAST - Static variable in class JSci.astro.telescope.LX200: Focus rates.
FOCUS_IN - Static variable in class JSci.astro.telescope.LX200: Focus directions.
FOCUS_OUT - Static variable in class JSci.astro.telescope.LX200
FOCUS_SLOW - Static variable in class JSci.astro.telescope.LX200
Force - Class in JSci.physics: A superclass for forces.
Force() - Constructor for class JSci.physics.Force: Constructs a force.
Force2D - Class in JSci.physics: The Force2D class provides an object for encapsulating forces in 2D.
Force2D() - Constructor for class JSci.physics.Force2D
Force3D - Class in JSci.physics: The Force3D class provides an object for encapsulating forces in 3D.
Force3D() - Constructor for class JSci.physics.Force3D
forcedMatch(int) - Method in class JSci.maths.wavelet.MatchingPursuit: Force the system to select the given element as the best match.
format(double, StringBuffer, FieldPosition) - Method in class JSci.text.TimeFormat
format(long, StringBuffer, FieldPosition) - Method in class JSci.text.TimeFormat
FourierMath - Class in JSci.maths: The Fourier math library.
Fprimary - Variable in class JSci.maths.wavelet.BasisFunctionLibrary
frobeniusNorm() - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the Frobenius or Hilbert-Schmidt (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the Frobenius or Hilbert-Schmidt (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the Frobenius or Hilbert-Schmidt (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the Frobenius (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.ComplexMatrix: Returns the Frobenius or Hilbert-Schmidt (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the Frobenius or Hilbert-Schmidt (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the Frobenius (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the Frobenius (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.DoubleMatrix: Returns the Frobenius or Hilbert-Schmidt (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the Frobenius (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the Frobenius (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the Frobenius or Hilbert-Schmidt (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the Frobenius (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the Frobenius (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.IntegerMatrix: Returns the Frobenius or Hilbert-Schmidt (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the Frobenius or Hilbert-Schmidt (l²) norm.
frobeniusNorm() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the Frobenius (l²) norm.
from - Variable in class JSci.maths.categories.Simplicial.IncreasingMap
fromImg(byte) - Method in class JSci.instruments.PTCroquetteCross
Function - Class in JSci.maths.symbolic: A function like sin(x), exp(x) or sqrt(x).
Function(String, Expression) - Constructor for class JSci.maths.symbolic.Function
Functor - Interface in JSci.maths.categories: This interface defines a functor.
FWT - Class in JSci.maths.wavelet: Abstract class for using very fast, in-place, implementations of the Fast Wavelet Transform.
FWT() - Constructor for class JSci.maths.wavelet.FWT
fwt(int) - Method in class JSci.maths.wavelet.Signal: Fast Wavelet Transform
FWTCoef - Class in JSci.maths.wavelet: This class is used to encapsulate wavelet coefficients.
FWTCoef() - Constructor for class JSci.maths.wavelet.FWTCoef
FWTCoef(double[][]) - Constructor for class JSci.maths.wavelet.FWTCoef
FWTCoefMath - Class in JSci.maths.wavelet: This class allows to do some operations on wavelet coefficients
fwtPacket(int, MappingND) - Method in class JSci.maths.wavelet.Signal: The Fast Wavelet Transform with Wavelet packets
FWTPacketCoef - Class in JSci.maths.wavelet: This class is used to encapsulate wavelet packets coefficients.
FWTPacketCoef() - Constructor for class JSci.maths.wavelet.FWTPacketCoef
FWTPacketCoef(double[][], boolean[]) - Constructor for class JSci.maths.wavelet.FWTPacketCoef
Fx - Variable in class JSci.physics.ConstantForce2D
Fx - Variable in class JSci.physics.ConstantForce3D
Fy - Variable in class JSci.physics.ConstantForce2D
Fy - Variable in class JSci.physics.ConstantForce3D
Fz - Variable in class JSci.physics.ConstantForce3D

G

GAMMA - Static variable in class JSci.maths.fields.RealField
GAMMA - Static variable in interface JSci.maths.NumericalConstants: Euler's gamma constant.
gamma(double) - Static method in class JSci.maths.SpecialMath: Gamma function.
GAMMA_X_MAX_VALUE - Static variable in class JSci.maths.SpecialMath: The largest argument for which gamma(x) is representable in the machine.
GammaDistribution - Class in JSci.maths.statistics: The GammaDistribution class provides an object for encapsulating gamma distributions.
GammaDistribution(double) - Constructor for class JSci.maths.statistics.GammaDistribution: Constructs a gamma distribution.
GammaMatrix - Class in JSci.physics.quantum: The GammaMatrix class provides an object for encapsulating the gamma matrices.
GaugeBoson - Class in JSci.physics.particles: A class representing gauge bosons.
GaugeBoson() - Constructor for class JSci.physics.particles.GaugeBoson: Constructs a gauge boson.
gaussian4(int, Mapping, double, double) - Static method in class JSci.maths.NumericalMath: Numerical integration using the Gaussian integration formula (4 points).
gaussian8(int, Mapping, double, double) - Static method in class JSci.maths.NumericalMath: Numerical integration using the Gaussian integration formula (8 points).
gen - Variable in class JSci.maths.symbolic.ExpressionParser.JJCalls
generateParseException() - Static method in class JSci.maths.symbolic.ExpressionParser
GeometricDistribution - Class in JSci.maths.statistics: The GeometricDistribution class provides an object for encapsulating geometric distributions.
GeometricDistribution(double) - Constructor for class JSci.maths.statistics.GeometricDistribution: Constructs a geometric distribution.
get(int, int) - Static method in class JSci.maths.matrices.DoubleMatrixAlgebra
get(int, int) - Static method in class JSci.maths.matrices.IntegerMatrixAlgebra
getAbbreviation() - Method in class JSci.biology.AminoAcid: Returns the abbreviation.
getAccent() - Method in class JSci.mathml.MathMLUnderOverElementImpl
getAccentunder() - Method in class JSci.mathml.MathMLUnderOverElementImpl
getActiontype() - Method in class JSci.mathml.MathMLActionElementImpl
getActivityStatus() - Method in class JSci.instruments.pi.Mercury: get the status of activity.
getActualPosition() - Method in class JSci.instruments.DummyPositionControl
getActualPosition() - Method in class JSci.instruments.pi.Mercury: get the actual position while the axis is moving.
getActualPosition() - Method in class JSci.instruments.pi.PiezoServo
getActualPosition() - Method in interface JSci.instruments.PositionControl: get the actual position of the device.
getActualPosition() - Method in class JSci.instruments.PositionControlAdapter: get the actual position of the device.
getActualVelocity() - Method in class JSci.instruments.pi.Mercury: get the actual velocity while moving.
getAlt() - Method in class JSci.astro.telescope.LX200: Returns the current alt.
getAlt() - Method in class JSci.mathml.MathMLGlyphElementImpl
getAminoAcid(String) - Static method in class JSci.biology.AminoAcids: Returns an amino acid.
getAngle() - Method in class JSci.physics.RigidBody2D: Returns the angle (orientation) of this body.
getAngularMomentum() - Method in class JSci.physics.RigidBody2D
getAngularVelocity() - Method in class JSci.physics.RigidBody2D: Returns the angular velocity.
getArgument(int) - Method in class JSci.io.MathMLExpression: Returns an argument from this expression.
getArgument(int) - Method in class JSci.mathml.MathMLContentContainerImpl
getArgument(int) - Method in class JSci.mathml.MathMLContentTokenImpl
getArgument(int) - Method in class JSci.mathml.MathMLMathElementImpl
getArgument(int) - Method in class JSci.mathml.MathMLPresentationContainerImpl
getArguments() - Method in class JSci.mathml.MathMLContentContainerImpl
getArguments() - Method in class JSci.mathml.MathMLContentTokenImpl
getArguments() - Method in class JSci.mathml.MathMLMathElementImpl
getArguments() - Method in class JSci.mathml.MathMLPresentationContainerImpl
getArity() - Method in class JSci.mathml.MathMLBinaryOpImpl
getArity() - Method in class JSci.mathml.MathMLBinaryRelImpl
getArity() - Method in class JSci.mathml.MathMLFunctionImpl
getArity() - Method in class JSci.mathml.MathMLNaryOpImpl
getArity() - Method in class JSci.mathml.MathMLNaryRelImpl
getArity() - Method in class JSci.mathml.MathMLPredefinedSymbolImpl
getArity() - Method in class JSci.mathml.MathMLUnaryOpImpl
getAtomicNumber() - Method in class JSci.chemistry.Element: Returns the atomic number.
getAtomicRadius() - Method in class JSci.chemistry.Element: Returns the atomic radius.
getAtoms() - Method in class JSci.chemistry.Molecule: Returns the atoms in this molecule.
getAz() - Method in class JSci.astro.telescope.LX200: Returns the current az.
getAzAlt() - Method in class JSci.astro.telescope.NexStar: Returns the current az and alt.
getBase() - Method in class JSci.mathml.MathMLCnElementImpl
getBase() - Method in class JSci.mathml.MathMLScriptElementImpl
getBase() - Method in class JSci.mathml.MathMLUnderOverElementImpl
getBase() - Method in class JSci.maths.symbolic.Power
getBasisVector(int) - Method in class JSci.maths.polynomials.ComplexLagrangeBasis
getBasisVector(int) - Method in interface JSci.maths.polynomials.PolynomialBasis: Get the kth basis vector
getBasisVector(int) - Method in class JSci.maths.polynomials.RealLagrangeBasis: The basis vector as described above
getBasisVector(int) - Method in class JSci.maths.polynomials.RealMonomialBasis
getBeginColumn() - Static method in class JSci.maths.symbolic.SimpleCharStream
getBeginLine() - Static method in class JSci.maths.symbolic.SimpleCharStream
getBody() - Method in class JSci.mathml.MathMLAnnotationElementImpl
getBody() - Method in class JSci.maths.Supernumber: Returns the body (rank 0) of this supernumber.
getBoilingPoint() - Method in class JSci.chemistry.Element: Returns the boiling point (K).
getBounds() - Method in class JSci.instruments.PTCroquetteCross: get the bounds of the cross.
getBoundVariable(int) - Method in class JSci.mathml.MathMLContentContainerImpl
getBrake() - Method in class JSci.instruments.pi.Mercury: check if the brake is on or off.
getCASRegistryNumber() - Method in class JSci.biology.AminoAcid: Returns the CAS registry number.
getCategory(int) - Method in interface JSci.awt.CategoryGraph2DModel: Returns the ith category.
getCategory(int) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
getCategory(int) - Method in class JSci.awt.DefaultCategoryGraph2DModel
getChangeListeners() - Method in interface JSci.instruments.PositionControl: Returns an array of all the ChangeListeners added to this PositionControl with addChangeListener().
getChangeListeners() - Method in class JSci.instruments.PositionControlAdapter: Returns an array of all the ChangeListeners added to this model with addChangeListener().
getChangeListeners() - Method in class JSci.swing.JPointer: Returns an array of all the ChangeListeners added to this JPointer with addChangeListener().
getClassName() - Method in class JSci.mathml.MathMLElementImpl
getClose() - Method in class JSci.mathml.MathMLFencedElementImpl
getCoefficient(int) - Method in class JSci.maths.polynomials.ComplexPolynomial
getCoefficient(int) - Method in interface JSci.maths.polynomials.Polynomial: Get the coefficient of degree k, i.e.
getCoefficient(int) - Method in class JSci.maths.polynomials.RealPolynomial: Get the coefficient of degree k, i.e.
getCoefficientAsComplex(int) - Method in class JSci.maths.polynomials.ComplexPolynomial
getCoefficientAsDouble(int) - Method in class JSci.maths.polynomials.RealPolynomial: Get the coefficient of degree k, i.e.
getCoefficients() - Method in class JSci.maths.polynomials.ComplexPolynomial
getCoefficients() - Method in interface JSci.maths.polynomials.Polynomial: Get the coefficients as an array
getCoefficients() - Method in class JSci.maths.polynomials.RealPolynomial: Get the coefficients as an array
getCoefficientsAsComplexes() - Method in class JSci.maths.polynomials.ComplexPolynomial: Return the coefficients as an array of complex numbers.
getCoefficientsAsDoubles() - Method in class JSci.maths.polynomials.RealPolynomial: Get the coefficients as an array of doubles
getCoefs() - Method in class JSci.maths.wavelet.FWTCoef
getCoefs() - Method in class JSci.maths.wavelet.FWTPacketCoef
getCoefs() - Method in class JSci.maths.wavelet.MatchingPursuit: Recover the matching coefficients.
getColor(int) - Method in class JSci.awt.BarGraph: Gets the bar color of the nth series.
getColor(float) - Method in interface JSci.awt.ColorScheme: By convention, this should return a color for f between 0 and 1.
getColor(int) - Method in class JSci.awt.Graph2D: Gets the color of the nth y-series.
getColor(int) - Method in class JSci.awt.Histogram: Gets the color of the nth y-series.
getColor(int) - Method in class JSci.awt.PieChart: Gets the slice color of the nth slice.
getColor() - Method in class JSci.instruments.PTCroquetteCross: get the color of the cross.
getColor(int) - Method in class JSci.swing.JBarGraph: Gets the bar color of the nth series.
getColor(float) - Method in class JSci.swing.JContourPlot
getColor(int) - Method in class JSci.swing.JGraph2D: Gets the color of the nth y-series.
getColor(int) - Method in class JSci.swing.JHistogram: Gets the color of the nth y-series.
getColor(int) - Method in class JSci.swing.JPieChart: Gets the slice color of the nth slice.
getColorModel() - Method in class JSci.instruments.Image
getColumn() - Static method in class JSci.maths.symbolic.SimpleCharStream: Deprecated.
getColumnClass(int) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
getColumnClass(int) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
getColumnClass(int) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
getColumnCount() - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
getColumnCount() - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
getColumnCount() - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
getColumnName(int) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
getColumnName(int) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
getColumnName(int) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
getComponent(int) - Method in class JSci.mathml.MathMLVectorElementImpl
getComponent(int) - Method in class JSci.maths.vectors.AbstractComplexVector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.AbstractIntegerVector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.Complex2Vector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.Complex3Vector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.ComplexVector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.Double2Vector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.Double3Vector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.DoubleVector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.Integer2Vector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.Integer3Vector: Returns a component of this vector.
getComponent(int) - Method in class JSci.maths.vectors.IntegerVector: Returns a component of this vector.
getComponent(int) - Method in class JSci.physics.relativity.Rank1Tensor: Returns a component of this tensor.
getComponent(int, int) - Method in class JSci.physics.relativity.Rank2Tensor: Returns a component of this tensor.
getComponent(int, int, int) - Method in class JSci.physics.relativity.Rank3Tensor: Returns a component of this tensor.
getComponent(int, int, int, int) - Method in class JSci.physics.relativity.Rank4Tensor: Returns a component of this tensor.
getCondition() - Method in class JSci.mathml.MathMLConditionElementImpl
getCondition() - Method in class JSci.mathml.MathMLContentContainerImpl
getConstant() - Method in class JSci.maths.chaos.MandelbrotMap: Returns the constant.
getContents() - Method in class JSci.mathml.MathMLPresentationTokenImpl
getControlComponent() - Method in interface JSci.instruments.Control
getControlComponent() - Method in class JSci.instruments.DummyPositionControl
getControlComponent() - Method in class JSci.instruments.ImageFilterAdapter
getControlComponent() - Method in class JSci.instruments.Marlin
getControlComponent() - Method in class JSci.instruments.pi.Mercury: The motor can be controlled by a visual component, with buttons, sliders and so on.
getControlComponent() - Method in class JSci.instruments.Player
getControlComponent() - Method in interface JSci.instruments.PositionControl: get a Component through which we can control the position
getControlComponent() - Method in class JSci.instruments.PositionControlAdapter: get a Component through which we can control the position
getControlComponent() - Method in class JSci.instruments.PTCroquetteCross: get a Component that describes the Z position of the cross.
getControlComponent() - Method in class JSci.instruments.PTTemplate: defines the Component that controls this filter
getControlComponent() - Method in class JSci.instruments.PTTemplate.SimulatedBarycentreSource
getControlComponent() - Method in class JSci.instruments.PTTwoDBarycentre.SimulatedBarycentreSource
getControlComponent() - Method in class JSci.instruments.Simulated
getControlComponent() - Method in class JSci.instruments.TestImageSource
getControlComponent() - Method in class JSci.instruments.TwoROI
getCount() - Method in class JSci.maths.statistics.SampleStatistics
getCovalentRadius() - Method in class JSci.chemistry.Element: Returns the covalent radius.
getCurrent() - Static method in class JSci.Version: Gets the current version.
getData() - Method in class JSci.instruments.Image
getData() - Method in class JSci.maths.KarhunenLoeve: Careful: doesn't generate a copy.
getData() - Method in class JSci.maths.wavelet.BasisFunctionLibrary: get a copy of the data object (no direct access)
getDec() - Method in class JSci.astro.telescope.LX200: Returns the current dec.
getDec() - Method in class JSci.astro.telescope.LX200DebugServer
getDec() - Method in interface JSci.astro.telescope.LX200Remote
getDec() - Method in class JSci.astro.telescope.LX200Server
getDeclaration(int) - Method in class JSci.mathml.MathMLContentContainerImpl
getDeclaration(int) - Method in class JSci.mathml.MathMLMathElementImpl
getDeclaration(int) - Method in class JSci.mathml.MathMLPresentationContainerImpl
getDeclarations() - Method in class JSci.mathml.MathMLContentContainerImpl
getDeclarations() - Method in class JSci.mathml.MathMLMathElementImpl
getDeclarations() - Method in class JSci.mathml.MathMLPresentationContainerImpl
getDefinitionURL() - Method in class JSci.mathml.MathMLContentTokenImpl
getDefinitionURL() - Method in class JSci.mathml.MathMLFnElementImpl
getDefinitionURL() - Method in class JSci.mathml.MathMLPredefinedSymbolImpl
getDegreesOfFreedom() - Method in class JSci.maths.statistics.ChiSqrDistribution: Returns the degrees of freedom.
getDegreesOfFreedom() - Method in class JSci.maths.statistics.TDistribution: Returns the degrees of freedom.
getDegreesOfFreedomP() - Method in class JSci.maths.statistics.BetaDistribution: Returns the degrees of freedom p.
getDegreesOfFreedomP() - Method in class JSci.maths.statistics.FDistribution: Returns the degrees of freedom p.
getDegreesOfFreedomQ() - Method in class JSci.maths.statistics.BetaDistribution: Returns the degrees of freedom q.
getDegreesOfFreedomQ() - Method in class JSci.maths.statistics.FDistribution: Returns the degrees of freedom q.
getDenominator() - Method in class JSci.mathml.MathMLFractionElementImpl
getDensity() - Method in class JSci.chemistry.Element: Returns the density (293K).
getDepth() - Method in class JSci.mathml.MathMLPaddedElementImpl
getDepth() - Method in class JSci.mathml.MathMLSpaceElementImpl
getDisplay() - Method in class JSci.mathml.MathMLMathElementImpl
getDoctype() - Method in class JSci.mathml.MathMLDocumentImpl
getDocumentElement() - Method in class JSci.mathml.MathMLDocumentImpl
getDomain() - Method in class JSci.mathml.MathMLDocumentImpl
getDomainOfApplication() - Method in class JSci.mathml.MathMLContentContainerImpl
getDOMImplementation() - Static method in class JSci.mathml.MathMLDOMImplementationImpl: NON-DOM: Obtain and return a single shared object
getDual(int) - Method in class JSci.maths.wavelet.BasisFunctionLibrary
getEdge() - Method in class JSci.mathml.MathMLAlignMarkElementImpl
getEigenvectorArrays() - Method in class JSci.maths.KarhunenLoeve: Returns the eigenvectors ordered by the norm of the eigenvalues (from max to min).
getEigenvectors() - Method in class JSci.maths.KarhunenLoeve: Returns the eigenvectors ordered by the norm of the eigenvalues (from max to min).
getElectricalConductivity() - Method in class JSci.chemistry.Element: Returns the electrical conductivity.
getElectronegativity() - Method in class JSci.chemistry.Element: Returns the electronegativity.
getElement(String) - Static method in class JSci.chemistry.PeriodicTable: Returns an element.
getElement(AbstractDoubleVector) - Method in class JSci.maths.algebras.LieAlgebra: Returns an element as a matrix (vector*basis).
getElement(AbstractDoubleVector) - Method in class JSci.maths.algebras.so3_1Dim4: Returns an element as a matrix (vector*basis).
getElement(AbstractDoubleVector) - Method in class JSci.maths.algebras.sp2_RDim2: Returns an element as a matrix (vector*basis).
getElement(AbstractDoubleVector) - Method in class JSci.maths.algebras.sp2_RDim3: Returns an element as a matrix (vector*basis).
getElement(AbstractDoubleVector) - Method in class JSci.maths.algebras.su2Dim2: Returns an element as a matrix (vector*basis).
getElement(AbstractDoubleVector) - Method in class JSci.maths.algebras.su2Dim3: Returns an element as a matrix (vector*basis).
getElement(AbstractDoubleVector) - Method in class JSci.maths.algebras.su3Dim3: Returns an element as a matrix (vector*basis).
getElement(Object[], Object[]) - Method in class JSci.maths.categories.FinSet.FunctionSet: Returns an element of this hom-set.
getElement(int) - Method in class JSci.maths.groups.CyclicGroup: Returns an element from the group.
getElement(AbstractDoubleVector) - Method in class JSci.maths.groups.LieGroup: Returns an element near the identity.
getElement(double) - Method in class JSci.maths.groups.U1: Returns an element from within the group.
getElement(int, int) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.ComplexMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.DoubleFileSquareMatrix
getElement(int, int) - Method in class JSci.maths.matrices.DoubleMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.IntegerMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns an element of the matrix.
getElement(int, int) - Method in class JSci.maths.matrices.RingMatrix: Returns an element of the matrix.
getElements() - Method in class JSci.maths.FiniteSet: Returns the elements of this set.
getElements() - Method in class JSci.maths.groups.CyclicGroup: Returns the elements of this group.
getElements() - Method in class JSci.maths.groups.DihedralGroup: Returns the elements of this group.
getElements() - Method in class JSci.maths.groups.FiniteGroup: Returns the elements of this group.
getElements() - Method in class JSci.maths.groups.QuaternionGroup: Returns the elements of this group.
getEncoding() - Method in class JSci.mathml.MathMLAnnotationElementImpl
getEncoding() - Method in class JSci.mathml.MathMLContentTokenImpl
getEncoding() - Method in class JSci.mathml.MathMLFnElementImpl
getEncoding() - Method in class JSci.mathml.MathMLPredefinedSymbolImpl
getEncoding() - Method in class JSci.mathml.MathMLXMLAnnotationElementImpl
getEndColumn() - Static method in class JSci.maths.symbolic.SimpleCharStream
getEndLine() - Static method in class JSci.maths.symbolic.SimpleCharStream
getEntry(int) - Method in class JSci.mathml.MathMLMatrixrowElementImpl
getEventStatus() - Method in class JSci.instruments.pi.Mercury: get the status of event.
getExponent() - Method in class JSci.maths.symbolic.Power
getExtrema() - Method in class JSci.awt.Graph2D: Returns the bounding box for the axis extrema.
getExtrema() - Method in class JSci.awt.Histogram: Returns the bounding box for the axis extrema.
getExtrema() - Method in class JSci.swing.JGraph2D: Returns the bounding box for the axis extrema.
getExtrema() - Method in class JSci.swing.JHistogram: Returns the bounding box for the axis extrema.
getFilterControlComponent() - Method in class JSci.instruments.ImageFilterAdapter: defines the Component that controls this filter
getFilterControlComponent() - Method in class JSci.instruments.PTCroquette
getFilterControlComponent() - Method in class JSci.instruments.PTTwoDBarycentre: defines the Component that controls this filter
getFilterType() - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.cdf2_4.DualScaling2_4: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.cdf2_4.DualWavelet2_4: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.cdf3_5.DualScaling3_5: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.cdf3_5.DualWavelet3_5: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.Cosine: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies2.Daubechies2: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies2.Scaling2: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies2.Wavelet2: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies3.Daubechies3: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies3.Scaling3: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies3.Wavelet3: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies4.Daubechies4: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies4.Scaling4: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies4.Wavelet4: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies5.Daubechies5: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies5.Scaling5: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies5.Wavelet5: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies6.Daubechies6: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies6.Scaling6: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies6.Wavelet6: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies7.Daubechies7: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies7.Scaling7: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies7.Wavelet7: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies8.Daubechies8: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies8.Scaling8: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.daubechies8.Wavelet8: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.DiscreteFunction: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.haar.MultiSplineHaar: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.Multiresolution: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.MultiscaleFunction: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.Sine: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.splines.LinearSpline: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.splines.QuadraticSpline: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFilterType() - Method in class JSci.maths.wavelet.splines.Spline
getFilterType() - Method in class JSci.maths.wavelet.splines.SumOfDiracs: This method is used to compute how the number of scaling functions changes from on scale to the other.
getFontfamily() - Method in class JSci.mathml.MathMLGlyphElementImpl
getFrequency() - Method in class JSci.maths.wavelet.Cosine
getFrequency() - Method in class JSci.maths.wavelet.Sine
getGroupalign() - Method in class JSci.mathml.MathMLAlignGroupElementImpl
getHeight() - Method in interface JSci.instruments.Dimensions
getHeight() - Method in class JSci.instruments.Image
getHeight() - Method in class JSci.instruments.ImageFilterAdapter
getHeight() - Method in class JSci.instruments.Marlin
getHeight() - Method in class JSci.instruments.PTTemplate
getHeight() - Method in class JSci.instruments.PTTemplate.SimulatedBarycentreSource
getHeight() - Method in class JSci.instruments.PTTwoDBarycentre.SimulatedBarycentreSource
getHeight() - Method in class JSci.instruments.Simulated
getHeight() - Method in class JSci.instruments.TestImageSource
getHeight() - Method in class JSci.mathml.MathMLPaddedElementImpl
getHeight() - Method in class JSci.mathml.MathMLSpaceElementImpl
getHref() - Method in class JSci.mathml.MathMLElementImpl
getId() - Method in class JSci.mathml.MathMLElementImpl
getImagComponent(int) - Method in class JSci.maths.vectors.AbstractComplexVector
getImagComponent(int) - Method in class JSci.maths.vectors.Complex2Vector
getImagComponent(int) - Method in class JSci.maths.vectors.Complex3Vector
getImagComponent(int) - Method in class JSci.maths.vectors.ComplexVector
GetImage() - Static method in class JSci.maths.symbolic.SimpleCharStream
getImagElement(int, int) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the imag part of an element of the matrix.
getImagElement(int, int) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix
getImagElement(int, int) - Method in class JSci.maths.matrices.ComplexMatrix
getImagElement(int, int) - Method in class JSci.maths.matrices.ComplexSquareMatrix
getImagElement(int, int) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix
getIndex() - Method in class JSci.mathml.MathMLGlyphElementImpl
getIndex() - Method in class JSci.mathml.MathMLRadicalElementImpl
getInstance() - Static method in class JSci.maths.algebras.so3_1Dim4: Singleton.
getInstance() - Static method in class JSci.maths.algebras.sp2_RDim2: Singleton.
getInstance() - Static method in class JSci.maths.algebras.sp2_RDim3: Singleton.
getInstance() - Static method in class JSci.maths.algebras.su2Dim2: Singleton.
getInstance() - Static method in class JSci.maths.algebras.su2Dim3: Singleton.
getInstance() - Static method in class JSci.maths.algebras.su3Dim3: Singleton.
getInstance() - Static method in class JSci.maths.fields.ComplexField: Constructs a field of complex numbers.
getInstance() - Static method in class JSci.maths.fields.IntegerRing: Constructs a ring of integer numbers.
getInstance() - Static method in class JSci.maths.fields.RealField: Constructs a field of real numbers.
getInstance() - Static method in class JSci.maths.groups.QuaternionGroup: Constructs the quaternion group.
getInstance() - Static method in class JSci.maths.groups.U1: Constructs a U(1) group.
getInstance() - Static method in class JSci.maths.polynomials.ComplexPolynomialRing: Singleton.
getInstance() - Static method in class JSci.maths.polynomials.RealPolynomialRing: Singleton.
getIntervalParameter() - Method in class JSci.maths.statistics.PoissonDistribution: Returns the interval parameter.
getInvalidComponentMsg(int) - Static method in class JSci.maths.vectors.MathVector: Returns an "invalid component" error message.
getInvalidElementMsg(int, int) - Static method in class JSci.maths.matrices.Matrix: Returns an "invalid element" error message.
getIsExplicit() - Method in class JSci.mathml.MathMLListElementImpl
getIsExplicit() - Method in class JSci.mathml.MathMLSetElementImpl
getIsoelectricPoint() - Method in class JSci.biology.AminoAcid: Returns the isoelectric point.
getJ() - Method in class JSci.maths.wavelet.FWTCoef
getJ(FWTCoef[]) - Static method in class JSci.maths.wavelet.FWTCoefMath
getJ() - Method in class JSci.maths.wavelet.FWTPacketCoef
getL() - Method in class JSci.maths.matrices.ComplexLUCache
getL() - Method in class JSci.maths.matrices.DoubleLUCache
getLatest() - Static method in class JSci.Version: Retrieves the latest version from the home URL.
getLayoutAlignmentX(Container) - Method in class JSci.awt.GraphLayout
getLayoutAlignmentX(Container) - Method in class JSci.swing.JGraphLayout
getLayoutAlignmentY(Container) - Method in class JSci.awt.GraphLayout
getLayoutAlignmentY(Container) - Method in class JSci.swing.JGraphLayout
getLine() - Static method in class JSci.maths.symbolic.SimpleCharStream: Deprecated.
getLinethickness() - Method in class JSci.mathml.MathMLFractionElementImpl
getListeners(Class) - Method in interface JSci.instruments.PositionControl: Return an array of all the listeners of the given type that were added to this PositionControl.
getListeners(Class) - Method in class JSci.instruments.PositionControlAdapter: Return an array of all the listeners of the given type that were added to this model.
getListeners(Class) - Method in class JSci.swing.JPointer: Return an array of all the listeners of the given type that were added to this model.
getLocalTime() - Method in class JSci.astro.telescope.LX200: Returns the local time.
getLocation() - Method in class JSci.instruments.PTCroquetteCross: get the position of the bead
getLocationParameter() - Method in class JSci.maths.statistics.CauchyDistribution: Returns the location parameter.
getLowLimit() - Method in class JSci.mathml.MathMLApplyElementImpl
getLquote() - Method in class JSci.mathml.MathMLStringLitElementImpl
getLspace() - Method in class JSci.mathml.MathMLPaddedElementImpl
getMacros() - Method in class JSci.mathml.MathMLMathElementImpl
getMajorStep() - Method in class JSci.instruments.DummyPositionControl
getMajorStep() - Method in class JSci.instruments.pi.Mercury: get the major step suggested for changing the position
getMass() - Method in class JSci.physics.AbstractClassicalParticle
getMass() - Method in class JSci.physics.ClassicalParticle: Returns the mass of this particle.
getMass() - Method in class JSci.physics.ClassicalParticle2D: Returns the mass of this particle.
getMass() - Method in class JSci.physics.ClassicalParticle3D
getMassNumber() - Method in class JSci.chemistry.Element: Returns the mass number.
getMathbackground() - Method in class JSci.mathml.MathMLPresentationTokenImpl
getMathcolor() - Method in class JSci.mathml.MathMLPresentationTokenImpl
getMathElementStyle() - Method in class JSci.mathml.MathMLElementImpl
getMathfamily() - Method in class JSci.mathml.MathMLPresentationTokenImpl
getMathsize() - Method in class JSci.mathml.MathMLPresentationTokenImpl
getMathvariant() - Method in class JSci.mathml.MathMLPresentationTokenImpl
getMaximum() - Method in class JSci.instruments.DummyPositionControl
getMaximum() - Method in class JSci.instruments.pi.Mercury: get the maximum value of position
getMaximum() - Method in interface JSci.instruments.PositionControl: get the maximum position
getMaximum() - Method in class JSci.instruments.PositionControlAdapter: get the maximum position
getMaximum() - Method in class JSci.maths.statistics.SampleStatistics
getMaxVelocity() - Method in class JSci.instruments.pi.Mercury: get the maximum value of velocity
getMean() - Method in class JSci.maths.statistics.BinomialDistribution: Returns the mean.
getMean() - Method in class JSci.maths.statistics.ExponentialDistribution: Returns the mean.
getMean() - Method in class JSci.maths.statistics.GammaDistribution: Returns the mean.
getMean() - Method in class JSci.maths.statistics.GeometricDistribution: Returns the mean.
getMean() - Method in class JSci.maths.statistics.NormalDistribution: Returns the mean.
getMean() - Method in class JSci.maths.statistics.ParetoDistribution: Returns the mean.
getMean() - Method in class JSci.maths.statistics.PoissonDistribution: Returns the mean.
getMean() - Method in class JSci.maths.statistics.SampleStatistics
getMean() - Method in class JSci.maths.statistics.WeibullDistribution: Returns the mean.
getMeltingPoint() - Method in class JSci.chemistry.Element: Returns the melting point (K).
getMessage() - Method in exception JSci.maths.symbolic.ParseException: This method has the standard behavior when this object has been created using the standard constructors.
getMessage() - Method in error JSci.maths.symbolic.TokenMgrError: You can also modify the body of this method to customize your error messages.
getMinimum() - Method in class JSci.instruments.DummyPositionControl
getMinimum() - Method in class JSci.instruments.pi.Mercury: get the minimum value of position
getMinimum() - Method in interface JSci.instruments.PositionControl: get the minimum position
getMinimum() - Method in class JSci.instruments.PositionControlAdapter: get the minimum position
getMinimum() - Method in class JSci.maths.statistics.SampleStatistics
getMinimumSize() - Method in class JSci.awt.CategoryGraph2D: Returns the minimum size of this component.
getMinimumSize() - Method in class JSci.awt.ContourPlot: Returns the minimum size of this component.
getMinimumSize() - Method in class JSci.awt.Graph2D: Returns the minimum size of this component.
getMinimumSize() - Method in class JSci.awt.Histogram: Returns the minimum size of this component.
getMinimumSize() - Method in class JSci.awt.LineGraph3D: Returns the minimum size of this component.
getMinimumSize() - Method in class JSci.awt.LineTrace: Returns the minimum size of this component.
getMinimumSize() - Method in class JSci.swing.JCategoryGraph2D: Returns the minimum size of this component.
getMinimumSize() - Method in class JSci.swing.JContourPlot: Returns the minimum size of this component.
getMinimumSize() - Method in class JSci.swing.JGraph2D: Returns the minimum size of this component.
getMinimumSize() - Method in class JSci.swing.JHistogram: Returns the minimum size of this component.
getMinimumSize() - Method in class JSci.swing.JLineGraph3D: Returns the minimum size of this component.
getMinimumSize() - Method in class JSci.swing.JLineTrace: Returns the minimum size of this component.
getMinorStep() - Method in class JSci.instruments.DummyPositionControl
getMinorStep() - Method in class JSci.instruments.pi.Mercury: get the minor step suggested for changing the position
getModel() - Method in class JSci.awt.CategoryGraph2D: Returns the model used by this graph.
getModel() - Method in class JSci.awt.Graph2D: Returns the model used by this graph.
getModel() - Method in class JSci.awt.Histogram: Returns the model used by this graph.
getModel() - Method in class JSci.awt.LineTrace: Gets the data sampled by this line trace.
getModel() - Method in class JSci.swing.JCategoryGraph2D: Returns the model used by this graph.
getModel() - Method in class JSci.swing.JGraph2D: Returns the model used by this graph.
getModel() - Method in class JSci.swing.JHistogram: Returns the model used by this graph.
getModel() - Method in class JSci.swing.JLineTrace: Gets the data sampled by this line trace.
getMolecularFormula() - Method in class JSci.biology.AminoAcid: Returns the molecular formula.
getMolecularWeight() - Method in class JSci.biology.AminoAcid: Returns the molecular weight.
getMomentAbout() - Method in class JSci.mathml.MathMLContentContainerImpl
getMomentOfInertia() - Method in class JSci.physics.RigidBody2D: Returns the moment of inertia.
getMomentOfInertia() - Method in class JSci.physics.RigidBody3D: Returns the moment of inertia.
getMomentum() - Method in class JSci.physics.AbstractClassicalParticle
getMomentum() - Method in class JSci.physics.ClassicalParticle
getMomentum() - Method in class JSci.physics.ClassicalParticle2D
getMomentum() - Method in class JSci.physics.ClassicalParticle3D
getMorseThreshold() - Method in class JSci.maths.wavelet.BasisFunctionLibrary
getMotorOn() - Method in class JSci.instruments.pi.Mercury: check if the motor is on or off.
getMuParameter() - Method in class JSci.maths.statistics.LognormalDistribution: Returns the mu parameter.
getN() - Method in class JSci.instruments.PTTemplateCross
getN() - Method in class JSci.instruments.PTTwoDBarycentreCross
getName() - Method in class JSci.biology.AminoAcid: Returns the name.
getName(String) - Static method in class JSci.biology.AminoAcids: Returns the name for a symbol.
getName() - Method in class JSci.chemistry.Element: Returns the name.
getName(String) - Static method in class JSci.chemistry.PeriodicTable: Returns the name for a symbol.
getName() - Method in class JSci.instruments.ImageFilterAdapter: defines the name of the filter
getName() - Method in class JSci.instruments.PTCroquette
getName() - Method in class JSci.instruments.PTTemplate: defines the name of the filter
getName() - Method in class JSci.instruments.PTTwoDBarycentre: defines the name of the filter
getNargs() - Method in class JSci.mathml.MathMLCnElementImpl
getNArguments() - Method in class JSci.mathml.MathMLContentContainerImpl
getNArguments() - Method in class JSci.mathml.MathMLMathElementImpl
getNArguments() - Method in class JSci.mathml.MathMLPresentationContainerImpl
getNBoundVariables() - Method in class JSci.mathml.MathMLContentContainerImpl
getNcols() - Method in class JSci.mathml.MathMLMatrixElementImpl
getNcomponents() - Method in class JSci.mathml.MathMLVectorElementImpl
getNEntries() - Method in class JSci.mathml.MathMLMatrixrowElementImpl
getNextToken() - Static method in class JSci.maths.symbolic.ExpressionParser
getNextToken() - Static method in class JSci.maths.symbolic.ExpressionParserTokenManager
getNodeByName(String) - Method in class JSci.mathml.MathMLContentContainerImpl
getNotation() - Method in class JSci.mathml.MathMLEncloseElementImpl
getNrows() - Method in class JSci.mathml.MathMLMatrixElementImpl
getNucleus() - Method in class JSci.chemistry.Atom: Returns the nucleus.
getNumerator() - Method in class JSci.mathml.MathMLFractionElementImpl
getOffscreenGraphics() - Method in class JSci.awt.DoubleBufferedCanvas: Returns the offscreen graphics context or null if not available.
getOffscreenGraphics() - Method in class JSci.swing.JDoubleBufferedComponent: Returns the offscreen graphics context or null if not available.
getOffset() - Method in class JSci.instruments.Image
getOpDegree() - Method in class JSci.mathml.MathMLContentContainerImpl
getOpen() - Method in class JSci.mathml.MathMLFencedElementImpl
getOperation() - Method in class JSci.io.MathMLExpression: Returns the operation to be applied to the arguments.
getOperator() - Method in class JSci.mathml.MathMLApplyElementImpl
getOrdering() - Method in class JSci.mathml.MathMLListElementImpl
getOscillating() - Static method in class JSci.instruments.Simulated
getOuterRectangle() - Method in class JSci.instruments.TwoROI
getOverscript() - Method in class JSci.mathml.MathMLUnderOverElementImpl
getOwnerMathElement() - Method in class JSci.mathml.MathMLElementImpl
getPivot() - Method in class JSci.maths.matrices.ComplexLUCache
getPivot() - Method in class JSci.maths.matrices.DoubleLUCache
getPosition() - Method in class JSci.instruments.DummyPositionControl
getPosition() - Method in class JSci.instruments.pi.Mercury: get the position.
getPosition() - Method in interface JSci.instruments.PositionControl: get the position that must be reached.
getPosition() - Method in class JSci.instruments.PositionControlAdapter: get the position that must be reached.
getPosition() - Method in class JSci.physics.AbstractClassicalParticle
getPosition() - Method in class JSci.physics.ClassicalParticle
getPosition() - Method in class JSci.physics.ClassicalParticle2D
getPosition() - Method in class JSci.physics.ClassicalParticle3D
getPosition() - Method in class JSci.physics.Spring
getPositionError() - Method in class JSci.instruments.pi.Mercury: get the error on the actual position.
getPreferredSize() - Method in class JSci.awt.CategoryGraph2D: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.awt.ContourPlot: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.awt.Graph2D: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.awt.Histogram: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.awt.LineGraph3D: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.awt.LineTrace: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.swing.JArcDial: as described in java.awt.Component
getPreferredSize() - Method in class JSci.swing.JCategoryGraph2D: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.swing.JContourPlot: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.swing.JGraph2D: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.swing.JHistogram: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.swing.JLineGraph3D: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.swing.JLineTrace: Returns the preferred size of this component.
getPreferredSize() - Method in class JSci.swing.JRoundDial: as described in java.awt.Component
getPreferredSize() - Method in class JSci.swing.JSliderPlus: as described in java.awt.Component
getPrimary(int) - Method in class JSci.maths.wavelet.BasisFunctionLibrary
getPriority() - Method in class JSci.maths.symbolic.Constant
getPriority() - Method in class JSci.maths.symbolic.Evaluation
getPriority() - Method in class JSci.maths.symbolic.Expression: Get the priority of the operator described by the expression.
getPriority() - Method in class JSci.maths.symbolic.Function
getPriority() - Method in class JSci.maths.symbolic.Negative
getPriority() - Method in class JSci.maths.symbolic.Power
getPriority() - Method in class JSci.maths.symbolic.Product
getPriority() - Method in class JSci.maths.symbolic.Sum
getPriority() - Method in class JSci.maths.symbolic.Variable
getProbabilityParameter() - Method in class JSci.maths.statistics.BinomialDistribution: Returns the probability.
getProductMatrix() - Method in class JSci.maths.KarhunenLoeve
getProductMatrix(double[][]) - Static method in class JSci.maths.KarhunenLoeve
getProductMatrix(double[]) - Static method in class JSci.maths.KarhunenLoeve
getRA() - Method in class JSci.astro.telescope.LX200: Returns the current RA.
getRA() - Method in class JSci.astro.telescope.LX200DebugServer
getRA() - Method in interface JSci.astro.telescope.LX200Remote
getRA() - Method in class JSci.astro.telescope.LX200Server
getRADec() - Method in class JSci.astro.telescope.NexStar: Returns the current RA and dec.
getRadicand() - Method in class JSci.mathml.MathMLRadicalElementImpl
getRealComponent(int) - Method in class JSci.maths.vectors.AbstractComplexVector
getRealComponent(int) - Method in class JSci.maths.vectors.Complex2Vector
getRealComponent(int) - Method in class JSci.maths.vectors.Complex3Vector
getRealComponent(int) - Method in class JSci.maths.vectors.ComplexVector
getRealElement(int, int) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the real part of an element of the matrix.
getRealElement(int, int) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix
getRealElement(int, int) - Method in class JSci.maths.matrices.ComplexMatrix
getRealElement(int, int) - Method in class JSci.maths.matrices.ComplexSquareMatrix
getRealElement(int, int) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix
getRecord() - Method in class JSci.maths.wavelet.MatchingPursuit: all matches are recorded so one can trace them back
getRecordedNorms() - Method in class JSci.maths.wavelet.MatchingPursuit: Trace back how much of the norm was taken out at each match.
getReferrer() - Method in class JSci.mathml.MathMLDocumentImpl
getRepresentation() - Method in class JSci.physics.quantum.BraVector: Returns the representation.
getRepresentation() - Method in class JSci.physics.quantum.KetVector: Returns the representation.
getRepresentation() - Method in class JSci.physics.quantum.Operator: Returns the representation.
getResidue(int) - Method in class JSci.maths.wavelet.BasisFunctionLibrary
getResidues() - Method in class JSci.maths.wavelet.BasisFunctionLibrary
getRow(int) - Method in class JSci.mathml.MathMLMatrixElementImpl
getRowCount() - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
getRowCount() - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
getRowCount() - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
getRows() - Method in class JSci.mathml.MathMLMatrixElementImpl
getRquote() - Method in class JSci.mathml.MathMLStringLitElementImpl
getSamplingPoints() - Method in class JSci.maths.polynomials.ComplexLagrangeBasis
getSamplingPoints() - Method in interface JSci.maths.polynomials.PolynomialBasis: If available, get the one- points for the polynomials
getSamplingPoints() - Method in class JSci.maths.polynomials.RealLagrangeBasis: The sampling points used in constructor
getSamplingPoints() - Method in class JSci.maths.polynomials.RealMonomialBasis
getScaleParameter() - Method in class JSci.maths.statistics.CauchyDistribution: Returns the scale parameter.
getScaleParameter() - Method in class JSci.maths.statistics.ExponentialDistribution: Returns the scale parameter.
getScaleParameter() - Method in class JSci.maths.statistics.ParetoDistribution: Returns the scale parameter.
getScalingCoefficients(MultiscaleFunction, MultiscaleFunction, int) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace: While this method is public (for transparency reasons) it should not be called by other classes unless absolutely necessary.
getScansize() - Method in class JSci.instruments.Image
getSelection() - Method in class JSci.mathml.MathMLActionElementImpl
getSeparators() - Method in class JSci.mathml.MathMLFencedElementImpl
getSeries(int) - Method in class JSci.awt.DefaultCategoryGraph2DModel
getSeries(int) - Method in class JSci.awt.DefaultGraph2DModel
getSeries(int) - Method in class JSci.awt.DefaultGraph3DModel
getSeries() - Method in class JSci.awt.GraphDataEvent: Returns the series that has changed.
getSet() - Method in class JSci.maths.analysis.ComplexFunction
getSet() - Method in class JSci.maths.analysis.RealFunction
getSet() - Method in class JSci.maths.analysis.RealFunction2D
getSet() - Method in class JSci.maths.analysis.RealFunction3D
getSet() - Method in class JSci.maths.analysis.RealFunctionND
getSet() - Method in class JSci.maths.categories.Hilb.LinearMap
getSet() - Method in class JSci.maths.Complex
getSet() - Method in class JSci.maths.groups.CyclicGroup.Member
getSet() - Method in class JSci.maths.groups.DihedralGroup.Member
getSet() - Method in class JSci.maths.groups.QuaternionGroup.Member
getSet() - Method in class JSci.maths.MathDouble
getSet() - Method in class JSci.maths.MathInteger
getSet() - Method in class JSci.maths.matrices.AbstractComplexMatrix
getSet() - Method in class JSci.maths.matrices.AbstractDoubleMatrix
getSet() - Method in class JSci.maths.matrices.AbstractIntegerMatrix
getSet() - Method in class JSci.maths.matrices.RingMatrix
getSet() - Method in interface JSci.maths.Member
getSet() - Method in class JSci.maths.polynomials.ComplexPolynomial
getSet() - Method in class JSci.maths.polynomials.RealPolynomial
getSet() - Method in class JSci.maths.Quaternion
getSet() - Method in class JSci.maths.Supernumber
getSet() - Method in class JSci.maths.symbolic.Constant
getSet() - Method in class JSci.maths.symbolic.Evaluation
getSet() - Method in class JSci.maths.symbolic.Function
getSet() - Method in class JSci.maths.symbolic.Negative
getSet() - Method in class JSci.maths.symbolic.Power
getSet() - Method in class JSci.maths.symbolic.Product
getSet() - Method in class JSci.maths.symbolic.Sum
getSet() - Method in class JSci.maths.symbolic.Variable
getSet() - Method in class JSci.maths.vectors.AbstractComplexVector
getSet() - Method in class JSci.maths.vectors.AbstractDoubleVector
getSet() - Method in class JSci.maths.vectors.AbstractIntegerVector
getSet() - Method in class JSci.physics.quantum.BraVector
getSet() - Method in class JSci.physics.quantum.KetVector
getSet() - Method in class JSci.physics.quantum.Operator
getSet() - Method in class JSci.physics.relativity.Tensor
getShape() - Method in class JSci.instruments.PTCroquette
getShape() - Method in class JSci.instruments.RectangularROI
getShape() - Method in interface JSci.instruments.ROI
getShape() - Method in class JSci.instruments.ROIAdapter
getShape() - Method in class JSci.instruments.TwoROI
getShapeParameter() - Method in class JSci.maths.statistics.GammaDistribution: Returns the shape parameter.
getShapeParameter() - Method in class JSci.maths.statistics.ParetoDistribution: Returns the shape parameter.
getShapeParameter() - Method in class JSci.maths.statistics.WeibullDistribution: Returns the shape parameter.
getShell() - Method in class JSci.chemistry.Atom: Returns the electron shell.
getSigmaParameter() - Method in class JSci.maths.statistics.LognormalDistribution: Returns the sigma parameter.
getSignalStatus() - Method in class JSci.instruments.pi.Mercury: get the status of signal.
getSize() - Method in interface JSci.instruments.Dimensions
getSize() - Method in class JSci.instruments.Image
getSize() - Method in class JSci.instruments.ImageFilterAdapter
getSize() - Method in class JSci.instruments.Marlin
getSize() - Method in class JSci.instruments.PTTemplate
getSize() - Method in class JSci.instruments.PTTemplate.SimulatedBarycentreSource
getSize() - Method in class JSci.instruments.PTTwoDBarycentre.SimulatedBarycentreSource
getSize() - Method in class JSci.instruments.Simulated
getSize() - Method in class JSci.instruments.TestImageSource
getSize() - Method in class JSci.maths.wavelet.BasisFunctionLibrary: We will now attempt to match each MultiscaleFunction to the length of the data.
getSoul1(int) - Method in class JSci.maths.Supernumber: Returns the a-number soul (rank 1) of this supernumber.
getSoul2(int) - Method in class JSci.maths.Supernumber: Returns the c-number soul (rank 2) of this supernumber.
getSoul3(int) - Method in class JSci.maths.Supernumber: Returns the a-number soul (rank 3) of this supernumber.
getSoul4() - Method in class JSci.maths.Supernumber: Returns the c-number soul (rank 4) of this supernumber.
getSpecificHeat() - Method in class JSci.chemistry.Element: Returns the specific heat.
getSubImage(Rectangle) - Method in class JSci.instruments.Image: Creates a new image, from a part of this.
getSubscript() - Method in class JSci.mathml.MathMLScriptElementImpl
getSubscriptshift() - Method in class JSci.mathml.MathMLScriptElementImpl
getSuccessParameter() - Method in class JSci.maths.statistics.GeometricDistribution: Returns the success parameter.
GetSuffix(int) - Static method in class JSci.maths.symbolic.SimpleCharStream
getSuperscript() - Method in class JSci.mathml.MathMLScriptElementImpl
getSuperscriptshift() - Method in class JSci.mathml.MathMLScriptElementImpl
getSymbol() - Method in class JSci.biology.AminoAcid: Returns the symbol.
getSymbolName() - Method in class JSci.mathml.MathMLPredefinedSymbolImpl
getThermalConductivity() - Method in class JSci.chemistry.Element: Returns the thermal conductivity.
getTimeStamp() - Method in class JSci.instruments.Image
getToken(int) - Static method in class JSci.maths.symbolic.ExpressionParser
getTrialsParameter() - Method in class JSci.maths.statistics.BinomialDistribution: Returns the number of trials.
getType() - Method in class JSci.mathml.MathMLCiElementImpl
getType() - Method in class JSci.mathml.MathMLCnElementImpl
getType() - Method in class JSci.mathml.MathMLSetElementImpl
getType() - Method in class JSci.mathml.MathMLTendsToElementImpl
getU() - Method in class JSci.maths.matrices.ComplexLUCache
getU() - Method in class JSci.maths.matrices.DoubleLUCache
getUnderscript() - Method in class JSci.mathml.MathMLUnderOverElementImpl
getUnit() - Method in class JSci.instruments.DummyPositionControl
getUnit() - Method in class JSci.instruments.pi.Mercury: get the unit in which the position is expressed
getUnit() - Method in interface JSci.instruments.PositionControl: get a String with the description of the units used for all the values.
getUnit() - Method in class JSci.instruments.PositionControlAdapter: get a String with the description of the units used for all the values.
getUpLimit() - Method in class JSci.mathml.MathMLApplyElementImpl
getURI() - Method in class JSci.mathml.MathMLDocumentImpl
getValue(int) - Method in interface JSci.awt.CategoryGraph2DModel: Returns the value for the ith category.
getValue(int) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
getValue(int) - Method in class JSci.awt.DefaultCategoryGraph2DModel
getValue(int) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
getValue(int) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
getValue() - Method in exception JSci.maths.MaximumIterationsExceededException: The value of the algorithm just before this exception was thrown.
getValue() - Method in class JSci.maths.symbolic.Constant
getValue() - Method in class JSci.maths.symbolic.Variable: Get the value of the variable.
getValue(int) - Method in class JSci.maths.wavelet.splines.LinearSpline: Get the i th sampled value of the function.
getValue(int) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: Get the i th sampled value of the function.
getValue(int) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: Get the i th sampled value of the function.
getValue(int) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: Get the i th sampled value of the function.
getValue() - Method in class JSci.swing.JPointer: get the value of the pointer
getValueAt(int, int) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
getValueAt(int, int) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
getValueAt(int, int) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
getValues() - Method in class JSci.maths.wavelet.Signal: Get the sampled values of the sample as an array.
getVariance() - Method in class JSci.maths.statistics.BinomialDistribution: Returns the variance.
getVariance() - Method in class JSci.maths.statistics.ExponentialDistribution: Returns the variance.
getVariance() - Method in class JSci.maths.statistics.GammaDistribution: Returns the variance.
getVariance() - Method in class JSci.maths.statistics.GeometricDistribution: Returns the variance.
getVariance() - Method in class JSci.maths.statistics.NormalDistribution: Returns the variance.
getVariance() - Method in class JSci.maths.statistics.ParetoDistribution: Returns the variance.
getVariance() - Method in class JSci.maths.statistics.PoissonDistribution: Returns the variance.
getVariance() - Method in class JSci.maths.statistics.SampleStatistics
getVariance() - Method in class JSci.maths.statistics.WeibullDistribution: Returns the variance.
getVector(Complex[]) - Method in class JSci.maths.algebras.HilbertSpace: Returns a vector from the Hilbert space.
getVector(Complex[][]) - Method in class JSci.maths.categories.Hilb.OperatorSpace: Returns an element of this hom-set.
getVector(double) - Method in class JSci.physics.Force: Returns a vector representing this force at a time t.
getVector(double) - Method in class JSci.physics.Force2D
getVector(double) - Method in class JSci.physics.Force3D
getVelocity() - Method in class JSci.instruments.pi.Mercury: get the velocity that should be reached when moving.
getVelocity() - Method in class JSci.physics.AbstractClassicalParticle
getVelocity() - Method in class JSci.physics.ClassicalParticle
getVelocity() - Method in class JSci.physics.ClassicalParticle2D
getVelocity() - Method in class JSci.physics.ClassicalParticle3D
getVelocityStep() - Method in class JSci.instruments.pi.Mercury: get the step suggested for changing the velocity
getVelocityUnit() - Method in class JSci.instruments.pi.Mercury: get the unit in which the velocity is expressed
getWeigth(int) - Method in class JSci.maths.wavelet.BasisFunctionLibrary
getWeigths() - Method in class JSci.maths.wavelet.BasisFunctionLibrary
getWidth() - Method in interface JSci.instruments.Dimensions
getWidth() - Method in class JSci.instruments.Image
getWidth() - Method in class JSci.instruments.ImageFilterAdapter
getWidth() - Method in class JSci.instruments.Marlin
getWidth() - Method in class JSci.instruments.PTTemplate
getWidth() - Method in class JSci.instruments.PTTemplate.SimulatedBarycentreSource
getWidth() - Method in class JSci.instruments.PTTwoDBarycentre.SimulatedBarycentreSource
getWidth() - Method in class JSci.instruments.Simulated
getWidth() - Method in class JSci.instruments.TestImageSource
getWidth() - Method in class JSci.mathml.MathMLPaddedElementImpl
getWidth() - Method in class JSci.mathml.MathMLSpaceElementImpl
getX() - Method in class JSci.instruments.PTTemplateCross
getX() - Method in class JSci.instruments.PTTwoDBarycentreCross
getX2() - Method in class JSci.instruments.PTTwoDBarycentreCross
getXAngle() - Method in class JSci.physics.RigidBody3D: Returns the x-axis angle of this body.
getXAngularMomentum() - Method in class JSci.physics.RigidBody3D
getXAngularVelocity() - Method in class JSci.physics.RigidBody3D
getXComponent(double) - Method in class JSci.physics.ConstantForce2D
getXComponent(double) - Method in class JSci.physics.ConstantForce3D
getXComponent(double) - Method in class JSci.physics.ConstantTorque3D
getXComponent(double) - Method in class JSci.physics.Force2D
getXComponent(double) - Method in class JSci.physics.Force3D
getXComponent(double) - Method in class JSci.physics.Torque3D
getXCoord(int) - Method in class JSci.awt.ArgandDiagramModel
getXCoord(int) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
getXCoord(int) - Method in class JSci.awt.DefaultGraph2DModel
getXCoord(int) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
getXCoord(int) - Method in class JSci.awt.DefaultGraph3DModel
getXCoord(int) - Method in interface JSci.awt.Graph2DModel: Returns the x coordinate for the ith point.
getXCoord(int) - Method in interface JSci.awt.Graph3DModel: Returns the x coordinate for the ith point.
getXCoord(int) - Method in class JSci.awt.Point2DListModel
getXIncrement() - Method in class JSci.awt.Graph2D: Returns the x-axis numbering increment.
getXIncrement() - Method in class JSci.awt.Histogram: Returns the x-axis numbering increment.
getXIncrement() - Method in class JSci.swing.JGraph2D: Returns the x-axis numbering increment.
getXIncrement() - Method in class JSci.swing.JHistogram: Returns the x-axis numbering increment.
getXMaximum() - Method in class JSci.awt.Graph2D
getXMaximum() - Method in class JSci.awt.Histogram
getXMaximum() - Method in class JSci.swing.JGraph2D
getXMaximum() - Method in class JSci.swing.JHistogram
getXMinimum() - Method in class JSci.awt.Graph2D
getXMinimum() - Method in class JSci.awt.Histogram
getXMinimum() - Method in class JSci.swing.JGraph2D
getXMinimum() - Method in class JSci.swing.JHistogram
getXMomentum() - Method in class JSci.physics.ClassicalParticle2D
getXMomentum() - Method in class JSci.physics.ClassicalParticle3D
getXPosition() - Method in class JSci.physics.ClassicalParticle2D
getXPosition() - Method in class JSci.physics.ClassicalParticle3D
getXref() - Method in class JSci.mathml.MathMLElementImpl
getXVelocity() - Method in class JSci.physics.ClassicalParticle2D
getXVelocity() - Method in class JSci.physics.ClassicalParticle3D
getY() - Method in class JSci.instruments.PTTemplateCross
getY() - Method in class JSci.instruments.PTTwoDBarycentreCross
getY2() - Method in class JSci.instruments.PTTwoDBarycentreCross
getYAngle() - Method in class JSci.physics.RigidBody3D: Returns the y-axis angle of this body.
getYAngularMomentum() - Method in class JSci.physics.RigidBody3D
getYAngularVelocity() - Method in class JSci.physics.RigidBody3D
getYComponent(double) - Method in class JSci.physics.ConstantForce2D
getYComponent(double) - Method in class JSci.physics.ConstantForce3D
getYComponent(double) - Method in class JSci.physics.ConstantTorque3D
getYComponent(double) - Method in class JSci.physics.Force2D
getYComponent(double) - Method in class JSci.physics.Force3D
getYComponent(double) - Method in class JSci.physics.Torque3D
getYCoord(int) - Method in class JSci.awt.ArgandDiagramModel
getYCoord(int) - Method in class JSci.awt.DefaultGraph2DModel
getYCoord(int) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
getYCoord(int) - Method in class JSci.awt.DefaultGraph3DModel
getYCoord(int) - Method in interface JSci.awt.Graph2DModel: Returns the y coordinate for the ith point.
getYCoord(int) - Method in interface JSci.awt.Graph3DModel: Returns the y coordinate for the ith point.
getYCoord(int) - Method in class JSci.awt.Point2DListModel
getYIncrement() - Method in class JSci.awt.BarGraph: Returns the y-axis numbering increment.
getYIncrement() - Method in class JSci.awt.Graph2D: Returns the y-axis numbering increment.
getYIncrement() - Method in class JSci.awt.Histogram: Returns the y-axis numbering increment.
getYIncrement() - Method in class JSci.swing.JBarGraph: Returns the y-axis numbering increment.
getYIncrement() - Method in class JSci.swing.JGraph2D: Returns the y-axis numbering increment.
getYIncrement() - Method in class JSci.swing.JHistogram: Returns the y-axis numbering increment.
getYMaximum() - Method in class JSci.awt.BarGraph
getYMaximum() - Method in class JSci.awt.Graph2D
getYMaximum() - Method in class JSci.awt.Histogram
getYMaximum() - Method in class JSci.swing.JBarGraph
getYMaximum() - Method in class JSci.swing.JGraph2D
getYMaximum() - Method in class JSci.swing.JHistogram
getYMinimum() - Method in class JSci.awt.BarGraph
getYMinimum() - Method in class JSci.awt.Graph2D
getYMinimum() - Method in class JSci.awt.Histogram
getYMinimum() - Method in class JSci.swing.JBarGraph
getYMinimum() - Method in class JSci.swing.JGraph2D
getYMinimum() - Method in class JSci.swing.JHistogram
getYMomentum() - Method in class JSci.physics.ClassicalParticle2D
getYMomentum() - Method in class JSci.physics.ClassicalParticle3D
getYPosition() - Method in class JSci.physics.ClassicalParticle2D
getYPosition() - Method in class JSci.physics.ClassicalParticle3D
getYVelocity() - Method in class JSci.physics.ClassicalParticle2D
getYVelocity() - Method in class JSci.physics.ClassicalParticle3D
getZ() - Method in class JSci.instruments.PTCroquetteCross: get the position of the bead along Z axis
getZAngle() - Method in class JSci.physics.RigidBody3D: Returns the z-axis angle of this body.
getZAngularMomentum() - Method in class JSci.physics.RigidBody3D
getZAngularVelocity() - Method in class JSci.physics.RigidBody3D
getZComponent(double) - Method in class JSci.physics.ConstantForce3D
getZComponent(double) - Method in class JSci.physics.ConstantTorque3D
getZComponent(double) - Method in class JSci.physics.Force3D
getZComponent(double) - Method in class JSci.physics.Torque3D
getZCoord(int) - Method in class JSci.awt.DefaultGraph3DModel
getZCoord(int) - Method in interface JSci.awt.Graph3DModel: Returns the z coordinate for the ith point.
getZMomentum() - Method in class JSci.physics.ClassicalParticle3D
getZPosition() - Method in class JSci.physics.ClassicalParticle3D
getZVelocity() - Method in class JSci.physics.ClassicalParticle3D
GingerbreadManMap - Class in JSci.maths.chaos: The GingerbreadManMap class provides an object that encapsulates the gingerbread man map.
GingerbreadManMap() - Constructor for class JSci.maths.chaos.GingerbreadManMap: Constructs a gingerbread man map.
GlobalSettings - Class in JSci: The GlobalSettings class controls numeric behaviour.
Gluon - Class in JSci.physics.particles: A class representing gluons.
Gluon() - Constructor for class JSci.physics.particles.Gluon: Constructs a gluon.
GOLDEN_RATIO - Static variable in interface JSci.maths.NumericalConstants: Golden ratio.
gotoAzAlt(String, String) - Method in class JSci.astro.telescope.NexStar: Goto the coordinates.
gotoRADec(String, String) - Method in class JSci.astro.telescope.NexStar: Goto the coordinates.
GRAPH - Static variable in class JSci.awt.GraphLayout
GRAPH - Static variable in class JSci.swing.JGraphLayout
Graph2D - Class in JSci.awt: The Graph2D superclass provides an abstract encapsulation of 2D graphs.
Graph2D(Graph2DModel) - Constructor for class JSci.awt.Graph2D: Constructs a 2D graph.
Graph2D.DataMarker - Interface in JSci.awt
Graph2D.DataMarker.Circle - Class in JSci.awt
Graph2D.DataMarker.Circle(int) - Constructor for class JSci.awt.Graph2D.DataMarker.Circle
Graph2D.DataMarker.Square - Class in JSci.awt
Graph2D.DataMarker.Square(int) - Constructor for class JSci.awt.Graph2D.DataMarker.Square
Graph2DModel - Interface in JSci.awt: This is a generic interface for sending data to 2D graphs.
Graph3DModel - Interface in JSci.awt: This is a generic interface for sending data to 3D graphs.
GraphDataEvent - Class in JSci.awt: Defines an event that encapsulates changes to a graph.
GraphDataEvent(Object) - Constructor for class JSci.awt.GraphDataEvent: All series data in the graph has changed.
GraphDataEvent(Object, int) - Constructor for class JSci.awt.GraphDataEvent: This series has changed.
GraphDataEvent(Object, int, boolean) - Constructor for class JSci.awt.GraphDataEvent: This series has changed incrementally.
GraphDataListener - Interface in JSci.awt: GraphDataListener.
GraphLayout - Class in JSci.awt: A graph layout arranges components in the style of a graph.
GraphLayout() - Constructor for class JSci.awt.GraphLayout
gravitate(ClassicalParticle2D, double) - Method in class JSci.physics.ClassicalParticle2D: Evolves two particles under their mutual gravitational attraction.
gravitate(ClassicalParticle3D, double) - Method in class JSci.physics.ClassicalParticle3D: Evolves two particles under their mutual gravitational attraction.
GRAVITATION - Static variable in interface JSci.physics.PhysicalConstants: Gravitational constant.
Graviton - Class in JSci.physics.particles: A class representing gravitons.
Graviton() - Constructor for class JSci.physics.particles.Graviton: Constructs a graviton.
GravityField - Class in JSci.physics
GravityField(ClassicalParticle3D) - Constructor for class JSci.physics.GravityField: Constructs the gravitational field of a particle.
GREEN - Static variable in class JSci.physics.particles.Quark
GREEN_ANTIBLUE - Static variable in class JSci.physics.particles.Gluon
GREEN_ANTIRED - Static variable in class JSci.physics.particles.Gluon
gridLines - Variable in class JSci.awt.Graph2D
gridLines - Variable in class JSci.awt.Histogram
gridLines - Variable in class JSci.swing.JGraph2D
gridLines - Variable in class JSci.swing.JHistogram
Group - Interface in JSci.maths.groups: This interface defines a group.
Group.Member - Interface in JSci.maths.groups: This interface defines a member of a group.

H

H_BAR - Static variable in interface JSci.physics.PhysicalConstants: Planck's constant divided by 2*Pi (defined).
Hadron - Class in JSci.physics.particles: A class representing hadrons.
Hadron() - Constructor for class JSci.physics.particles.Hadron: Constructs a hadron.
HALF - Static variable in class JSci.maths.fields.ComplexField
HALF_I - Static variable in class JSci.maths.fields.ComplexField
Halogen - Class in JSci.chemistry.periodictable: A class representing halogens.
Halogen(String, String) - Constructor for class JSci.chemistry.periodictable.Halogen: Constructs a halogen.
hashCode() - Method in class JSci.chemistry.Element
hashCode() - Method in class JSci.maths.Complex: Returns a hashcode for this complex number.
hashCode() - Method in class JSci.maths.FiniteSet
hashCode() - Method in class JSci.maths.groups.CyclicGroup
hashCode() - Method in class JSci.maths.groups.CyclicGroup.Member
hashCode() - Method in class JSci.maths.groups.DihedralGroup
hashCode() - Method in class JSci.maths.groups.DihedralGroup.Member
hashCode() - Method in class JSci.maths.groups.QuaternionGroup.Member
hashCode() - Method in class JSci.maths.MathDouble
hashCode() - Method in class JSci.maths.MathInteger
hashCode() - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns a hashcode for this matrix.
hashCode() - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns a hashcode for this matrix.
hashCode() - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns a hashcode for this matrix.
hashCode() - Method in class JSci.maths.matrices.ComplexMatrix: Returns a hashcode for this matrix.
hashCode() - Method in class JSci.maths.polynomials.ComplexPolynomial
hashCode() - Method in class JSci.maths.polynomials.RealPolynomial: Some kind of hashcode...
hashCode() - Method in class JSci.maths.Quaternion: Returns a hashcode for this quaternion.
hashCode() - Method in class JSci.maths.vectors.AbstractComplexVector: Returns a hashcode for this vector.
hashCode() - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns a hashcode for this vector.
hashCode() - Method in class JSci.maths.vectors.AbstractIntegerVector: Returns a hashcode for this vector.
hashCode() - Method in class JSci.physics.quantum.BraVector: Returns a hashcode for this bra vector.
hashCode() - Method in class JSci.physics.quantum.KetVector: Returns a hashcode for this ket vector.
hashCode() - Method in class JSci.physics.quantum.Operator: Returns a hashcode for this operator.
hashCode() - Method in class JSci.physics.RelativisticParticle
hashCode() - Method in class JSci.physics.relativity.Rank1Tensor: Returns a hashcode for this tensor.
hashCode() - Method in class JSci.Version
hat(int, int) - Static method in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
hausdorffDimension() - Method in class JSci.maths.chaos.CantorDust
hausdorffDimension() - Method in class JSci.maths.chaos.HenonMap
hausdorffDimension() - Method in class JSci.maths.chaos.KochCurve
hausdorffDimension() - Method in class JSci.maths.chaos.LogisticMap
HenonMap - Class in JSci.maths.chaos: The HenonMap class provides an object that encapsulates the Henon map.
HenonMap(double, double) - Constructor for class JSci.maths.chaos.HenonMap: Constructs a Henon map.
hermitianAdjoint() - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the hermitian adjoint of this matrix.
hermitianAdjoint() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the hermitian adjoint of this matrix.
hermitianAdjoint() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the hermitian adjoint of this matrix.
hermitianAdjoint() - Method in class JSci.maths.matrices.ComplexMatrix: Returns the hermitian adjoint of this matrix.
hermitianAdjoint() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the hermitian adjoint of this matrix.
hermitianAdjoint() - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the hermitian adjoint of this matrix.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
highpass(double[]) - Method in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
highpass(double[], double[]) - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies2.Daubechies2: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.daubechies2.Daubechies2: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies3.Daubechies3: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.daubechies3.Daubechies3: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies4.Daubechies4: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.daubechies4.Daubechies4: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies5.Daubechies5: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.daubechies5.Daubechies5: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies6.Daubechies6: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.daubechies6.Daubechies6: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies7.Daubechies7: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.daubechies7.Daubechies7: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies8.Daubechies8: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.daubechies8.Daubechies8: This is the implementation of the highpass Filter.
highpass(double[]) - Method in interface JSci.maths.wavelet.Filter: Highpass filters are normalized in order to get L2 orthonormality of the resulting wavelets (when it applies).
highpass(double[], double[]) - Method in interface JSci.maths.wavelet.Filter: Highpass filters are normalized in order to get L2 orthonormality of the resulting wavelets (when it applies).
highpass(double[], double[]) - Method in class JSci.maths.wavelet.haar.MultiSplineHaar: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.haar.MultiSplineHaar: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.splines.LinearSpline: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.splines.LinearSpline: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: This is the implementation of the highpass Filter.
highpass(double[], double[]) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: This is the implementation of the highpass Filter.
highpass(double[]) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: This is the implementation of the highpass Filter.
highpassProject() - Method in class JSci.maths.wavelet.Signal: Project the signal according the the highpass Filter
Hilb - Class in JSci.maths.categories: The Hilb class encapsulates the category Hilb.
Hilb() - Constructor for class JSci.maths.categories.Hilb: Constructs a Hilb category.
Hilb.LinearMap - Class in JSci.maths.categories
Hilb.LinearMap(Complex[][]) - Constructor for class JSci.maths.categories.Hilb.LinearMap
Hilb.LinearMap(AbstractComplexMatrix) - Constructor for class JSci.maths.categories.Hilb.LinearMap
Hilb.OperatorSpace - Class in JSci.maths.categories
Hilb.OperatorSpace(HilbertSpace, HilbertSpace) - Constructor for class JSci.maths.categories.Hilb.OperatorSpace
HilbertSpace - Class in JSci.maths.algebras: The HilbertSpace class encapsulates Hilbert spaces.
HilbertSpace(int) - Constructor for class JSci.maths.algebras.HilbertSpace: Constructs a Hilbert space.
HilbertSpace.Member - Interface in JSci.maths.algebras: This interface defines a member of a Hilbert space.
Histogram - Class in JSci.awt: A histogram AWT component.
Histogram(Graph2DModel) - Constructor for class JSci.awt.Histogram: Constructs a histogram.
hom(Object, Object) - Method in interface JSci.maths.categories.Category: Returns a hom-set.
hom(Object, Object) - Method in class JSci.maths.categories.FinSet: Returns a hom-set.
hom(Object, Object) - Method in class JSci.maths.categories.Hilb: Returns a hom-set.
hom(Object, Object) - Method in class JSci.maths.categories.Preorder: Returns a hom-set.
hom(Object, Object) - Method in class JSci.maths.categories.Simplicial: Returns a hom-set.
home - Variable in class JSci.Version: The URL for the home of this version.
HomFunctor - Class in JSci.maths.categories: The HomFunctor class encapsulates the hom-bifunctor.
HomFunctor(Category) - Constructor for class JSci.maths.categories.HomFunctor: Constructs the hom bifunctor for a category.
HORIZONTAL - Static variable in class JSci.swing.JSliderPlus: For building a horizontal SliderHolder
Hyperon - Class in JSci.physics.particles: A class representing hyperons.
Hyperon() - Constructor for class JSci.physics.particles.Hyperon: Constructs a hyperon.
hypot(double, double) - Static method in class JSci.maths.ExtraMath: Returns sqrt(x²+y²).

I

I - Static variable in class JSci.maths.Complex: The complex number 0+1i.
I - Static variable in class JSci.maths.fields.ComplexField
I - Static variable in class JSci.maths.Quaternion
icf(double[]) - Static method in class JSci.maths.EngineerMath: Shannon entropy of an array.
icf() - Method in class JSci.maths.wavelet.FWTCoef: Compute the Shannon entropy.
icf(FWTCoef[]) - Static method in class JSci.maths.wavelet.FWTCoefMath: Compute the Shannon entropy.
icf() - Method in class JSci.maths.wavelet.FWTPacketCoef: Compute the Shannon entropy.
icfVariance(FWTCoef[]) - Static method in class JSci.maths.wavelet.FWTCoefMath
IDENTIFIER - Static variable in interface JSci.maths.symbolic.ExpressionParserConstants
identity() - Method in class JSci.awt.Matrix3D: Reinitialize to the identity matrix
identity(Object) - Method in interface JSci.maths.categories.Category: Returns the identity morphism for an object.
identity(Object) - Method in class JSci.maths.categories.FinSet: Returns the identity morphism for an object.
identity(Object) - Method in class JSci.maths.categories.Hilb: Returns the identity morphism for an object.
identity(Object) - Method in class JSci.maths.categories.Preorder: Returns the identity morphism for an object.
identity(Object) - Method in class JSci.maths.categories.Simplicial: Returns the identity morphism for an object.
identity() - Method in class JSci.maths.groups.CyclicGroup: Returns the identity element.
identity() - Method in class JSci.maths.groups.DihedralGroup: Returns the identity element.
identity() - Method in class JSci.maths.groups.LieGroup: Returns the identity element.
identity() - Method in interface JSci.maths.groups.Monoid: Returns the identity element.
identity() - Method in class JSci.maths.groups.QuaternionGroup: Returns the identity element.
identity(int) - Static method in class JSci.maths.matrices.ComplexDiagonalMatrix: Creates an identity matrix.
identity(int) - Static method in class JSci.maths.matrices.DoubleDiagonalMatrix: Creates an identity matrix.
identity(int) - Static method in class JSci.maths.matrices.IntegerDiagonalMatrix: Creates an identity matrix.
identity() - Method in class JSci.swing.Matrix3D: Reinitialize to the identity matrix
idn() - Method in class JSci.instruments.pi.PiezoServo
IllegalScalingException - Exception in JSci.maths.wavelet: This exception is used to indicate that the current chosen multiresolution is not appropriate because the number of scaling functions is incompatible (with the multiresolution).
IllegalScalingException() - Constructor for exception JSci.maths.wavelet.IllegalScalingException
IllegalScalingException(String) - Constructor for exception JSci.maths.wavelet.IllegalScalingException
IllegalScalingException(int, int) - Constructor for exception JSci.maths.wavelet.IllegalScalingException
imag() - Method in class JSci.maths.Complex: Returns the imaginary part of this complex number.
imag() - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the imaginary part of this complex matrix.
imag() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the imaginary part of this complex matrix.
imag() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the imaginary part of this complex matrix.
imag() - Method in class JSci.maths.matrices.ComplexMatrix: Returns the imaginary part of this complex matrix.
imag() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the imaginary part of this complex matrix.
imag() - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the imaginary part of this complex matrix.
imag() - Method in class JSci.maths.Quaternion: Returns the imaginary part of this quaternion.
imag() - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the imaginary part of this complex vector.
imag() - Method in class JSci.maths.vectors.Complex2Vector: Returns the imaginary part of this complex 2-vector.
imag() - Method in class JSci.maths.vectors.Complex3Vector: Returns the imaginary part of this complex 3-vector.
imag() - Method in class JSci.maths.vectors.ComplexVector: Returns the imaginary part of this complex vector.
image - Variable in class JSci.awt.ImageCanvas
Image - Class in JSci.instruments: Describes a frame, that holds the informations to access an image
Image() - Constructor for class JSci.instruments.Image
image - Variable in class JSci.maths.symbolic.Token: The string image of the token.
image - Variable in class JSci.swing.JImageCanvas
ImageCanvas - Class in JSci.awt: The ImageCanvas class allows an image to be directly added to a container.
ImageCanvas(Image) - Constructor for class JSci.awt.ImageCanvas: Constructs an image canvas.
ImageFilter - Interface in JSci.instruments: An object that filters frames
ImageFilterAdapter - Class in JSci.instruments: An object that filters frames.
ImageFilterAdapter() - Constructor for class JSci.instruments.ImageFilterAdapter
ImageSink - Interface in JSci.instruments: An object that reads frames
ImageSource - Interface in JSci.instruments: An object that delivers frames (typically, a framegrabber)
inBuf - Static variable in class JSci.maths.symbolic.SimpleCharStream
includeFourier() - Method in class JSci.maths.wavelet.BasisFunctionLibrary
includeMasslessFourier() - Method in class JSci.maths.wavelet.BasisFunctionLibrary
incompleteBeta(double, double, double) - Static method in class JSci.maths.SpecialMath: Incomplete beta function.
incompleteGamma(double, double) - Static method in class JSci.maths.SpecialMath: Incomplete gamma function.
INFINITY - Static variable in class JSci.maths.fields.RealField
infNorm() - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.ComplexMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.DoubleMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.IntegerMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.AbstractIntegerVector: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.Complex2Vector: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.Complex3Vector: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.ComplexVector: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.Double2Vector: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.Double3Vector: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.DoubleVector: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.Integer2Vector: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.Integer3Vector: Returns the l-norm.
infNorm() - Method in class JSci.maths.vectors.IntegerVector: Returns the l-norm.
initial() - Method in class JSci.maths.categories.Preorder
Input() - Static method in class JSci.maths.symbolic.ExpressionParser
input_stream - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
inputStream - Static variable in class JSci.maths.symbolic.SimpleCharStream
insertArgument(MathMLElement, int) - Method in class JSci.mathml.MathMLContentContainerImpl
insertArgument(Node, int) - Method in class JSci.mathml.MathMLContentTokenImpl
insertArgument(MathMLElement, int) - Method in class JSci.mathml.MathMLMathElementImpl
insertArgument(MathMLElement, int) - Method in class JSci.mathml.MathMLPresentationContainerImpl
insertBoundVariable(MathMLBvarElement, int) - Method in class JSci.mathml.MathMLContentContainerImpl
insertComponent(MathMLContentElement, int) - Method in class JSci.mathml.MathMLVectorElementImpl
insertDeclaration(MathMLDeclareElement, int) - Method in class JSci.mathml.MathMLContentContainerImpl
insertDeclaration(MathMLDeclareElement, int) - Method in class JSci.mathml.MathMLMathElementImpl
insertDeclaration(MathMLDeclareElement, int) - Method in class JSci.mathml.MathMLPresentationContainerImpl
insertEntry(MathMLContentElement, int) - Method in class JSci.mathml.MathMLMatrixrowElementImpl
insertRow(MathMLMatrixrowElement, int) - Method in class JSci.mathml.MathMLMatrixElementImpl
Integer2Vector - Class in JSci.maths.vectors: An optimised implementation of a 2D integer vector.
Integer2Vector() - Constructor for class JSci.maths.vectors.Integer2Vector: Constructs an empty 2-vector.
Integer2Vector(int, int) - Constructor for class JSci.maths.vectors.Integer2Vector: Constructs a 2-vector.
Integer2Vector(int[]) - Constructor for class JSci.maths.vectors.Integer2Vector: Constructs a 2-vector.
Integer3Vector - Class in JSci.maths.vectors: An optimised implementation of a 3D integer vector.
Integer3Vector() - Constructor for class JSci.maths.vectors.Integer3Vector: Constructs an empty 3-vector.
Integer3Vector(int, int, int) - Constructor for class JSci.maths.vectors.Integer3Vector: Constructs a 3-vector.
Integer3Vector(int[]) - Constructor for class JSci.maths.vectors.Integer3Vector: Constructs a 3-vector.
IntegerDiagonalMatrix - Class in JSci.maths.matrices: The IntegerDiagonalMatrix class provides an object for encapsulating integer diagonal matrices.
IntegerDiagonalMatrix(int) - Constructor for class JSci.maths.matrices.IntegerDiagonalMatrix: Constructs an empty matrix.
IntegerDiagonalMatrix(int[][]) - Constructor for class JSci.maths.matrices.IntegerDiagonalMatrix: Constructs a matrix from an array.
IntegerDiagonalMatrix(int[]) - Constructor for class JSci.maths.matrices.IntegerDiagonalMatrix: Constructs a matrix by wrapping an array containing the diagonal elements.
IntegerMatrix - Class in JSci.maths.matrices: The IntegerMatrix class provides an object for encapsulating integer matrices.
IntegerMatrix(int[][]) - Constructor for class JSci.maths.matrices.IntegerMatrix: Constructs a matrix by wrapping an array.
IntegerMatrix(int, int) - Constructor for class JSci.maths.matrices.IntegerMatrix: Constructs an empty matrix.
IntegerMatrix(AbstractIntegerVector[]) - Constructor for class JSci.maths.matrices.IntegerMatrix: Constructs a matrix from an array of vectors (columns).
IntegerMatrixAlgebra - Class in JSci.maths.matrices
IntegerRing - Class in JSci.maths.fields: The IntegerRing class encapsulates the ring of integer numbers.
IntegerSquareMatrix - Class in JSci.maths.matrices: The IntegerSquareMatrix class provides an object for encapsulating integer square matrices.
IntegerSquareMatrix(int[][]) - Constructor for class JSci.maths.matrices.IntegerSquareMatrix: Constructs a matrix by wrapping an array.
IntegerSquareMatrix(int) - Constructor for class JSci.maths.matrices.IntegerSquareMatrix: Constructs an empty matrix.
IntegerSquareMatrix(AbstractIntegerVector[]) - Constructor for class JSci.maths.matrices.IntegerSquareMatrix: Constructs a matrix from an array of vectors (columns).
IntegerTridiagonalMatrix - Class in JSci.maths.matrices: The IntegerTridiagonalMatrix class provides an object for encapsulating integer tridiagonal matrices.
IntegerTridiagonalMatrix(int) - Constructor for class JSci.maths.matrices.IntegerTridiagonalMatrix: Constructs an empty matrix.
IntegerTridiagonalMatrix(int[][]) - Constructor for class JSci.maths.matrices.IntegerTridiagonalMatrix: Constructs a matrix from an array.
IntegerVector - Class in JSci.maths.vectors: An array-based implementation of an integer vector.
IntegerVector(int) - Constructor for class JSci.maths.vectors.IntegerVector: Constructs an empty vector.
IntegerVector(int[]) - Constructor for class JSci.maths.vectors.IntegerVector: Constructs a vector by wrapping an array.
integrate() - Method in class JSci.maths.analysis.ComplexExponential
integrate() - Method in class JSci.maths.polynomials.RealPolynomial: "inverse" operation for differentiate
integrate(MultiscaleFunction, MultiscaleFunction, int, double, double) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(DiscreteFunction, DiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(SparseDiscreteFunction, DiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(DiscreteFunction, SparseDiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(SparseDiscreteFunction, SparseDiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace: This method could be optimized further
integrate(Cosine, DiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(Sine, DiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(DiscreteFunction, Sine) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(DiscreteFunction, Cosine) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(Cosine, SparseDiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(Sine, SparseDiscreteFunction) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(SparseDiscreteFunction, Sine) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(SparseDiscreteFunction, Cosine) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(MultiscaleFunction, MultiscaleFunction, int) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(PiecewiseConstant, MultiscaleFunction, int, double, double) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(PiecewiseConstant, MultiscaleFunction, int) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(SumOfDiracs, MultiscaleFunction, int, double, double) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(SumOfDiracs, MultiscaleFunction, int) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
integrate(SumOfDiracs, double[]) - Static method in class JSci.maths.wavelet.DiscreteHilbertSpace
INTERLACED - Static variable in class JSci.instruments.PTTwoDBarycentre: the image must be considered interlaced, that is composed by two frames distant by TIME_FIELD?
interpolate(int) - Method in class JSci.maths.wavelet.splines.LinearSpline: Return as an array the interpolated values of the function.
interpolate(int) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: Return as an array the interpolated values of the function.
interpolate(int) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: Return as an array the interpolated values of the function.
interpolate(int) - Method in class JSci.maths.wavelet.splines.Spline: The interpolate method should be return the actual value of the spline on knots.
interpolate(int) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: Return as an array the interpolated values of the function.
interpolateLagrange(double[][]) - Static method in class JSci.maths.polynomials.PolynomialMath: Interpolates a polynomial.
interpolateLagrange(Complex[][]) - Static method in class JSci.maths.polynomials.PolynomialMath: Interpolates a polynomial.
intersect(MathSet) - Method in class JSci.maths.categories.FinSet.FunctionSet
intersect(MathSet) - Method in class JSci.maths.FiniteSet: Performs the intersection of this set with another.
intersect(MathSet) - Method in interface JSci.maths.MathSet: Performs the intersection of this set with another.
intValue() - Method in class JSci.maths.MathDouble
intValue() - Method in class JSci.maths.MathInteger
INUM - Static variable in interface JSci.maths.symbolic.ExpressionParserConstants
INVALID_LEXICAL_STATE - Static variable in error JSci.maths.symbolic.TokenMgrError: Tried to change to an invalid lexical state.
invalidateLayout(Container) - Method in class JSci.awt.GraphLayout
invalidateLayout(Container) - Method in class JSci.swing.JGraphLayout
inverse() - Method in class JSci.maths.analysis.ComplexFunction: Returns the multiplicative inverse (reciprocal) of this function.
inverse() - Method in class JSci.maths.analysis.RealFunction: Returns the multiplicative inverse (reciprocal) of this function.
inverse() - Method in class JSci.maths.analysis.RealFunction2D: Returns the multiplicative inverse (reciprocal) of this function.
inverse() - Method in class JSci.maths.analysis.RealFunction3D: Returns the multiplicative inverse (reciprocal) of this function.
inverse() - Method in class JSci.maths.analysis.RealFunctionND: Returns the multiplicative inverse (reciprocal) of this function.
inverse() - Method in class JSci.maths.Complex: Returns the inverse of this complex number.
inverse() - Method in interface JSci.maths.fields.Field.Member: Returns the inverse member.
inverse() - Method in class JSci.maths.groups.CyclicGroup.Member: Returns the inverse member.
inverse() - Method in class JSci.maths.groups.DihedralGroup.Member: Returns the inverse member.
inverse() - Method in interface JSci.maths.groups.Group.Member: Returns the inverse member.
inverse() - Method in class JSci.maths.groups.QuaternionGroup.Member: Returns the inverse member.
inverse() - Method in class JSci.maths.MathDouble: Returns the inverse of this number.
inverse() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the inverse of this matrix.
inverse() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the inverse of this matrix.
inverse() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the inverse of this matrix.
inverse() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the inverse of this matrix.
inverse() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the inverse of this matrix.
inverse() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the inverse of this matrix.
inverse() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the inverse of this matrix.
inverse() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the inverse of this matrix.
inverse() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the inverse of this matrix.
inverse() - Method in class JSci.maths.Quaternion: Returns the inverse of this quaternion.
inverse(double) - Method in class JSci.maths.statistics.BetaDistribution: Inverse of the cumulative beta distribution function.
inverse(double) - Method in class JSci.maths.statistics.BinomialDistribution: Inverse of the cumulative binomial distribution function.
inverse(double) - Method in class JSci.maths.statistics.CauchyDistribution: Inverse of the cumulative Cauchy distribution function.
inverse(double) - Method in class JSci.maths.statistics.ChiSqrDistribution: Inverse of the cumulative chi-squared distribution function.
inverse(double) - Method in class JSci.maths.statistics.DiracDeltaDistribution
inverse(double) - Method in class JSci.maths.statistics.ExponentialDistribution: Inverse of the cumulative exponential distribution function.
inverse(double) - Method in class JSci.maths.statistics.FDistribution: Inverse of the cumulative F-distribution function.
inverse(double) - Method in class JSci.maths.statistics.GammaDistribution: Inverse of the cumulative gamma distribution function.
inverse(double) - Method in class JSci.maths.statistics.GeometricDistribution: Inverse of the cumulative geometric distribution function.
inverse(double) - Method in class JSci.maths.statistics.LognormalDistribution: Inverse of the cumulative lognormal distribution function.
inverse(double) - Method in class JSci.maths.statistics.NormalDistribution: Inverse of the cumulative normal distribution function.
inverse(double) - Method in class JSci.maths.statistics.ParetoDistribution: Inverse of the cumulative Pareto distribution function.
inverse(double) - Method in class JSci.maths.statistics.PoissonDistribution: Inverse of the cumulative Poisson distribution function.
inverse(double) - Method in class JSci.maths.statistics.ProbabilityDistribution: Inverse of the cumulative distribution function.
inverse(double) - Method in class JSci.maths.statistics.TDistribution: Inverse of the cumulative student's t-distribution function.
inverse(double) - Method in class JSci.maths.statistics.UniformDistribution
inverse(double) - Method in class JSci.maths.statistics.WeibullDistribution: Inverse of the cumulative Weibull distribution function.
inverse() - Method in class JSci.maths.symbolic.Expression
inverse(Field.Member) - Static method in class JSci.maths.symbolic.Expression: Method for generating an Expression by a formal operation on a set member
inverseTransform(Complex[]) - Static method in class JSci.maths.FourierMath: Inverse Fourier transform (-2Pi convention).
inverseTransform(double[], double[]) - Static method in class JSci.maths.FourierMath: Inverse Fourier transform (-2Pi convention).
inverseTransform(double[]) - Static method in class JSci.maths.FourierMath: Inverse Fourier transform (-2Pi convention).
invert(double[]) - Static method in class JSci.maths.ArrayMath: Inverts an array from left to right.
invert(int[]) - Static method in class JSci.maths.ArrayMath: Inverts an array from left to right.
involution() - Method in interface JSci.maths.algebras.CStarAlgebra.Member: The involution operation.
involution() - Method in class JSci.maths.Complex: Returns the involution of this complex number.
involution() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the involution of this matrix.
involution() - Method in class JSci.maths.Quaternion: Returns the involution of this quaternion.
invTransform(float[]) - Method in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
invTransform(float[], int) - Static method in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
invTransform(float[]) - Method in class JSci.maths.wavelet.daubechies2.FastDaubechies2
invTransform(float[], int) - Static method in class JSci.maths.wavelet.daubechies2.FastDaubechies2
invTransform(float[]) - Method in class JSci.maths.wavelet.FWT
invTransform(float[]) - Method in class JSci.maths.wavelet.haar.FastHaar
invTransform(float[]) - Method in class JSci.maths.wavelet.symmlet8.FastSymmlet8
invTransform(float[], int) - Static method in class JSci.maths.wavelet.symmlet8.FastSymmlet8
IonicBond - Class in JSci.chemistry: An ionic bond between two atoms.
IonicBond(Atom, Atom) - Constructor for class JSci.chemistry.IonicBond
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiBottom: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiCharm: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiDown: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiElectronNeutrino: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiKZero: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiLambda: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiMuon: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiMuonNeutrino: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiNeutron: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiOmegaMinus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiProton: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiSigmaMinus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiSigmaPlus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiSigmaZero: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiStrange: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiTau: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiTauNeutrino: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiTop: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiUp: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.AntiXiZero: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Bottom: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Charm: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Down: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Electron: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.ElectronNeutrino: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Eta: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Gluon: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Graviton: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.KMinus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.KPlus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.KZero: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Lambda: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Muon: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.MuonNeutrino: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Neutron: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.OmegaMinus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Photon: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.PiMinus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.PiPlus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.PiZero: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Positron: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Proton: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.SigmaMinus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.SigmaPlus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.SigmaZero: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Strange: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Tau: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.TauNeutrino: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Top: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.Up: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.WMinus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.WPlus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.XiMinus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.XiPlus: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.XiZero: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.particles.ZZero: Returns true if qp is the antiparticle.
isAnti(QuantumParticle) - Method in class JSci.physics.quantum.QuantumParticle: Returns true if qp is the antiparticle.
isCellEditable(int, int) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
isCellEditable(int, int) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
isCellEditable(int, int) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
isDoubleBuffered() - Method in class JSci.swing.JDoubleBufferedComponent: Double buffering is always enabled.
isDragging() - Method in class JSci.instruments.PTCroquetteCross: the cross is being dragged by the mouse?
isEven() - Method in class JSci.maths.MathInteger: Returns true if this number is even.
isHermitian() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns true if this matrix is hermitian.
isIdentity(Monoid.Member) - Method in class JSci.maths.groups.CyclicGroup: Returns true if the member is the identity element of this group.
isIdentity(Monoid.Member) - Method in class JSci.maths.groups.DihedralGroup: Returns true if the element is the identity element of this group.
isIdentity(AbstractComplexSquareMatrix) - Method in class JSci.maths.groups.LieGroup: Returns true if the element is the identity element of this group.
isIdentity(Monoid.Member) - Method in interface JSci.maths.groups.Monoid: Returns true if the member is the identity element of this monoid.
isIdentity(Monoid.Member) - Method in class JSci.maths.groups.QuaternionGroup: Returns true if the element is the identity element of this group.
isIdentity(Complex) - Method in class JSci.maths.groups.U1: Returns true if the element is the identity element of this group.
isIncremental() - Method in class JSci.awt.GraphDataEvent: Returns whether the change was incremental.
isInfinite() - Method in class JSci.maths.Complex: Returns true if either the real or imaginary part is infinite.
isInfinite() - Method in class JSci.maths.MathDouble: Returns true if this number is infinite.
isInfinite() - Method in class JSci.maths.Quaternion: Returns true if either the real or imaginary part is infinite.
isInverse(Field.Member, Field.Member) - Method in class JSci.maths.fields.ComplexField: Returns true if one complex number is the inverse of the other.
isInverse(Field.Member, Field.Member) - Method in interface JSci.maths.fields.Field: Returns true if one member is the inverse of the other.
isInverse(Field.Member, Field.Member) - Method in class JSci.maths.fields.RealField: Returns true if one real number is the inverse of the other.
isInverse(Group.Member, Group.Member) - Method in class JSci.maths.groups.CyclicGroup: Returns true if one member is the inverse of the other.
isInverse(Group.Member, Group.Member) - Method in class JSci.maths.groups.DihedralGroup: Returns true if one element is the inverse of the other.
isInverse(Group.Member, Group.Member) - Method in interface JSci.maths.groups.Group: Returns true if one member is the inverse of the other.
isInverse(AbstractComplexSquareMatrix, AbstractComplexSquareMatrix) - Method in class JSci.maths.groups.LieGroup: Returns true if one element is the inverse of the other.
isInverse(Group.Member, Group.Member) - Method in class JSci.maths.groups.QuaternionGroup: Returns true if one element is the inverse of the other.
isInverse(Complex, Complex) - Method in class JSci.maths.groups.U1: Returns true if one element is the inverse of the other.
isLater(Version) - Method in class JSci.Version: Returns true if this is later than another version.
isMember(Complex, int) - Method in class JSci.maths.chaos.JuliaSet: Returns 0 if z is a member of this set, else the number of iterations it took for z to diverge to infinity.
isMember(double, double, int) - Method in class JSci.maths.chaos.JuliaSet
isMember(Complex, int) - Method in class JSci.maths.chaos.MandelbrotSet: Returns 0 if z is a member of this set, else the number of iterations it took for z to diverge to infinity.
isMember(double, double, int) - Method in class JSci.maths.chaos.MandelbrotSet
isMoving() - Method in class JSci.astro.telescope.LX200: Check whether the scope is moving.
isMoving() - Method in class JSci.astro.telescope.NexStar: Check whether the scope is moving.
isNaN() - Method in class JSci.maths.Complex: Returns true if either the real or imaginary part is NaN.
isNaN() - Method in class JSci.maths.MathDouble: Returns true if this number is NaN.
isNaN() - Method in class JSci.maths.Quaternion: Returns true if either the real or imaginary part is NaN.
isNegative(AbelianGroup.Member, AbelianGroup.Member) - Method in class JSci.maths.algebras.HilbertSpace: Returns true if one vector is the negative of the other.
isNegative(AbelianGroup.Member, AbelianGroup.Member) - Method in class JSci.maths.fields.ComplexField: Returns true if one complex number is the negative of the other.
isNegative(AbelianGroup.Member, AbelianGroup.Member) - Method in class JSci.maths.fields.IntegerRing: Returns true if one integer number is the negative of the other.
isNegative(AbelianGroup.Member, AbelianGroup.Member) - Method in class JSci.maths.fields.RealField: Returns true if one real number is the negative of the other.
isNegative(AbelianGroup.Member, AbelianGroup.Member) - Method in interface JSci.maths.groups.AbelianGroup: Returns true if one member is the negative of the other.
isNegative(AbelianGroup.Member, AbelianGroup.Member) - Method in class JSci.maths.groups.CyclicGroup: Returns true if one member is the negative (inverse) of the other.
isNegative(AbelianGroup.Member, AbelianGroup.Member) - Method in class JSci.maths.matrices.DoubleMatrixAlgebra
isNegative(AbelianGroup.Member, AbelianGroup.Member) - Method in class JSci.maths.matrices.IntegerMatrixAlgebra
isNegative(AbelianGroup.Member, AbelianGroup.Member) - Method in class JSci.maths.polynomials.ComplexPolynomialRing: Returns true if one member is the negative of the other.
isNegative(AbelianGroup.Member, AbelianGroup.Member) - Method in class JSci.maths.polynomials.RealPolynomialRing: Returns true if one member is the negative of the other.
isOdd() - Method in class JSci.maths.MathInteger: Returns true if this number is odd.
isOne(Ring.Member) - Method in class JSci.maths.fields.ComplexField: Returns true if the complex number is equal to one.
isOne(Ring.Member) - Method in class JSci.maths.fields.IntegerRing: Returns true if the integer number is equal to one.
isOne(Ring.Member) - Method in class JSci.maths.fields.RealField: Returns true if the real number is equal to one.
isOne(Ring.Member) - Method in interface JSci.maths.fields.Ring: Returns true if the member is the unit element.
isOne(Ring.Member) - Method in class JSci.maths.matrices.DoubleMatrixAlgebra
isOne(Ring.Member) - Method in class JSci.maths.matrices.IntegerMatrixAlgebra
isOne() - Method in class JSci.maths.polynomials.ComplexPolynomial
isOne(Ring.Member) - Method in class JSci.maths.polynomials.ComplexPolynomialRing: Returns true if the member is the unit element.
isOne() - Method in class JSci.maths.polynomials.RealPolynomial: Returns true if this polynomial is equal to one.
isOne(Ring.Member) - Method in class JSci.maths.polynomials.RealPolynomialRing: Returns true if the member is the unit element.
isospin() - Method in class JSci.physics.particles.AntiKaon: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.AntiLambda: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.AntiLepton: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.AntiNucleon: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.AntiOmegaMinus: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.AntiPion: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.AntiQuark: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.AntiSigma: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.AntiXi: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.Eta: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.GaugeBoson: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.Kaon: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.Lambda: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.Lepton: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.Nucleon: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.OmegaMinus: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.Pion: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.Quark: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.Sigma: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.particles.Xi: Returns the number of 1/2 units of isospin.
isospin() - Method in class JSci.physics.quantum.QuantumParticle: Returns the number of 1/2 units of isospin.
isospinZ() - Method in class JSci.physics.particles.AntiKZero: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.AntiLambda: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.AntiLepton: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.AntiNeutron: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.AntiOmegaMinus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.AntiProton: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.AntiQuark: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.AntiSigmaMinus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.AntiSigmaPlus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.AntiSigmaZero: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.AntiXiZero: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.Eta: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.GaugeBoson: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.KMinus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.KPlus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.KZero: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.Lambda: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.Lepton: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.Neutron: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.OmegaMinus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.PiMinus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.PiPlus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.PiZero: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.Proton: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.Quark: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.SigmaMinus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.SigmaPlus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.SigmaZero: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.XiMinus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.XiPlus: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.particles.XiZero: Returns the number of 1/2 units of the z-component of isospin.
isospinZ() - Method in class JSci.physics.quantum.QuantumParticle: Returns the number of 1/2 units of the z-component of isospin.
isPureState() - Method in class JSci.physics.quantum.DensityMatrix: Returns true if this density matrix is a pure state.
isSelfAdjoint() - Method in class JSci.physics.quantum.Operator: Returns true if this operator is self-adjoint.
isSelfAdjoint() - Method in class JSci.physics.quantum.SpinOperator: Returns true if this operator is self-adjoint.
isSquare(double[][]) - Static method in class JSci.maths.ArrayMath
isSquare(int[][]) - Static method in class JSci.maths.ArrayMath
isSquare(Object[][]) - Static method in class JSci.maths.ArrayMath
isSymmetric() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns true if this matrix is symmetric.
isSymmetric() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns true if this matrix is symmetric.
isSymmetric() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns true if this matrix is symmetric.
isSymmetric() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns true if this matrix is symmetric.
isSymmetric() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns true if this matrix is symmetric.
isSymmetric() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns true if this matrix is symmetric.
isUnitary() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns true if this matrix is unitary.
isUnitary() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns true if this matrix is unitary.
isUnitary() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns true if this matrix is unitary.
isUnitary() - Method in class JSci.physics.quantum.GammaMatrix: Returns true if this matrix is unitary.
isUnitary() - Method in class JSci.physics.quantum.Operator: Returns true if this operator is unitary.
isUnitary() - Method in class JSci.physics.quantum.SpinOperator: Returns true if this operator is unitary.
isVisible() - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
isVisible() - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
isVisible() - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
isZero(AbelianGroup.Member) - Method in class JSci.maths.algebras.HilbertSpace: Returns true if the vector is equal to zero.
isZero() - Method in class JSci.maths.Complex: Returns true if the modulus of this complex number is within the zero tolerance.
isZero(AbelianGroup.Member) - Method in class JSci.maths.fields.ComplexField: Returns true if the complex number is equal to zero.
isZero(AbelianGroup.Member) - Method in class JSci.maths.fields.IntegerRing: Returns true if the integer number is equal to zero.
isZero(AbelianGroup.Member) - Method in class JSci.maths.fields.RealField: Returns true if the real number is equal to zero.
isZero(AbelianGroup.Member) - Method in interface JSci.maths.groups.AbelianGroup: Returns true if the member is the identity element of this group.
isZero(AbelianGroup.Member) - Method in class JSci.maths.groups.CyclicGroup: Returns true if the member is the identity element of this group.
isZero(double) - Static method in class JSci.maths.MathDouble: Returns true if the number is within the zero tolerance.
isZero(AbelianGroup.Member) - Method in class JSci.maths.matrices.DoubleMatrixAlgebra
isZero(AbelianGroup.Member) - Method in class JSci.maths.matrices.IntegerMatrixAlgebra
isZero() - Method in class JSci.maths.polynomials.ComplexPolynomial
isZero(AbelianGroup.Member) - Method in class JSci.maths.polynomials.ComplexPolynomialRing: Returns true if the member is the identity element of this group.
isZero() - Method in class JSci.maths.polynomials.RealPolynomial: Returns true if this polynomial is equal to zero.
isZero(AbelianGroup.Member) - Method in class JSci.maths.polynomials.RealPolynomialRing: Returns true if the member is the identity element of this group.
iterate(int, double[]) - Method in class JSci.maths.chaos.CatMap: Iterates the map.
iterate(int, double[]) - Method in class JSci.maths.chaos.GingerbreadManMap: Iterates the map.
iterate(int, double[]) - Method in class JSci.maths.chaos.HenonMap: Iterates the map.
iterate(int, double) - Method in class JSci.maths.chaos.LogisticMap: Iterates the map.
iterate(int, double) - Method in class JSci.maths.chaos.MandelbrotMap: Iterates the map.
iterate(int, Complex) - Method in class JSci.maths.chaos.MandelbrotMap: Iterates the map.
iterate(int, double[]) - Method in class JSci.maths.chaos.StandardMap: Iterates the map.
IUNIT - Static variable in interface JSci.maths.symbolic.ExpressionParserConstants

J

J - Static variable in class JSci.maths.Quaternion
JArcDial - Class in JSci.swing: A round dial, where the pointer can rotate many turns; the turns are indicated by digits inside the dial.
JArcDial(double, double) - Constructor for class JSci.swing.JArcDial: constructs a dial with no pointers; the pointers will move inside a given range.
JBarGraph - Class in JSci.swing: A bar graph Swing component.
JBarGraph(CategoryGraph2DModel) - Constructor for class JSci.swing.JBarGraph: Constructs a bar graph.
JCategoryGraph2D - Class in JSci.swing: The JCategoryGraph2D superclass provides an abstract encapsulation of 2D category graphs.
JCategoryGraph2D(CategoryGraph2DModel) - Constructor for class JSci.swing.JCategoryGraph2D: Constructs a 2D category graph.
JContourPlot - Class in JSci.swing: A contour plot Swing component.
JContourPlot(double[][]) - Constructor for class JSci.swing.JContourPlot: Constructs a contour plot.
JDoubleBufferedComponent - Class in JSci.swing: The JDoubleBufferedComponent class provides double buffering functionality.
JDoubleBufferedComponent() - Constructor for class JSci.swing.JDoubleBufferedComponent: Constructs a double buffered canvas.
JGraph2D - Class in JSci.swing: The JGraph2D superclass provides an abstract encapsulation of 2D graphs.
JGraph2D(Graph2DModel) - Constructor for class JSci.swing.JGraph2D: Constructs a 2D graph.
JGraphLayout - Class in JSci.swing: A graph layout arranges components in the style of a graph.
JGraphLayout() - Constructor for class JSci.swing.JGraphLayout
JHistogram - Class in JSci.swing: A histogram Swing component.
JHistogram(Graph2DModel) - Constructor for class JSci.swing.JHistogram: Constructs a histogram.
JImageCanvas - Class in JSci.swing: The JImageCanvas class allows an image to be directly added to a container.
JImageCanvas(Image) - Constructor for class JSci.swing.JImageCanvas: Constructs an image canvas.
jj_input_stream - Static variable in class JSci.maths.symbolic.ExpressionParser
jj_nt - Static variable in class JSci.maths.symbolic.ExpressionParser
jjFillToken() - Static method in class JSci.maths.symbolic.ExpressionParserTokenManager
jjmatchedKind - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
jjmatchedPos - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
jjnewStateCnt - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
jjnextStates - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
jjround - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
jjstrLiteralImages - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
jjtoSkip - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
jjtoToken - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
JLayeredBarGraph - Class in JSci.swing: A layered bar graph Swing component.
JLayeredBarGraph(CategoryGraph2DModel) - Constructor for class JSci.swing.JLayeredBarGraph: Constructs a layered bar graph.
JLineGraph - Class in JSci.swing: A line graph Swing component.
JLineGraph(Graph2DModel) - Constructor for class JSci.swing.JLineGraph: Constructs a line graph.
JLineGraph3D - Class in JSci.swing: A 3D line graph Swing component.
JLineGraph3D(Graph3DModel) - Constructor for class JSci.swing.JLineGraph3D: Constructs a 3D line graph.
JLineTrace - Class in JSci.swing: A line trace Swing component.
JLineTrace(float, float, float, float) - Constructor for class JSci.swing.JLineTrace: Constructs a line trace.
JLineTrace.MouseLineAdapter - Class in JSci.swing
JLineTrace.MouseLineAdapter() - Constructor for class JSci.swing.JLineTrace.MouseLineAdapter
JPieChart - Class in JSci.swing: A pie chart Swing component.
JPieChart(CategoryGraph2DModel) - Constructor for class JSci.swing.JPieChart: Constructs a pie chart.
JPointer - Class in JSci.swing: A pointer for the JRoundDial or JArcDial
JPointer(int) - Constructor for class JSci.swing.JPointer
JRoundDial - Class in JSci.swing: A round dial, where the pointer can rotate many turns; the turns are indicated by digits inside the dial.
JRoundDial(double) - Constructor for class JSci.swing.JRoundDial: constructs a dial with no pointers
JScatterGraph - Class in JSci.swing: A scatter graph Swing component.
JScatterGraph(Graph2DModel) - Constructor for class JSci.swing.JScatterGraph: Constructs a scatter graph.
JSci - package JSci
JSci.astro - package JSci.astro
JSci.astro.telescope - package JSci.astro.telescope
JSci.awt - package JSci.awt
JSci.biology - package JSci.biology
JSci.chemistry - package JSci.chemistry
JSci.chemistry.periodictable - package JSci.chemistry.periodictable
JSci.instruments - package JSci.instruments
JSci.instruments.pi - package JSci.instruments.pi
JSci.io - package JSci.io
JSci.mathml - package JSci.mathml
JSci.maths - package JSci.maths
JSci.maths.algebras - package JSci.maths.algebras: Provides classes for algebras and their generalisations (vector spaces, modules).
JSci.maths.analysis - package JSci.maths.analysis
JSci.maths.categories - package JSci.maths.categories
JSci.maths.chaos - package JSci.maths.chaos
JSci.maths.fields - package JSci.maths.fields: Provides classes for fields and their generalisations (rings).
JSci.maths.groups - package JSci.maths.groups: Provides classes for groups and their generalisations (monoids, semigroups).
JSci.maths.matrices - package JSci.maths.matrices
JSci.maths.polynomials - package JSci.maths.polynomials
JSci.maths.statistics - package JSci.maths.statistics
JSci.maths.symbolic - package JSci.maths.symbolic
JSci.maths.vectors - package JSci.maths.vectors
JSci.maths.wavelet - package JSci.maths.wavelet
JSci.maths.wavelet.cdf2_4 - package JSci.maths.wavelet.cdf2_4
JSci.maths.wavelet.cdf3_5 - package JSci.maths.wavelet.cdf3_5
JSci.maths.wavelet.daubechies2 - package JSci.maths.wavelet.daubechies2
JSci.maths.wavelet.daubechies3 - package JSci.maths.wavelet.daubechies3
JSci.maths.wavelet.daubechies4 - package JSci.maths.wavelet.daubechies4
JSci.maths.wavelet.daubechies5 - package JSci.maths.wavelet.daubechies5
JSci.maths.wavelet.daubechies6 - package JSci.maths.wavelet.daubechies6
JSci.maths.wavelet.daubechies7 - package JSci.maths.wavelet.daubechies7
JSci.maths.wavelet.daubechies8 - package JSci.maths.wavelet.daubechies8
JSci.maths.wavelet.haar - package JSci.maths.wavelet.haar: Haar wavelets have compact support and are not continuously differentiable.
JSci.maths.wavelet.splines - package JSci.maths.wavelet.splines: Linear splines have infinite support and are continuous.
JSci.maths.wavelet.symmlet8 - package JSci.maths.wavelet.symmlet8
JSci.physics - package JSci.physics
JSci.physics.particles - package JSci.physics.particles
JSci.physics.quantum - package JSci.physics.quantum
JSci.physics.relativity - package JSci.physics.relativity
JSci.swing - package JSci.swing
JSci.text - package JSci.text
JSci.util - package JSci.util
JSliderPlus - Class in JSci.swing: A place where JPointers can be placed.
JSliderPlus(int, double, double) - Constructor for class JSci.swing.JSliderPlus: constructs a SliderHolder with no sliders; the sliders will move inside a given range.
JStackedBarGraph - Class in JSci.swing: A stacked bar graph Swing component.
JStackedBarGraph(CategoryGraph2DModel) - Constructor for class JSci.swing.JStackedBarGraph: Constructs a stacked bar graph.
JuliaSet - Class in JSci.maths.chaos: The JuliaSet class provides an object that encapsulates Julia sets.
JuliaSet(Complex) - Constructor for class JSci.maths.chaos.JuliaSet: Constructs a Julia set.

K

K - Static variable in class JSci.maths.Quaternion
k - Variable in class JSci.maths.wavelet.cdf2_4.DualScaling2_4
Kaon - Class in JSci.physics.particles: A class representing kaons.
Kaon() - Constructor for class JSci.physics.particles.Kaon: Constructs a kaon.
KarhunenLoeve - Class in JSci.maths: This class implements the Karhunen-Loeve expansion.
KarhunenLoeve(double[][]) - Constructor for class JSci.maths.KarhunenLoeve
KetVector - Class in JSci.physics.quantum: The KetVector class provides an object for encapsulating Dirac ket vectors.
KetVector(AbstractComplexVector) - Constructor for class JSci.physics.quantum.KetVector: Constructs a ket vector given a vector representation.
killingForm(AbstractDoubleVector, AbstractDoubleVector) - Method in class JSci.maths.algebras.su2Dim3: Returns the Killing Form of two elements (scalar product).
kind - Variable in class JSci.maths.symbolic.Token: An integer that describes the kind of this token.
KMinus - Class in JSci.physics.particles: A class representing K-.
KMinus() - Constructor for class JSci.physics.particles.KMinus: Constructs a K-.
KochCurve - Class in JSci.maths.chaos: The KochCurve class provides an object that encapsulates the Koch curve.
KochCurve() - Constructor for class JSci.maths.chaos.KochCurve
KPlus - Class in JSci.physics.particles: A class representing K+.
KPlus() - Constructor for class JSci.physics.particles.KPlus: Constructs a K+.
KroneckerDelta - Class in JSci.physics.relativity: The KroneckerDelta class encapsulates the Kronecker delta.
KroneckerDelta() - Constructor for class JSci.physics.relativity.KroneckerDelta: Constructs the Kronecker delta.
KZero - Class in JSci.physics.particles: A class representing K0.
KZero() - Constructor for class JSci.physics.particles.KZero: Constructs a K0.

L

Lambda - Class in JSci.physics.particles: A class representing lambdas.
Lambda() - Constructor for class JSci.physics.particles.Lambda: Constructs a lambda.
LayeredBarGraph - Class in JSci.awt: A layered bar graph AWT component.
LayeredBarGraph(CategoryGraph2DModel) - Constructor for class JSci.awt.LayeredBarGraph: Constructs a layered bar graph.
layoutContainer(Container) - Method in class JSci.awt.GraphLayout
layoutContainer(Container) - Method in class JSci.swing.JGraphLayout
ldiag - Variable in class JSci.maths.matrices.DoubleTridiagonalMatrix: Tridiagonal data.
ldiag - Variable in class JSci.maths.matrices.IntegerTridiagonalMatrix: Tridiagonal data.
ldiagIm - Variable in class JSci.maths.matrices.ComplexTridiagonalMatrix: Tridiagonal data.
ldiagRe - Variable in class JSci.maths.matrices.ComplexTridiagonalMatrix: Tridiagonal data.
leapFrog(double[], Mapping, double) - Static method in class JSci.maths.NumericalMath: Uses the Leap-Frog method to solve an ODE.
leastSquaresFit(int, double[][]) - Static method in class JSci.maths.LinearMath: Fits an nth degree polynomial to data using the method of least squares.
LEFT - Static variable in class JSci.physics.quantum.SpinorProjector: Left-handed projector (P_L).
leftAxisPad - Variable in class JSci.awt.CategoryGraph2D
leftAxisPad - Variable in class JSci.awt.Graph2D
leftAxisPad - Variable in class JSci.awt.Histogram
leftAxisPad - Variable in class JSci.swing.JCategoryGraph2D
leftAxisPad - Variable in class JSci.swing.JGraph2D
leftAxisPad - Variable in class JSci.swing.JHistogram
length() - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
length() - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
length() - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
length() - Method in class JSci.io.MathMLExpression: Returns the number of arguments.
Lepton - Class in JSci.physics.particles: A class representing leptons.
Lepton() - Constructor for class JSci.physics.particles.Lepton: Constructs a lepton.
LETTER - Static variable in interface JSci.maths.symbolic.ExpressionParserConstants
LeviCivita - Class in JSci.physics.relativity: The LeviCivita class encapsulates the Levi-Civita tensor.
LeviCivita() - Constructor for class JSci.physics.relativity.LeviCivita: Constructs the Levi-Civita tensor.
LEXICAL_ERROR - Static variable in error JSci.maths.symbolic.TokenMgrError: Lexical error occured.
LexicalError(boolean, int, int, int, String, char) - Static method in error JSci.maths.symbolic.TokenMgrError: Returns a detailed message for the Error when it is thrown by the token manager to indicate a lexical error.
lexStateNames - Static variable in class JSci.maths.symbolic.ExpressionParserTokenManager
LieAlgebra - Class in JSci.maths.algebras: The LieAlgebra class provides an abstract encapsulation for Lie algebras.
LieAlgebra(String) - Constructor for class JSci.maths.algebras.LieAlgebra: Constructs a Lie algebra.
LieGroup - Class in JSci.maths.groups: The LieGroup class provides an encapsulation for Lie groups.
LieGroup(AbstractComplexSquareMatrix[]) - Constructor for class JSci.maths.groups.LieGroup: Constructs a Lie group from a Lie algebra.
LIGHT_YEAR - Static variable in interface JSci.astro.AstronomicalConstants: Length of a (Gregorian) light year (defined), in meters.
line - Static variable in class JSci.maths.symbolic.SimpleCharStream
LINEAR_SCALE - Static variable in class JSci.awt.Graph2D
LINEAR_SCALE - Static variable in class JSci.swing.JGraph2D
LinearMath - Class in JSci.maths: The linear math library.
linearRegression(double[][]) - Static method in class JSci.maths.LinearMath: Fits a line to multi-dimensional data using the method of least squares.
LinearSpline - Class in JSci.maths.wavelet.splines: This class is used to generate linear splines to be used as wavelets or related functions.
LinearSpline(double[]) - Constructor for class JSci.maths.wavelet.splines.LinearSpline
LinearSpline() - Constructor for class JSci.maths.wavelet.splines.LinearSpline
LineGraph - Class in JSci.awt: A line graph AWT component.
LineGraph(Graph2DModel) - Constructor for class JSci.awt.LineGraph: Constructs a line graph.
LineGraph3D - Class in JSci.awt: A 3D line graph AWT component.
LineGraph3D(Graph3DModel) - Constructor for class JSci.awt.LineGraph3D: Constructs a 3D line graph.
LineTrace - Class in JSci.awt: A line trace AWT component.
LineTrace(float, float, float, float) - Constructor for class JSci.awt.LineTrace: Constructs a line trace.
LineTrace.MouseLineAdapter - Class in JSci.awt
LineTrace.MouseLineAdapter() - Constructor for class JSci.awt.LineTrace.MouseLineAdapter
listenerList - Variable in class JSci.instruments.PositionControlAdapter: The list of ChangeListeners for this model.
listenerList - Variable in class JSci.swing.JPointer: The list of ChangeListeners for this model.
log(Complex) - Static method in class JSci.maths.Complex: Returns the natural logarithm (base e) of a complex number.
log(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the natural logarithm (base e) of a number.
log(Number) - Static method in class JSci.maths.MathDouble
log(double) - Static method in class JSci.maths.MathDouble
log(Quaternion) - Static method in class JSci.maths.Quaternion
LOG - Static variable in class JSci.maths.symbolic.Function
log10(double) - Static method in class JSci.maths.ExtraMath: Returns the base 10 logarithm of a double.
LOG10 - Static variable in interface JSci.maths.NumericalConstants: Natural logarithm of 10.
LOG_GAMMA_X_MAX_VALUE - Static variable in class JSci.maths.SpecialMath: The largest argument for which logGamma(x) is representable in the machine.
LOG_SCALE - Static variable in class JSci.awt.Graph2D
LOG_SCALE - Static variable in class JSci.swing.JGraph2D
logBeta(double, double) - Static method in class JSci.maths.SpecialMath: The natural logarithm of the beta function.
logFactorial(double) - Static method in class JSci.maths.ExtraMath: Returns the natural logarithm of the factorial.
logGamma(double) - Static method in class JSci.maths.SpecialMath: The natural logarithm of the gamma function.
LogisticMap - Class in JSci.maths.chaos: The LogisticMap class provides an object that encapsulates the logistic map.
LogisticMap(double) - Constructor for class JSci.maths.chaos.LogisticMap: Constructs a logistic map.
LognormalDistribution - Class in JSci.maths.statistics: The LognormalDistribution class provides an object for encapsulating lognormal distributions.
LognormalDistribution() - Constructor for class JSci.maths.statistics.LognormalDistribution: Constructs a standard lognormal distribution.
LognormalDistribution(double, double) - Constructor for class JSci.maths.statistics.LognormalDistribution: Constructs a lognormal distribution.
longValue() - Method in class JSci.maths.MathDouble
longValue() - Method in class JSci.maths.MathInteger
lookingAhead - Static variable in class JSci.maths.symbolic.ExpressionParser
LOOP_DETECTED - Static variable in error JSci.maths.symbolic.TokenMgrError: Detected (and bailed out of) an infinite loop in the token manager.
LorentzBoost - Class in JSci.physics.relativity: The LorentzBoost class encapsulates the Lorentz boosts.
LorentzBoost(Double3Vector) - Constructor for class JSci.physics.relativity.LorentzBoost: Constructs a Lorentz boost.
LorentzBoost(double, double, double) - Constructor for class JSci.physics.relativity.LorentzBoost: Constructs a Lorentz boost.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
lowpass(double[]) - Method in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies2.Daubechies2: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.daubechies2.Daubechies2: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies3.Daubechies3: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.daubechies3.Daubechies3: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies4.Daubechies4: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.daubechies4.Daubechies4: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies5.Daubechies5: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.daubechies5.Daubechies5: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies6.Daubechies6: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.daubechies6.Daubechies6: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies7.Daubechies7: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.daubechies7.Daubechies7: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.daubechies8.Daubechies8: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.daubechies8.Daubechies8: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in interface JSci.maths.wavelet.Filter: lowpass filter
lowpass(double[], double[]) - Method in interface JSci.maths.wavelet.Filter: lowpass filter
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.haar.MultiSplineHaar
lowpass(double[]) - Method in class JSci.maths.wavelet.haar.MultiSplineHaar
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.splines.LinearSpline: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.splines.LinearSpline: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: This is the implementation of the lowpass Filter.
lowpass(double[], double[]) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: This is the implementation of the lowpass Filter.
lowpass(double[]) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: This is the implementation of the lowpass Filter.
lowpassProject() - Method in class JSci.maths.wavelet.Signal: Project the data according to the lowpass Filter
lowToHigh(double[]) - Static method in class JSci.maths.WaveletMath: Returns the highpass filter from the lowpass filter using Cohen's formula.
lRef - Variable in class JSci.maths.matrices.ComplexLUCache
lRef - Variable in class JSci.maths.matrices.DoubleLUCache
luCache - Variable in class JSci.maths.matrices.AbstractComplexSquareMatrix
luCache - Variable in class JSci.maths.matrices.AbstractDoubleSquareMatrix
luCache - Variable in class JSci.maths.matrices.AbstractIntegerSquareMatrix
luDecompose(int[]) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose(int[]) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose(int[]) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose(int[]) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the LU decomposition of this matrix.
luDecompose() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the LU decomposition of this matrix.
luDecompose(int[]) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose(int[]) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the LU decomposition of this matrix.
luDecompose() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the LU decomposition of this matrix.
luDecompose(int[]) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose() - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose(int[]) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose(int[]) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the LU decomposition of this matrix.
luDecompose() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the LU decomposition of this matrix.
luDecompose(int[]) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the LU decomposition of this matrix.
luDecompose_cache(int[]) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix
luDecompose_cache(int[]) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix
luDecompose_cache(int[]) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix
LX200 - Class in JSci.astro.telescope
LX200(String) - Constructor for class JSci.astro.telescope.LX200: Constructs an LX200 object.
LX200ControlPanel - Class in JSci.astro.telescope
LX200ControlPanel(String) - Constructor for class JSci.astro.telescope.LX200ControlPanel
LX200DebugServer - Class in JSci.astro.telescope
LX200DebugServer() - Constructor for class JSci.astro.telescope.LX200DebugServer: Constructs a telescope debug server.
LX200Remote - Interface in JSci.astro.telescope
LX200Server - Class in JSci.astro.telescope
LX200Server(LX200) - Constructor for class JSci.astro.telescope.LX200Server: Constructs a telescope server.

M

M126PD - Static variable in class JSci.instruments.pi.Mercury: The M-126.PD motor
main(String[]) - Static method in class JSci.astro.telescope.LX200ControlPanel
main(String[]) - Static method in class JSci.astro.telescope.LX200DebugServer
main(String[]) - Static method in class JSci.astro.telescope.LX200Server
main(String[]) - Static method in class JSci.instruments.DummyPositionControl
main(String[]) - Static method in class JSci.instruments.Marlin
main(String[]) - Static method in class JSci.instruments.pi.Mercury: Useful controls for the Mercury board.
main(String[]) - Static method in class JSci.instruments.pi.PiezoServo
main(String[]) - Static method in class JSci.instruments.PTCroquette
main(String[]) - Static method in class JSci.instruments.PTTemplate
main(String[]) - Static method in class JSci.instruments.PTTwoDBarycentre
main(String[]) - Static method in class JSci.instruments.TwoROI: Testing...
main(String[]) - Static method in class JSci.maths.symbolic.Evaluation: An example
main(String[]) - Static method in class JSci.maths.symbolic.Expression: Put some expressions like "sin(2*x)/x+3/z" in the command line.
main(String[]) - Static method in class JSci.swing.JArcDial
main(String[]) - Static method in class JSci.swing.JRoundDial
main(String[]) - Static method in class JSci.swing.JSliderPlus
major - Variable in class JSci.Version: Major version number.
MandelbrotMap - Class in JSci.maths.chaos: The MandelbrotMap class provides an object that encapsulates the Mandelbrot map.
MandelbrotMap(double) - Constructor for class JSci.maths.chaos.MandelbrotMap: Constructs a Mandelbrot map.
MandelbrotMap(Complex) - Constructor for class JSci.maths.chaos.MandelbrotMap: Constructs a Mandelbrot map.
MandelbrotSet - Class in JSci.maths.chaos: The MandelbrotSet class provides an object that encapsulates the Mandelbrot set.
MandelbrotSet() - Constructor for class JSci.maths.chaos.MandelbrotSet: Constructs a Mandelbrot set.
map(double, double) - Method in class JSci.maths.analysis.ComplexExponential
map(Complex) - Method in class JSci.maths.analysis.ComplexExponential
map(double) - Method in class JSci.maths.analysis.Cosine
map(double) - Method in class JSci.maths.analysis.Exponential
map(double) - Method in class JSci.maths.analysis.Power
map(double, double) - Method in class JSci.maths.analysis.RealFunction2D
map(double, double, double) - Method in class JSci.maths.analysis.RealFunction3D
map(double[]) - Method in class JSci.maths.analysis.RealFunctionND
map(double) - Method in class JSci.maths.analysis.Sine
map(double) - Method in class JSci.maths.analysis.Tangent
map(Object, Object) - Method in interface JSci.maths.categories.Bifunctor: Maps a pair of objects from one category to another.
map(Category.Morphism, Category.Morphism) - Method in interface JSci.maths.categories.Bifunctor: Maps a pair of morphisms from one category to another.
map(Object) - Method in interface JSci.maths.categories.Category.Morphism: Maps an object from the domain to the codomain.
map(Object) - Method in class JSci.maths.categories.FinSet.Function
map(Object) - Method in interface JSci.maths.categories.Functor: Maps an object from one category to another.
map(Category.Morphism) - Method in interface JSci.maths.categories.Functor: Maps a morphism from one category to another.
map(Object) - Method in class JSci.maths.categories.Hilb.LinearMap
map(Object, Object) - Method in class JSci.maths.categories.HomFunctor: Maps two objects to another.
map(Category.Morphism, Category.Morphism) - Method in class JSci.maths.categories.HomFunctor: Maps two morphisms to another.
map(Functor) - Method in interface JSci.maths.categories.NaturalTransformation: Maps one functor to another.
map(Object) - Method in class JSci.maths.categories.Preorder.Relation
map(Object, Object) - Method in class JSci.maths.categories.Simplicial.Addition
map(Category.Morphism, Category.Morphism) - Method in class JSci.maths.categories.Simplicial.Addition
map(Object) - Method in class JSci.maths.categories.Simplicial.IncreasingMap
map(Category.Morphism) - Method in class JSci.maths.categories.Simplicial.IncreasingMap
map(double[]) - Method in class JSci.maths.chaos.CatMap: Performs the mapping.
map(double[]) - Method in class JSci.maths.chaos.GingerbreadManMap: Performs the mapping.
map(double[]) - Method in class JSci.maths.chaos.HenonMap: Performs the mapping.
map(double) - Method in class JSci.maths.chaos.LogisticMap: Performs the mapping.
map(double) - Method in class JSci.maths.chaos.MandelbrotMap: Performs the mapping.
map(Complex) - Method in class JSci.maths.chaos.MandelbrotMap: Performs the mapping.
map(double, double) - Method in class JSci.maths.chaos.MandelbrotMap: Performs the mapping.
map(double[]) - Method in class JSci.maths.chaos.StandardMap: Performs the mapping.
map(Complex) - Method in interface JSci.maths.ComplexMapping: A user-defined complex function.
map(double, double) - Method in interface JSci.maths.ComplexMapping: A user-defined complex function.
map(double) - Method in interface JSci.maths.Mapping: A user-defined function.
map(double[]) - Method in interface JSci.maths.MappingND: A user-defined map.
map(Complex) - Method in class JSci.maths.polynomials.ComplexPolynomial: Evaluates this polynomial.
map(double, double) - Method in class JSci.maths.polynomials.ComplexPolynomial: Evaluates this polynomial.
map(double) - Method in class JSci.maths.polynomials.RealPolynomial: Evaluates this polynomial.
MAP - Static variable in class JSci.util.RandomMap: A random map that generates numbers between 0.0 and 1.0.
map(double) - Method in class JSci.util.RandomMap
map(Complex) - Method in class JSci.util.RandomMap
map(double, double) - Method in class JSci.util.RandomMap
mapComponents(ComplexMapping) - Method in class JSci.maths.vectors.AbstractComplexVector: Applies a function on all the vector components.
mapComponents(Mapping) - Method in class JSci.maths.vectors.AbstractDoubleVector: Applies a function on all the vector components.
mapComponents(ComplexMapping) - Method in class JSci.maths.vectors.Complex2Vector: Applies a function on all the vector components.
mapComponents(ComplexMapping) - Method in class JSci.maths.vectors.Complex3Vector: Applies a function on all the vector components.
mapComponents(ComplexMapping) - Method in class JSci.maths.vectors.ComplexVector: Applies a function on all the vector components.
mapComponents(Mapping) - Method in class JSci.maths.vectors.Double2Vector: Applies a function on all the vector components.
mapComponents(Mapping) - Method in class JSci.maths.vectors.Double3Vector: Applies a function on all the vector components.
mapComponents(Mapping) - Method in class JSci.maths.vectors.DoubleSparseVector: Applies a function on all the vector components.
mapComponents(Mapping) - Method in class JSci.maths.vectors.DoubleVector: Applies a function on all the vector components.
mapElements(ComplexMapping) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Applies a function on all the matrix elements.
mapElements(ComplexMapping) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Applies a function on all the matrix elements.
mapElements(Mapping) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Applies a function on all the matrix elements.
mapElements(Mapping) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Applies a function on all the matrix elements.
mapElements(ComplexMapping) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Applies a function on all the matrix elements.
mapElements(ComplexMapping) - Method in class JSci.maths.matrices.ComplexMatrix: Applies a function on all the matrix elements.
mapElements(ComplexMapping) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Applies a function on all the matrix elements.
mapElements(ComplexMapping) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Applies a function on all the matrix elements.
mapElements(Mapping) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Applies a function on all the matrix elements.
mapElements(Mapping) - Method in class JSci.maths.matrices.DoubleMatrix: Applies a function on all the matrix elements.
mapElements(Mapping) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Applies a function on all the matrix elements.
mapElements(Mapping) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Applies a function on all the matrix elements.
mapElements(Mapping) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Applies a function on all the matrix elements.
mapElements(Mapping) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Applies a function on all the matrix elements.
Mapping - Interface in JSci.maths: This interface defines a map or function.
MappingND - Interface in JSci.maths: This interface defines a map between N-dimensional spaces.
Marlin - Class in JSci.instruments
Marlin() - Constructor for class JSci.instruments.Marlin
mass(double[]) - Static method in class JSci.maths.ArrayMath: Returns the sum of the elements of the array.
mass(int[]) - Static method in class JSci.maths.ArrayMath: Returns the sum of the elements of the array.
mass() - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns the mass (l¹-norm).
mass() - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the mass.
mass(double, double, int) - Method in class JSci.maths.wavelet.Cosine: Compute the mass (integral)
mass(double, double, int) - Method in class JSci.maths.wavelet.DiscreteFunction: Compute the mass (integral)
mass(int) - Method in class JSci.maths.wavelet.FWTCoef
mass(int) - Method in class JSci.maths.wavelet.FWTPacketCoef
mass(double, double, int) - Method in class JSci.maths.wavelet.MultiscaleFunction: Compute the mass (integral)
mass(int) - Method in class JSci.maths.wavelet.MultiscaleFunction: Compute the mass (integral) of the interval 0,1
mass(double, double, int) - Method in class JSci.maths.wavelet.Sine: Compute the mass (integral)
mass(double, double) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: Compute the mass (integral)
mass(double, double) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: Compute the mass (integral)
mass - Variable in class JSci.physics.ClassicalParticle
mass - Variable in class JSci.physics.ClassicalParticle2D: Mass.
mass - Variable in class JSci.physics.ClassicalParticle3D: Mass.
mat - Variable in class JSci.awt.Model3D
mat - Variable in class JSci.swing.Model3D
match() - Method in class JSci.maths.wavelet.MatchingPursuit: Does the matching 1 time and return the TF representation.
match(int) - Method in class JSci.maths.wavelet.MatchingPursuit: Does the matching j times and return the TF representation.
matchAll(double) - Method in class JSci.maths.wavelet.MatchingPursuit: Repeatly match until it remains less than tol * 100 percent of the original L2 norm; no matter what, at least one match will be done.
MatchingPursuit - Class in JSci.maths.wavelet: A Wavelet (and more) matching pursuit class Uses adaptative Morse coding for better performance.
MatchingPursuit(DiscreteFunction) - Constructor for class JSci.maths.wavelet.MatchingPursuit: Constructor
MathDouble - Class in JSci.maths: The MathDouble class encapsulates double numbers.
MathDouble(double) - Constructor for class JSci.maths.MathDouble: Constructs a double number.
MathDouble(String) - Constructor for class JSci.maths.MathDouble: Constructs the double number represented by a string.
MathInteger - Class in JSci.maths: The MathInteger class encapsulates integer numbers.
MathInteger(int) - Constructor for class JSci.maths.MathInteger: Constructs an integer number.
MathInteger(String) - Constructor for class JSci.maths.MathInteger: Constructs the integer number represented by a string.
MathMLActionElementImpl - Class in JSci.mathml: Implements a MathML action element.
MathMLActionElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLActionElementImpl: Constructs a MathML action element.
MathMLAlignGroupElementImpl - Class in JSci.mathml: Implements a MathML align group element.
MathMLAlignGroupElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLAlignGroupElementImpl: Constructs a MathML align group element.
MathMLAlignMarkElementImpl - Class in JSci.mathml: Implements a MathML align mark element.
MathMLAlignMarkElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLAlignMarkElementImpl: Constructs a MathML align mark element.
MathMLAnnotationElementImpl - Class in JSci.mathml: Implements a MathML annotation element.
MathMLAnnotationElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLAnnotationElementImpl: Constructs a MathML annotation element.
MathMLApplyElementImpl - Class in JSci.mathml: Implements a MathML apply element.
MathMLApplyElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLApplyElementImpl: Constructs a MathML apply element.
MathMLBinaryOpImpl - Class in JSci.mathml: Implements a MathML predefined symbol (binary operation).
MathMLBinaryOpImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLBinaryOpImpl: Constructs a MathML predefined symbol (binary operation).
MathMLBinaryRelImpl - Class in JSci.mathml: Implements a MathML predefined symbol (binary relation).
MathMLBinaryRelImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLBinaryRelImpl: Constructs a MathML predefined symbol (binary relation).
MathMLBvarElementImpl - Class in JSci.mathml: Implements a MathML bounded variable element.
MathMLBvarElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLBvarElementImpl: Constructs a MathML bounded variable element.
MathMLCiElementImpl - Class in JSci.mathml: Implements a MathML content identifier element.
MathMLCiElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLCiElementImpl: Constructs a MathML content identifier element.
MathMLCnElementImpl - Class in JSci.mathml: Implements a MathML numeric content element.
MathMLCnElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLCnElementImpl: Constructs a MathML numeric content element.
MathMLConditionElementImpl - Class in JSci.mathml: Implements a MathML condition element.
MathMLConditionElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLConditionElementImpl: Constructs a MathML condition element.
MathMLContentContainerImpl - Class in JSci.mathml: Implements a MathML content container.
MathMLContentContainerImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLContentContainerImpl: Constructs a MathML content container.
MathMLContentTokenImpl - Class in JSci.mathml: Implements a MathML content token.
MathMLContentTokenImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLContentTokenImpl: Constructs a MathML content token.
MathMLCsymbolElementImpl - Class in JSci.mathml: Implements a MathML content symbol element.
MathMLCsymbolElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLCsymbolElementImpl: Constructs a MathML content symbol element.
MathMLDocumentImpl - Class in JSci.mathml: Implements a MathML document.
MathMLDocumentImpl() - Constructor for class JSci.mathml.MathMLDocumentImpl
MathMLDocumentJSciImpl - Class in JSci.io: The MathMLDocumentJSciImpl class encapsulates an entire MathML document.
MathMLDocumentJSciImpl() - Constructor for class JSci.io.MathMLDocumentJSciImpl: Constructs a MathML document.
MathMLDOMImplementationImpl - Class in JSci.mathml: Implements a MathML DOM implementation.
MathMLElementImpl - Class in JSci.mathml: Implements a MathML element (and node list).
MathMLElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLElementImpl: Constructs a MathML element.
MathMLEncloseElementImpl - Class in JSci.mathml: Implements a MathML enclose element.
MathMLEncloseElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLEncloseElementImpl: Constructs a MathML enclose element.
MathMLExpression - Class in JSci.io: The MathMLExpression class is used by the MathMLParser to encapsulate math expressions described by the <apply> tag.
MathMLExpression() - Constructor for class JSci.io.MathMLExpression: Constructs a MathML expression.
MathMLFencedElementImpl - Class in JSci.mathml: Implements a MathML fenced element.
MathMLFencedElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLFencedElementImpl: Constructs a MathML fenced element.
MathMLFnElementImpl - Class in JSci.mathml: Implements a MathML function element.
MathMLFnElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLFnElementImpl: Constructs a MathML function element.
MathMLFractionElementImpl - Class in JSci.mathml: Implements a MathML fraction element.
MathMLFractionElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLFractionElementImpl: Constructs a MathML fraction element.
MathMLFunctionImpl - Class in JSci.mathml: Implements a MathML predefined symbol (function).
MathMLFunctionImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLFunctionImpl: Constructs a MathML predefined symbol (function).
MathMLGlyphElementImpl - Class in JSci.mathml: Implements a MathML glyph element.
MathMLGlyphElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLGlyphElementImpl: Constructs a MathML glyph element.
MathMLListElementImpl - Class in JSci.mathml: Implements a MathML list element.
MathMLListElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLListElementImpl: Constructs a MathML list element.
MathMLMathElementImpl - Class in JSci.mathml: Implements a MathML math element.
MathMLMathElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLMathElementImpl: Constructs a MathML math element.
MathMLMatrixElementImpl - Class in JSci.mathml: Implements a MathML matrix element.
MathMLMatrixElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLMatrixElementImpl: Constructs a MathML matrix element.
MathMLMatrixrowElementImpl - Class in JSci.mathml: Implements a MathML matrixrow element.
MathMLMatrixrowElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLMatrixrowElementImpl: Constructs a MathML matrixrow element.
MathMLNaryOpImpl - Class in JSci.mathml: Implements a MathML predefined symbol (n-ary operation).
MathMLNaryOpImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLNaryOpImpl: Constructs a MathML predefined symbol (n-ary operation).
MathMLNaryRelImpl - Class in JSci.mathml: Implements a MathML predefined symbol (n-ary relation).
MathMLNaryRelImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLNaryRelImpl: Constructs a MathML predefined symbol (n-ary relation).
MathMLPaddedElementImpl - Class in JSci.mathml: Implements a MathML padded element.
MathMLPaddedElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLPaddedElementImpl: Constructs a MathML padded element.
MathMLParser - Class in JSci.io: The MathMLParser class will parse a MathML document into JSci objects.
MathMLParser() - Constructor for class JSci.io.MathMLParser: Constructs a MathMLParser.
MathMLParser.JSciCodeTranslator - Class in JSci.io: JSci code translator.
MathMLParser.JSciCodeTranslator() - Constructor for class JSci.io.MathMLParser.JSciCodeTranslator
MathMLParser.JSciObjectTranslator - Class in JSci.io: JSci object translator.
MathMLParser.JSciObjectTranslator() - Constructor for class JSci.io.MathMLParser.JSciObjectTranslator
MathMLParser.Translator - Class in JSci.io: Translator.
MathMLParser.Translator() - Constructor for class JSci.io.MathMLParser.Translator
MathMLPredefinedSymbolImpl - Class in JSci.mathml: Implements a MathML predefined symbol.
MathMLPredefinedSymbolImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLPredefinedSymbolImpl: Constructs a MathML predefined symbol.
MathMLPresentationContainerImpl - Class in JSci.mathml: Implements a MathML presentation container.
MathMLPresentationContainerImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLPresentationContainerImpl: Constructs a MathML presentation container.
MathMLPresentationTokenImpl - Class in JSci.mathml: Implements a MathML presentation token.
MathMLPresentationTokenImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLPresentationTokenImpl: Constructs a MathML presentation token.
MathMLRadicalElementImpl - Class in JSci.mathml: Implements a MathML radical element.
MathMLRadicalElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLRadicalElementImpl: Constructs a MathML radical element.
MathMLScriptElementImpl - Class in JSci.mathml: Implements a MathML script element.
MathMLScriptElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLScriptElementImpl: Constructs a MathML script element.
MathMLSetElementImpl - Class in JSci.mathml: Implements a MathML set element.
MathMLSetElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLSetElementImpl: Constructs a MathML set element.
MathMLSpaceElementImpl - Class in JSci.mathml: Implements a MathML space element.
MathMLSpaceElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLSpaceElementImpl: Constructs a MathML space element.
MathMLStringLitElementImpl - Class in JSci.mathml: Implements a MathML string literal element.
MathMLStringLitElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLStringLitElementImpl: Constructs a MathML string literal element.
MathMLTendsToElementImpl - Class in JSci.mathml: Implements a MathML tendsto element.
MathMLTendsToElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLTendsToElementImpl: Constructs a MathML tendsto element.
MathMLUnaryOpImpl - Class in JSci.mathml: Implements a MathML predefined symbol (unary operation).
MathMLUnaryOpImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLUnaryOpImpl: Constructs a MathML predefined symbol (unary operation).
MathMLUnderOverElementImpl - Class in JSci.mathml: Implements a MathML under-over element.
MathMLUnderOverElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLUnderOverElementImpl: Constructs a MathML under-over element.
mathmlURI - Static variable in class JSci.mathml.MathMLElementImpl
MathMLVectorElementImpl - Class in JSci.mathml: Implements a MathML vector element.
MathMLVectorElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLVectorElementImpl: Constructs a MathML vector element.
MathMLXMLAnnotationElementImpl - Class in JSci.mathml: Implements a MathML XML annotation element.
MathMLXMLAnnotationElementImpl(MathMLDocumentImpl, String) - Constructor for class JSci.mathml.MathMLXMLAnnotationElementImpl: Constructs a MathML XML annotation element.
MathSet - Interface in JSci.maths: This interface defines a set.
MathVector - Class in JSci.maths.vectors: The MathVector superclass provides an abstract encapsulation for vectors.
MathVector(int) - Constructor for class JSci.maths.vectors.MathVector: Constructs a mathematical vector.
matrix - Variable in class JSci.maths.matrices.DoubleMatrix: Array containing the elements of the matrix.
matrix - Variable in class JSci.maths.matrices.DoubleSquareMatrix: Array containing the elements of the matrix.
matrix - Variable in class JSci.maths.matrices.IntegerMatrix: Array containing the elements of the matrix.
matrix - Variable in class JSci.maths.matrices.IntegerSquareMatrix: Array containing the elements of the matrix.
Matrix - Class in JSci.maths.matrices: The Matrix superclass provides an abstract encapsulation for matrices.
Matrix(int, int) - Constructor for class JSci.maths.matrices.Matrix: Constructs a matrix.
matrix - Variable in class JSci.maths.matrices.RingMatrix: Array containing the elements of the matrix.
Matrix3D - Class in JSci.awt
Matrix3D() - Constructor for class JSci.awt.Matrix3D: Create a new identity matrix
Matrix3D - Class in JSci.swing
Matrix3D() - Constructor for class JSci.swing.Matrix3D: Create a new identity matrix
MatrixDimensionException - Exception in JSci.maths.matrices: This exception occurs when there is a problem involving a matrix's dimensions.
MatrixDimensionException() - Constructor for exception JSci.maths.matrices.MatrixDimensionException: Constructs a MatrixDimensionException with no detail message.
MatrixDimensionException(String) - Constructor for exception JSci.maths.matrices.MatrixDimensionException: Constructs a MatrixDimensionException with the specified detail message.
matrixIm - Variable in class JSci.maths.matrices.ComplexMatrix: Arrays containing the elements of the matrix.
matrixIm - Variable in class JSci.maths.matrices.ComplexSquareMatrix: Arrays containing the elements of the matrix.
matrixRe - Variable in class JSci.maths.matrices.ComplexMatrix: Arrays containing the elements of the matrix.
matrixRe - Variable in class JSci.maths.matrices.ComplexSquareMatrix: Arrays containing the elements of the matrix.
MatrixToolkit - Class in JSci.util: This is a useful collection of matrix related methods.
max(double[]) - Static method in class JSci.maths.ArrayMath: Returns the maximum of an array.
max(double[][]) - Static method in class JSci.maths.ArrayMath: Returns the maximum of an array.
max(int[]) - Static method in class JSci.maths.ArrayMath: Returns the maximum of an array.
max(int[][]) - Static method in class JSci.maths.ArrayMath: Returns the maximum of an array.
maxcon - Variable in class JSci.awt.Model3D
maxcon - Variable in class JSci.swing.Model3D
maxDegree(Polynomial, Polynomial) - Static method in class JSci.maths.polynomials.PolynomialMath: Get the maximum degree of two polynomials
MaximumIterationsExceededException - Exception in JSci.maths: This exception occurs when a numerical algorithm exceeds it maximum number of allowable iterations.
MaximumIterationsExceededException() - Constructor for exception JSci.maths.MaximumIterationsExceededException: Constructs a MaximumIterationsExceededException with no detail message.
MaximumIterationsExceededException(String, Object) - Constructor for exception JSci.maths.MaximumIterationsExceededException: Constructs a MaximumIterationsExceededException with the specified detail message.
maximumLayoutSize(Container) - Method in class JSci.awt.GraphLayout
maximumLayoutSize(Container) - Method in class JSci.swing.JGraphLayout
maxiter - Static variable in class JSci.maths.wavelet.DiscreteHilbertSpace: Maximum number of allowed iterations in order to match objects.
maxNextCharInd - Static variable in class JSci.maths.symbolic.SimpleCharStream
maxvert - Variable in class JSci.awt.Model3D
maxvert - Variable in class JSci.swing.Model3D
maxY - Variable in class JSci.awt.BarGraph: Min and max data points.
maxY - Variable in class JSci.swing.JBarGraph: Min and max data points.
mean(double[]) - Static method in class JSci.maths.ArrayMath: Computes the mean.
mean(int[]) - Static method in class JSci.maths.ArrayMath: Computes the mean.
median(double[]) - Static method in class JSci.maths.ArrayMath: Computes the median of an array.
median(int[]) - Static method in class JSci.maths.ArrayMath: Computes the median of an array.
medianFilter(int) - Method in class JSci.maths.wavelet.Signal: Apply the median Filter of a window of size 2*n+1.
Member - Interface in JSci.maths: This interface defines a member of a set.
Mercury - Class in JSci.instruments.pi: A mechanical device attached to a Mercury PI board.
Attention! The Mercury board forgets the position of the axes when it is reset or is turned off.
Mercury(int, DataInput, DataOutput, int) - Constructor for class JSci.instruments.pi.Mercury: Remember this class is abstract!
Meson - Class in JSci.physics.particles: A class representing mesons.
Meson() - Constructor for class JSci.physics.particles.Meson: Constructs a meson.
Metal - Class in JSci.chemistry.periodictable: A class representing metals.
Metal(String, String) - Constructor for class JSci.chemistry.periodictable.Metal: Constructs a metal.
metropolis(double[], Mapping, double) - Static method in class JSci.maths.NumericalMath: The Metropolis algorithm.
min(double[]) - Static method in class JSci.maths.ArrayMath: Returns the minimum of an array.
min(double[][]) - Static method in class JSci.maths.ArrayMath: Returns the minimum of an array.
min(int[]) - Static method in class JSci.maths.ArrayMath: Returns the minimum of an array.
min(int[][]) - Static method in class JSci.maths.ArrayMath: Returns the minimum of an array.
minDegree(Polynomial, Polynomial) - Static method in class JSci.maths.polynomials.PolynomialMath: Get the minimal degree of two polynomials
minimumLayoutSize(Container) - Method in class JSci.awt.GraphLayout
minimumLayoutSize(Container) - Method in class JSci.swing.JGraphLayout
MinkowskiMetric - Class in JSci.physics.relativity: The MinkowskiMetric class encapsulates the Minkowski metric.
MinkowskiMetric() - Constructor for class JSci.physics.relativity.MinkowskiMetric: Constructs the Minkowski metric.
minlength - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
minlength - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
minlength - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
minlength - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
minlength - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
minlength - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
minlength - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
minlength - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
minlength - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
minor - Variable in class JSci.Version: Minor version number.
MINUS_HALF - Static variable in class JSci.maths.fields.ComplexField
MINUS_HALF_I - Static variable in class JSci.maths.fields.ComplexField
MINUS_I - Static variable in class JSci.maths.fields.ComplexField
MINUS_ONE - Static variable in class JSci.maths.fields.ComplexField
MINUS_PI_2 - Static variable in class JSci.maths.fields.ComplexField
MINUS_PI_2_I - Static variable in class JSci.maths.fields.ComplexField
MINUS_SQRT_HALF_I - Static variable in class JSci.maths.fields.ComplexField
MINUS_TWO - Static variable in class JSci.maths.fields.ComplexField
minY - Variable in class JSci.awt.BarGraph: Min and max data points.
minY - Variable in class JSci.swing.JBarGraph: Min and max data points.
MIXED_RED_GREEN - Static variable in class JSci.physics.particles.Gluon: The state (rr~-gg~)/sqrt(2).
MIXED_RED_GREEN_2BLUE - Static variable in class JSci.physics.particles.Gluon: The state (rr~+gg~-2bb~)/sqrt(6).
mod(Complex[]) - Static method in class JSci.maths.ArrayMath: Returns the componentwise modulus of an array of Complex numbers.
mod(Complex[][]) - Static method in class JSci.maths.ArrayMath: Returns the componentwise modulus of an array of Complex numbers.
mod() - Method in class JSci.maths.Complex: Returns the modulus of this complex number.
modBesselFirstOne(double) - Static method in class JSci.maths.SpecialMath: Modified Bessel function of first kind, order one.
modBesselFirstZero(double) - Static method in class JSci.maths.SpecialMath: Modified Bessel function of first kind, order zero.
model - Variable in class JSci.awt.CategoryGraph2D: Data model.
model - Variable in class JSci.awt.Graph2D: Data model.
model - Variable in class JSci.awt.Histogram: Data model.
model - Variable in class JSci.awt.LineGraph3D
model - Variable in class JSci.swing.JCategoryGraph2D: Data model.
model - Variable in class JSci.swing.JGraph2D: Data model.
model - Variable in class JSci.swing.JHistogram: Data model.
model - Variable in class JSci.swing.JLineGraph3D
Model3D - Class in JSci.awt
Model3D() - Constructor for class JSci.awt.Model3D
Model3D - Class in JSci.swing
Model3D() - Constructor for class JSci.swing.Model3D
modSqr() - Method in class JSci.maths.Complex: Returns the square of the modulus of this complex number.
Module - Interface in JSci.maths.algebras: This interface defines a module.
Module.Member - Interface in JSci.maths.algebras: This interface defines a member of a module.
MOLAR_GAS - Static variable in interface JSci.physics.PhysicalConstants: Molar gas constant.
Molecule - Class in JSci.chemistry: A class representing molecules.
Molecule(String) - Constructor for class JSci.chemistry.Molecule: Constructs a molecule from a chemical formula.
Molecule(Atom, Atom) - Constructor for class JSci.chemistry.Molecule: Constructs a molecule from two atoms.
Molecule(Atom[]) - Constructor for class JSci.chemistry.Molecule: Constructs a molecule from an array of atoms.
momentum - Variable in class JSci.physics.RelativisticParticle: Momentum 4-vector.
Monoid - Interface in JSci.maths.groups: This interface defines a monoid.
Monoid.Member - Interface in JSci.maths.groups: This interface defines a member of a monoid.
morphism - Variable in class JSci.maths.categories.Preorder.RelationSet
mouseClicked(MouseEvent) - Method in class JSci.awt.LineGraph3D
mouseClicked(MouseEvent) - Method in class JSci.instruments.ROIAdapter
mouseClicked(MouseEvent) - Method in class JSci.swing.JLineGraph3D
mouseDragged(MouseEvent) - Method in class JSci.awt.LineGraph3D
mouseDragged(MouseEvent) - Method in class JSci.awt.LineTrace.MouseLineAdapter
mouseDragged(MouseEvent) - Method in class JSci.instruments.RectangularROI
mouseDragged(MouseEvent) - Method in class JSci.instruments.TwoROI
mouseDragged(MouseEvent) - Method in class JSci.swing.JLineGraph3D
mouseDragged(MouseEvent) - Method in class JSci.swing.JLineTrace.MouseLineAdapter
mouseEntered(MouseEvent) - Method in class JSci.awt.LineGraph3D
mouseEntered(MouseEvent) - Method in class JSci.instruments.ROIAdapter
mouseEntered(MouseEvent) - Method in class JSci.swing.JLineGraph3D
mouseExited(MouseEvent) - Method in class JSci.awt.LineGraph3D
mouseExited(MouseEvent) - Method in class JSci.instruments.ROIAdapter
mouseExited(MouseEvent) - Method in class JSci.swing.JLineGraph3D
mouseMoved(MouseEvent) - Method in class JSci.awt.LineGraph3D
mouseMoved(MouseEvent) - Method in class JSci.instruments.RectangularROI
mouseMoved(MouseEvent) - Method in class JSci.instruments.TwoROI
mouseMoved(MouseEvent) - Method in class JSci.swing.JLineGraph3D
mousePressed(MouseEvent) - Method in class JSci.awt.LineGraph3D
mousePressed(MouseEvent) - Method in class JSci.instruments.RectangularROI
mousePressed(MouseEvent) - Method in class JSci.instruments.ROIAdapter
mousePressed(MouseEvent) - Method in class JSci.instruments.TwoROI
mousePressed(MouseEvent) - Method in class JSci.swing.JLineGraph3D
mouseReleased(MouseEvent) - Method in class JSci.awt.LineGraph3D
mouseReleased(MouseEvent) - Method in class JSci.instruments.RectangularROI
mouseReleased(MouseEvent) - Method in class JSci.instruments.ROIAdapter
mouseReleased(MouseEvent) - Method in class JSci.instruments.TwoROI
mouseReleased(MouseEvent) - Method in class JSci.swing.JLineGraph3D
move(double) - Method in class JSci.physics.ClassicalParticle: Evolves this particle forward according to its kinematics.
move(double) - Method in class JSci.physics.ClassicalParticle2D: Evolves this particle forward according to its kinematics.
move(double) - Method in class JSci.physics.ClassicalParticle3D: Evolves this particle forward according to its kinematics.
move(double) - Method in class JSci.physics.RigidBody2D: Evolves this particle forward according to its kinematics.
move(double) - Method in class JSci.physics.RigidBody3D: Evolves this particle forward according to its kinematics.
muLeptonQN() - Method in class JSci.physics.particles.AntiElectronNeutrino: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.AntiHadron: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.AntiMuon: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.AntiMuonNeutrino: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.AntiQuark: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.AntiTau: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.AntiTauNeutrino: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.Electron: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.ElectronNeutrino: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.GaugeBoson: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.Hadron: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.Muon: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.MuonNeutrino: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.Positron: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.Quark: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.Tau: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.particles.TauNeutrino: Returns the muon lepton number.
muLeptonQN() - Method in class JSci.physics.quantum.QuantumParticle: Returns the muon lepton number.
multiply(Matrix3D) - Method in class JSci.awt.Matrix3D: Multiply this matrix by a second: M = M*R
multiply(AbstractDoubleVector, AbstractDoubleVector) - Method in class JSci.maths.algebras.LieAlgebra: Returns the Lie bracket (commutator) of two elements.
multiply(AbstractDoubleVector, AbstractDoubleVector) - Method in class JSci.maths.algebras.so3_1Dim4: Returns the Lie bracket (commutator) of two elements.
multiply(AbstractDoubleVector, AbstractDoubleVector) - Method in class JSci.maths.algebras.sp2_RDim2: Returns the Lie bracket (commutator) of two elements.
multiply(AbstractDoubleVector, AbstractDoubleVector) - Method in class JSci.maths.algebras.sp2_RDim3: Returns the Lie bracket (commutator) of two elements.
multiply(AbstractDoubleVector, AbstractDoubleVector) - Method in class JSci.maths.algebras.su2Dim2: Returns the Lie bracket (commutator) of two elements.
multiply(AbstractDoubleVector, AbstractDoubleVector) - Method in class JSci.maths.algebras.su2Dim3: Returns the Lie bracket (commutator) of two elements.
multiply(AbstractDoubleVector, AbstractDoubleVector) - Method in class JSci.maths.algebras.su3Dim3: Returns the Lie bracket (commutator) of two elements.
multiply(Ring.Member) - Method in class JSci.maths.analysis.ComplexFunction: Returns the multiplication of this function and another.
multiply(ComplexFunction) - Method in class JSci.maths.analysis.ComplexFunction
multiply(Ring.Member) - Method in class JSci.maths.analysis.RealFunction: Returns the multiplication of this function and another.
multiply(RealFunction) - Method in class JSci.maths.analysis.RealFunction
multiply(Ring.Member) - Method in class JSci.maths.analysis.RealFunction2D: Returns the multiplication of this function and another.
multiply(RealFunction2D) - Method in class JSci.maths.analysis.RealFunction2D
multiply(Ring.Member) - Method in class JSci.maths.analysis.RealFunction3D: Returns the multiplication of this function and another.
multiply(RealFunction3D) - Method in class JSci.maths.analysis.RealFunction3D
multiply(Ring.Member) - Method in class JSci.maths.analysis.RealFunctionND: Returns the multiplication of this function and another.
multiply(RealFunctionND) - Method in class JSci.maths.analysis.RealFunctionND
multiply(Ring.Member) - Method in class JSci.maths.Complex: Returns the multiplication of this number and another.
multiply(Complex) - Method in class JSci.maths.Complex: Returns the multiplication of this complex number and another.
multiply(double) - Method in class JSci.maths.Complex: Returns the multiplication of this complex number by a scalar.
multiply(Ring.Member) - Method in interface JSci.maths.fields.Ring.Member: The multiplication law.
multiply(Ring.Member) - Method in class JSci.maths.MathDouble: Returns the multiplication of this number and another.
multiply(MathDouble) - Method in class JSci.maths.MathDouble: Returns the multiplication of this double number and another.
multiply(double) - Method in class JSci.maths.MathDouble
multiply(Ring.Member) - Method in class JSci.maths.MathInteger: Returns the multiplication of this number and another.
multiply(MathInteger) - Method in class JSci.maths.MathInteger: Returns the multiplication of this integer number and another.
multiply(int) - Method in class JSci.maths.MathInteger
multiply(AbstractComplexVector) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the multiplication of a vector by this matrix.
multiply(Ring.Member) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractComplexMatrix) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractDoubleVector) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the multiplication of a vector by this matrix.
multiply(Ring.Member) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractIntegerVector) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the multiplication of a vector by this matrix.
multiply(Ring.Member) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractComplexVector) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the multiplication of this matrix and another.
multiply(ComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the multiplication of this matrix and another.
multiply(ComplexTridiagonalMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the multiplication of this matrix and another.
multiply(ComplexDiagonalMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractComplexVector) - Method in class JSci.maths.matrices.ComplexMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractComplexMatrix) - Method in class JSci.maths.matrices.ComplexMatrix: Returns the multiplication of this matrix and another.
multiply(ComplexMatrix) - Method in class JSci.maths.matrices.ComplexMatrix
multiply(AbstractComplexVector) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the multiplication of this matrix and another.
multiply(ComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexSquareMatrix
multiply(AbstractComplexVector) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the multiplication of this matrix and another.
multiply(ComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix
multiply(ComplexTridiagonalMatrix) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractDoubleVector) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the multiplication of this matrix and another.
multiply(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix
multiply(DoubleTridiagonalMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix
multiply(DoubleDiagonalMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix
multiply(AbstractDoubleVector) - Method in class JSci.maths.matrices.DoubleMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.DoubleMatrix: Returns the multiplication of this matrix and another.
multiply(DoubleMatrix) - Method in class JSci.maths.matrices.DoubleMatrix
multiply(AbstractDoubleVector) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the multiplication of a vector by this matrix.
multiply(DoubleSparseVector) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the multiplication of a sparse vector by this matrix.
multiply(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the multiplication of this matrix and another.
multiply(DoubleMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix
multiply(DoubleSparseMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractDoubleVector) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the multiplication of a vector by this matrix.
multiply(DoubleSparseVector) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the multiplication of a sparse vector by this matrix.
multiply(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the multiplication of this matrix and another.
multiply(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix
multiply(DoubleSparseSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the multiplication of this matrix and another.
multiply(AbstractDoubleVector) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the multiplication of this matrix and another.
multiply(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSquareMatrix
multiply(AbstractDoubleVector) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the multiplication of this matrix and another.
multiply(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix
multiply(DoubleTridiagonalMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix
multiply(AbstractIntegerVector) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the multiplication of this matrix and another.
multiply(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix
multiply(IntegerTridiagonalMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix
multiply(IntegerDiagonalMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix
multiply(AbstractIntegerVector) - Method in class JSci.maths.matrices.IntegerMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.IntegerMatrix: Returns the multiplication of this matrix and another.
multiply(IntegerMatrix) - Method in class JSci.maths.matrices.IntegerMatrix
multiply(AbstractIntegerVector) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the multiplication of this matrix and another.
multiply(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerSquareMatrix
multiply(AbstractIntegerVector) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the multiplication of a vector by this matrix.
multiply(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the multiplication of this matrix and another.
multiply(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix
multiply(IntegerTridiagonalMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix
multiply(Ring.Member) - Method in class JSci.maths.matrices.RingMatrix: Returns the multiplication of this matrix and another.
multiply(RingMatrix) - Method in class JSci.maths.matrices.RingMatrix: Returns the multiplication of this matrix and another.
multiply(Ring.Member) - Method in class JSci.maths.polynomials.ComplexPolynomial: The multiplication law.
multiply(RealFunction) - Method in class JSci.maths.polynomials.RealPolynomial: The multiplication law.
multiply(Ring.Member) - Method in class JSci.maths.Quaternion: Returns the multiplication of this number and another.
multiply(Quaternion) - Method in class JSci.maths.Quaternion: Returns the multiplication of this quaternion and another.
multiply(double) - Method in class JSci.maths.Quaternion: Returns the multiplication of this quaternion by a scalar.
multiply(Ring.Member) - Method in class JSci.maths.Supernumber: Returns the multiplication of this number and another.
multiply(Supernumber) - Method in class JSci.maths.Supernumber: Returns the multiplication of this supernumber and another.
multiply(Ring.Member) - Method in class JSci.maths.symbolic.Expression: The multiplication law.
multiply(Complex3Vector) - Method in class JSci.maths.vectors.Complex3Vector: Returns the vector product of this vector and another.
multiply(Double3Vector) - Method in class JSci.maths.vectors.Double3Vector: Returns the vector product of this vector and another (so(3) algebra).
multiply(Integer3Vector) - Method in class JSci.maths.vectors.Integer3Vector: Returns the vector product of this vector and another (so(3) algebra).
multiply(KetVector) - Method in class JSci.physics.quantum.BraVector: Returns the multiplication of this bra vector and a ket vector.
multiply(Operator) - Method in class JSci.physics.quantum.BraVector: Returns the multiplication of this bra vector and an operator.
multiply(BraVector) - Method in class JSci.physics.quantum.KetVector: Returns the multiplication of this ket vector and a bra vector.
multiply(Operator) - Method in class JSci.physics.quantum.Operator: Returns the multiplication of this operator and another.
multiply(KetVector) - Method in class JSci.physics.quantum.Operator: Returns the multiplication of this operator and a ket vector.
multiply(Rank1Tensor) - Method in class JSci.physics.relativity.Rank2Tensor: Returns the multiplication of this tensor by another.
multiply(Matrix3D) - Method in class JSci.swing.Matrix3D: Multiply this matrix by a second: M = M*R
Multiresolution - Class in JSci.maths.wavelet: This class is used to encapsulate the various wavelet multiresolution (Dau2, Haar, ...).
Multiresolution() - Constructor for class JSci.maths.wavelet.Multiresolution
MultiscaleFunction - Class in JSci.maths.wavelet: Abstract encapsulation mostly meant for wavelet functions (dyadic case).
MultiscaleFunction() - Constructor for class JSci.maths.wavelet.MultiscaleFunction
MultiSpline2_4 - Class in JSci.maths.wavelet.cdf2_4: Cohen-Daubechies-Feauveau with N=2 and Ntilde=4 adapted to the interval by Deslauriers-Dubuc-Lemire
MultiSpline2_4() - Constructor for class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
MultiSpline3_5 - Class in JSci.maths.wavelet.cdf3_5: Cohen-Daubechies-Feauveau with N=3 and Ntilde=5 adapted to the interval by Deslauriers-Dubuc-Lemire
MultiSpline3_5() - Constructor for class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
MultiSplineHaar - Class in JSci.maths.wavelet.haar: Haar Wavelets
MultiSplineHaar() - Constructor for class JSci.maths.wavelet.haar.MultiSplineHaar
Muon - Class in JSci.physics.particles: A class representing muons.
Muon() - Constructor for class JSci.physics.particles.Muon: Constructs a muon.
MuonNeutrino - Class in JSci.physics.particles: A class representing muon neutrinos.
MuonNeutrino() - Constructor for class JSci.physics.particles.MuonNeutrino: Constructs a muon neutrino.

N

N - Variable in class JSci.maths.vectors.MathVector: The vector's dimension.
n0 - Variable in class JSci.maths.wavelet.cdf2_4.DualScaling2_4
NaN - Static variable in class JSci.maths.fields.RealField
NaturalTransformation - Interface in JSci.maths.categories: This interface defines a natural transformation.
ncon - Variable in class JSci.awt.Model3D
ncon - Variable in class JSci.swing.Model3D
negate() - Method in class JSci.maths.analysis.ComplexFunction: Returns the negative of this function.
negate() - Method in class JSci.maths.analysis.RealFunction: Returns the negative of this function.
negate() - Method in class JSci.maths.analysis.RealFunction2D: Returns the negative of this matrix.
negate() - Method in class JSci.maths.analysis.RealFunction3D: Returns the negative of this matrix.
negate() - Method in class JSci.maths.analysis.RealFunctionND: Returns the negative of this matrix.
negate() - Method in class JSci.maths.categories.Hilb.LinearMap
negate() - Method in class JSci.maths.Complex: Returns the negative of this complex number.
negate() - Method in interface JSci.maths.groups.AbelianGroup.Member: Returns the inverse member.
negate() - Method in class JSci.maths.groups.CyclicGroup.Member: Returns the inverse member.
negate() - Method in class JSci.maths.MathDouble: Returns the negative of this number.
negate() - Method in class JSci.maths.MathInteger: Returns the negative of this number.
negate() - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.ComplexMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.DoubleMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.IntegerMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.matrices.RingMatrix: Returns the negative of this matrix.
negate() - Method in class JSci.maths.polynomials.ComplexPolynomial: Returns the inverse member.
negate() - Method in class JSci.maths.polynomials.RealPolynomial: Returns the inverse member.
negate() - Method in class JSci.maths.Quaternion: Returns the negative of this quaternion.
negate() - Method in class JSci.maths.Supernumber: Returns the negative of this number.
negate() - Method in class JSci.maths.symbolic.Expression: Returns the negative member.
negate() - Method in class JSci.maths.vectors.Complex2Vector: Returns the negative of this vector.
negate() - Method in class JSci.maths.vectors.Complex3Vector: Returns the negative of this vector.
negate() - Method in class JSci.maths.vectors.ComplexVector: Returns the negative of this vector.
negate() - Method in class JSci.maths.vectors.Double2Vector: Returns the negative of this vector.
negate() - Method in class JSci.maths.vectors.Double3Vector: Returns the negative of this vector.
negate() - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the negative of this vector.
negate() - Method in class JSci.maths.vectors.DoubleVector: Returns the negative of this vector.
negate() - Method in class JSci.maths.vectors.Integer2Vector: Returns the negative of this vector.
negate() - Method in class JSci.maths.vectors.Integer3Vector: Returns the negative of this vector.
negate() - Method in class JSci.maths.vectors.IntegerVector: Returns the negative of this vector.
negate() - Method in class JSci.physics.quantum.BraVector: Returns the negative of this vector.
negate() - Method in class JSci.physics.quantum.KetVector: Returns the negative of this vector.
negative(AbelianGroup.Member) - Static method in class JSci.maths.symbolic.Expression: Method for generating an Expression by a formal operation on a set member
Negative - Class in JSci.maths.symbolic
Negative(Expression) - Constructor for class JSci.maths.symbolic.Negative
Neutron - Class in JSci.physics.particles: A class representing neutrons.
Neutron() - Constructor for class JSci.physics.particles.Neutron: Constructs a neutron.
NEUTRON_MASS - Static variable in interface JSci.physics.PhysicalConstants: Neutron rest mass.
newToken(int) - Static method in class JSci.maths.symbolic.Token: Returns a new Token object, by default.
newtonRaphson(RealFunction, double, int, double) - Static method in class JSci.maths.NumericalMath: Finds a root using the Newton-Raphson method.
NexStar - Class in JSci.astro.telescope
NexStar(String) - Constructor for class JSci.astro.telescope.NexStar: Constructs a NexStar object.
next - Variable in class JSci.maths.symbolic.ExpressionParser.JJCalls
next - Variable in class JSci.maths.symbolic.Token: A reference to the next regular (non-special) token from the input stream.
nextSeries() - Method in class JSci.awt.ArgandDiagramModel
nextSeries() - Method in interface JSci.awt.CategoryGraph2DModel: Selects the next data series.
nextSeries() - Method in class JSci.awt.DefaultCategoryGraph2DModel
nextSeries() - Method in class JSci.awt.DefaultGraph2DModel
nextSeries() - Method in class JSci.awt.DefaultGraph3DModel
nextSeries() - Method in interface JSci.awt.Graph2DModel: Selects the next data series.
nextSeries() - Method in interface JSci.awt.Graph3DModel: Selects the next data series.
nextSeries() - Method in class JSci.awt.Point2DListModel
NobleGas - Class in JSci.chemistry.periodictable: A class representing noble gases.
NobleGas(String, String) - Constructor for class JSci.chemistry.periodictable.NobleGas: Constructs a noble gas.
NONE - Static variable in interface JSci.awt.Graph2D.DataMarker
NonMetal - Class in JSci.chemistry.periodictable: A class representing non-metals.
NonMetal(String, String) - Constructor for class JSci.chemistry.periodictable.NonMetal: Constructs a non-metal.
norm() - Method in interface JSci.maths.algebras.BanachSpace.Member: Returns the norm.
norm(double[]) - Static method in class JSci.maths.ArrayMath: Computes the L2 norm of an array (Euclidean norm or "length").
norm(int[]) - Static method in class JSci.maths.ArrayMath: Computes the L2 norm of an array (Euclidean norm or "length").
norm() - Method in class JSci.maths.categories.Hilb.LinearMap
norm() - Method in class JSci.maths.Complex: Returns the C^* norm.
norm() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the C^* norm.
norm() - Method in class JSci.maths.Quaternion: Returns the l²-norm (magnitude), which is also the C^* norm.
norm() - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the l²-norm (magnitude).
norm(int) - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns the lⁿ-norm.
norm() - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns the l²-norm (magnitude).
norm(int) - Method in class JSci.maths.vectors.AbstractIntegerVector: Returns the lⁿ-norm.
norm() - Method in class JSci.maths.vectors.AbstractIntegerVector: Returns the l²-norm (magnitude).
norm() - Method in class JSci.maths.vectors.Complex2Vector: Returns the l²-norm (magnitude).
norm() - Method in class JSci.maths.vectors.Complex3Vector: Returns the l²-norm (magnitude).
norm() - Method in class JSci.maths.vectors.ComplexVector: Returns the l²-norm (magnitude).
norm(int) - Method in class JSci.maths.vectors.Double2Vector: Returns the lⁿ-norm.
norm() - Method in class JSci.maths.vectors.Double2Vector: Returns the l²-norm (magnitude).
norm(int) - Method in class JSci.maths.vectors.Double3Vector: Returns the lⁿ-norm.
norm() - Method in class JSci.maths.vectors.Double3Vector: Returns the l²-norm (magnitude).
norm() - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the l²-norm (magnitude).
norm(int) - Method in class JSci.maths.vectors.DoubleVector: Returns the lⁿ-norm.
norm() - Method in class JSci.maths.vectors.DoubleVector: Returns the l²-norm (magnitude).
norm(int) - Method in class JSci.maths.vectors.Integer2Vector: Returns the lⁿ-norm.
norm() - Method in class JSci.maths.vectors.Integer2Vector: Returns the l²-norm (magnitude).
norm(int) - Method in class JSci.maths.vectors.Integer3Vector: Returns the lⁿ-norm.
norm() - Method in class JSci.maths.vectors.Integer3Vector: Returns the l²-norm (magnitude).
norm(int) - Method in class JSci.maths.vectors.IntegerVector: Returns the lⁿ-norm.
norm() - Method in class JSci.maths.vectors.IntegerVector: Returns the l²-norm (magnitude).
norm() - Method in class JSci.maths.vectors.MathVector: Returns the norm (magnitude).
norm() - Method in class JSci.maths.wavelet.BasisFunctionLibrary
norm(double, double) - Static method in class JSci.maths.wavelet.BasisFunctionLibrary
norm() - Method in class JSci.maths.wavelet.DiscreteFunction: Compute the L2 norm of the signal
norm(int) - Method in class JSci.maths.wavelet.DiscreteFunction: Compute the L2 norm of the function
norm() - Method in class JSci.maths.wavelet.FWTCoef: Compute the L2 norm of the coefficients
norm(int) - Method in class JSci.maths.wavelet.FWTCoef: Compute the L2 norm of the coefficients at "scale" i.
norm() - Method in class JSci.maths.wavelet.FWTPacketCoef: Compute the L2 norm of the coefficients
norm(int) - Method in class JSci.maths.wavelet.FWTPacketCoef: Compute the L2 norm of the coefficients at "scale" i.
norm() - Method in class JSci.maths.wavelet.Signal: Compute the L2 norm of the signal
norm() - Method in class JSci.physics.quantum.BraVector: Returns the norm.
norm() - Method in class JSci.physics.quantum.KetVector: Returns the norm.
norm() - Method in class JSci.physics.quantum.Operator: Returns the operator norm.
norm() - Method in class JSci.physics.relativity.Rank1Tensor: Returns the norm (invariant).
NormalDistribution - Class in JSci.maths.statistics: The NormalDistribution class provides an object for encapsulating normal distributions.
NormalDistribution() - Constructor for class JSci.maths.statistics.NormalDistribution: Constructs the standard normal distribution (zero mean and unity variance).
NormalDistribution(double, double) - Constructor for class JSci.maths.statistics.NormalDistribution: Constructs a normal distribution.
NormalDistribution(double[]) - Constructor for class JSci.maths.statistics.NormalDistribution: Constructs a normal distribution from a data set.
normalisation - Static variable in class JSci.maths.wavelet.FWTCoef
normalisation - Static variable in class JSci.maths.wavelet.FWTPacketCoef
normalisation - Static variable in class JSci.maths.wavelet.Signal
normalize(double[]) - Static method in class JSci.maths.ArrayMath: Renormalizes the array so that its L2 norm is 1 (up to computational errors).
normalize(RealPolynomial) - Static method in class JSci.maths.polynomials.PolynomialMath: Normalizes a given real polynomial, i.e.
normalize(ComplexPolynomial) - Static method in class JSci.maths.polynomials.PolynomialMath: Normalizes a given complex polynomial, i.e.
normalize() - Method in class JSci.maths.Quaternion
normalize() - Method in class JSci.maths.vectors.AbstractComplexVector: Returns a normalised vector (a vector with norm equal to one).
normalize() - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns a normalised vector (a vector with norm equal to one).
normalize() - Method in class JSci.maths.wavelet.DiscreteFunction: Makes the L2 norm of the internal array equal to 1.
Nucleon - Class in JSci.physics.particles: A class representing nucleons.
Nucleon() - Constructor for class JSci.physics.particles.Nucleon: Constructs a nucleon.
numbering - Variable in class JSci.awt.BarGraph: Axis numbering.
numbering - Variable in class JSci.awt.Histogram: Axis numbering.
numbering - Variable in class JSci.swing.JBarGraph: Axis numbering.
numbering - Variable in class JSci.swing.JHistogram: Axis numbering.
numCols - Variable in class JSci.maths.matrices.Matrix: The number of columns.
NumericalConstants - Interface in JSci.maths: A collection of useful numbers (stored to maximum precision).
NumericalMath - Class in JSci.maths: The numerical math library.
numRows - Variable in class JSci.maths.matrices.Matrix: The number of rows.
nvert - Variable in class JSci.awt.Model3D
nvert - Variable in class JSci.swing.Model3D

O

o0 - Static variable in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
o0 - Static variable in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
o1 - Static variable in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
o1 - Static variable in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
o2 - Static variable in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
ODD_EVEN - Static variable in class JSci.instruments.PTTwoDBarycentreCross: the meaning of fields in interlaced images; 1 for odd/even, 0 for odd-only fields
offscreenPaint(Graphics) - Method in class JSci.awt.BarGraph: Paint the graph.
offscreenPaint(Graphics) - Method in class JSci.awt.ContourPlot: Paint the graph.
offscreenPaint(Graphics) - Method in class JSci.awt.DoubleBufferedCanvas: Paints the canvas off-screen.
offscreenPaint(Graphics) - Method in class JSci.awt.Graph2D: Paints the graph (draws the graph axes and data).
offscreenPaint(Graphics) - Method in class JSci.awt.Histogram: Paints the graph (draws the graph axes and data).
offscreenPaint(Graphics) - Method in class JSci.awt.LineGraph3D: Paint the graph.
offscreenPaint(Graphics) - Method in class JSci.awt.LineTrace: Paint the trace.
offscreenPaint(Graphics) - Method in class JSci.awt.PieChart: Paint the graph.
offscreenPaint(Graphics) - Method in class JSci.swing.JBarGraph: Paint the graph.
offscreenPaint(Graphics) - Method in class JSci.swing.JContourPlot: Paint the graph.
offscreenPaint(Graphics) - Method in class JSci.swing.JDoubleBufferedComponent: Paints the canvas off-screen.
offscreenPaint(Graphics) - Method in class JSci.swing.JGraph2D: Paints the graph (draws the graph axes and data).
offscreenPaint(Graphics) - Method in class JSci.swing.JHistogram: Paints the graph (draws the graph axes and data).
offscreenPaint(Graphics) - Method in class JSci.swing.JLineGraph3D: Paint the graph.
offscreenPaint(Graphics) - Method in class JSci.swing.JLineTrace: Paint the trace.
offscreenPaint(Graphics) - Method in class JSci.swing.JPieChart: Paint the graph.
og - Static variable in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
og - Static variable in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
OmegaMinus - Class in JSci.physics.particles: A class representing omega-.
OmegaMinus() - Constructor for class JSci.physics.particles.OmegaMinus: Constructs an omega-.
on0_1 - Static variable in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
on0_1 - Static variable in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
on0_2 - Static variable in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
on0_2 - Static variable in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
on0_3 - Static variable in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
ONE - Static variable in class JSci.maths.Complex: The complex number 1+0i.
ONE - Static variable in class JSci.maths.fields.ComplexField
one() - Method in class JSci.maths.fields.ComplexField: Returns the complex number one.
ONE - Static variable in class JSci.maths.fields.IntegerRing
one() - Method in class JSci.maths.fields.IntegerRing: Returns the integer number one.
ONE - Static variable in class JSci.maths.fields.RealField
one() - Method in class JSci.maths.fields.RealField: Returns the real number one.
one() - Method in interface JSci.maths.fields.Ring: Returns the unit element.
one() - Method in class JSci.maths.matrices.DoubleMatrixAlgebra: Returns the (right) identity.
one() - Method in class JSci.maths.matrices.IntegerMatrixAlgebra: Returns the (right) identity.
one() - Method in class JSci.maths.polynomials.ComplexPolynomialRing: Returns the unit element.
one() - Method in class JSci.maths.polynomials.RealPolynomialRing: Returns the unit element.
ONE - Static variable in class JSci.maths.Quaternion
ONEARGFUNCTION - Static variable in interface JSci.maths.symbolic.ExpressionParserConstants
Operator - Class in JSci.physics.quantum: The Operator class provides an object for encapsulating quantum mechanical operators.
Operator(AbstractComplexSquareMatrix) - Constructor for class JSci.physics.quantum.Operator: Constructs an operator given a matrix representation.
operatorNorm() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the operator norm.
operatorNorm() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the operator norm.
operatorNorm() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the operator norm.
operatorNorm() - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the operator norm.
operatorNorm() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the operator norm.
operatorNorm() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the operator norm.
operatorNorm() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the operator norm.
operatorNorm() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the operator norm.
order - Variable in class JSci.maths.groups.FiniteGroup
order() - Method in class JSci.maths.groups.FiniteGroup: Returns the order (the number of group elements) of this group.
ordinal() - Method in class JSci.maths.categories.Preorder: Returns the ordinal that this category represents.
origin - Variable in class JSci.awt.CategoryGraph2D: Origin.
origin - Variable in class JSci.awt.Graph2D: Origin.
origin - Variable in class JSci.awt.Histogram: Origin.
origin - Variable in class JSci.swing.JCategoryGraph2D: Origin.
origin - Variable in class JSci.swing.JGraph2D: Origin.
origin - Variable in class JSci.swing.JHistogram: Origin.
orthonormalize(AbstractDoubleVector[]) - Static method in class JSci.maths.LinearMath: The Gram-Schmidt orthonormalization method.
out - Variable in class JSci.maths.categories.Simplicial.IncreasingMap
OutOfRangeException - Exception in JSci.maths.statistics: This exception occurs if an argument in a statistics function is out-of-range.
OutOfRangeException() - Constructor for exception JSci.maths.statistics.OutOfRangeException: Constructs an OutOfRangeException with no detail message.
OutOfRangeException(String) - Constructor for exception JSci.maths.statistics.OutOfRangeException: Constructs an OutOfRangeException with the specified detail message.
Overlay - Interface in JSci.instruments: This class defines an object that can be put on an image
oversample(double[]) - Static method in class JSci.maths.wavelet.Cascades: method used to oversample according to the lazy (Dirac Delta Function) interpolation

P

padding(int, int, double[]) - Static method in class JSci.maths.ArrayMath: Fills in with zero to get to the desired length; original array with be at the specified position.
padding(int, int, int[]) - Static method in class JSci.maths.ArrayMath: Fills in with zeroes to get to the specified length; original array with be at the specified position
paint(Graphics) - Method in class JSci.awt.DoubleBufferedCanvas: Paints the canvas using double buffering.
paint(Graphics, int, int) - Method in class JSci.awt.Graph2D.DataMarker.Circle
paint(Graphics, int, int) - Method in interface JSci.awt.Graph2D.DataMarker
paint(Graphics, int, int) - Method in class JSci.awt.Graph2D.DataMarker.Square
paint(Graphics) - Method in class JSci.awt.ImageCanvas: Paints the canvas.
paint(Graphics) - Method in class JSci.awt.Model3D
paint(Graphics) - Method in interface JSci.instruments.Overlay: draw
paint(Graphics) - Method in class JSci.instruments.PTCroquette
paint(Graphics) - Method in class JSci.instruments.RectangularROI
paint(Graphics) - Method in interface JSci.instruments.ROI: Called by the Player: draw the ROI
paint(Graphics) - Method in class JSci.instruments.ROIAdapter
paint(Graphics) - Method in class JSci.instruments.TwoROI: draws the ROI.
paint(Graphics) - Method in class JSci.swing.JImageCanvas: Paints the canvas.
paint(Graphics) - Method in class JSci.swing.Model3D
paintComponent(Graphics) - Method in class JSci.instruments.Player
paintComponent(Graphics) - Method in class JSci.swing.JArcDial: draw the component - don't call this directly, but use repaint()
paintComponent(Graphics) - Method in class JSci.swing.JDoubleBufferedComponent: Paints the canvas using double buffering.
paintComponent(Graphics) - Method in class JSci.swing.JRoundDial: draw the component - don't call this directly, but use repaint()
paintComponent(Graphics) - Method in class JSci.swing.JSliderPlus: draw the component - don't call this directly, but use repaint()
paintOnDial(Graphics2D, double, double, double, double, double) - Method in class JSci.swing.JPointer: draw the pointer on the dial.
paintOnSlider(Graphics2D, double, double, double, double) - Method in class JSci.swing.JPointer: draw the slider on the dial.
ParetoDistribution - Class in JSci.maths.statistics: The ParetoDistribution class provides an object for encapsulating Pareto distributions.
ParetoDistribution(double, double) - Constructor for class JSci.maths.statistics.ParetoDistribution: Constructs a Pareto distribution.
parse(InputStream, Map) - Static method in class JSci.maths.symbolic.ExpressionParser: Create an Expression reading a text from a stream.
parse(String, Map) - Static method in class JSci.maths.symbolic.ExpressionParser: Create an Expression from a String like "x+y*sin(z)".
parse(String) - Static method in class JSci.maths.symbolic.ExpressionParser: Create an Expression from a String like "x+y*sin(z)".
parse(InputStream) - Static method in class JSci.maths.symbolic.ExpressionParser: Create an Expression reading a text from a stream.
parse(String, ParsePosition) - Method in class JSci.text.TimeFormat
parseAPPLY(MathMLContentContainer) - Method in class JSci.io.MathMLParser.JSciCodeTranslator: Parses <apply> tags.
parseAPPLY(MathMLContentContainer) - Method in class JSci.io.MathMLParser.JSciObjectTranslator: Parses <apply> tags.
parseAPPLY(MathMLContentContainer) - Method in class JSci.io.MathMLParser.Translator
PARSEC - Static variable in interface JSci.astro.AstronomicalConstants: Length of a parsec, in meters.
parseCI(MathMLCiElement) - Method in class JSci.io.MathMLParser.JSciCodeTranslator: Parses <ci> tags.
parseCI(MathMLCiElement) - Method in class JSci.io.MathMLParser.JSciObjectTranslator: Parses <ci> tags.
parseCI(MathMLCiElement) - Method in class JSci.io.MathMLParser.Translator
parseCN(MathMLCnElement) - Method in class JSci.io.MathMLParser.JSciCodeTranslator: Parses <cn> tags.
parseCN(MathMLCnElement) - Method in class JSci.io.MathMLParser.JSciObjectTranslator: Parses <cn> tags.
parseCN(MathMLCnElement) - Method in class JSci.io.MathMLParser.Translator
ParseException - Exception in JSci.maths.symbolic: This exception is thrown when parse errors are encountered.
ParseException(Token, int[][], String[]) - Constructor for exception JSci.maths.symbolic.ParseException: This constructor is used by the method "generateParseException" in the generated parser.
ParseException() - Constructor for exception JSci.maths.symbolic.ParseException: The following constructors are for use by you for whatever purpose you can think of.
ParseException(String) - Constructor for exception JSci.maths.symbolic.ParseException
parseMATRIX(MathMLMatrixElement) - Method in class JSci.io.MathMLParser.JSciCodeTranslator: Parses <matrix> tags.
parseMATRIX(MathMLMatrixElement) - Method in class JSci.io.MathMLParser.JSciObjectTranslator: Parses <matrix> tags.
parseMATRIX(MathMLMatrixElement) - Method in class JSci.io.MathMLParser.Translator
parseMS(MathMLStringLitElement) - Method in class JSci.io.MathMLParser.JSciCodeTranslator: Parses <ms> tags.
parseMS(MathMLStringLitElement) - Method in class JSci.io.MathMLParser.JSciObjectTranslator: Parses <ms> tags.
parseMS(MathMLStringLitElement) - Method in class JSci.io.MathMLParser.Translator
parseMTEXT(MathMLPresentationToken) - Method in class JSci.io.MathMLParser.JSciCodeTranslator: Parses <mtext> tags.
parseMTEXT(MathMLPresentationToken) - Method in class JSci.io.MathMLParser.JSciObjectTranslator: Parses <mtext> tags.
parseMTEXT(MathMLPresentationToken) - Method in class JSci.io.MathMLParser.Translator
parsePredefinedSymbol(MathMLPredefinedSymbol) - Method in class JSci.io.MathMLParser.JSciCodeTranslator
parsePredefinedSymbol(MathMLPredefinedSymbol) - Method in class JSci.io.MathMLParser.JSciObjectTranslator
parsePredefinedSymbol(MathMLPredefinedSymbol) - Method in class JSci.io.MathMLParser.Translator
parseSET(MathMLSetElement) - Method in class JSci.io.MathMLParser.JSciCodeTranslator: Parses <set> tags.
parseSET(MathMLSetElement) - Method in class JSci.io.MathMLParser.JSciObjectTranslator: Parses <set> tags.
parseSET(MathMLSetElement) - Method in class JSci.io.MathMLParser.Translator
parseVECTOR(MathMLVectorElement) - Method in class JSci.io.MathMLParser.JSciCodeTranslator: Parses <vector> tags.
parseVECTOR(MathMLVectorElement) - Method in class JSci.io.MathMLParser.JSciObjectTranslator: Parses <vector> tags.
parseVECTOR(MathMLVectorElement) - Method in class JSci.io.MathMLParser.Translator
Particle - Class in JSci.physics: A superclass for building objects that have the physical nature of a particle.
Particle() - Constructor for class JSci.physics.Particle: Constructs a particle.
ParticleTracker - Interface in JSci.instruments: An interface for objects that can look for the position of some objects in an image, and measure their coordinates
ParticleTrackerListener - Interface in JSci.instruments: Interface for an object that is interested to receive the coordinates measured by a ParticleTracker.
percentile(double[], double) - Static method in class JSci.maths.ArrayMath: Gives the percentile of an array.
percentile(double[], double, boolean) - Static method in class JSci.maths.ArrayMath
percentile(int[], double) - Static method in class JSci.maths.ArrayMath: Gives the percentile of an array.
percentile(int[], double, boolean) - Static method in class JSci.maths.ArrayMath
PeriodicTable - Class in JSci.chemistry: This class provides access to the elements of the periodic table.
PERMEABILITY - Static variable in interface JSci.physics.PhysicalConstants: Permeability constant (exact).
PERMITTIVITY - Static variable in interface JSci.physics.PhysicalConstants: Permittivity constant (defined).
Photon - Class in JSci.physics.particles: A class representing photons.
Photon() - Constructor for class JSci.physics.particles.Photon: Constructs a photon.
phv0 - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
phv0 - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
phv0 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
phv0 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
phv0 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phv0 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phv0 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phv0 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phv1 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
phv1 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
phv1 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phv1 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phv1 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phv1 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phv2 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
phv2 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phv2 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phv2 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phv2 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phv3 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phv3 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phv3 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phv3 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phv4 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phv4 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phv4 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phv5 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phv5 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phv6 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd0 - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
phvd0 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
phvd0 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
phvd0 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phvd0 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phvd0 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd0 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd0temp - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
phvd0temp - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
phvd0temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
phvd0temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phvd0temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phvd0temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd0temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd1 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
phvd1 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
phvd1 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phvd1 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phvd1 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd1 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd1temp - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
phvd1temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
phvd1temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phvd1temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phvd1temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd1temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd2 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
phvd2 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phvd2 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phvd2 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd2 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd2temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
phvd2temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phvd2temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phvd2temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd2temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd3 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phvd3 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phvd3 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd3 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd3temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phvd3temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phvd3temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd3temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd4 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phvd4 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd4 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd4temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phvd4temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd4temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd5 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd5 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd5temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvd5temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd6 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvd6temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
phvg - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
phvg - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
phvg - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2: On d�finit ici le filtre comme tel par le vecteur phvg (filtre passe-haut).
phvg - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3: On d�finit ici le filtre comme tel par le vecteur phvg (filtre passe-haut).
phvg - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
phvg - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
phvg - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
phvg - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
phvg - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
PhysicalConstants - Interface in JSci.physics: A collection of fundamental physical constants.
PI - Static variable in class JSci.maths.fields.ComplexField
PI - Static variable in class JSci.maths.fields.RealField
PI - Static variable in interface JSci.maths.symbolic.ExpressionParserConstants
PI_2 - Static variable in class JSci.maths.fields.ComplexField
PI_2_I - Static variable in class JSci.maths.fields.ComplexField
PI_I - Static variable in class JSci.maths.fields.ComplexField
PiecewiseConstant - Class in JSci.maths.wavelet.splines: This class is used to generate piecewise constant splines to be used as wavelets or related functions.
PiecewiseConstant(double[]) - Constructor for class JSci.maths.wavelet.splines.PiecewiseConstant
PiecewiseConstant() - Constructor for class JSci.maths.wavelet.splines.PiecewiseConstant
PieChart - Class in JSci.awt: A pie chart AWT component.
PieChart(CategoryGraph2DModel) - Constructor for class JSci.awt.PieChart: Constructs a pie chart.
PiezoServo - Class in JSci.instruments.pi: A Phisik Instrumente LVPZT amplifier/servo position controller, attached to the PC through a RS232 port.
PiezoServo(int, String, boolean) - Constructor for class JSci.instruments.pi.PiezoServo
PiezoServo(int, RandomAccessFile, String, boolean) - Constructor for class JSci.instruments.pi.PiezoServo
PiezoServo(int, DataInput, DataOutput, String, boolean) - Constructor for class JSci.instruments.pi.PiezoServo
PiMinus - Class in JSci.physics.particles: A class representing pi-.
PiMinus() - Constructor for class JSci.physics.particles.PiMinus: Constructs a pi-.
Pion - Class in JSci.physics.particles: A class representing pions.
Pion() - Constructor for class JSci.physics.particles.Pion: Constructs a pion.
PiPlus - Class in JSci.physics.particles: A class representing pi+.
PiPlus() - Constructor for class JSci.physics.particles.PiPlus: Constructs a pi+.
pivotRef - Variable in class JSci.maths.matrices.ComplexLUCache
pivotRef - Variable in class JSci.maths.matrices.DoubleLUCache
PiZero - Class in JSci.physics.particles: A class representing pi0.
PiZero() - Constructor for class JSci.physics.particles.PiZero: Constructs a pi0.
PLANCK - Static variable in interface JSci.physics.PhysicalConstants: Planck's constant.
platform - Variable in class JSci.Version: Java platform required.
Player - Class in JSci.instruments: An object that creates an animated image from a ImageSource.
Player() - Constructor for class JSci.instruments.Player
Point2DListModel - Class in JSci.awt: The Point2DListModel provides a convenient implementation of the Graph2DModel interface based upon a List of Point2D objects.
Point2DListModel() - Constructor for class JSci.awt.Point2DListModel
POINTER_SIMPLE_QUADRANGLE - Static variable in class JSci.swing.JPointer
POINTER_SIMPLE_STOP - Static variable in class JSci.swing.JPointer
POINTER_SIMPLE_TRIANGLE - Static variable in class JSci.swing.JPointer
PoissonDistribution - Class in JSci.maths.statistics: The PoissonDistribution class provides an object for encapsulating Poisson distributions.
PoissonDistribution(double) - Constructor for class JSci.maths.statistics.PoissonDistribution: Constructs a Poisson distribution.
polar(double, double) - Static method in class JSci.maths.Complex: Creates a complex number with the given modulus and argument.
polarDecompose() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the polar decomposition of this matrix.
polarDecompose() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the polar decomposition of this matrix.
polarDecompose() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the polar decomposition of this matrix.
polarDecompose() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the polar decomposition of this matrix.
polarToCartesian(double, double) - Static method in class JSci.maths.CoordinateMath: Converts polar coordinates to cartesian coordinates.
Polynomial - Interface in JSci.maths.polynomials: A Polynomial as a Ring.Member over a Field
PolynomialBasis - Interface in JSci.maths.polynomials: The vector space basis for polynomials
PolynomialMath - Class in JSci.maths.polynomials
position() - Method in class JSci.maths.wavelet.cdf2_4.DualScaling2_4: Tells you what is the number of this scaling function.
position() - Method in class JSci.maths.wavelet.cdf2_4.DualWavelet2_4: Tells you what is the number of this wavelet.
position() - Method in class JSci.maths.wavelet.cdf3_5.DualScaling3_5: Tells you what is the number of this scaling function.
position() - Method in class JSci.maths.wavelet.cdf3_5.DualWavelet3_5: Tells you what is the number of this wavelet.
position() - Method in class JSci.maths.wavelet.daubechies2.Scaling2: Tells you what is the number of this scaling function.
position() - Method in class JSci.maths.wavelet.daubechies2.Wavelet2: Tells you what is the number of this wavelet.
position() - Method in class JSci.maths.wavelet.daubechies3.Scaling3: Tells you what is the number of this scaling function.
position() - Method in class JSci.maths.wavelet.daubechies3.Wavelet3: Tells you what is the number of this wavelet.
position() - Method in class JSci.maths.wavelet.daubechies4.Scaling4: Tells you what is the number of this scaling function.
position() - Method in class JSci.maths.wavelet.daubechies4.Wavelet4: Tells you what is the number of this wavelet.
position() - Method in class JSci.maths.wavelet.daubechies5.Scaling5: Tells you what is the number of this scaling function.
position() - Method in class JSci.maths.wavelet.daubechies5.Wavelet5: Tells you what is the number of this wavelet.
position() - Method in class JSci.maths.wavelet.daubechies6.Scaling6: Tells you what is the number of this scaling function.
position() - Method in class JSci.maths.wavelet.daubechies6.Wavelet6: Tells you what is the number of this wavelet.
position() - Method in class JSci.maths.wavelet.daubechies7.Scaling7: Tells you what is the number of this scaling function.
position() - Method in class JSci.maths.wavelet.daubechies7.Wavelet7: Tells you what is the number of this wavelet.
position() - Method in class JSci.maths.wavelet.daubechies8.Scaling8: Tells you what is the number of this scaling function.
position() - Method in class JSci.maths.wavelet.daubechies8.Wavelet8: Tells you what is the number of this wavelet.
position - Variable in class JSci.physics.RelativisticParticle: Position 4-vector.
PositionControl - Interface in JSci.instruments: Describes a mechanical device that can control the position of something
PositionControlAdapter - Class in JSci.instruments: A mechanical device that can control the position of something.
PositionControlAdapter() - Constructor for class JSci.instruments.PositionControlAdapter
Positron - Class in JSci.physics.particles: A class representing positrons.
Positron() - Constructor for class JSci.physics.particles.Positron: Constructs a positron.
pow(Complex) - Method in class JSci.maths.Complex: Returns this complex number raised to the power of another.
pow(double) - Method in class JSci.maths.Complex: Returns this complex number raised to the power of a scalar.
pow(int, int) - Static method in class JSci.maths.ExtraMath: Returns a^b.
pow(MathInteger) - Method in class JSci.maths.MathInteger: Returns this integer number raised to the power of another.
pow2(int) - Static method in class JSci.maths.ExtraMath: Returns 2^a.
Power - Class in JSci.maths.analysis: The power function.
Power() - Constructor for class JSci.maths.analysis.Power: Constructs a power function of the form x.
Power(double, double) - Constructor for class JSci.maths.analysis.Power: Constructs a power function of the form Axⁿ.
Power(double, double, double) - Constructor for class JSci.maths.analysis.Power: Constructs a power function of the form A(x+k)ⁿ.
power(Field.Member, int) - Static method in class JSci.maths.symbolic.Expression: Method for generating an Expression by a formal operation on a set member
Power - Class in JSci.maths.symbolic
Power(Expression, int) - Constructor for class JSci.maths.symbolic.Power
PowerOf2(int) - Static method in class JSci.maths.wavelet.Cascades
preferredLayoutSize(Container) - Method in class JSci.awt.GraphLayout
preferredLayoutSize(Container) - Method in class JSci.swing.JGraphLayout
Preorder - Class in JSci.maths.categories: The Preorder class encapsulates preorders as categories.
Preorder(int) - Constructor for class JSci.maths.categories.Preorder: Constructs a preorder category.
Preorder.Relation - Class in JSci.maths.categories
Preorder.Relation(Integer, Integer) - Constructor for class JSci.maths.categories.Preorder.Relation
Preorder.RelationSet - Class in JSci.maths.categories
Preorder.RelationSet() - Constructor for class JSci.maths.categories.Preorder.RelationSet
Preorder.RelationSet(Integer, Integer) - Constructor for class JSci.maths.categories.Preorder.RelationSet
prevCharIsCR - Static variable in class JSci.maths.symbolic.SimpleCharStream
prevCharIsLF - Static variable in class JSci.maths.symbolic.SimpleCharStream
previousDimension(int, int) - Static method in class JSci.maths.wavelet.Cascades: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.daubechies2.Daubechies2: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.daubechies3.Daubechies3: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.daubechies4.Daubechies4: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.daubechies5.Daubechies5: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.daubechies6.Daubechies6: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.daubechies7.Daubechies7: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.daubechies8.Daubechies8: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in interface JSci.maths.wavelet.Filter: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.haar.MultiSplineHaar: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.Multiresolution: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.splines.LinearSpline: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
previousDimension(int) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: This method return the number of "scaling" functions at the previous scale given a number of scaling functions.
primaryScaling(int, int) - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4
primaryScaling(int, int) - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5
primaryScaling(int, int) - Method in class JSci.maths.wavelet.daubechies2.Daubechies2
primaryScaling(int, int) - Method in class JSci.maths.wavelet.daubechies3.Daubechies3
primaryScaling(int, int) - Method in class JSci.maths.wavelet.daubechies4.Daubechies4
primaryScaling(int, int) - Method in class JSci.maths.wavelet.daubechies5.Daubechies5
primaryScaling(int, int) - Method in class JSci.maths.wavelet.daubechies6.Daubechies6
primaryScaling(int, int) - Method in class JSci.maths.wavelet.daubechies7.Daubechies7
primaryScaling(int, int) - Method in class JSci.maths.wavelet.daubechies8.Daubechies8
primaryScaling(int, int) - Method in class JSci.maths.wavelet.haar.MultiSplineHaar
primaryScaling(int, int) - Method in class JSci.maths.wavelet.Multiresolution
primaryWavelet(int, int) - Method in class JSci.maths.wavelet.cdf2_4.CDF2_4
primaryWavelet(int, int) - Method in class JSci.maths.wavelet.cdf3_5.CDF3_5
primaryWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies2.Daubechies2
primaryWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies3.Daubechies3
primaryWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies4.Daubechies4
primaryWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies5.Daubechies5
primaryWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies6.Daubechies6
primaryWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies7.Daubechies7
primaryWavelet(int, int) - Method in class JSci.maths.wavelet.daubechies8.Daubechies8
primaryWavelet(int, int) - Method in class JSci.maths.wavelet.haar.MultiSplineHaar
primaryWavelet(int, int) - Method in class JSci.maths.wavelet.Multiresolution
print(Graphics) - Method in class JSci.awt.DoubleBufferedCanvas: Prints the canvas.
print(Writer) - Method in class JSci.io.MathMLDocumentJSciImpl: Prints this MathML document to a stream.
print(double[]) - Static method in class JSci.maths.ArrayMath: Prints an array to screen.
print(double[][]) - Static method in class JSci.maths.ArrayMath: Prints an array to screen.
print(int[]) - Static method in class JSci.maths.ArrayMath: Prints an array to screen.
print(int[][]) - Static method in class JSci.maths.ArrayMath: Prints an array to screen.
printComponent(Graphics) - Method in class JSci.swing.JDoubleBufferedComponent: Prints the canvas.
probability(double) - Method in class JSci.maths.statistics.BetaDistribution: Probability density function of a beta distribution.
probability(double) - Method in class JSci.maths.statistics.BinomialDistribution: Probability density function of a binomial distribution.
probability(double) - Method in class JSci.maths.statistics.CauchyDistribution: Probability density function of a Cauchy distribution.
probability(double) - Method in class JSci.maths.statistics.ChiSqrDistribution: Probability density function of a chi-squared distribution.
probability(double) - Method in class JSci.maths.statistics.DiracDeltaDistribution
probability(double) - Method in class JSci.maths.statistics.ExponentialDistribution: Probability density function of an exponential distribution.
probability(double) - Method in class JSci.maths.statistics.FDistribution: Probability density function of an F-distribution.
probability(double) - Method in class JSci.maths.statistics.GammaDistribution: Probability density function of a gamma distribution.
probability(double) - Method in class JSci.maths.statistics.GeometricDistribution: Probability density function of a geometric distribution.
probability(double) - Method in class JSci.maths.statistics.LognormalDistribution: Probability density function of a lognormal distribution.
probability(double) - Method in class JSci.maths.statistics.NormalDistribution: Probability density function of a normal (Gaussian) distribution.
probability(double) - Method in class JSci.maths.statistics.ParetoDistribution: Probability density function of a Pareto distribution.
probability(double) - Method in class JSci.maths.statistics.PoissonDistribution: Probability density function of a Poisson distribution.
probability(double) - Method in class JSci.maths.statistics.ProbabilityDistribution: Probability density function.
probability(double) - Method in class JSci.maths.statistics.TDistribution: Probability density function of a student's t-distribution.
probability(double) - Method in class JSci.maths.statistics.UniformDistribution
probability(double) - Method in class JSci.maths.statistics.WeibullDistribution: Probability density function of a Weibull distribution.
probability(Projector, KetVector) - Static method in class JSci.physics.quantum.QuantumMath: Returns the probability.
probability(DensityMatrix, Projector) - Static method in class JSci.physics.quantum.QuantumMath: Returns the probability.
ProbabilityDistribution - Class in JSci.maths.statistics: The ProbabilityDistribution superclass provides an object for encapsulating probability distributions.
ProbabilityDistribution() - Constructor for class JSci.maths.statistics.ProbabilityDistribution: Constructs a probability distribution.
processNode(Node) - Method in class JSci.io.MathMLParser.Translator: Processes a node.
product(Ring.Member, Ring.Member) - Static method in class JSci.maths.symbolic.Expression: Method for generating an Expression by a formal operation on a set member
product(Ring.Member[]) - Static method in class JSci.maths.symbolic.Expression: Method for generating an Expression by a formal operation on a set member
Product - Class in JSci.maths.symbolic
Product(Expression[]) - Constructor for class JSci.maths.symbolic.Product
Product(List) - Constructor for class JSci.maths.symbolic.Product
Product(Expression, Expression) - Constructor for class JSci.maths.symbolic.Product
Projector - Class in JSci.physics.quantum: The Projector class provides an object for encapsulating projection operators.
Projector(KetVector) - Constructor for class JSci.physics.quantum.Projector: Constructs a projector from a ket vector.
Proton - Class in JSci.physics.particles: A class representing protons.
Proton() - Constructor for class JSci.physics.particles.Proton: Constructs a proton.
PROTON_MASS - Static variable in interface JSci.physics.PhysicalConstants: Proton rest mass.
PROTON_MOMENT - Static variable in interface JSci.physics.PhysicalConstants: Magnetic moment of proton.
PTCroquette - Class in JSci.instruments: an Effect that does the particle tracking in 3D, for symmetric images
PTCroquette(PositionControl) - Constructor for class JSci.instruments.PTCroquette
PTCroquetteCross - Class in JSci.instruments: Data about a cross that can be put on an image, follow the center, find the height
PTCroquetteCross(int, int, Point, Color) - Constructor for class JSci.instruments.PTCroquetteCross: Crates a new cross
PTTemplate - Class in JSci.instruments: Find a given template in a two dimensional image.
PTTemplate(TwoROI) - Constructor for class JSci.instruments.PTTemplate
PTTemplate.SimulatedBarycentreSource - Class in JSci.instruments
PTTemplate.SimulatedBarycentreSource() - Constructor for class JSci.instruments.PTTemplate.SimulatedBarycentreSource
PTTemplateCross - Class in JSci.instruments: Locating a template in the image
PTTemplateCross(Rectangle, Rectangle, Image) - Constructor for class JSci.instruments.PTTemplateCross
PTTwoDBarycentre - Class in JSci.instruments: Find a bead in two dimensions; Barycentre algorithm
PTTwoDBarycentre() - Constructor for class JSci.instruments.PTTwoDBarycentre
PTTwoDBarycentre.SimulatedBarycentreSource - Class in JSci.instruments
PTTwoDBarycentre.SimulatedBarycentreSource() - Constructor for class JSci.instruments.PTTwoDBarycentre.SimulatedBarycentreSource
PTTwoDBarycentreCross - Class in JSci.instruments
PTTwoDBarycentreCross(Rectangle) - Constructor for class JSci.instruments.PTTwoDBarycentreCross

Q

qrDecompose() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the QR decomposition of this matrix.
qrDecompose() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the QR decomposition of this matrix.
qrDecompose() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the QR decomposition of this matrix.
qrDecompose() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the QR decomposition of this matrix.
qrDecompose() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the QR decomposition of this matrix.
qrDecompose() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the QR decomposition of this matrix.
qrDecompose() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the QR decomposition of this matrix.
qrDecompose() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the QR decomposition of this matrix.
quadraticOversample(double[]) - Static method in class JSci.maths.wavelet.Cascades: Special oversampling for the quadratic spline interpolation
QuadraticSpline - Class in JSci.maths.wavelet.splines: This class is used to generate quadratic splines to be used as wavelets or related functions.
QuadraticSpline(double[]) - Constructor for class JSci.maths.wavelet.splines.QuadraticSpline
QuadraticSpline() - Constructor for class JSci.maths.wavelet.splines.QuadraticSpline
QuantumMath - Class in JSci.physics.quantum: The Quantum math library.
QuantumParticle - Class in JSci.physics.quantum: A class representing quantum particles.
QuantumParticle() - Constructor for class JSci.physics.quantum.QuantumParticle: Constructs a quantum particle.
Quark - Class in JSci.physics.particles: A class representing quarks.
Quark() - Constructor for class JSci.physics.particles.Quark: Constructs a quark.
quarks() - Method in class JSci.physics.particles.AntiKZero: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.AntiLambda: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.AntiNeutron: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.AntiOmegaMinus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.AntiProton: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.AntiSigmaMinus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.AntiSigmaPlus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.AntiSigmaZero: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.AntiXiZero: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.Eta: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.KMinus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.KPlus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.KZero: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.Lambda: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.Neutron: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.OmegaMinus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.PiMinus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.PiPlus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.PiZero: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.Proton: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.SigmaMinus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.SigmaPlus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.SigmaZero: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.XiMinus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.XiPlus: Returns the quark composition.
quarks() - Method in class JSci.physics.particles.XiZero: Returns the quark composition.
Quaternion - Class in JSci.maths: The Quaternion class encapsulates quaternions.
Quaternion(double, Double3Vector) - Constructor for class JSci.maths.Quaternion: Constructs a quaternion.
Quaternion(double, double, double, double) - Constructor for class JSci.maths.Quaternion: Constructs the quaternion q₀+iq₁+jq₂+kq₃.
QuaternionGroup - Class in JSci.maths.groups: The QuaternionGroup class represents the quaternion group.
QuaternionGroup.Member - Class in JSci.maths.groups
QuaternionGroup.Member(int) - Constructor for class JSci.maths.groups.QuaternionGroup.Member

R

r - Variable in class JSci.instruments.Player
R_16CYCLE - Static variable in class JSci.maths.chaos.LogisticMap: 16-cycle bifurcation point.
R_2CYCLE - Static variable in class JSci.maths.chaos.LogisticMap: 2-cycle bifurcation point.
R_4CYCLE - Static variable in class JSci.maths.chaos.LogisticMap: 4-cycle bifurcation point.
R_8CYCLE - Static variable in class JSci.maths.chaos.LogisticMap: 8-cycle bifurcation point.
R_ACCUMULATION - Static variable in class JSci.maths.chaos.LogisticMap: Accumulation point.
RABBIT - Static variable in class JSci.maths.chaos.JuliaSet
random(double, double) - Static method in class JSci.maths.ExtraMath: Returns a random number within a specified range.
randomComplexDiagonalMatrix(int) - Static method in class JSci.util.MatrixToolkit: Creates a random generated diagonal matrix.
randomComplexSquareMatrix(int) - Static method in class JSci.util.MatrixToolkit: Creates a random generated square matrix.
randomComplexTridiagonalMatrix(int) - Static method in class JSci.util.MatrixToolkit: Creates a random generated tridiagonal matrix.
randomComplexVector(int) - Static method in class JSci.util.VectorToolkit: Creates a random generated vector.
randomDiagonalMatrix(int) - Static method in class JSci.util.MatrixToolkit: Creates a random generated diagonal matrix.
RandomMap - Class in JSci.util: This class defines a random map.
RandomMap() - Constructor for class JSci.util.RandomMap: Constructs a random map with the range [0.0,1.0].
RandomMap(double, double) - Constructor for class JSci.util.RandomMap: Constructs a random map with a specified range.
randomSquareMatrix(int) - Static method in class JSci.util.MatrixToolkit: Creates a random generated square matrix.
randomTridiagonalMatrix(int) - Static method in class JSci.util.MatrixToolkit: Creates a random generated tridiagonal matrix.
randomVector(int) - Static method in class JSci.util.VectorToolkit: Creates a random generated vector.
range(double, double, double) - Static method in class JSci.maths.ArrayMath: Generates an array going for a to b with steps of size step.
range(double, double) - Static method in class JSci.maths.ArrayMath: Generates an array going for a to b inclusively with steps of size 1.
range(double) - Static method in class JSci.maths.ArrayMath: Generates an array going for 0 to b with steps of size 1.
range(int, int) - Static method in class JSci.maths.ArrayMath: Generates an array going for a to b with steps of size 1.
range(int) - Static method in class JSci.maths.ArrayMath: Generates an array going for 0 to b with steps of size 1.
range(int, int, int) - Static method in class JSci.maths.ArrayMath: Generates an array going for a to b with steps of size step.
rank1 - Variable in class JSci.physics.relativity.Rank1Tensor
Rank1Tensor - Class in JSci.physics.relativity: The Rank1Tensor class encapsulates 1st rank tensors.
Rank1Tensor() - Constructor for class JSci.physics.relativity.Rank1Tensor: Constructs a 1st rank tensor.
Rank1Tensor(double, Double3Vector) - Constructor for class JSci.physics.relativity.Rank1Tensor: Constructs a 1st rank tensor.
Rank1Tensor(double, double, double, double) - Constructor for class JSci.physics.relativity.Rank1Tensor: Constructs a 1st rank tensor.
rank2 - Variable in class JSci.physics.relativity.Rank2Tensor
Rank2Tensor - Class in JSci.physics.relativity: The Rank2Tensor class encapsulates 2nd rank tensors.
Rank2Tensor() - Constructor for class JSci.physics.relativity.Rank2Tensor: Constructs a 2nd rank tensor.
rank3 - Variable in class JSci.physics.relativity.Rank3Tensor
Rank3Tensor - Class in JSci.physics.relativity: The Rank3Tensor class encapsulates 3rd rank tensors.
Rank3Tensor() - Constructor for class JSci.physics.relativity.Rank3Tensor: Constructs a 3rd rank tensor.
rank4 - Variable in class JSci.physics.relativity.Rank4Tensor
Rank4Tensor - Class in JSci.physics.relativity: The Rank4Tensor class encapsulates 4th rank tensors.
Rank4Tensor() - Constructor for class JSci.physics.relativity.Rank4Tensor: Constructs a 4th rank tensor.
RareEarthMetal - Class in JSci.chemistry.periodictable: A class representing rare earth metals.
RareEarthMetal(String, String) - Constructor for class JSci.chemistry.periodictable.RareEarthMetal: Constructs a rare earth metal.
raToFloat(String) - Static method in class JSci.astro.telescope.LX200: Convert RA from a string to a number.
raToInt(String) - Static method in class JSci.astro.telescope.NexStar: Convert RA from a string to a number.
RAW - Static variable in class JSci.instruments.pi.Mercury: A generic motor driven by Mercury
read(AbstractDoubleMatrix) - Method in class JSci.io.TextReader: Reads data into a matrix.
readArray() - Method in class JSci.io.TextReader: Reads data to an array.
readChar() - Static method in class JSci.maths.symbolic.SimpleCharStream
readTable(AbstractDoubleMatrix) - Method in class JSci.io.TextReader: Reads a (row,column,value) table into a matrix.
real() - Method in class JSci.maths.Complex: Returns the real part of this complex number.
real() - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the real part of this complex matrix.
real() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the real part of this complex matrix.
real() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the real part of this complex matrix.
real() - Method in class JSci.maths.matrices.ComplexMatrix: Returns the real part of this complex matrix.
real() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the real part of this complex matrix.
real() - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the real part of this complex matrix.
real() - Method in class JSci.maths.Quaternion: Returns the real part of this quaternion.
real() - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the real part of this complex vector.
real() - Method in class JSci.maths.vectors.Complex2Vector: Returns the real part of this complex 2-vector.
real() - Method in class JSci.maths.vectors.Complex3Vector: Returns the real part of this complex 3-vector.
real() - Method in class JSci.maths.vectors.ComplexVector: Returns the real part of this complex vector.
RealField - Class in JSci.maths.fields: The RealField class encapsulates the field of real numbers.
RealFunction - Class in JSci.maths.analysis: This class describes a function on the real numbers.
RealFunction() - Constructor for class JSci.maths.analysis.RealFunction
RealFunction2D - Class in JSci.maths.analysis: This class describes a function on a 2D space.
RealFunction2D() - Constructor for class JSci.maths.analysis.RealFunction2D
RealFunction3D - Class in JSci.maths.analysis: This class describes a function on a 3D space.
RealFunction3D() - Constructor for class JSci.maths.analysis.RealFunction3D
RealFunctionND - Class in JSci.maths.analysis: This class describes a function on an n-dimensional space.
RealFunctionND(int) - Constructor for class JSci.maths.analysis.RealFunctionND
RealLagrangeBasis - Class in JSci.maths.polynomials: The Lagrange Basis for real polynomials.
RealLagrangeBasis(Field.Member[]) - Constructor for class JSci.maths.polynomials.RealLagrangeBasis: Creates a new instance of LagrangeBasis for given sampling points
RealLagrangeBasis(double[]) - Constructor for class JSci.maths.polynomials.RealLagrangeBasis: Creates a new RealLagrangeBasis object.
RealLagrangeBasis() - Constructor for class JSci.maths.polynomials.RealLagrangeBasis
RealMonomialBasis - Class in JSci.maths.polynomials
RealMonomialBasis(int) - Constructor for class JSci.maths.polynomials.RealMonomialBasis: Creates a new instance of RealMonomialBasis
RealPolynomial - Class in JSci.maths.polynomials: A Polynomial as a Ring.Member over a real Field
RealPolynomial(double[]) - Constructor for class JSci.maths.polynomials.RealPolynomial: Creates a new instance of RealPolynomial
RealPolynomial(Field.Member[]) - Constructor for class JSci.maths.polynomials.RealPolynomial: Creates a new RealPolynomial object.
RealPolynomialRing - Class in JSci.maths.polynomials
RealPolynomialRing() - Constructor for class JSci.maths.polynomials.RealPolynomialRing: Creates a new instance of PolynomialRing
rebuildSignal(Filter) - Method in class JSci.maths.wavelet.FWTCoef
rebuildSignal(Filter, double[]) - Method in class JSci.maths.wavelet.FWTCoef
rebuildSignal(Filter) - Method in class JSci.maths.wavelet.FWTPacketCoef
rebuildSignal(Filter, double[]) - Method in class JSci.maths.wavelet.FWTPacketCoef
receive(Image) - Method in class JSci.instruments.ImageFilterAdapter
receive(Image) - Method in interface JSci.instruments.ImageSink: This method is called by the ImageSource to send a Image
receive(Image) - Method in class JSci.instruments.Player
receive(Image) - Method in class JSci.instruments.PTTemplate: find the bead
receivePosition(long, int[], double[], double[], double[]) - Method in interface JSci.instruments.ParticleTrackerListener: This method is called by the ParticleTracker whenever it measures the coordinates of the objects in the image.
RectangularROI - Class in JSci.instruments: A rectangular Region Of Interest
RectangularROI(int, int, int, int) - Constructor for class JSci.instruments.RectangularROI
recurse(double, double, int) - Method in class JSci.maths.chaos.CantorDust: The recursive algorithm for Cantor dust.
recurse(double, double, double, double, int) - Method in class JSci.maths.chaos.KochCurve: The recursive algorithm for the Koch curve.
RED - Static variable in class JSci.physics.particles.Quark
RED_ANTIBLUE - Static variable in class JSci.physics.particles.Gluon
RED_ANTIGREEN - Static variable in class JSci.physics.particles.Gluon
redraw() - Method in class JSci.awt.DoubleBufferedCanvas: Redraws the canvas.
redraw() - Method in class JSci.swing.JDoubleBufferedComponent: Redraws the canvas.
REGION_SPEED - Static variable in class JSci.instruments.PTTemplateCross: How fast the search area is moved (0-1)
REGION_SPEED - Static variable in class JSci.instruments.PTTwoDBarycentreCross: the speed of movement of the region; 0 = the region doesn't move; 1 = the region follows the bead
ReInit(InputStream) - Static method in class JSci.maths.symbolic.ExpressionParser
ReInit(Reader) - Static method in class JSci.maths.symbolic.ExpressionParser
ReInit(ExpressionParserTokenManager) - Method in class JSci.maths.symbolic.ExpressionParser
ReInit(SimpleCharStream) - Static method in class JSci.maths.symbolic.ExpressionParserTokenManager
ReInit(SimpleCharStream, int) - Static method in class JSci.maths.symbolic.ExpressionParserTokenManager
ReInit(Reader, int, int, int) - Method in class JSci.maths.symbolic.SimpleCharStream
ReInit(Reader, int, int) - Method in class JSci.maths.symbolic.SimpleCharStream
ReInit(Reader) - Method in class JSci.maths.symbolic.SimpleCharStream
ReInit(InputStream, int, int, int) - Method in class JSci.maths.symbolic.SimpleCharStream
ReInit(InputStream) - Method in class JSci.maths.symbolic.SimpleCharStream
ReInit(InputStream, int, int) - Method in class JSci.maths.symbolic.SimpleCharStream
RelativisticParticle - Class in JSci.physics: The RelativisticParticle class provides an object for encapsulating relativistic particles.
RelativisticParticle() - Constructor for class JSci.physics.RelativisticParticle: Constructs a relativistic particle.
removeArgument(int) - Method in class JSci.mathml.MathMLContentContainerImpl
removeArgument(int) - Method in class JSci.mathml.MathMLContentTokenImpl
removeArgument(int) - Method in class JSci.mathml.MathMLMathElementImpl
removeArgument(int) - Method in class JSci.mathml.MathMLPresentationContainerImpl
removeBoundVariable(int) - Method in class JSci.mathml.MathMLContentContainerImpl
removeChangeListener(ChangeListener) - Method in interface JSci.instruments.PositionControl: Removes a ChangeListener from the model's listener list.
removeChangeListener(ChangeListener) - Method in class JSci.instruments.PositionControlAdapter: Removes a ChangeListener from the model's listener list.
removeChangeListener(ChangeListener) - Method in class JSci.swing.JPointer: Removes a ChangeListener from the model's listener list.
removeComponent(int) - Method in class JSci.mathml.MathMLVectorElementImpl
removeDeclaration(int) - Method in class JSci.mathml.MathMLContentContainerImpl
removeDeclaration(int) - Method in class JSci.mathml.MathMLMathElementImpl
removeDeclaration(int) - Method in class JSci.mathml.MathMLPresentationContainerImpl
removeEntry(int) - Method in class JSci.mathml.MathMLMatrixrowElementImpl
removeGraphDataListener(GraphDataListener) - Method in class JSci.awt.AbstractGraphModel: Removes a listener from the list that's notified each time a change to the graph data occurs.
removeGraphDataListener(GraphDataListener) - Method in interface JSci.awt.CategoryGraph2DModel: Remove a listener.
removeGraphDataListener(GraphDataListener) - Method in interface JSci.awt.Graph2DModel: Remove a listener.
removeGraphDataListener(GraphDataListener) - Method in interface JSci.awt.Graph3DModel: Remove a listener.
removeJPointer(JPointer) - Method in class JSci.swing.JArcDial: remove a pointer; it should have been added with addJPointer()
removeJPointer(JPointer) - Method in class JSci.swing.JRoundDial: remove a pointer; it should have been added with addJPointer()
removeJPointer(JPointer) - Method in class JSci.swing.JSliderPlus: remove a slider; it should have been added with addJPointer()
removeLayoutComponent(Component) - Method in class JSci.awt.GraphLayout
removeLayoutComponent(Component) - Method in class JSci.swing.JGraphLayout
removeParameters() - Method in class JSci.maths.wavelet.Signal: Throws away the parameters of the Filter
removeRow(int) - Method in class JSci.mathml.MathMLMatrixElementImpl
removeSeries(int) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Remove a data series.
removeSeries(int) - Method in class JSci.awt.DefaultGraph2DModel: Remove a data series.
removeSeries(int) - Method in class JSci.awt.DefaultGraph3DModel: Removes a data series.
representation - Variable in class JSci.physics.quantum.Operator
resample(double[], int) - Static method in class JSci.maths.EngineerMath: Set an array to the specified length resampling using linear interpolation.
resample(int) - Method in class JSci.maths.wavelet.Signal: Resample the signal using linear interpolation
rescale() - Method in class JSci.awt.BarGraph: Rescales the bar graph.
rescale() - Method in class JSci.awt.Graph2D: Rescales this graph.
rescale() - Method in class JSci.awt.Histogram: Rescales this graph.
rescale() - Method in class JSci.awt.PieChart: Rescales the PieChart.
rescale() - Method in class JSci.swing.JBarGraph: Rescales the bar graph.
rescale() - Method in class JSci.swing.JGraph2D: Rescales this graph.
rescale() - Method in class JSci.swing.JHistogram: Rescales this graph.
rescale() - Method in class JSci.swing.JPieChart: Rescales the JPieChart.
restMass() - Method in class JSci.physics.particles.AntiBottom: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiCharm: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiDown: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiElectronNeutrino: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiKZero: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiLambda: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiMuon: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiMuonNeutrino: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiNeutron: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiOmegaMinus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiProton: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiSigmaMinus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiSigmaPlus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiSigmaZero: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiStrange: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiTau: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiTauNeutrino: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiTop: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiUp: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.AntiXiZero: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Bottom: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Charm: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Down: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Electron: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.ElectronNeutrino: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Eta: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Gluon: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Graviton: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.KMinus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.KPlus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.KZero: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Lambda: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Muon: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.MuonNeutrino: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Neutron: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.OmegaMinus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Photon: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.PiMinus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.PiPlus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.PiZero: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Positron: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Proton: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.SigmaMinus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.SigmaPlus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.SigmaZero: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Strange: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Tau: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.TauNeutrino: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Top: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.Up: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.WMinus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.WPlus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.XiMinus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.XiPlus: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.XiZero: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.particles.ZZero: Returns the rest mass (MeV).
restMass() - Method in class JSci.physics.RelativisticParticle: Rest mass.
richardson(int, Mapping, double, double) - Static method in class JSci.maths.NumericalMath: Numerical integration using the Richardson extrapolation.
RIGHT - Static variable in class JSci.physics.quantum.SpinorProjector: Right-handed projector (P_R).
RigidBody2D - Class in JSci.physics: The RigidBody2D class provides an object for encapsulating rigid bodies that live in 2D.
RigidBody2D() - Constructor for class JSci.physics.RigidBody2D: Constructs a rigid body.
RigidBody3D - Class in JSci.physics: The RigidBody3D class provides an object for encapsulating rigid bodies that live in 3D.
RigidBody3D() - Constructor for class JSci.physics.RigidBody3D: Constructs a rigid body.
Ring - Interface in JSci.maths.fields: This interface defines a ring.
Ring.Member - Interface in JSci.maths.fields: This interface defines a member of a ring.
RingMatrix - Class in JSci.maths.matrices: The RingMatrix class provides an object for encapsulating matrices over an arbitrary ring.
RingMatrix(int, int) - Constructor for class JSci.maths.matrices.RingMatrix: Constructs a matrix.
RingMatrix(Ring.Member[][]) - Constructor for class JSci.maths.matrices.RingMatrix: Constructs a matrix by wrapping an array.
rise(int) - Method in class JSci.maths.symbolic.Expression: Power of an expression.
ROI - Interface in JSci.instruments: A Region Of Interest, that is a region delimited by a polygon, that can be moved with the mouse.
ROIAdapter - Class in JSci.instruments: A Region Of Interest class adapter
ROIAdapter() - Constructor for class JSci.instruments.ROIAdapter
rosserMatrix() - Static method in class JSci.util.MatrixToolkit
rotate(double) - Method in class JSci.physics.RigidBody2D: Evolves this particle forward according to its rotational kinematics.
rotate(double) - Method in class JSci.physics.RigidBody3D: Evolves this particle forward according to its rotational kinematics.
rotation(AbstractDoubleSquareMatrix) - Static method in class JSci.maths.Quaternion: Constructs a quaternion representing a rotation matrix.
round(double, int) - Static method in class JSci.maths.ExtraMath: Rounds a number to so many significant figures.
rows() - Method in class JSci.maths.matrices.Matrix: Returns the number of rows.
run() - Method in class JSci.astro.telescope.LX200ControlPanel
run() - Method in class JSci.awt.LineGraph3D
run() - Method in class JSci.instruments.PTTemplate.SimulatedBarycentreSource
run() - Method in class JSci.instruments.PTTwoDBarycentre.SimulatedBarycentreSource
run() - Method in class JSci.instruments.Simulated
run() - Method in class JSci.instruments.TestImageSource
run() - Method in class JSci.swing.JLineGraph3D
rungeKutta2(double[], Mapping, double) - Static method in class JSci.maths.NumericalMath: Uses the 2nd order Runge-Kutta method to solve an ODE.
rungeKutta2(double[], RealFunction2D, double, double) - Static method in class JSci.maths.NumericalMath: Uses the 2nd order Runge-Kutta method to solve an ODE.
rungeKutta4(double[], Mapping, double) - Static method in class JSci.maths.NumericalMath: Uses the 4th order Runge-Kutta method to solve an ODE.
rungeKutta4(double[], RealFunction2D, double, double) - Static method in class JSci.maths.NumericalMath: Uses the 4th order Runge-Kutta method to solve an ODE.
rungeKuttaNystrom(double[], double[], RealFunction3D, double, double) - Static method in class JSci.maths.NumericalMath: Uses the Runge-Kutta-Nystrom method to solve a 2nd order ODE.
runningAverage(double[], int) - Static method in class JSci.maths.EngineerMath: Return a running average over the data.
runningMedian(double[], int) - Static method in class JSci.maths.EngineerMath: Return a running median over the data.
runStatisticsUpdate() - Method in class JSci.instruments.Player
RYDBERG - Static variable in interface JSci.physics.PhysicalConstants: Rydberg constant (defined).

S

SampleStatistics - Class in JSci.maths.statistics: This class calculates commonly used sample statistics in an incremental fashion.
SampleStatistics() - Constructor for class JSci.maths.statistics.SampleStatistics
SAN_MARCO - Static variable in class JSci.maths.chaos.JuliaSet
scalarDivide(Field.Member) - Method in interface JSci.maths.algebras.VectorSpace.Member: The scalar multiplication law with inverse.
scalarDivide(Field.Member) - Method in class JSci.maths.categories.Hilb.LinearMap
scalarDivide(Field.Member) - Method in class JSci.maths.Complex: Returns the division of this number by a complex scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the division of this matrix by a scalar.
scalarDivide(Complex) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the division of this matrix by a scalar.
scalarDivide(double) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the division of this matrix by a scalar.
scalarDivide(Complex) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the division of this matrix by a scalar.
scalarDivide(double) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the division of this matrix by a scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the division of this matrix by a scalar.
scalarDivide(double) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the division of this matrix by a scalar.
scalarDivide(double) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the division of this matrix by a scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the division of this matrix by a scalar.
scalarDivide(Complex) - Method in class JSci.maths.matrices.ComplexMatrix: Returns the division of this matrix by a scalar.
scalarDivide(double) - Method in class JSci.maths.matrices.ComplexMatrix: Returns the division of this matrix by a scalar.
scalarDivide(double) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the division of this matrix by a scalar.
scalarDivide(double) - Method in class JSci.maths.matrices.DoubleMatrix: Returns the division of this matrix by a scalar.
scalarDivide(double) - Method in class JSci.maths.matrices.DoubleSparseMatrix
scalarDivide(double) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix
scalarDivide(double) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the division of this matrix by a scalar.
scalarDivide(double) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the division of this matrix by a scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.matrices.RingMatrix: Returns the division of this matrix by a scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.polynomials.ComplexPolynomial: Returns the division of this polynomial by a scalar.
scalarDivide(Complex) - Method in class JSci.maths.polynomials.ComplexPolynomial: Returns the division of this polynomial by a scalar.
scalarDivide(double) - Method in class JSci.maths.polynomials.ComplexPolynomial: Returns the division of this polynomial by a scalar.
scalarDivide(Field.Member) - Method in interface JSci.maths.polynomials.Polynomial: Return a new Polynomial with coefficients divided by a
scalarDivide(Field.Member) - Method in class JSci.maths.polynomials.RealPolynomial: return a new real Polynomial with coefficients divided by f
scalarDivide(double) - Method in class JSci.maths.polynomials.RealPolynomial: return a new real Polynomial with coefficients divided by a
scalarDivide(Field.Member) - Method in class JSci.maths.Quaternion: Returns the division of this number by a real scalar.
scalarDivide(Complex) - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the division of this vector by a scalar.
scalarDivide(double) - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the division of this vector by a scalar.
scalarDivide(double) - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns the division of this vector by a scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.vectors.Complex2Vector: Returns the division of this vector by a scalar.
scalarDivide(Complex) - Method in class JSci.maths.vectors.Complex2Vector: Returns the division of this vector by a scalar.
scalarDivide(double) - Method in class JSci.maths.vectors.Complex2Vector: Returns the division of this vector by a scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.vectors.Complex3Vector: Returns the division of this vector by a scalar.
scalarDivide(Complex) - Method in class JSci.maths.vectors.Complex3Vector: Returns the division of this vector by a scalar.
scalarDivide(double) - Method in class JSci.maths.vectors.Complex3Vector: Returns the division of this vector by a scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.vectors.ComplexVector: Returns the division of this vector by a scalar.
scalarDivide(Complex) - Method in class JSci.maths.vectors.ComplexVector: Returns the division of this vector by a scalar.
scalarDivide(double) - Method in class JSci.maths.vectors.ComplexVector: Returns the division of this vector by a scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.vectors.Double2Vector: Returns the division of this vector by a scalar.
scalarDivide(double) - Method in class JSci.maths.vectors.Double2Vector: Returns the division of this vector by a scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.vectors.Double3Vector: Returns the division of this vector by a scalar.
scalarDivide(double) - Method in class JSci.maths.vectors.Double3Vector: Returns the division of this vector by a scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the division of this vector by a scalar.
scalarDivide(double) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the division of this vector by a scalar.
scalarDivide(Field.Member) - Method in class JSci.maths.vectors.DoubleVector: Returns the division of this vector by a scalar.
scalarDivide(double) - Method in class JSci.maths.vectors.DoubleVector: Returns the division of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in interface JSci.maths.algebras.Module.Member: The scalar multiplication law.
scalarMultiply(double, double[]) - Static method in class JSci.maths.ArrayMath: Multiplies every component of an array by a scalar.
scalarMultiply(double, int[]) - Static method in class JSci.maths.ArrayMath: Multiplies every component of an array by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.categories.Hilb.LinearMap
scalarMultiply(Ring.Member) - Method in class JSci.maths.Complex: Returns the multiplication of this number by a complex scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(Complex) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(Complex) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(int) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(int) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(Complex) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(Complex) - Method in class JSci.maths.matrices.ComplexMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.ComplexMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(Complex) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(Complex) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.DoubleMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(double) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(int) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(int) - Method in class JSci.maths.matrices.IntegerMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(int) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(int) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.matrices.RingMatrix: Returns the multiplication of this matrix by a scalar.
scalarMultiply(Field.Member) - Method in class JSci.maths.polynomials.ComplexPolynomial: Returns the multiplication of this polynomial by a scalar.
scalarMultiply(double) - Method in class JSci.maths.polynomials.ComplexPolynomial: Returns the multiplication of this polynomial by a scalar.
scalarMultiply(Complex) - Method in class JSci.maths.polynomials.ComplexPolynomial: Returns the multiplication of this polynomial by a scalar.
scalarMultiply(Field.Member) - Method in interface JSci.maths.polynomials.Polynomial: Return a new Polynomial with coefficients multiplied by a
scalarMultiply(Field.Member) - Method in class JSci.maths.polynomials.RealPolynomial: Returns the multiplication of this polynomial by a scalar
scalarMultiply(double) - Method in class JSci.maths.polynomials.RealPolynomial: Returns the multiplication of this polynomial by a scalar
scalarMultiply(Ring.Member) - Method in class JSci.maths.Quaternion: Returns the multiplication of this number by a real scalar.
scalarMultiply(Complex) - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(double) - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(double) - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(int) - Method in class JSci.maths.vectors.AbstractIntegerVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.vectors.Complex2Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Complex) - Method in class JSci.maths.vectors.Complex2Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(double) - Method in class JSci.maths.vectors.Complex2Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.vectors.Complex3Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Complex) - Method in class JSci.maths.vectors.Complex3Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(double) - Method in class JSci.maths.vectors.Complex3Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.vectors.ComplexVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Complex) - Method in class JSci.maths.vectors.ComplexVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(double) - Method in class JSci.maths.vectors.ComplexVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.vectors.Double2Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(double) - Method in class JSci.maths.vectors.Double2Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.vectors.Double3Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(double) - Method in class JSci.maths.vectors.Double3Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(double) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.vectors.DoubleVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(double) - Method in class JSci.maths.vectors.DoubleVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.vectors.Integer2Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(int) - Method in class JSci.maths.vectors.Integer2Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.vectors.Integer3Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(int) - Method in class JSci.maths.vectors.Integer3Vector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.maths.vectors.IntegerVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(int) - Method in class JSci.maths.vectors.IntegerVector: Returns the multiplication of this vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.physics.quantum.BraVector: Returns the multiplication of this bra vector by a scalar.
scalarMultiply(Ring.Member) - Method in class JSci.physics.quantum.KetVector: Returns the multiplication of this ket vector by a scalar.
scalarMultiplyFast(double, double[]) - Static method in class JSci.maths.ArrayMath: Fast scalar multiplication for sparse arrays.
scalarMultiplyFast(double, int[]) - Static method in class JSci.maths.ArrayMath: Fast scalar multiplication for sparse arrays.
scalarProduct(HilbertSpace.Member) - Method in interface JSci.maths.algebras.HilbertSpace.Member: The scalar product law.
scalarProduct(double[], double[]) - Static method in class JSci.maths.ArrayMath: Computes the scalar product of two array as if they were vectors.
scalarProduct(double[][], double[][]) - Static method in class JSci.maths.ArrayMath: Computes the scalar product of two array as if they were matrices.
scalarProduct(int[], int[]) - Static method in class JSci.maths.ArrayMath: Computes the scalar product of two array as if they were vectors.
scalarProduct(int[][], int[][]) - Static method in class JSci.maths.ArrayMath: Computes the scalar product of two array as if they were matrices.
scalarProduct(AbstractComplexMatrix) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the scalar product of this matrix and another.
scalarProduct(AbstractComplexMatrix) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the scalar product of this matrix and another.
scalarProduct(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the scalar product of this matrix and another.
scalarProduct(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the scalar product of this matrix and another.
scalarProduct(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the scalar product of this matrix and another.
scalarProduct(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the scalar product of this matrix and another.
scalarProduct(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the scalar product of this matrix and another.
scalarProduct(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the scalar product of this matrix and another.
scalarProduct(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the scalar product of this matrix and another.
scalarProduct(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the scalar product of this matrix and another.
scalarProduct(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix
scalarProduct(DoubleTridiagonalMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix
scalarProduct(DoubleDiagonalMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix
scalarProduct(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.DoubleMatrix: Returns the scalar product of this matrix and another.
scalarProduct(DoubleMatrix) - Method in class JSci.maths.matrices.DoubleMatrix
scalarProduct(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the scalar product of this matrix and another.
scalarProduct(DoubleMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix
scalarProduct(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the scalar product of this matrix and another.
scalarProduct(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix
scalarProduct(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the scalar product of this matrix and another.
scalarProduct(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSquareMatrix
scalarProduct(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the scalar product of this matrix and another.
scalarProduct(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix
scalarProduct(DoubleTridiagonalMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix
scalarProduct(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the scalar product of this matrix and another.
scalarProduct(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix
scalarProduct(IntegerTridiagonalMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix
scalarProduct(IntegerDiagonalMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix
scalarProduct(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.IntegerMatrix: Returns the scalar product of this matrix and another.
scalarProduct(IntegerMatrix) - Method in class JSci.maths.matrices.IntegerMatrix
scalarProduct(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the scalar product of this matrix and another.
scalarProduct(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerSquareMatrix
scalarProduct(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the scalar product of this matrix and another.
scalarProduct(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix
scalarProduct(IntegerTridiagonalMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix
scalarProduct(AbstractComplexVector) - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the scalar product of this vector and another.
scalarProduct(AbstractDoubleVector) - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns the scalar product of this vector and another.
scalarProduct(AbstractIntegerVector) - Method in class JSci.maths.vectors.AbstractIntegerVector: Returns the scalar product of this vector and another.
scalarProduct(HilbertSpace.Member) - Method in class JSci.maths.vectors.Complex2Vector: Returns the scalar product of this vector and another.
scalarProduct(AbstractComplexVector) - Method in class JSci.maths.vectors.Complex2Vector: Returns the scalar product of this vector and another.
scalarProduct(Complex2Vector) - Method in class JSci.maths.vectors.Complex2Vector: Returns the scalar product of this vector and another.
scalarProduct(HilbertSpace.Member) - Method in class JSci.maths.vectors.Complex3Vector: Returns the scalar product of this vector and another.
scalarProduct(AbstractComplexVector) - Method in class JSci.maths.vectors.Complex3Vector: Returns the scalar product of this vector and another.
scalarProduct(Complex3Vector) - Method in class JSci.maths.vectors.Complex3Vector: Returns the scalar product of this vector and another.
scalarProduct(HilbertSpace.Member) - Method in class JSci.maths.vectors.ComplexVector: Returns the scalar product of this vector and another.
scalarProduct(AbstractComplexVector) - Method in class JSci.maths.vectors.ComplexVector: Returns the scalar product of this vector and another.
scalarProduct(AbstractDoubleVector) - Method in class JSci.maths.vectors.Double2Vector: Returns the scalar product of this vector and another.
scalarProduct(AbstractDoubleVector) - Method in class JSci.maths.vectors.Double3Vector: Returns the scalar product of this vector and another.
scalarProduct(AbstractDoubleVector) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the scalar product of this vector and another.
scalarProduct(DoubleVector) - Method in class JSci.maths.vectors.DoubleSparseVector
scalarProduct(DoubleSparseVector) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the scalar product of this vector and another.
scalarProduct(AbstractDoubleVector) - Method in class JSci.maths.vectors.DoubleVector: Returns the scalar product of this vector and another.
scalarProduct(DoubleVector) - Method in class JSci.maths.vectors.DoubleVector
scalarProduct(AbstractIntegerVector) - Method in class JSci.maths.vectors.Integer2Vector: Returns the scalar product of this vector and another.
scalarProduct(AbstractIntegerVector) - Method in class JSci.maths.vectors.Integer3Vector: Returns the scalar product of this vector and another.
scalarProduct(AbstractIntegerVector) - Method in class JSci.maths.vectors.IntegerVector: Returns the scalar product of this vector and another.
scalarProduct(IntegerVector) - Method in class JSci.maths.vectors.IntegerVector
scale(float) - Method in class JSci.awt.Matrix3D: Scale by f in all dimensions
scale(float, float, float) - Method in class JSci.awt.Matrix3D: Scale along each axis independently
scale - Static variable in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
scale - Static variable in class JSci.maths.wavelet.daubechies2.FastDaubechies2
scale - Static variable in class JSci.maths.wavelet.haar.FastHaar
scale - Static variable in class JSci.maths.wavelet.symmlet8.FastSymmlet8
scale(float) - Method in class JSci.swing.Matrix3D: Scale by f in all dimensions
scale(float, float, float) - Method in class JSci.swing.Matrix3D: Scale along each axis independently
scaledDataToScreen(float, float) - Method in class JSci.awt.Graph2D: Converts a scaled data point to screen coordinates.
scaledDataToScreen(float, float) - Method in class JSci.swing.JGraph2D: Converts a scaled data point to screen coordinates.
scaleLeft - Static variable in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
scalePad - Variable in class JSci.awt.CategoryGraph2D: Padding.
scalePad - Variable in class JSci.awt.Graph2D: Padding.
scalePad - Variable in class JSci.awt.Histogram: Padding.
scalePad - Variable in class JSci.swing.JCategoryGraph2D: Padding.
scalePad - Variable in class JSci.swing.JGraph2D: Padding.
scalePad - Variable in class JSci.swing.JHistogram: Padding.
scalePrimary - Static variable in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
scalePrimaryLeft - Static variable in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
scalePrimaryRight - Static variable in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
scaleRight - Static variable in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
scaling(int, int) - Static method in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
scaling(int, int) - Static method in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
scaling(int, int) - Static method in class JSci.maths.wavelet.haar.MultiSplineHaar
Scaling2 - Class in JSci.maths.wavelet.daubechies2: Daubechies wavelets adapted to the interval by Meyer.
Scaling2(int, int) - Constructor for class JSci.maths.wavelet.daubechies2.Scaling2
Scaling2() - Constructor for class JSci.maths.wavelet.daubechies2.Scaling2
Scaling3 - Class in JSci.maths.wavelet.daubechies3: Daubechies wavelets adapted to the interval by Meyer.
Scaling3(int, int) - Constructor for class JSci.maths.wavelet.daubechies3.Scaling3
Scaling3() - Constructor for class JSci.maths.wavelet.daubechies3.Scaling3
Scaling4 - Class in JSci.maths.wavelet.daubechies4: Daubechies wavelets adapted to the interval by Meyer.
Scaling4(int, int) - Constructor for class JSci.maths.wavelet.daubechies4.Scaling4
Scaling4() - Constructor for class JSci.maths.wavelet.daubechies4.Scaling4
Scaling5 - Class in JSci.maths.wavelet.daubechies5: Daubechies wavelets adapted to the interval by Meyer.
Scaling5(int, int) - Constructor for class JSci.maths.wavelet.daubechies5.Scaling5
Scaling5() - Constructor for class JSci.maths.wavelet.daubechies5.Scaling5
Scaling6 - Class in JSci.maths.wavelet.daubechies6: Daubechies wavelets adapted to the interval by Meyer.
Scaling6(int, int) - Constructor for class JSci.maths.wavelet.daubechies6.Scaling6
Scaling6() - Constructor for class JSci.maths.wavelet.daubechies6.Scaling6
Scaling7 - Class in JSci.maths.wavelet.daubechies7: Daubechies wavelets adapted to the interval by Meyer.
Scaling7(int, int) - Constructor for class JSci.maths.wavelet.daubechies7.Scaling7
Scaling7() - Constructor for class JSci.maths.wavelet.daubechies7.Scaling7
Scaling8 - Class in JSci.maths.wavelet.daubechies8: Daubechies wavelets adapted to the interval by Meyer.
Scaling8(int, int) - Constructor for class JSci.maths.wavelet.daubechies8.Scaling8
Scaling8() - Constructor for class JSci.maths.wavelet.daubechies8.Scaling8
ScatterGraph - Class in JSci.awt: A scatter graph AWT component.
ScatterGraph(Graph2DModel) - Constructor for class JSci.awt.ScatterGraph: Constructs a scatter graph.
screenToData(Point) - Method in class JSci.awt.BarGraph: Converts a screen point to data coordinates.
screenToData(Point) - Method in class JSci.awt.Graph2D: Converts a screen point to data coordinates.
screenToData(Point) - Method in class JSci.awt.Histogram: Converts a screen point to data coordinates.
screenToData(Point) - Method in class JSci.swing.JBarGraph: Converts a screen point to data coordinates.
screenToData(Point) - Method in class JSci.swing.JGraph2D: Converts a screen point to data coordinates.
screenToData(Point) - Method in class JSci.swing.JHistogram: Converts a screen point to data coordinates.
sech(double) - Static method in class JSci.maths.ExtraMath: Returns the hyperbolic secant of a double value.
Semigroup - Interface in JSci.maths.groups: This interface defines a semigroup.
Semigroup.Member - Interface in JSci.maths.groups: This interface defines a member of a semigroup.
series - Variable in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
series - Variable in class JSci.awt.DefaultGraph2DModel.DataSeries
series - Variable in class JSci.awt.DefaultGraph3DModel.DataSeries
seriesColor - Variable in class JSci.awt.Graph2D: Series colors.
seriesColor - Variable in class JSci.awt.Histogram: Series colors.
seriesColor - Variable in class JSci.swing.JGraph2D: Series colors.
seriesColor - Variable in class JSci.swing.JHistogram: Series colors.
seriesLength() - Method in class JSci.awt.ArgandDiagramModel
seriesLength() - Method in interface JSci.awt.CategoryGraph2DModel: Returns the number of data points in the current series.
seriesLength() - Method in class JSci.awt.DefaultCategoryGraph2DModel
seriesLength() - Method in class JSci.awt.DefaultGraph2DModel
seriesLength() - Method in class JSci.awt.DefaultGraph3DModel
seriesLength() - Method in interface JSci.awt.Graph2DModel: Returns the number of data points in the current series.
seriesLength() - Method in interface JSci.awt.Graph3DModel: Returns the number of data points in the current series.
seriesLength() - Method in class JSci.awt.Point2DListModel
setAccent(String) - Method in class JSci.mathml.MathMLUnderOverElementImpl
setAccentunder(String) - Method in class JSci.mathml.MathMLUnderOverElementImpl
setActiontype(String) - Method in class JSci.mathml.MathMLActionElementImpl
setAdjusting(boolean) - Method in class JSci.swing.JPointer: If you are adjusting the value, the changes should not be fired (dispatched) to the listeners.
setAlt(String) - Method in class JSci.mathml.MathMLGlyphElementImpl
setAngle(double) - Method in class JSci.physics.RigidBody2D: Sets the angle (orientation) of this body.
setAngles(double, double, double) - Method in class JSci.physics.RigidBody3D: Sets the angles (orientation) of this body.
setAngularMomentum(double) - Method in class JSci.physics.RigidBody2D
setAngularMomentum(double, double, double) - Method in class JSci.physics.RigidBody3D
setAngularVelocity(double) - Method in class JSci.physics.RigidBody2D: Sets the angular velocity.
setAngularVelocity(double, double, double) - Method in class JSci.physics.RigidBody3D
setArc(double, double) - Method in class JSci.swing.JArcDial: Define the positions at which the the dial scale will start and stop.
setArgument(MathMLElement, int) - Method in class JSci.mathml.MathMLContentContainerImpl
setArgument(Node, int) - Method in class JSci.mathml.MathMLContentTokenImpl
setArgument(MathMLElement, int) - Method in class JSci.mathml.MathMLMathElementImpl
setArgument(MathMLElement, int) - Method in class JSci.mathml.MathMLPresentationContainerImpl
setAtomicNumber(int) - Method in class JSci.chemistry.Element
setAtomicRadius(double) - Method in class JSci.chemistry.Element
setAxisLines(boolean, boolean) - Method in class JSci.awt.Graph2D: Turns the axis lines on/off.
setAxisLines(boolean, boolean) - Method in class JSci.swing.JGraph2D: Turns the axis lines on/off.
setBase(String) - Method in class JSci.mathml.MathMLCnElementImpl
setBase(MathMLElement) - Method in class JSci.mathml.MathMLScriptElementImpl
setBase(MathMLElement) - Method in class JSci.mathml.MathMLUnderOverElementImpl
setBBox(Rectangle) - Method in class JSci.instruments.PTCroquetteCross: set the bounding box of the whole image.
setBody(String) - Method in class JSci.mathml.MathMLAnnotationElementImpl
setBody(Complex) - Method in class JSci.maths.Supernumber: Sets the body (rank 0) of this supernumber.
setBoilingPoint(double) - Method in class JSci.chemistry.Element
setBounds(int, int, int, int) - Method in class JSci.awt.BarGraph: Reshapes the bar graph to the specified bounding box.
setBounds(int, int, int, int) - Method in class JSci.awt.ContourPlot
setBounds(int, int, int, int) - Method in class JSci.awt.Graph2D: Reshapes this graph to the specified bounding box.
setBounds(int, int, int, int) - Method in class JSci.awt.Histogram: Reshapes this graph to the specified bounding box.
setBounds(int, int, int, int) - Method in class JSci.awt.LineTrace: Reshapes the line trace to the specified bounding box.
setBounds(int, int, int, int) - Method in class JSci.awt.PieChart: Reshapes the PieChart to the specified bounding box.
setBounds(int, int, int, int) - Method in class JSci.swing.JBarGraph: Reshapes the bar graph to the specified bounding box.
setBounds(int, int, int, int) - Method in class JSci.swing.JContourPlot
setBounds(int, int, int, int) - Method in class JSci.swing.JGraph2D: Reshapes this graph to the specified bounding box.
setBounds(int, int, int, int) - Method in class JSci.swing.JHistogram: Reshapes this graph to the specified bounding box.
setBounds(int, int, int, int) - Method in class JSci.swing.JLineTrace: Reshapes the line trace to the specified bounding box.
setBounds(int, int, int, int) - Method in class JSci.swing.JPieChart: Reshapes the JPieChart to the specified bounding box.
setBoundVariable(MathMLBvarElement, int) - Method in class JSci.mathml.MathMLContentContainerImpl
setBrake(boolean) - Method in class JSci.instruments.pi.Mercury: switch the brake on or off.
setCASRegistryNumber(String) - Method in class JSci.biology.AminoAcid: Sets the CAS registry number.
setCategories(Object[]) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
setCategories(Object[]) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Sets the default x-axis values.
setCategory(int, Object) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
setClassName(String) - Method in class JSci.mathml.MathMLElementImpl
setClose(String) - Method in class JSci.mathml.MathMLFencedElementImpl
setCoefs(double[][]) - Method in class JSci.maths.wavelet.FWTCoef
setCoefs(double[], int) - Method in class JSci.maths.wavelet.FWTCoef
setCoefs(double[][]) - Method in class JSci.maths.wavelet.FWTPacketCoef
setCoefs(double[], int) - Method in class JSci.maths.wavelet.FWTPacketCoef
setColor(int, Color) - Method in class JSci.awt.BarGraph: Sets the bar color of the nth series.
setColor(float, float, float) - Method in class JSci.awt.ContourPlot: Set the color for the graph.
setColor(int, Color) - Method in class JSci.awt.Graph2D: Sets the color of the nth y-series.
setColor(int, Color) - Method in class JSci.awt.Histogram: Sets the color of the nth y-series.
setColor(int, Color) - Method in class JSci.awt.PieChart: Sets the slice color of the nth slice.
setColor(int, Color) - Method in class JSci.swing.JBarGraph: Sets the bar color of the nth series.
setColor(float, float, float) - Method in class JSci.swing.JContourPlot: Set the color for the contour of the graph.
setColor(int, Color) - Method in class JSci.swing.JGraph2D: Sets the color of the nth y-series.
setColor(int, Color) - Method in class JSci.swing.JHistogram: Sets the color of the nth y-series.
setColor(int, Color) - Method in class JSci.swing.JPieChart: Sets the slice color of the nth slice.
setColor(Color) - Method in class JSci.swing.JPointer: set the color of the pointer
setColorScheme(ColorScheme) - Method in class JSci.swing.JContourPlot
setComponent(Component) - Method in class JSci.instruments.PTCroquette: Set the component that displays the image, so that the crosses can be moved with the mouse.
setComponent(Component) - Method in class JSci.instruments.RectangularROI
setComponent(Component) - Method in interface JSci.instruments.ROI: Called by the Player: set the component where to display the ROI
setComponent(Component) - Method in class JSci.instruments.ROIAdapter
setComponent(Component) - Method in class JSci.instruments.TwoROI
setComponent(MathMLContentElement, int) - Method in class JSci.mathml.MathMLVectorElementImpl
setComponent(int, Complex) - Method in class JSci.maths.vectors.AbstractComplexVector: Sets the value of a component of this vector.
setComponent(int, double, double) - Method in class JSci.maths.vectors.AbstractComplexVector: Sets the value of a component of this vector.
setComponent(int, double) - Method in class JSci.maths.vectors.AbstractDoubleVector: Sets the value of a component of this vector.
setComponent(int, int) - Method in class JSci.maths.vectors.AbstractIntegerVector: Sets the value of a component of this vector.
setComponent(int, Complex) - Method in class JSci.maths.vectors.Complex2Vector: Sets the value of a component of this vector.
setComponent(int, double, double) - Method in class JSci.maths.vectors.Complex2Vector: Sets the value of a component of this vector.
setComponent(int, Complex) - Method in class JSci.maths.vectors.Complex3Vector: Sets the value of a component of this vector.
setComponent(int, double, double) - Method in class JSci.maths.vectors.Complex3Vector: Sets the value of a component of this vector.
setComponent(int, Complex) - Method in class JSci.maths.vectors.ComplexVector: Sets the value of a component of this vector.
setComponent(int, double, double) - Method in class JSci.maths.vectors.ComplexVector: Sets the value of a component of this vector.
setComponent(int, double) - Method in class JSci.maths.vectors.Double2Vector: Sets the value of a component of this vector.
setComponent(int, double) - Method in class JSci.maths.vectors.Double3Vector: Sets the value of a component of this vector.
setComponent(int, double) - Method in class JSci.maths.vectors.DoubleSparseVector: Sets the value of a component of this vector.
setComponent(int, double) - Method in class JSci.maths.vectors.DoubleVector: Sets the value of a component of this vector.
setComponent(int, int) - Method in class JSci.maths.vectors.Integer2Vector: Sets the value of a component of this vector.
setComponent(int, int) - Method in class JSci.maths.vectors.Integer3Vector: Sets the value of a component of this vector.
setComponent(int, int) - Method in class JSci.maths.vectors.IntegerVector: Sets the value of a component of this vector.
setComponent(int, double) - Method in class JSci.physics.relativity.Rank1Tensor: Sets the value of a component of this tensor.
setComponent(int, int, double) - Method in class JSci.physics.relativity.Rank2Tensor: Sets the value of a component of this tensor.
setComponent(int, int, int, double) - Method in class JSci.physics.relativity.Rank3Tensor: Sets the value of a component of this tensor.
setComponent(int, int, int, int, double) - Method in class JSci.physics.relativity.Rank4Tensor: Sets the value of a component of this tensor.
setCondition(MathMLApplyElement) - Method in class JSci.mathml.MathMLConditionElementImpl
setCondition(MathMLConditionElement) - Method in class JSci.mathml.MathMLContentContainerImpl
setConstant(Complex) - Method in class JSci.maths.chaos.MandelbrotMap: Sets the constant.
setContourX(int) - Method in class JSci.awt.ContourPlot: There is a box around the graph, this sets how wide it will be in the horizontal direction.
setContourX(int) - Method in class JSci.swing.JContourPlot: There is a box around the graph, this sets how wide it will be in the horizontal direction.
setContourY(int) - Method in class JSci.awt.ContourPlot: There is a box around the graph, this sets how wide it will be in the vertical direction.
setContourY(int) - Method in class JSci.swing.JContourPlot: There is a box around the graph, this sets how wide it will be in the vertical direction.
setCovalentRadius(double) - Method in class JSci.chemistry.Element
setData(Complex[]) - Method in class JSci.awt.ArgandDiagramModel: Sets the list of complex numbers to be plotted.
setData(double[][]) - Method in class JSci.awt.ContourPlot: Sets the data plotted by this ContourPlot to the specified data.
setData(List) - Method in class JSci.awt.Point2DListModel: Sets the list of points to be plotted.
setData(double[][]) - Method in class JSci.maths.KarhunenLoeve: Careful: doesn't generate a copy.
setData(DiscreteFunction) - Method in class JSci.maths.wavelet.BasisFunctionLibrary: Allows the user to change the DiscreteFunction (see constructor).
setData(double[]) - Method in class JSci.maths.wavelet.DiscreteFunction
setData(DiscreteFunction) - Method in class JSci.maths.wavelet.MatchingPursuit
setData(double[]) - Method in class JSci.maths.wavelet.Signal: Set the data for the signal
setData(double[]) - Method in class JSci.maths.wavelet.SparseDiscreteFunction
setData(double[][]) - Method in class JSci.swing.JContourPlot: Sets the data plotted by this JContourPlot to the specified data.
setDebugStream(PrintStream) - Static method in class JSci.maths.symbolic.ExpressionParserTokenManager
setDecimationNumber(int) - Method in class JSci.instruments.Player: The Player can decide to show only some frames.
setDeclaration(MathMLDeclareElement, int) - Method in class JSci.mathml.MathMLContentContainerImpl
setDeclaration(MathMLDeclareElement, int) - Method in class JSci.mathml.MathMLMathElementImpl
setDeclaration(MathMLDeclareElement, int) - Method in class JSci.mathml.MathMLPresentationContainerImpl
setDefinitionURL(String) - Method in class JSci.mathml.MathMLContentTokenImpl
setDefinitionURL(String) - Method in class JSci.mathml.MathMLFnElementImpl
setDefinitionURL(String) - Method in class JSci.mathml.MathMLPredefinedSymbolImpl
setDenominator(MathMLElement) - Method in class JSci.mathml.MathMLFractionElementImpl
setDensity(double) - Method in class JSci.chemistry.Element
setDepth(String) - Method in class JSci.mathml.MathMLPaddedElementImpl
setDepth(String) - Method in class JSci.mathml.MathMLSpaceElementImpl
setDimensionFromBeginning(int) - Method in class JSci.maths.wavelet.Signal: Will make the signal a given dimension
setDimensionFromEnd(int) - Method in class JSci.maths.wavelet.Signal: Will make the signal a given dimension
setDisplay(String) - Method in class JSci.mathml.MathMLMathElementImpl
setDomainOfApplication(MathMLElement) - Method in class JSci.mathml.MathMLContentContainerImpl
setDoubleBuffered(boolean) - Method in class JSci.swing.JDoubleBufferedComponent: Double buffering cannot be controlled for this component.
setDragging(boolean) - Method in class JSci.instruments.PTCroquetteCross: call this when the mouse starts dragging the cross
setEdge(String) - Method in class JSci.mathml.MathMLAlignMarkElementImpl
setElectricalConductivity(double) - Method in class JSci.chemistry.Element
setElectronegativity(double) - Method in class JSci.chemistry.Element
setElement(int, int, Complex) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Sets the value of an element of the matrix.
setElement(int, int, double, double) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Sets the value of an element of the matrix.
setElement(int, int, double) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Sets the value of an element of the matrix.
setElement(int, int, int) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Sets the value of an element of the matrix.
setElement(int, int, Complex) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Sets the value of an element of the matrix.
setElement(int, int, double, double) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Sets the value of an element of the matrix.
setElement(int, int, Complex) - Method in class JSci.maths.matrices.ComplexMatrix: Sets the value of an element of the matrix.
setElement(int, int, double, double) - Method in class JSci.maths.matrices.ComplexMatrix: Sets the value of an element of the matrix.
setElement(int, int, Complex) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Sets the value of an element of the matrix.
setElement(int, int, double, double) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Sets the value of an element of the matrix.
setElement(int, int, Complex) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Sets the value of an element of the matrix.
setElement(int, int, double, double) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Sets the value of an element of the matrix.
setElement(int, int, double) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Sets the value of an element of the matrix.
setElement(int, int, double) - Method in class JSci.maths.matrices.DoubleFileSquareMatrix
setElement(int, int, double) - Method in class JSci.maths.matrices.DoubleMatrix: Sets the value of an element of the matrix.
setElement(int, int, double) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Sets the value of an element of the matrix.
setElement(int, int, double) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Sets the value of an element of the matrix.
setElement(int, int, double) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Sets the value of an element of the matrix.
setElement(int, int, double) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Sets the value of an element of the matrix.
setElement(int, int, int) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Sets the value of an element of the matrix.
setElement(int, int, int) - Method in class JSci.maths.matrices.IntegerMatrix: Sets the value of an element of the matrix.
setElement(int, int, int) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Sets the value of an element of the matrix.
setElement(int, int, int) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Sets the value of an element of the matrix.
setElement(int, int, Ring.Member) - Method in class JSci.maths.matrices.RingMatrix: Sets the value of an element of the matrix.
setEnabled(boolean) - Method in class JSci.swing.JPointer: enable or disable the motion by the mouse
setEncoding(String) - Method in class JSci.mathml.MathMLAnnotationElementImpl
setEncoding(String) - Method in class JSci.mathml.MathMLContentTokenImpl
setEncoding(String) - Method in class JSci.mathml.MathMLFnElementImpl
setEncoding(String) - Method in class JSci.mathml.MathMLPredefinedSymbolImpl
setEncoding(String) - Method in class JSci.mathml.MathMLXMLAnnotationElementImpl
setEntry(MathMLContentElement, int) - Method in class JSci.mathml.MathMLMatrixrowElementImpl
setFactor(int) - Method in class JSci.instruments.TwoROI: Use this to select the behaviour of the outer rectangle
setFilter(Filter) - Method in class JSci.maths.wavelet.Signal: set the signal associated Filter
setFocusRate(int) - Method in class JSci.astro.telescope.LX200: Set focus rate.
setFocusRate(int) - Method in class JSci.astro.telescope.LX200DebugServer
setFocusRate(int) - Method in interface JSci.astro.telescope.LX200Remote
setFocusRate(int) - Method in class JSci.astro.telescope.LX200Server
setFontfamily(String) - Method in class JSci.mathml.MathMLGlyphElementImpl
setGridLines(boolean) - Method in class JSci.awt.Graph2D: Turns grid lines on/off.
setGridLines(boolean) - Method in class JSci.awt.Histogram: Turns grid lines on/off.
setGridLines(boolean) - Method in class JSci.swing.JGraph2D: Turns grid lines on/off.
setGridLines(boolean) - Method in class JSci.swing.JHistogram: Turns grid lines on/off.
setGroupalign(String) - Method in class JSci.mathml.MathMLAlignGroupElementImpl
setHeight(String) - Method in class JSci.mathml.MathMLPaddedElementImpl
setHeight(String) - Method in class JSci.mathml.MathMLSpaceElementImpl
setHighPrecision(boolean) - Method in class JSci.astro.telescope.LX200: Sets high precision.
setHref(String) - Method in class JSci.mathml.MathMLElementImpl
setId(String) - Method in class JSci.mathml.MathMLElementImpl
setIndex(int) - Method in class JSci.mathml.MathMLGlyphElementImpl
setIndex(MathMLElement) - Method in class JSci.mathml.MathMLRadicalElementImpl
setIsoelectricPoint(double) - Method in class JSci.biology.AminoAcid: Sets the isoelectric point.
setLengthFromBeginning(double[], int) - Static method in class JSci.maths.ArrayMath: Sets an array to the specified length scraping or padding the end if necessary.
setLengthFromBeginning(int[], int) - Static method in class JSci.maths.ArrayMath: Sets an array to the specified length scraping or padding the end if necessary.
setLengthFromBeginning(int) - Method in class JSci.maths.wavelet.Signal: Set the Signal to the specified length scraping or padding the end if necessary
setLengthFromEnd(double[], int) - Static method in class JSci.maths.ArrayMath: Sets an array to the specified length scraping or padding the beginning if necessary.
setLengthFromEnd(int[], int) - Static method in class JSci.maths.ArrayMath: Sets an array to the specified length scraping or padding the beginning if necessary.
setLengthFromEnd(int) - Method in class JSci.maths.wavelet.Signal: Set the Signal to the specified length scraping or padding the beginning if necessary
setLimits() - Method in class JSci.instruments.pi.Mercury: runs a graphical configuration of the limits.
setLimits(double, double) - Method in class JSci.swing.JSliderPlus: set the limits of the Slider
setLimitsDialog - Variable in class JSci.instruments.pi.Mercury
setLimitSwitches(boolean) - Method in class JSci.instruments.pi.Mercury: set the limit switch polarity.
setLinethickness(String) - Method in class JSci.mathml.MathMLFractionElementImpl
setListener(ParticleTrackerListener) - Method in interface JSci.instruments.ParticleTracker: Sets the object that wants to receive the data collected by the particle tracker.
setListener(ParticleTrackerListener) - Method in class JSci.instruments.PTCroquette
setListener(ParticleTrackerListener) - Method in class JSci.instruments.PTTemplate
setListener(ParticleTrackerListener) - Method in class JSci.instruments.PTTwoDBarycentre
setLocalTime(String) - Method in class JSci.astro.telescope.LX200: Sets the local time.
setLocation(Point2D) - Method in class JSci.instruments.PTCroquetteCross: set the position of the cross.
setLongFormat(boolean) - Method in class JSci.astro.telescope.LX200: Sets long format.
setLowLimit(MathMLElement) - Method in class JSci.mathml.MathMLApplyElementImpl
setLquote(String) - Method in class JSci.mathml.MathMLStringLitElementImpl
setLspace(String) - Method in class JSci.mathml.MathMLPaddedElementImpl
setMacros(String) - Method in class JSci.mathml.MathMLMathElementImpl
setMajorTickSpacing(double) - Method in class JSci.swing.JArcDial: set the spacing between major tics
setMajorTickSpacing(double) - Method in class JSci.swing.JRoundDial: set the spacing between major tics
setMajorTickSpacing(double) - Method in class JSci.swing.JSliderPlus: set the spacing between major tics
setMarker(Graph2D.DataMarker) - Method in class JSci.awt.Graph2D: Sets the data marker used to draw data points.
setMarker(Graph2D.DataMarker) - Method in class JSci.swing.JGraph2D: Sets the data marker used to draw data points.
setMass(double) - Method in class JSci.physics.ClassicalParticle: Sets the mass of this particle.
setMass(double) - Method in class JSci.physics.ClassicalParticle2D: Sets the mass of this particle.
setMass(double) - Method in class JSci.physics.ClassicalParticle3D
setMassNumber(int) - Method in class JSci.chemistry.Element
setMathbackground(String) - Method in class JSci.mathml.MathMLPresentationTokenImpl
setMathcolor(String) - Method in class JSci.mathml.MathMLPresentationTokenImpl
setMathElementStyle(String) - Method in class JSci.mathml.MathMLElementImpl
setMathfamily(String) - Method in class JSci.mathml.MathMLPresentationTokenImpl
setMathsize(String) - Method in class JSci.mathml.MathMLPresentationTokenImpl
setMathvariant(String) - Method in class JSci.mathml.MathMLPresentationTokenImpl
setMaximum(double) - Method in class JSci.instruments.pi.Mercury: set the maximum value of position.
setMeltingPoint(double) - Method in class JSci.chemistry.Element
setMinimum(double) - Method in class JSci.instruments.pi.Mercury: set the minimum value of position.
setMinorTickSpacing(double) - Method in class JSci.swing.JArcDial: set the spacing between minor tics
setMinorTickSpacing(double) - Method in class JSci.swing.JRoundDial: set the spacing between minor tics
setMinorTickSpacing(double) - Method in class JSci.swing.JSliderPlus: set the spacing between minor tics
setModel(CategoryGraph2DModel) - Method in class JSci.awt.CategoryGraph2D: Sets the data plotted by this graph to the specified data.
setModel(Graph2DModel) - Method in class JSci.awt.Graph2D: Sets the data plotted by this graph to the specified data.
setModel(Graph2DModel) - Method in class JSci.awt.Histogram: Sets the data plotted by this graph to the specified data.
setModel(Graph3DModel) - Method in class JSci.awt.LineGraph3D: Sets the data plotted by this graph to the specified data.
setModel(CategoryGraph2DModel) - Method in class JSci.swing.JCategoryGraph2D: Sets the data plotted by this graph to the specified data.
setModel(Graph2DModel) - Method in class JSci.swing.JGraph2D: Sets the data plotted by this graph to the specified data.
setModel(Graph2DModel) - Method in class JSci.swing.JHistogram: Sets the data plotted by this graph to the specified data.
setModel(Graph3DModel) - Method in class JSci.swing.JLineGraph3D: Sets the data plotted by this graph to the specified data.
setMolecularWeight(double) - Method in class JSci.biology.AminoAcid: Sets the molecular weight.
setMomentAbout(MathMLElement) - Method in class JSci.mathml.MathMLContentContainerImpl
setMomentOfInertia(double) - Method in class JSci.physics.RigidBody2D: Sets the moment of inertia.
setMomentOfInertia(double) - Method in class JSci.physics.RigidBody3D: Sets the moment of inertia.
setMomentum(AbstractDoubleVector) - Method in class JSci.physics.ClassicalParticle
setMomentum(double, double) - Method in class JSci.physics.ClassicalParticle2D: Sets the momentum of this particle.
setMomentum(double, double, double) - Method in class JSci.physics.ClassicalParticle3D
setMorseThreshold(double) - Method in class JSci.maths.wavelet.BasisFunctionLibrary
setMotorOn(boolean) - Method in class JSci.instruments.pi.Mercury: switch the motor on or off.
setNodeByName(Node, String) - Method in class JSci.mathml.MathMLContentContainerImpl
setNotation(String) - Method in class JSci.mathml.MathMLEncloseElementImpl
setNumberFormat(NumberFormat) - Method in class JSci.awt.BarGraph: Sets the display format used for axis numbering.
setNumberFormat(NumberFormat) - Method in class JSci.awt.Graph2D: Sets the display format used for axis numbering.
setNumberFormat(NumberFormat) - Method in class JSci.awt.Histogram: Sets the display format used for axis numbering.
setNumberFormat(NumberFormat) - Method in class JSci.awt.LineTrace: Sets the display format used for axis numbering.
setNumberFormat(NumberFormat) - Method in class JSci.swing.JBarGraph: Sets the display format used for axis numbering.
setNumberFormat(NumberFormat) - Method in class JSci.swing.JGraph2D: Sets the display format used for axis numbering.
setNumberFormat(NumberFormat) - Method in class JSci.swing.JHistogram: Sets the display format used for axis numbering.
setNumberFormat(NumberFormat) - Method in class JSci.swing.JLineTrace: Sets the display format used for axis numbering.
setNumbering(boolean) - Method in class JSci.awt.BarGraph: Turns axis numbering on/off.
setNumbering(boolean) - Method in class JSci.awt.Graph2D: Turns axis numbering on/off.
setNumbering(boolean, boolean) - Method in class JSci.awt.Graph2D
setNumbering(boolean) - Method in class JSci.awt.Histogram: Turns axis numbering on/off.
setNumbering(boolean) - Method in class JSci.awt.LineTrace: Turns axis numbering on/off.
setNumbering(boolean) - Method in class JSci.swing.JBarGraph: Turns axis numbering on/off.
setNumbering(boolean) - Method in class JSci.swing.JGraph2D: Turns axis numbering on/off.
setNumbering(boolean, boolean) - Method in class JSci.swing.JGraph2D
setNumbering(boolean) - Method in class JSci.swing.JHistogram: Turns axis numbering on/off.
setNumbering(boolean) - Method in class JSci.swing.JLineTrace: Turns axis numbering on/off.
setNumerator(MathMLElement) - Method in class JSci.mathml.MathMLFractionElementImpl
setObjectCoords(String, String) - Method in class JSci.astro.telescope.LX200: Sets the object/target coordinates.
setObjectCoords(String, String) - Method in class JSci.astro.telescope.LX200DebugServer
setObjectCoords(String, String) - Method in interface JSci.astro.telescope.LX200Remote
setObjectCoords(String, String) - Method in class JSci.astro.telescope.LX200Server
setOpDegree(MathMLElement) - Method in class JSci.mathml.MathMLContentContainerImpl
setOpen(String) - Method in class JSci.mathml.MathMLFencedElementImpl
setOperation(String) - Method in class JSci.io.MathMLExpression: Set the operation to be applied to the arguments.
setOperator(MathMLElement) - Method in class JSci.mathml.MathMLApplyElementImpl
setOrdering(String) - Method in class JSci.mathml.MathMLListElementImpl
setOscillating(boolean) - Static method in class JSci.instruments.Simulated
setOverscript(MathMLElement) - Method in class JSci.mathml.MathMLUnderOverElementImpl
setPacket(boolean[]) - Method in class JSci.maths.wavelet.FWTPacketCoef: Allows the user to set the Wavelet Packet chosen
setPaintLabels(boolean) - Method in class JSci.swing.JArcDial: show the tic labels?
setPaintLabels(boolean) - Method in class JSci.swing.JRoundDial: show the tic labels?
setPaintLabels(boolean) - Method in class JSci.swing.JSliderPlus: show the tic labels?
setPaintMajorTicks(boolean) - Method in class JSci.swing.JArcDial: show the major tics?
setPaintMajorTicks(boolean) - Method in class JSci.swing.JRoundDial: show the major tics?
setPaintMajorTicks(boolean) - Method in class JSci.swing.JSliderPlus: show the major tics?
setPaintMinorTicks(boolean) - Method in class JSci.swing.JArcDial: show the minor tics?
setPaintMinorTicks(boolean) - Method in class JSci.swing.JRoundDial: show the minor tics?
setPaintMinorTicks(boolean) - Method in class JSci.swing.JSliderPlus: show the minor tics?
setPaintTurns(JPointer) - Method in class JSci.swing.JRoundDial: show the integer turn number of a JPointer
setParameters(int, int) - Method in class JSci.maths.wavelet.cdf2_4.DualScaling2_4: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.cdf2_4.DualWavelet2_4: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.cdf3_5.DualScaling3_5: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.cdf3_5.DualWavelet3_5: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies2.Scaling2: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies2.Wavelet2: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies3.Scaling3: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies3.Wavelet3: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies4.Scaling4: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies4.Wavelet4: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies5.Scaling5: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies5.Wavelet5: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies6.Scaling6: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies6.Wavelet6: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies7.Scaling7: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies7.Wavelet7: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies8.Scaling8: Set the parameters for this object
setParameters(int, int) - Method in class JSci.maths.wavelet.daubechies8.Wavelet8: Set the parameters for this object
setParameters(double[]) - Method in class JSci.maths.wavelet.Signal: Set the parameter of the Filter (if it applies).
setParameters(Double[]) - Method in class JSci.maths.wavelet.Signal: Set the parameters of the Filter (if it applies).
setPosition(double) - Method in class JSci.instruments.DummyPositionControl
setPosition(double) - Method in class JSci.instruments.pi.Mercury: move the device to the given position.
setPosition(double) - Method in interface JSci.instruments.PositionControl: set the position
setPosition(double) - Method in class JSci.instruments.PositionControlAdapter: set the position
setPosition(AbstractDoubleVector) - Method in class JSci.physics.ClassicalParticle
setPosition(double, double) - Method in class JSci.physics.ClassicalParticle2D: Sets the position of this particle.
setPosition(double, double, double) - Method in class JSci.physics.ClassicalParticle3D
setPosition(AbstractDoubleVector) - Method in class JSci.physics.Spring
setRadicand(MathMLElement) - Method in class JSci.mathml.MathMLRadicalElementImpl
setROI(ROI) - Method in class JSci.instruments.PTTwoDBarycentre: set the ROI for the selections
setRow(MathMLMatrixrowElement, int) - Method in class JSci.mathml.MathMLMatrixElementImpl
setRquote(String) - Method in class JSci.mathml.MathMLStringLitElementImpl
setSamplingInterval(float) - Method in class JSci.awt.LineTrace: Sets the sampling interval.
setSamplingInterval(float) - Method in class JSci.swing.JLineTrace: Sets the sampling interval.
setSelection(String) - Method in class JSci.mathml.MathMLActionElementImpl
setSeparators(String) - Method in class JSci.mathml.MathMLFencedElementImpl
setSeriesVisible(int, boolean) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Convenience method.
setSeriesVisible(int, boolean) - Method in class JSci.awt.DefaultGraph2DModel: Convenience method.
setSeriesVisible(int, boolean) - Method in class JSci.awt.DefaultGraph3DModel: Convenience method.
setSink(ImageSink) - Method in class JSci.instruments.ImageFilterAdapter
setSink(ImageSink) - Method in interface JSci.instruments.ImageSource: set the object that must read the frames through receive() method.
setSink(ImageSink) - Method in class JSci.instruments.Marlin: set the object that must read the frames through receive() method.
setSink(ImageSink) - Method in class JSci.instruments.PTTemplate
setSink(ImageSink) - Method in class JSci.instruments.PTTemplate.SimulatedBarycentreSource: set the object that must read the frames through receive() method.
setSink(ImageSink) - Method in class JSci.instruments.PTTwoDBarycentre.SimulatedBarycentreSource: set the object that must read the frames through receive() method.
setSink(ImageSink) - Method in class JSci.instruments.Simulated: set the object that must read the frames through receive() method.
setSink(ImageSink) - Method in class JSci.instruments.TestImageSource: set the object that must read the frames through receive() method.
setSize(int, int) - Method in class JSci.swing.JArcDial: as described in java.awt.Component
setSize(Dimension) - Method in class JSci.swing.JArcDial: as described in java.awt.Component
setSize(int, int) - Method in class JSci.swing.JRoundDial: as described in java.awt.Component
setSize(Dimension) - Method in class JSci.swing.JRoundDial: as described in java.awt.Component
setSlewRate(int) - Method in class JSci.astro.telescope.LX200: Set slew rate.
setSlewRate(int) - Method in class JSci.astro.telescope.LX200DebugServer
setSlewRate(int) - Method in interface JSci.astro.telescope.LX200Remote
setSlewRate(int) - Method in class JSci.astro.telescope.LX200Server
setSoul1(int, Complex) - Method in class JSci.maths.Supernumber: Sets the a-number soul (rank 1) of this supernumber.
setSoul2(int, Complex) - Method in class JSci.maths.Supernumber: Sets the c-number soul (rank 2) of this supernumber.
setSoul3(int, Complex) - Method in class JSci.maths.Supernumber: Sets the a-number soul (rank 3) of this supernumber.
setSoul4(Complex) - Method in class JSci.maths.Supernumber: Sets the c-number soul (rank 4) of this supernumber.
setSource(ImageSource) - Method in class JSci.instruments.ImageFilterAdapter
setSource(ImageSource) - Method in interface JSci.instruments.ImageSink: set the object that sends the Images.
setSource(ImageSource) - Method in class JSci.instruments.Player
setSource(ImageSource) - Method in class JSci.instruments.PTTemplate
setSpecificHeat(double) - Method in class JSci.chemistry.Element
setSubscript(MathMLElement) - Method in class JSci.mathml.MathMLScriptElementImpl
setSubscriptshift(String) - Method in class JSci.mathml.MathMLScriptElementImpl
setSuperscript(MathMLElement) - Method in class JSci.mathml.MathMLScriptElementImpl
setSuperscriptshift(String) - Method in class JSci.mathml.MathMLScriptElementImpl
setThermalConductivity(double) - Method in class JSci.chemistry.Element
setType(String) - Method in class JSci.mathml.MathMLCiElementImpl
setType(String) - Method in class JSci.mathml.MathMLCnElementImpl
setType(String) - Method in class JSci.mathml.MathMLSetElementImpl
setType(String) - Method in class JSci.mathml.MathMLTendsToElementImpl
setUnderscript(MathMLElement) - Method in class JSci.mathml.MathMLUnderOverElementImpl
setUpLimit(MathMLElement) - Method in class JSci.mathml.MathMLApplyElementImpl
setUseFactor(boolean) - Method in class JSci.instruments.TwoROI: Use this to select the behaviour of the outer rectangle
setValue(int, float) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
setValue(int, float) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
setValue(int, float) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
setValue(Member) - Method in class JSci.maths.symbolic.Variable: Set the value of the variable.
setValue(int, double) - Method in class JSci.maths.wavelet.splines.LinearSpline: Set a particular value
setValue(int, double) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: Set a particular value
setValue(int, double) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: Set a particular value
setValue(int, double) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: Set a particular value
setValue(double) - Method in class JSci.swing.JPointer: set the value of the pointer
setValueAt(Object, int, int) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
setValueAt(Object, int, int) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
setValueAt(Object, int, int) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
setValues(float[]) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
setValues(double[]) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
setValues(float[]) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
setValues(double[]) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
setValues(float[]) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
setValues(double[]) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
setValues(double[]) - Method in class JSci.maths.wavelet.splines.LinearSpline: Set the sampled values of the function to the specified array
setValues(double[]) - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: Set the sampled values of the function to the specified array
setValues(double[]) - Method in class JSci.maths.wavelet.splines.QuadraticSpline: Set the sampled values of the function to the specified array
setValues(double[]) - Method in class JSci.maths.wavelet.splines.SumOfDiracs: Set the sampled values of the function to the specified array
setVelocity(double) - Method in class JSci.instruments.pi.Mercury: set the velocity the device will reach when moving.
setVelocity(AbstractDoubleVector) - Method in class JSci.physics.ClassicalParticle
setVelocity(double, double) - Method in class JSci.physics.ClassicalParticle2D: Sets the velocity of this particle.
setVelocity(double, double, double) - Method in class JSci.physics.ClassicalParticle3D
setVisible(boolean) - Method in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
setVisible(boolean) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
setVisible(boolean) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
setWidth(String) - Method in class JSci.mathml.MathMLPaddedElementImpl
setWidth(String) - Method in class JSci.mathml.MathMLSpaceElementImpl
setXAxis(float[]) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
setXAxis(double[]) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
setXAxis(float[]) - Method in class JSci.awt.DefaultGraph2DModel: Sets the default x-axis values.
setXAxis(double[]) - Method in class JSci.awt.DefaultGraph2DModel: Sets the default x-axis values.
setXAxis(float, float, int) - Method in class JSci.awt.DefaultGraph2DModel: Sets the default x-axis values.
setXAxis(float[]) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
setXAxis(double[]) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
setXAxis(float[]) - Method in class JSci.awt.DefaultGraph3DModel: Sets the x-axis values.
setXCoord(int, float) - Method in class JSci.awt.DefaultGraph2DModel.DataSeries
setXCoord(int, float) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
setXExtrema(float, float) - Method in class JSci.awt.Graph2D: Sets the minimum/maximum values on the x-axis.
setXExtrema(float, float, float) - Method in class JSci.awt.Graph2D
setXExtrema(float, float) - Method in class JSci.awt.Histogram: Sets the minimum/maximum values on the x-axis.
setXExtrema(float, float, float) - Method in class JSci.awt.Histogram
setXExtrema(float, float) - Method in class JSci.awt.LineTrace: Sets the minimum/maximum values on the x-axis.
setXExtrema(float, float) - Method in class JSci.swing.JGraph2D: Sets the minimum/maximum values on the x-axis.
setXExtrema(float, float, float) - Method in class JSci.swing.JGraph2D
setXExtrema(float, float) - Method in class JSci.swing.JHistogram: Sets the minimum/maximum values on the x-axis.
setXExtrema(float, float, float) - Method in class JSci.swing.JHistogram
setXExtrema(float, float) - Method in class JSci.swing.JLineTrace: Sets the minimum/maximum values on the x-axis.
setXIncrement(float) - Method in class JSci.awt.Graph2D: Sets the x-axis numbering increment.
setXIncrement(float) - Method in class JSci.awt.Histogram: Sets the x-axis numbering increment.
setXIncrement(float) - Method in class JSci.swing.JGraph2D: Sets the x-axis numbering increment.
setXIncrement(float) - Method in class JSci.swing.JHistogram: Sets the x-axis numbering increment.
setXNumberFormat(NumberFormat) - Method in class JSci.awt.Graph2D: Sets the display format used for x-axis numbering.
setXNumberFormat(NumberFormat) - Method in class JSci.awt.Histogram: Sets the display format used for x-axis numbering.
setXNumberFormat(NumberFormat) - Method in class JSci.awt.LineTrace: Sets the display format used for x-axis numbering.
setXNumberFormat(NumberFormat) - Method in class JSci.swing.JGraph2D: Sets the display format used for x-axis numbering.
setXNumberFormat(NumberFormat) - Method in class JSci.swing.JHistogram: Sets the display format used for x-axis numbering.
setXNumberFormat(NumberFormat) - Method in class JSci.swing.JLineTrace: Sets the display format used for x-axis numbering.
setXPosition(double) - Method in class JSci.physics.ClassicalParticle2D
setXPosition(double) - Method in class JSci.physics.ClassicalParticle3D
setXref(String) - Method in class JSci.mathml.MathMLElementImpl
setXScale(int) - Method in class JSci.awt.Graph2D: Sets the x-axis scale type.
setXScale(int) - Method in class JSci.swing.JGraph2D: Sets the x-axis scale type.
setYAxis(float[]) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
setYAxis(double[]) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
setYAxis(float[]) - Method in class JSci.awt.DefaultGraph3DModel: Sets the y-axis values.
setYCoord(int, float) - Method in class JSci.awt.DefaultGraph3DModel.DataSeries
setYExtrema(float, float) - Method in class JSci.awt.Graph2D: Sets the minimum/maximum values on the y-axis.
setYExtrema(float, float, float) - Method in class JSci.awt.Graph2D
setYExtrema(float, float) - Method in class JSci.awt.Histogram: Sets the minimum/maximum values on the y-axis.
setYExtrema(float, float, float) - Method in class JSci.awt.Histogram
setYExtrema(float, float) - Method in class JSci.awt.LineTrace: Sets the minimum/maximum values on the y-axis.
setYExtrema(float, float) - Method in class JSci.swing.JGraph2D: Sets the minimum/maximum values on the y-axis.
setYExtrema(float, float, float) - Method in class JSci.swing.JGraph2D
setYExtrema(float, float) - Method in class JSci.swing.JHistogram: Sets the minimum/maximum values on the y-axis.
setYExtrema(float, float, float) - Method in class JSci.swing.JHistogram
setYExtrema(float, float) - Method in class JSci.swing.JLineTrace: Sets the minimum/maximum values on the y-axis.
setYIncrement(float) - Method in class JSci.awt.BarGraph: Sets the y-axis numbering increment.
setYIncrement(float) - Method in class JSci.awt.Graph2D: Sets the y-axis numbering increment.
setYIncrement(float) - Method in class JSci.awt.Histogram: Sets the y-axis numbering increment.
setYIncrement(float) - Method in class JSci.swing.JBarGraph: Sets the y-axis numbering increment.
setYIncrement(float) - Method in class JSci.swing.JGraph2D: Sets the y-axis numbering increment.
setYIncrement(float) - Method in class JSci.swing.JHistogram: Sets the y-axis numbering increment.
setYNumberFormat(NumberFormat) - Method in class JSci.awt.BarGraph: Sets the display format used for y-axis numbering.
setYNumberFormat(NumberFormat) - Method in class JSci.awt.Graph2D: Sets the display format used for y-axis numbering.
setYNumberFormat(NumberFormat) - Method in class JSci.awt.Histogram: Sets the display format used for y-axis numbering.
setYNumberFormat(NumberFormat) - Method in class JSci.awt.LineTrace: Sets the display format used for y-axis numbering.
setYNumberFormat(NumberFormat) - Method in class JSci.swing.JBarGraph: Sets the display format used for y-axis numbering.
setYNumberFormat(NumberFormat) - Method in class JSci.swing.JGraph2D: Sets the display format used for y-axis numbering.
setYNumberFormat(NumberFormat) - Method in class JSci.swing.JHistogram: Sets the display format used for y-axis numbering.
setYNumberFormat(NumberFormat) - Method in class JSci.swing.JLineTrace: Sets the display format used for y-axis numbering.
setYPosition(double) - Method in class JSci.physics.ClassicalParticle2D
setYPosition(double) - Method in class JSci.physics.ClassicalParticle3D
setYScale(int) - Method in class JSci.awt.Graph2D: Sets the y-axis scale type.
setYScale(int) - Method in class JSci.swing.JGraph2D: Sets the y-axis scale type.
setZero(double) - Method in class JSci.swing.JRoundDial: define the position at which the zero of the dial will be placed
setZPosition(double) - Method in class JSci.physics.ClassicalParticle3D
SIEGEL_DISK - Static variable in class JSci.maths.chaos.JuliaSet
Sigma - Class in JSci.physics.particles: A class representing sigmas.
Sigma() - Constructor for class JSci.physics.particles.Sigma: Constructs a sigma.
SigmaMinus - Class in JSci.physics.particles: A class representing sigma-.
SigmaMinus() - Constructor for class JSci.physics.particles.SigmaMinus: Constructs a sigma-.
SigmaPlus - Class in JSci.physics.particles: A class representing sigma+.
SigmaPlus() - Constructor for class JSci.physics.particles.SigmaPlus: Constructs a sigma+.
SigmaZero - Class in JSci.physics.particles: A class representing sigma0.
SigmaZero() - Constructor for class JSci.physics.particles.SigmaZero: Constructs a sigma0.
sign(double) - Static method in class JSci.maths.ExtraMath: Returns the sign of a number.
Signal - Class in JSci.maths.wavelet: This class use the linear spline as a general model for a signal.
Signal() - Constructor for class JSci.maths.wavelet.Signal
Signal(double[]) - Constructor for class JSci.maths.wavelet.Signal
Signal(Filter, double[], double[]) - Constructor for class JSci.maths.wavelet.Signal
Signal(Filter) - Constructor for class JSci.maths.wavelet.Signal
Signal(Filter, double[]) - Constructor for class JSci.maths.wavelet.Signal
SIGNAL_AXIS_IN - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_AXIS_OUT - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_ENCODER_A - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_ENCODER_B - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_ENCODER_HOME - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_ENCODER_INDEX - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_HALL_A - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_HALL_B - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_HALL_C - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_MOTOR_OUTPUT - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_NEG_LIMIT - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_POS_LIMIT - Static variable in class JSci.instruments.pi.Mercury
SIGNAL_STEP_OUTPUT - Static variable in class JSci.instruments.pi.Mercury
SimpleCharStream - Class in JSci.maths.symbolic: An implementation of interface CharStream, where the stream is assumed to contain only ASCII characters (without unicode processing).
SimpleCharStream(Reader, int, int, int) - Constructor for class JSci.maths.symbolic.SimpleCharStream
SimpleCharStream(Reader, int, int) - Constructor for class JSci.maths.symbolic.SimpleCharStream
SimpleCharStream(Reader) - Constructor for class JSci.maths.symbolic.SimpleCharStream
SimpleCharStream(InputStream, int, int, int) - Constructor for class JSci.maths.symbolic.SimpleCharStream
SimpleCharStream(InputStream, int, int) - Constructor for class JSci.maths.symbolic.SimpleCharStream
SimpleCharStream(InputStream) - Constructor for class JSci.maths.symbolic.SimpleCharStream
Simplicial - Class in JSci.maths.categories: The Simplicial class encapsulates the simplicial category.
Simplicial() - Constructor for class JSci.maths.categories.Simplicial: Constructs a simplicial category.
Simplicial.Addition - Class in JSci.maths.categories
Simplicial.Addition() - Constructor for class JSci.maths.categories.Simplicial.Addition
Simplicial.DegeneracyMap - Class in JSci.maths.categories
Simplicial.DegeneracyMap(Preorder, int) - Constructor for class JSci.maths.categories.Simplicial.DegeneracyMap
Simplicial.FaceMap - Class in JSci.maths.categories
Simplicial.FaceMap(Preorder, int) - Constructor for class JSci.maths.categories.Simplicial.FaceMap
Simplicial.FunctionSet - Class in JSci.maths.categories
Simplicial.FunctionSet(Preorder, Preorder) - Constructor for class JSci.maths.categories.Simplicial.FunctionSet
Simplicial.IncreasingMap - Class in JSci.maths.categories
Simplicial.IncreasingMap(Preorder, Integer[]) - Constructor for class JSci.maths.categories.Simplicial.IncreasingMap
simpson(int, Mapping, double, double) - Static method in class JSci.maths.NumericalMath: Numerical integration using Simpson's rule.
Simulated - Class in JSci.instruments
Simulated() - Constructor for class JSci.instruments.Simulated
sin(Complex) - Static method in class JSci.maths.Complex: Returns the trigonometric sine of a complex angle.
sin(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the trigonometric sine of an angle.
sin(Number) - Static method in class JSci.maths.MathDouble
sin(double) - Static method in class JSci.maths.MathDouble
sin(Quaternion) - Static method in class JSci.maths.Quaternion
SIN - Static variable in class JSci.maths.symbolic.Function
Sine - Class in JSci.maths.analysis: The sine function.
Sine() - Constructor for class JSci.maths.analysis.Sine: Constructs a sine function of the form sin(x).
Sine(double, double, double) - Constructor for class JSci.maths.analysis.Sine: Constructs a sine function of the form A sin(wx+k).
Sine - Class in JSci.maths.wavelet: This class is used to be able to mix the wavelet and sine transforms.
Sine(int, int) - Constructor for class JSci.maths.wavelet.Sine
SINGLE - Static variable in class JSci.chemistry.CovalentBond: Sigma bond
singularValueDecompose() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the singular value decomposition of this matrix.
singularValueDecompose() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the singular value decomposition of this matrix.
singularValueDecompose() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the singular value decomposition of this matrix.
singularValueDecompose() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the singular value decomposition of this matrix.
singularValueDecompose() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the singular value decomposition of this matrix.
singularValueDecompose() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the singular value decomposition of this matrix.
singularValueDecompose() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the singular value decomposition of this matrix.
singularValueDecompose() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the singular value decomposition of this matrix.
sinh(Complex) - Static method in class JSci.maths.Complex: Returns the hyperbolic sine of a complex number.
sinh(double) - Static method in class JSci.maths.ExtraMath: Returns the hyperbolic sine of a double.
sinh(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the hyperbolic sine of a number.
sinh(Number) - Static method in class JSci.maths.MathDouble
sinh(double) - Static method in class JSci.maths.MathDouble
sinh(Quaternion) - Static method in class JSci.maths.Quaternion
SINH - Static variable in class JSci.maths.symbolic.Function
sleep() - Method in class JSci.instruments.DummyPositionControl
sleep() - Method in class JSci.instruments.pi.Mercury: sleep until the axis has reached its position
sleep() - Method in class JSci.instruments.pi.PiezoServo
sleep() - Method in interface JSci.instruments.PositionControl: sleeps for the time needed to stabilize the position.
sleep() - Method in class JSci.instruments.PositionControlAdapter: sleeps for the time needed to stabilize the position.
SLEW_CENTER - Static variable in class JSci.astro.telescope.LX200
SLEW_EAST - Static variable in class JSci.astro.telescope.LX200
SLEW_FIND - Static variable in class JSci.astro.telescope.LX200
SLEW_GUIDE - Static variable in class JSci.astro.telescope.LX200
SLEW_NORTH - Static variable in class JSci.astro.telescope.LX200: Slew directions.
SLEW_SLEW - Static variable in class JSci.astro.telescope.LX200: Slew rates.
SLEW_SOUTH - Static variable in class JSci.astro.telescope.LX200
SLEW_WEST - Static variable in class JSci.astro.telescope.LX200
slewToObject() - Method in class JSci.astro.telescope.LX200: Slew to the object coordinates.
slewToObject() - Method in class JSci.astro.telescope.LX200DebugServer
slewToObject() - Method in interface JSci.astro.telescope.LX200Remote
slewToObject() - Method in class JSci.astro.telescope.LX200Server
sliceColor - Variable in class JSci.awt.PieChart: Slice colors.
sliceColor - Variable in class JSci.swing.JPieChart: Slice colors.
SLIDER_SIMPLE_QUADRANGLE - Static variable in class JSci.swing.JPointer
SLIDER_SIMPLE_STOP - Static variable in class JSci.swing.JPointer
SLIDER_SIMPLE_TRIANGLE - Static variable in class JSci.swing.JPointer
so3_1Dim4 - Class in JSci.maths.algebras: The so3_1Dim4 class encapsulates so(3,1) algebras using the 4 dimensional (fundamental) representation.
solve(AbstractDoubleSquareMatrix, AbstractDoubleVector) - Static method in class JSci.maths.LinearMath: Solves the linear system Mx=v.
solveGMRes(AbstractDoubleMatrix, AbstractDoubleVector, int, double) - Static method in class JSci.maths.LinearMath: Solves the unsymmetric linear system Ax=b using the Generalized Minimum Residual method (doesn't require A to be nonsingular).
solveQuadratic(double, double, double) - Static method in class JSci.maths.NumericalMath: Calculates the roots of the quadratic equation ax²+bx+c=0.
sort(Complex[]) - Static method in class JSci.maths.FourierMath: Sorts the output from the Fourier transfom methods into ascending frequency/time order.
sort(double[]) - Static method in class JSci.maths.FourierMath
sortMaxToMin(double[]) - Static method in class JSci.maths.ArrayMath: Returns a sorted array from the maximum to the minimum value.
sortMaxToMin(int[]) - Static method in class JSci.maths.ArrayMath: Returns a sorted array from the maximum to the minimum value.
sortMinToMax(double[]) - Static method in class JSci.maths.ArrayMath: Returns a sorted array from the minimum to the maximum value.
sortMinToMax(int[]) - Static method in class JSci.maths.ArrayMath: Returns a sorted array from the minimum to the maximum value.
sp2_RDim2 - Class in JSci.maths.algebras: The sp2_RDim2 class encapsulates sp(2,R) algebras using the 2 dimensional (fundamental) representation.
sp2_RDim3 - Class in JSci.maths.algebras: The sp2_RDim3 class encapsulates sp(2,R) algebras using the 3 dimensional (adjoint) representation.
SparseDiscreteFunction - Class in JSci.maths.wavelet
SparseDiscreteFunction(double[]) - Constructor for class JSci.maths.wavelet.SparseDiscreteFunction
specialConstructor - Variable in exception JSci.maths.symbolic.ParseException: This variable determines which constructor was used to create this object and thereby affects the semantics of the "getMessage" method (see below).
SpecialMath - Class in JSci.maths: The special function math library.
specialToken - Variable in class JSci.maths.symbolic.Token: This field is used to access special tokens that occur prior to this token, but after the immediately preceding regular (non-special) token.
speed() - Method in class JSci.physics.AbstractClassicalParticle
speed() - Method in class JSci.physics.ClassicalParticle
speed() - Method in class JSci.physics.ClassicalParticle2D: Returns the speed of this particle.
speed() - Method in class JSci.physics.ClassicalParticle3D
SPEED_OF_LIGHT - Static variable in interface JSci.physics.PhysicalConstants: Speed of light in vacuo (exact).
sphericalToCartesian(double, double, double) - Static method in class JSci.maths.CoordinateMath: Converts spherical polar coordinates to 3D cartesian coordinates.
sphericalToCylindrical(double, double, double) - Static method in class JSci.maths.CoordinateMath: Converts spherical coordinates to cylindrical coordinates.
spin() - Method in class JSci.physics.particles.AntiLambda: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.AntiLepton: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.AntiMeson: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.AntiNucleon: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.AntiOmegaMinus: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.AntiQuark: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.AntiSigma: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.AntiXi: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.Gluon: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.Graviton: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.Lambda: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.Lepton: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.Meson: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.Nucleon: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.OmegaMinus: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.Photon: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.Quark: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.Sigma: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.WMinus: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.WPlus: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.Xi: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.particles.ZZero: Returns the number of 1/2 units of spin.
spin() - Method in class JSci.physics.quantum.QuantumParticle: Returns the number of 1/2 units of spin.
SpinOperator - Class in JSci.physics.quantum: The SpinOperator class provides an object for encapsulating spin operators.
SpinorProjector - Class in JSci.physics.quantum: The SpinorProjector class encapsulates the left-handed and right-handed projection operators.
spinZ - Variable in class JSci.physics.quantum.QuantumParticle: The number of 1/2 units of the z-component of spin.
Spline - Class in JSci.maths.wavelet.splines: This class is meant as an abstract encapsulation for spline objects.
Spline() - Constructor for class JSci.maths.wavelet.splines.Spline
Spring - Class in JSci.physics
Spring(double) - Constructor for class JSci.physics.Spring: Constructs a mechanical spring.
sqr() - Method in class JSci.maths.Complex: Returns the square of this complex number.
sqrt() - Method in class JSci.maths.Complex: Returns the square root of this complex number.
SQRT - Static variable in class JSci.maths.symbolic.Function
SQRT2 - Static variable in interface JSci.maths.NumericalConstants: Square root of 2.
SQRT2PI - Static variable in interface JSci.maths.NumericalConstants: Square root of 2.
SQRT_HALF - Static variable in class JSci.maths.fields.ComplexField
SQRT_HALF_I - Static variable in class JSci.maths.fields.ComplexField
SquareMatrix - Interface in JSci.maths.matrices
StackedBarGraph - Class in JSci.awt: A stacked bar graph AWT component.
StackedBarGraph(CategoryGraph2DModel) - Constructor for class JSci.awt.StackedBarGraph: Constructs a stacked bar graph.
StandardChoice - Variable in class JSci.maths.wavelet.FWTPacketCoef
standardDeviation(double[]) - Static method in class JSci.maths.ArrayMath: Computes the standard deviation of an array.
standardDeviation(int[]) - Static method in class JSci.maths.ArrayMath: Returns the standard deviation of an array.
StandardMap - Class in JSci.maths.chaos: The StandardMap class provides an object that encapsulates the Standard map.
StandardMap(double) - Constructor for class JSci.maths.chaos.StandardMap: Constructs a Standard map.
start() - Method in class JSci.instruments.Player
startFocus(int) - Method in class JSci.astro.telescope.LX200: Start focus.
startFocus(int) - Method in class JSci.astro.telescope.LX200DebugServer
startFocus(int) - Method in interface JSci.astro.telescope.LX200Remote
startFocus(int) - Method in class JSci.astro.telescope.LX200Server
startSlew(int) - Method in class JSci.astro.telescope.LX200: Start slewing the scope.
startSlew(int) - Method in class JSci.astro.telescope.LX200DebugServer
startSlew(int) - Method in interface JSci.astro.telescope.LX200Remote
startSlew(int) - Method in class JSci.astro.telescope.LX200Server
STATIC_LEXER_ERROR - Static variable in error JSci.maths.symbolic.TokenMgrError: An attempt wass made to create a second instance of a static token manager.
staticFlag - Static variable in class JSci.maths.symbolic.SimpleCharStream
STEFAN_BOLTZMANN - Static variable in interface JSci.physics.PhysicalConstants: Stefan-Boltzmann constant.
stopFocus() - Method in class JSci.astro.telescope.LX200: Stop focus.
stopFocus() - Method in class JSci.astro.telescope.LX200DebugServer
stopFocus() - Method in interface JSci.astro.telescope.LX200Remote
stopFocus() - Method in class JSci.astro.telescope.LX200Server
stopSlew(int) - Method in class JSci.astro.telescope.LX200: Stop slewing the scope.
stopSlew(int) - Method in class JSci.astro.telescope.LX200DebugServer
stopSlew(int) - Method in interface JSci.astro.telescope.LX200Remote
stopSlew(int) - Method in class JSci.astro.telescope.LX200Server
Strange - Class in JSci.physics.particles: A class representing stranges.
Strange() - Constructor for class JSci.physics.particles.Strange: Constructs a strange.
strangeQN() - Method in class JSci.physics.particles.AntiBottom: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiCharm: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiDown: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiKaon: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiLambda: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiLepton: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiNucleon: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiOmegaMinus: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiPion: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiSigma: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiStrange: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiTop: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiUp: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.AntiXi: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Bottom: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Charm: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Down: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Eta: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.GaugeBoson: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Kaon: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Lambda: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Lepton: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Nucleon: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.OmegaMinus: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Pion: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Sigma: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Strange: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Top: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Up: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.particles.Xi: Returns the strangeness number.
strangeQN() - Method in class JSci.physics.quantum.QuantumParticle: Returns the strangeness number.
su2Dim2 - Class in JSci.maths.algebras: The su2Dim2 class encapsulates su(2) algebras using the 2 dimensional (fundamental) representation.
su2Dim3 - Class in JSci.maths.algebras: The su2Dim3 class encapsulates su(2) algebras using the 3 dimensional (adjoint) representation.
su3Dim3 - Class in JSci.maths.algebras: The su3Dim3 class encapsulates su(3) algebras using the 3 dimensional (fundamental) representation.
substitute(String, Object) - Method in class JSci.io.MathMLExpression: Substitutes a value for a variable in this expression.
substitute(Map) - Method in class JSci.io.MathMLExpression: Substitutes several values for variables in this expression.
subtract(AbelianGroup.Member) - Method in class JSci.maths.analysis.ComplexFunction: Returns the subtraction of this function and another.
subtract(ComplexFunction) - Method in class JSci.maths.analysis.ComplexFunction
subtract(AbelianGroup.Member) - Method in class JSci.maths.analysis.RealFunction: Returns the subtraction of this function and another.
subtract(RealFunction) - Method in class JSci.maths.analysis.RealFunction
subtract(AbelianGroup.Member) - Method in class JSci.maths.analysis.RealFunction2D: Returns the subtraction of this function and another.
subtract(RealFunction2D) - Method in class JSci.maths.analysis.RealFunction2D
subtract(AbelianGroup.Member) - Method in class JSci.maths.analysis.RealFunction3D: Returns the subtraction of this function and another.
subtract(RealFunction3D) - Method in class JSci.maths.analysis.RealFunction3D
subtract(AbelianGroup.Member) - Method in class JSci.maths.analysis.RealFunctionND: Returns the subtraction of this function and another.
subtract(RealFunctionND) - Method in class JSci.maths.analysis.RealFunctionND
subtract(double[], double[]) - Static method in class JSci.maths.ArrayMath: Subtracts the two arrays together (componentwise)
subtract(int[], int[]) - Static method in class JSci.maths.ArrayMath: Subtracts the two arrays together (componentwise).
subtract(AbelianGroup.Member) - Method in class JSci.maths.categories.Hilb.LinearMap
subtract(AbelianGroup.Member) - Method in class JSci.maths.Complex: Returns the subtraction of this number and another.
subtract(Complex) - Method in class JSci.maths.Complex: Returns the subtraction of this complex number by another.
subtract(AbelianGroup.Member) - Method in interface JSci.maths.groups.AbelianGroup.Member: The group composition law with inverse.
subtract(AbelianGroup.Member) - Method in class JSci.maths.groups.CyclicGroup.Member: The group composition law with inverse.
subtract(AbelianGroup.Member) - Method in class JSci.maths.MathDouble: Returns the subtraction of this number and another.
subtract(MathDouble) - Method in class JSci.maths.MathDouble: Returns the subtraction of this double number and another.
subtract(double) - Method in class JSci.maths.MathDouble
subtract(AbelianGroup.Member) - Method in class JSci.maths.MathInteger: Returns the subtraction of this number and another.
subtract(MathInteger) - Method in class JSci.maths.MathInteger: Returns the subtraction of this integer number and another.
subtract(int) - Method in class JSci.maths.MathInteger
subtract(AbelianGroup.Member) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the subtraction of this matrix by another.
subtract(AbstractComplexMatrix) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the subtraction of this matrix by another.
subtract(AbstractComplexMatrix) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the subtraction of this matrix and another.
subtract(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the subtraction of this matrix by another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the subtraction of this matrix by another.
subtract(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the subtraction of this matrix by another.
subtract(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the subtraction of this matrix and another.
subtract(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the subtraction of this matrix by another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the subtraction of this matrix by another.
subtract(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the subtraction of this matrix by another.
subtract(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the subtraction of this matrix and another.
subtract(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the subtraction of this matrix by another.
subtract(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the subtraction of this matrix by another.
subtract(ComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix
subtract(ComplexTridiagonalMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix
subtract(ComplexDiagonalMatrix) - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the subtraction of this matrix by another.
subtract(AbstractComplexMatrix) - Method in class JSci.maths.matrices.ComplexMatrix: Returns the subtraction of this matrix by another.
subtract(ComplexMatrix) - Method in class JSci.maths.matrices.ComplexMatrix
subtract(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the subtraction of this matrix by another.
subtract(ComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexSquareMatrix
subtract(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the subtraction of this matrix and another.
subtract(ComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix
subtract(ComplexTridiagonalMatrix) - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the subtraction of this matrix and another.
subtract(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the subtraction of this matrix by another.
subtract(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix
subtract(DoubleTridiagonalMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the subtraction of this matrix and another.
subtract(DoubleDiagonalMatrix) - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the subtraction of this matrix and another.
subtract(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.DoubleMatrix: Returns the subtraction of this matrix by another.
subtract(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the subtraction of this matrix and another.
subtract(DoubleMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix
subtract(DoubleSparseMatrix) - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the addition of this matrix and another.
subtract(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the subtraction of this matrix and another.
subtract(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix
subtract(DoubleSparseSquareMatrix) - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the addition of this matrix and another.
subtract(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the subtraction of this matrix by another.
subtract(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSquareMatrix
subtract(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the subtraction of this matrix by another.
subtract(DoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix
subtract(DoubleTridiagonalMatrix) - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the subtraction of this matrix and another.
subtract(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the subtraction of this matrix by another.
subtract(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix
subtract(IntegerTridiagonalMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the subtraction of this matrix and another.
subtract(IntegerDiagonalMatrix) - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the subtraction of this matrix and another.
subtract(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.IntegerMatrix: Returns the subtraction of this matrix by another.
subtract(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the subtraction of this matrix by another.
subtract(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerSquareMatrix
subtract(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the subtraction of this matrix by another.
subtract(IntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix
subtract(IntegerTridiagonalMatrix) - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the subtraction of this matrix and another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.matrices.RingMatrix: Returns the subtraction of this matrix and another.
subtract(RingMatrix) - Method in class JSci.maths.matrices.RingMatrix: Returns the subtraction of this matrix and another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.polynomials.ComplexPolynomial: The group composition law with inverse.
subtract(RealFunction) - Method in class JSci.maths.polynomials.RealPolynomial: The group composition law with inverse.
subtract(AbelianGroup.Member) - Method in class JSci.maths.Quaternion: Returns the subtraction of this number and another.
subtract(Quaternion) - Method in class JSci.maths.Quaternion: Returns the subtraction of this quaternion by another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.Supernumber: Returns the subtraction of this number and another.
subtract(Supernumber) - Method in class JSci.maths.Supernumber: Returns the subtraction of this supernumber and another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.symbolic.Expression: The group composition law with inverse.
subtract(AbstractComplexVector) - Method in class JSci.maths.vectors.AbstractComplexVector: Returns the subtraction of this vector by another.
subtract(AbstractDoubleVector) - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns the subtraction of this vector by another.
subtract(AbstractIntegerVector) - Method in class JSci.maths.vectors.AbstractIntegerVector: Returns the subtraction of this vector by another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.vectors.Complex2Vector: Returns the subtraction of this vector by another.
subtract(AbstractComplexVector) - Method in class JSci.maths.vectors.Complex2Vector: Returns the subtraction of this vector by another.
subtract(AbstractDoubleVector) - Method in class JSci.maths.vectors.Complex2Vector: Returns the subtraction of this vector by another.
subtract(AbstractIntegerVector) - Method in class JSci.maths.vectors.Complex2Vector: Returns the subtraction of this vector by another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.vectors.Complex3Vector: Returns the subtraction of this vector by another.
subtract(AbstractComplexVector) - Method in class JSci.maths.vectors.Complex3Vector: Returns the subtraction of this vector by another.
subtract(AbstractDoubleVector) - Method in class JSci.maths.vectors.Complex3Vector: Returns the subtraction of this vector by another.
subtract(AbstractIntegerVector) - Method in class JSci.maths.vectors.Complex3Vector: Returns the subtraction of this vector by another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.vectors.ComplexVector: Returns the subtraction of this vector by another.
subtract(AbstractComplexVector) - Method in class JSci.maths.vectors.ComplexVector: Returns the subtraction of this vector by another.
subtract(ComplexVector) - Method in class JSci.maths.vectors.ComplexVector
subtract(AbstractDoubleVector) - Method in class JSci.maths.vectors.ComplexVector: Returns the subtraction of this vector by another.
subtract(DoubleVector) - Method in class JSci.maths.vectors.ComplexVector
subtract(AbstractIntegerVector) - Method in class JSci.maths.vectors.ComplexVector: Returns the subtraction of this vector by another.
subtract(IntegerVector) - Method in class JSci.maths.vectors.ComplexVector
subtract(AbelianGroup.Member) - Method in class JSci.maths.vectors.Double2Vector: Returns the subtraction of this vector by another.
subtract(AbstractDoubleVector) - Method in class JSci.maths.vectors.Double2Vector: Returns the subtraction of this vector by another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.vectors.Double3Vector: Returns the subtraction of this vector by another.
subtract(AbstractDoubleVector) - Method in class JSci.maths.vectors.Double3Vector: Returns the subtraction of this vector by another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the subtraction of this vector by another.
subtract(AbstractDoubleVector) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the subtraction of this vector by another.
subtract(DoubleVector) - Method in class JSci.maths.vectors.DoubleSparseVector
subtract(DoubleSparseVector) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the subtraction of this vector by another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.vectors.DoubleVector: Returns the subtraction of this vector by another.
subtract(AbstractDoubleVector) - Method in class JSci.maths.vectors.DoubleVector: Returns the subtraction of this vector by another.
subtract(DoubleVector) - Method in class JSci.maths.vectors.DoubleVector
subtract(AbelianGroup.Member) - Method in class JSci.maths.vectors.Integer2Vector: Returns the subtraction of this vector by another.
subtract(AbstractIntegerVector) - Method in class JSci.maths.vectors.Integer2Vector: Returns the subtraction of this vector by another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.vectors.Integer3Vector: Returns the subtraction of this vector by another.
subtract(AbstractIntegerVector) - Method in class JSci.maths.vectors.Integer3Vector: Returns the subtraction of this vector by another.
subtract(AbelianGroup.Member) - Method in class JSci.maths.vectors.IntegerVector: Returns the subtraction of this vector by another.
subtract(AbstractIntegerVector) - Method in class JSci.maths.vectors.IntegerVector: Returns the subtraction of this vector by another.
subtract(IntegerVector) - Method in class JSci.maths.vectors.IntegerVector
subtract(ConstantForce2D) - Method in class JSci.physics.ConstantForce2D: Returns the subtraction of this force by another.
subtract(ConstantForce3D) - Method in class JSci.physics.ConstantForce3D: Returns the subtraction of this force by another.
subtract(ConstantTorque3D) - Method in class JSci.physics.ConstantTorque3D: Returns the subtraction of this torque by another.
subtract(AbelianGroup.Member) - Method in class JSci.physics.quantum.BraVector: Returns the subtraction of this vector by another.
subtract(BraVector) - Method in class JSci.physics.quantum.BraVector: Returns the subtraction of this vector by another.
subtract(AbelianGroup.Member) - Method in class JSci.physics.quantum.KetVector: Returns the subtraction of this vector by another.
subtract(KetVector) - Method in class JSci.physics.quantum.KetVector: Returns the subtraction of this vector by another.
subtract(Operator) - Method in class JSci.physics.quantum.Operator: Returns the subtraction of this operator and another.
subtract(Rank1Tensor) - Method in class JSci.physics.relativity.Rank1Tensor: Returns the subtraction of this tensor by another.
subtract(Rank2Tensor) - Method in class JSci.physics.relativity.Rank2Tensor: Returns the subtraction of this tensor by another.
subtract(Rank3Tensor) - Method in class JSci.physics.relativity.Rank3Tensor: Returns the subtraction of this tensor by another.
subtract(Rank4Tensor) - Method in class JSci.physics.relativity.Rank4Tensor: Returns the subtraction of this tensor by another.
subtractImag(double) - Method in class JSci.maths.Complex: Returns the subtraction of this complex number by an imaginary part.
subtractImag(Double3Vector) - Method in class JSci.maths.Quaternion: Returns the subtraction of this quaternion by an imaginary part.
subtractReal(double) - Method in class JSci.maths.Complex: Returns the subtraction of this complex number by a real part.
subtractReal(double) - Method in class JSci.maths.Quaternion: Returns the subtraction of this quaternion by a real part.
sum(AbelianGroup.Member, AbelianGroup.Member) - Static method in class JSci.maths.symbolic.Expression: Method for generating an Expression by a formal operation on a set member
sum(AbelianGroup.Member[]) - Static method in class JSci.maths.symbolic.Expression: Method for generating an Expression by a formal operation on a set member
Sum - Class in JSci.maths.symbolic
Sum(Expression[]) - Constructor for class JSci.maths.symbolic.Sum
Sum(List) - Constructor for class JSci.maths.symbolic.Sum
Sum(Expression, Expression) - Constructor for class JSci.maths.symbolic.Sum
sumEnergies() - Method in class JSci.maths.wavelet.FWTCoef
sumEnergies(FWTCoef[]) - Static method in class JSci.maths.wavelet.FWTCoefMath
sumEnergies() - Method in class JSci.maths.wavelet.FWTPacketCoef
sumModSqrs(Complex[]) - Static method in class JSci.maths.ArrayMath
sumModSqrs(Complex[][]) - Static method in class JSci.maths.ArrayMath
SumOfDiracs - Class in JSci.maths.wavelet.splines: This class is used to generate sum of Diracs (splines of order 0) to be used as wavelets or related functions.
SumOfDiracs(double[]) - Constructor for class JSci.maths.wavelet.splines.SumOfDiracs
SumOfDiracs() - Constructor for class JSci.maths.wavelet.splines.SumOfDiracs
sumSquares(double[]) - Static method in class JSci.maths.ArrayMath: Sums the squares of all components; also called the energy of the array.
sumSquares(double[][]) - Static method in class JSci.maths.ArrayMath: Sums the squares of all components; also called the energy of the array.
sumSquares(int[]) - Static method in class JSci.maths.ArrayMath: Sums the squares of all components; also called the energy of the array.
sumSquares(int[][]) - Static method in class JSci.maths.ArrayMath: Sums the squares of all components; also called the energy of the array.
sumSquares() - Method in class JSci.maths.Quaternion: Returns the sum of the squares of the components.
sumSquares() - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the sum of the squares of the components.
sumSquares(int) - Method in class JSci.maths.wavelet.FWTCoef: Compute the sum of the squares of the coefficients
sumSquares(FWTCoef[], int) - Static method in class JSci.maths.wavelet.FWTCoefMath: Compute the sum of the squares of the coefficients
sumSquares(int) - Method in class JSci.maths.wavelet.FWTPacketCoef: Compute the sum of the squares of the coefficients
sumVariance() - Method in class JSci.maths.wavelet.FWTCoef
sumVariance(FWTCoef[]) - Static method in class JSci.maths.wavelet.FWTCoefMath
sumVariance() - Method in class JSci.maths.wavelet.FWTPacketCoef
Supernumber - Class in JSci.maths: The Supernumber class encapsulates supernumbers.
Supernumber() - Constructor for class JSci.maths.Supernumber: Constructs a supernumber.
superposition(Field.Member[]) - Method in class JSci.maths.polynomials.ComplexLagrangeBasis
superposition(Complex[]) - Method in class JSci.maths.polynomials.ComplexLagrangeBasis
superposition(Field.Member[]) - Method in interface JSci.maths.polynomials.PolynomialBasis: Get a superposition of basis vectors
superposition(Field.Member[]) - Method in class JSci.maths.polynomials.RealLagrangeBasis: Make a superposition of basis-vectors for a given set of coefficients.
superposition(double[]) - Method in class JSci.maths.polynomials.RealLagrangeBasis: Same as above, but type-safe.
superposition(Field.Member[]) - Method in class JSci.maths.polynomials.RealMonomialBasis
superposition(double[]) - Method in class JSci.maths.polynomials.RealMonomialBasis
supersample(double[]) - Static method in class JSci.maths.wavelet.Cascades: Special oversampling for the linear spline interpolation
SwitchTo(int) - Static method in class JSci.maths.symbolic.ExpressionParserTokenManager
syncCoords() - Method in class JSci.astro.telescope.LX200: Synchronize the scope coordinates to the object coordinates.
syncCoords() - Method in class JSci.astro.telescope.LX200DebugServer
syncCoords() - Method in interface JSci.astro.telescope.LX200Remote
syncCoords() - Method in class JSci.astro.telescope.LX200Server
synthesize(Filter, double[]) - Method in class JSci.maths.wavelet.FWTCoef
synthesize(Filter, double[], int) - Method in class JSci.maths.wavelet.FWTCoef
synthesize(Filter) - Method in class JSci.maths.wavelet.FWTCoef
synthesize(Filter, int) - Method in class JSci.maths.wavelet.FWTCoef
synthesize(Filter, double[]) - Method in class JSci.maths.wavelet.FWTPacketCoef
synthesize(Filter, double[], int) - Method in class JSci.maths.wavelet.FWTPacketCoef
synthesize(Filter) - Method in class JSci.maths.wavelet.FWTPacketCoef
synthesize(Filter, int) - Method in class JSci.maths.wavelet.FWTPacketCoef
synthesizeAll(Filter, double[]) - Method in class JSci.maths.wavelet.FWTCoef
synthesizeAll(Filter) - Method in class JSci.maths.wavelet.FWTCoef
synthesizeAll(Filter) - Method in class JSci.maths.wavelet.FWTPacketCoef
synthesizeTout(Filter, double[]) - Method in class JSci.maths.wavelet.FWTPacketCoef

T

tableChanged(TableModelEvent) - Method in class JSci.awt.DefaultCategoryGraph2DModel: Implementation of TabelModelListener.
tableChanged(TableModelEvent) - Method in class JSci.awt.DefaultGraph2DModel: Implementation of TabelModelListener.
tableChanged(TableModelEvent) - Method in class JSci.awt.DefaultGraph3DModel: Implementation of TabelModelListener.
tan(Complex) - Static method in class JSci.maths.Complex: Returns the trigonometric tangent of a complex angle.
tan(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the trigonometric tangent of an angle.
tan(Number) - Static method in class JSci.maths.MathDouble
tan(double) - Static method in class JSci.maths.MathDouble
tan(Quaternion) - Static method in class JSci.maths.Quaternion
TAN - Static variable in class JSci.maths.symbolic.Function
Tangent - Class in JSci.maths.analysis: The tangent function.
Tangent() - Constructor for class JSci.maths.analysis.Tangent: Constructs a tangent function of the form tan(x).
Tangent(double, double, double) - Constructor for class JSci.maths.analysis.Tangent: Constructs a tangent function of the form A tan(wx+k).
tanh(Complex) - Static method in class JSci.maths.Complex: Returns the hyperbolic tangent of a complex number.
tanh(double) - Static method in class JSci.maths.ExtraMath: Returns the hyperbolic tangent of a double.
tanh(MathDouble) - Static method in class JSci.maths.MathDouble: Returns the hyperbolic tangent of a number.
tanh(Number) - Static method in class JSci.maths.MathDouble
tanh(double) - Static method in class JSci.maths.MathDouble
tanh(Quaternion) - Static method in class JSci.maths.Quaternion
TANH - Static variable in class JSci.maths.symbolic.Function
Tau - Class in JSci.physics.particles: A class representing taus.
Tau() - Constructor for class JSci.physics.particles.Tau: Constructs a tau.
tauLeptonQN() - Method in class JSci.physics.particles.AntiElectronNeutrino: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.AntiHadron: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.AntiMuon: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.AntiMuonNeutrino: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.AntiQuark: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.AntiTau: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.AntiTauNeutrino: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.Electron: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.ElectronNeutrino: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.GaugeBoson: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.Hadron: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.Muon: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.MuonNeutrino: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.Positron: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.Quark: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.Tau: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.particles.TauNeutrino: Returns the tau lepton number.
tauLeptonQN() - Method in class JSci.physics.quantum.QuantumParticle: Returns the tau lepton number.
TauNeutrino - Class in JSci.physics.particles: A class representing tau neutrinos.
TauNeutrino() - Constructor for class JSci.physics.particles.TauNeutrino: Constructs a tau neutrino.
taylorExpand(double, int) - Method in class JSci.maths.analysis.RealFunction: Returns the Taylor expansion of this function about a point.
TDistribution - Class in JSci.maths.statistics: The TDistribution class provides an object for encapsulating student's t-distributions.
TDistribution(int) - Constructor for class JSci.maths.statistics.TDistribution: Constructor for student's t-distribution.
tensor(RealFunction) - Method in class JSci.maths.analysis.RealFunction
tensor(RealFunction) - Method in class JSci.maths.analysis.RealFunction2D
tensor(RealFunction2D) - Method in class JSci.maths.analysis.RealFunction2D
tensor(RealFunction) - Method in class JSci.maths.analysis.RealFunction3D
tensor(RealFunction2D) - Method in class JSci.maths.analysis.RealFunction3D
tensor(RealFunction) - Method in class JSci.maths.analysis.RealFunctionND
tensor(RealFunctionND) - Method in class JSci.maths.analysis.RealFunctionND
tensor(AbstractComplexMatrix) - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the tensor product of this matrix and another.
tensor(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the tensor product of this matrix and another.
tensor(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the tensor product of this matrix and another.
tensor(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the tensor product of this matrix and another.
tensor(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the tensor product of this matrix and another.
tensor(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the tensor product of this matrix and another.
tensor(AbstractComplexMatrix) - Method in class JSci.maths.matrices.ComplexMatrix: Returns the tensor product of this matrix and another.
tensor(AbstractComplexSquareMatrix) - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the tensor product of this matrix and another.
tensor(AbstractDoubleMatrix) - Method in class JSci.maths.matrices.DoubleMatrix: Returns the tensor product of this matrix and another.
tensor(AbstractDoubleSquareMatrix) - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the tensor product of this matrix and another.
tensor(AbstractIntegerMatrix) - Method in class JSci.maths.matrices.IntegerMatrix: Returns the tensor product of this matrix and another.
tensor(AbstractIntegerSquareMatrix) - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the tensor product of this matrix and another.
tensor(RingMatrix) - Method in class JSci.maths.matrices.RingMatrix: Returns the tensor product of this matrix and another.
Tensor - Class in JSci.physics.relativity: The Tensor superclass provides an abstract encapsulation for tensors.
Tensor() - Constructor for class JSci.physics.relativity.Tensor: Constructs a tensor.
tensorProduct(DoubleSparseVector) - Method in class JSci.maths.vectors.DoubleSparseVector: Returns the tensor product of this vector and another.
tensorProduct(Rank1Tensor) - Method in class JSci.physics.relativity.Rank1Tensor: Returns the tensor product of this tensor and another.
tensorProduct(Rank2Tensor) - Method in class JSci.physics.relativity.Rank1Tensor: Returns the tensor product of this tensor and another.
tensorProduct(Rank3Tensor) - Method in class JSci.physics.relativity.Rank1Tensor: Returns the tensor product of this tensor and another.
tensorProduct(Rank1Tensor) - Method in class JSci.physics.relativity.Rank2Tensor: Returns the tensor product of this tensor and another.
tensorProduct(Rank2Tensor) - Method in class JSci.physics.relativity.Rank2Tensor: Returns the tensor product of this tensor and another.
tensorProduct(Rank1Tensor) - Method in class JSci.physics.relativity.Rank3Tensor: Returns the tensor product of this tensor and another.
terminal() - Method in class JSci.maths.categories.Preorder
terminal() - Method in class JSci.maths.categories.Simplicial
TestImageSource - Class in JSci.instruments: An object that delivers sample frames
TestImageSource() - Constructor for class JSci.instruments.TestImageSource
TextReader - Class in JSci.io: TextReader: reads data text files/streams.
TextReader(Reader) - Constructor for class JSci.io.TextReader: Reads text data from a reader.
TextReader(String) - Constructor for class JSci.io.TextReader: Reads a text file with the specified system dependent file name.
TextReader(File) - Constructor for class JSci.io.TextReader: Reads a text file with the specified File object.
TextWriter - Class in JSci.io: TextWriter: writes data text files/streams.
TextWriter(Writer, char) - Constructor for class JSci.io.TextWriter: Writes text data to a writer.
TextWriter(String, char) - Constructor for class JSci.io.TextWriter: Writes to a text file with the specified system dependent file name.
TextWriter(File, char) - Constructor for class JSci.io.TextWriter: Writes to a text file with the specified File object.
TIME_FIELD - Static variable in class JSci.instruments.PTTwoDBarycentre: for interlaced images (see INTERLACED),two frames are distant by TIME_FIELD ms
TimeFormat - Class in JSci.text: The TimeFormat class formats a number as a date string, by first scaling the number and adding an offset, and then treating the result as a time in milliseconds.
TimeFormat(DateFormat, double, long) - Constructor for class JSci.text.TimeFormat: Constructs a TimeFormat object.
TITLE - Static variable in class JSci.awt.GraphLayout
TITLE - Static variable in class JSci.swing.JGraphLayout
to - Variable in class JSci.maths.categories.Simplicial.IncreasingMap
toArray(AbstractDoubleMatrix) - Static method in class JSci.util.MatrixToolkit: Converts a matrix to an array.
toArray(AbstractComplexMatrix) - Static method in class JSci.util.MatrixToolkit: Converts a matrix to an array.
toArray(AbstractDoubleVector) - Static method in class JSci.util.VectorToolkit: Converts a vector to an array.
toArray(AbstractComplexVector) - Static method in class JSci.util.VectorToolkit: Converts a vector to an array.
toBraVector() - Method in class JSci.physics.quantum.KetVector: Map this ket vector to a bra vector.
toCompanionMatrix(RealPolynomial) - Static method in class JSci.maths.polynomials.PolynomialMath: Returns the companion matrix of a given polynomial.
toCompanionMatrix(ComplexPolynomial) - Static method in class JSci.maths.polynomials.PolynomialMath
toComplex(Field.Member[]) - Static method in class JSci.maths.polynomials.ComplexPolynomialRing: Internal method for typesafe cast
toComplex(Polynomial) - Static method in class JSci.maths.polynomials.PolynomialMath: Try to cast a Polynomial to a complex polynomial
toComplexMatrix() - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.DoubleMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.DoubleSparseMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.IntegerMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Converts this matrix to a complex matrix.
toComplexMatrix() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Converts this matrix to a complex matrix.
toComplexVector() - Method in class JSci.maths.vectors.Double2Vector: Converts this 2-vector to a complex 2-vector.
toComplexVector() - Method in class JSci.maths.vectors.Double3Vector: Converts this 3-vector to a complex 3-vector.
toComplexVector() - Method in class JSci.maths.vectors.DoubleVector: Converts this vector to a complex vector.
toComplexVector() - Method in class JSci.maths.vectors.Integer2Vector: Converts this 2-vector to a complex 2-vector.
toComplexVector() - Method in class JSci.maths.vectors.Integer3Vector: Converts this 3-vector to a complex 3-vector.
toComplexVector() - Method in class JSci.maths.vectors.IntegerVector: Converts this vector to a complex vector.
toDouble(Field.Member[]) - Static method in class JSci.maths.polynomials.RealPolynomialRing: internal method for safe typecast
toDouble(float[]) - Static method in class JSci.util.ArrayCaster
toDouble(int[]) - Static method in class JSci.util.ArrayCaster
toDouble(float[][]) - Static method in class JSci.util.ArrayCaster
toDouble(int[][]) - Static method in class JSci.util.ArrayCaster
toDoubleMatrix() - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Converts this matrix to a double matrix.
toDoubleMatrix() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Converts this matrix to a double matrix.
toDoubleMatrix() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Converts this matrix to a double matrix.
toDoubleMatrix() - Method in class JSci.maths.matrices.IntegerMatrix: Converts this matrix to a double matrix.
toDoubleMatrix() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Converts this matrix to a double matrix.
toDoubleMatrix() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Converts this matrix to a double matrix.
toDoubleVector() - Method in class JSci.maths.vectors.AbstractIntegerVector: Converts this vector to a double vector.
toDoubleVector() - Method in class JSci.maths.vectors.Integer2Vector: Converts this 2-vector to a double 2-vector.
toDoubleVector() - Method in class JSci.maths.vectors.Integer3Vector: Converts this 3-vector to a double 3-vector.
toDoubleVector() - Method in class JSci.maths.vectors.IntegerVector: Converts this vector to a double vector.
toFloat(double[]) - Static method in class JSci.util.ArrayCaster
toFloat(int[]) - Static method in class JSci.util.ArrayCaster
toFloat(double[][]) - Static method in class JSci.util.ArrayCaster
toFloat(int[][]) - Static method in class JSci.util.ArrayCaster
toInt(double[]) - Static method in class JSci.util.ArrayCaster
toInt(float[]) - Static method in class JSci.util.ArrayCaster
toInt(float[][]) - Static method in class JSci.util.ArrayCaster
toInt(double[][]) - Static method in class JSci.util.ArrayCaster
toIntegerMatrix() - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Converts this matrix to an integer matrix.
toIntegerMatrix() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Converts this matrix to an integer matrix.
toIntegerMatrix() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Converts this matrix to an integer matrix.
toIntegerMatrix() - Method in class JSci.maths.matrices.DoubleMatrix: Converts this matrix to an integer matrix.
toIntegerMatrix() - Method in class JSci.maths.matrices.DoubleSparseMatrix: Converts this matrix to an integer matrix.
toIntegerMatrix() - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Converts this matrix to an integer matrix.
toIntegerMatrix() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Converts this matrix to an integer matrix.
toIntegerMatrix() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Converts this matrix to an integer matrix.
toIntegerVector() - Method in class JSci.maths.vectors.Double2Vector: Converts this 2-vector to an integer 2-vector.
toIntegerVector() - Method in class JSci.maths.vectors.Double3Vector: Converts this 3-vector to an integer 3-vector.
toIntegerVector() - Method in class JSci.maths.vectors.DoubleVector: Converts this vector to an integer vector.
token - Static variable in class JSci.maths.symbolic.ExpressionParser
Token - Class in JSci.maths.symbolic: Describes the input token stream.
Token() - Constructor for class JSci.maths.symbolic.Token
token_source - Static variable in class JSci.maths.symbolic.ExpressionParser
tokenBegin - Static variable in class JSci.maths.symbolic.SimpleCharStream
tokenImage - Static variable in interface JSci.maths.symbolic.ExpressionParserConstants
tokenImage - Variable in exception JSci.maths.symbolic.ParseException: This is a reference to the "tokenImage" array of the generated parser within which the parse error occurred.
TokenMgrError - Error in JSci.maths.symbolic
TokenMgrError() - Constructor for error JSci.maths.symbolic.TokenMgrError
TokenMgrError(String, int) - Constructor for error JSci.maths.symbolic.TokenMgrError
TokenMgrError(boolean, int, int, int, String, char, int) - Constructor for error JSci.maths.symbolic.TokenMgrError
toKetVector() - Method in class JSci.physics.quantum.BraVector: Map this bra vector to a ket vector.
tol - Variable in class JSci.maths.wavelet.Cosine
toMathDouble(double[]) - Static method in class JSci.maths.polynomials.RealPolynomialRing: internal method for safe typecast
Top - Class in JSci.physics.particles: A class representing tops.
Top() - Constructor for class JSci.physics.particles.Top: Constructs a top.
toRotationMatrix() - Method in class JSci.maths.Quaternion: Returns a 3D rotation matrix representing this quaternion.
Torque3D - Class in JSci.physics: The Torque3D class provides an object for encapsulating torques in 3D.
Torque3D() - Constructor for class JSci.physics.Torque3D
toString() - Method in class JSci.awt.Matrix3D
toString() - Method in class JSci.chemistry.Element: Returns the chemical symbol.
toString() - Method in class JSci.instruments.pi.Mercury: Report port number, device number and version
toString() - Method in class JSci.instruments.pi.PiezoServo
toString() - Method in class JSci.instruments.PTTemplate
toString() - Method in class JSci.instruments.PTTemplateCross
toString() - Method in class JSci.instruments.PTTwoDBarycentre
toString() - Method in class JSci.instruments.PTTwoDBarycentreCross
toString() - Method in class JSci.maths.algebras.LieAlgebra: Returns a string representing this algebra.
toString(double[]) - Static method in class JSci.maths.ArrayMath: Returns a comma delimited string representing the value of the array.
toString(double[][]) - Static method in class JSci.maths.ArrayMath: Returns a comma delimited string representing the value of the array.
toString(int[]) - Static method in class JSci.maths.ArrayMath: Returns a comma delimited string representing the value of the array.
toString(int[][]) - Static method in class JSci.maths.ArrayMath: Returns a comma delimited string representing the value of the array.
toString() - Method in class JSci.maths.Complex: Returns a string representing the value of this complex number.
toString(double, double) - Static method in class JSci.maths.Complex: Returns a string representing the value of this complex number.
toString() - Method in class JSci.maths.FiniteSet: Returns a string representing this set.
toString() - Method in class JSci.maths.groups.CyclicGroup
toString() - Method in class JSci.maths.groups.DihedralGroup
toString() - Method in class JSci.maths.groups.QuaternionGroup
toString() - Method in class JSci.maths.groups.U1: Returns a string representing this group.
toString() - Method in class JSci.maths.MathDouble: Returns a string representing the value of this double number.
toString() - Method in class JSci.maths.MathInteger: Returns a string representing the value of this integer number.
toString() - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.ComplexMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.DoubleMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.IntegerMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.matrices.RingMatrix: Returns a string representing this matrix.
toString() - Method in class JSci.maths.polynomials.ComplexPolynomial
toString() - Method in class JSci.maths.polynomials.RealPolynomial: String representation P(x) = a_k x^k +...
toString() - Method in class JSci.maths.Quaternion: Returns a string representing the value of this quaternion.
toString() - Method in class JSci.maths.Supernumber: Returns a string representing the value of this supernumber.
toString() - Method in class JSci.maths.symbolic.Constant
toString() - Method in class JSci.maths.symbolic.Evaluation
toString() - Method in class JSci.maths.symbolic.Function
toString() - Method in class JSci.maths.symbolic.Negative
toString() - Method in class JSci.maths.symbolic.Power
toString() - Method in class JSci.maths.symbolic.Product
toString() - Method in class JSci.maths.symbolic.Sum
toString() - Method in class JSci.maths.symbolic.Token: Returns the image.
toString() - Method in class JSci.maths.symbolic.Variable
toString() - Method in class JSci.maths.vectors.AbstractComplexVector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.vectors.AbstractDoubleVector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.vectors.AbstractIntegerVector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.vectors.Complex2Vector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.vectors.Complex3Vector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.vectors.ComplexVector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.vectors.Double2Vector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.vectors.Double3Vector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.vectors.DoubleVector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.vectors.Integer2Vector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.vectors.Integer3Vector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.vectors.IntegerVector: Returns a comma delimited string representing the value of this vector.
toString() - Method in class JSci.maths.wavelet.cdf2_4.DualScaling2_4: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.cdf2_4.DualWavelet2_4: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.cdf3_5.DualScaling3_5: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.cdf3_5.DualWavelet3_5: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.Cosine: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies2.Scaling2: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies2.Wavelet2: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies3.Scaling3: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies3.Wavelet3: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies4.Scaling4: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies4.Wavelet4: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies5.Scaling5: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies5.Wavelet5: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies6.Scaling6: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies6.Wavelet6: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies7.Scaling7: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies7.Wavelet7: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies8.Scaling8: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.daubechies8.Wavelet8: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.DiscreteFunction: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.MultiscaleFunction: Return a string representing the object
toString() - Method in class JSci.maths.wavelet.Sine: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.splines.LinearSpline: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.splines.PiecewiseConstant: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.splines.QuadraticSpline: Return a String representation of the object
toString() - Method in class JSci.maths.wavelet.splines.Spline
toString() - Method in class JSci.maths.wavelet.splines.SumOfDiracs: Return a String representation of the object
toString() - Method in class JSci.physics.particles.AntiBottom: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiCharm: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiDown: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiElectronNeutrino: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiKZero: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiLambda: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiMuon: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiMuonNeutrino: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiNeutron: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiOmegaMinus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiProton: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiSigmaMinus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiSigmaPlus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiSigmaZero: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiStrange: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiTau: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiTauNeutrino: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiTop: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiUp: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.AntiXiZero: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Bottom: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Charm: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Down: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Electron: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.ElectronNeutrino: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Eta: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Gluon: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Graviton: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.KMinus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.KPlus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.KZero: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Lambda: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Muon: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.MuonNeutrino: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Neutron: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.OmegaMinus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Photon: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.PiMinus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.PiPlus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.PiZero: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Positron: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Proton: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.SigmaMinus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.SigmaPlus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.SigmaZero: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Strange: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Tau: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.TauNeutrino: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Top: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.Up: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.WMinus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.WPlus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.XiMinus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.XiPlus: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.XiZero: Returns a string representing this class.
toString() - Method in class JSci.physics.particles.ZZero: Returns a string representing this class.
toString() - Method in class JSci.physics.quantum.BraVector: Returns a comma delimited string representing the value of this bra vector.
toString() - Method in class JSci.physics.quantum.KetVector: Returns a comma delimited string representing the value of this ket vector.
toString() - Method in class JSci.physics.quantum.Operator: Returns a string representing this operator.
toString() - Method in class JSci.physics.relativity.Rank1Tensor: Returns a comma delimited string representing the value of this tensor.
toString() - Method in class JSci.swing.Matrix3D
toString() - Method in class JSci.Version: Returns the version number as a string.
trace() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the trace.
trace() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the trace.
trace() - Method in class JSci.physics.quantum.GammaMatrix: Returns the trace.
trace() - Method in class JSci.physics.quantum.Operator: Returns the trace.
trace() - Method in class JSci.physics.quantum.SpinOperator: Returns the trace.
transferData(PushBufferStream) - Method in class JSci.instruments.Marlin
transform(float[], int[], int) - Method in class JSci.awt.Matrix3D: Transform nvert points from v into tv.
transform() - Method in class JSci.awt.Model3D: Transform all the points in this model
transform(Complex[]) - Static method in class JSci.maths.FourierMath: Fourier transform (2Pi convention).
transform(double[], double[]) - Static method in class JSci.maths.FourierMath: Fourier transform (2Pi convention).
transform(double[]) - Static method in class JSci.maths.FourierMath: Fourier transform (2Pi convention).
transform(float[]) - Method in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
transform(float[], int) - Static method in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
transform(float[], int) - Static method in class JSci.maths.wavelet.daubechies2.FastDaubechies2
transform(float[]) - Method in class JSci.maths.wavelet.daubechies2.FastDaubechies2
transform(float[]) - Method in class JSci.maths.wavelet.FWT
transform(float[]) - Method in class JSci.maths.wavelet.haar.FastHaar: Standard (Haar) transform
transform(float[], int) - Static method in class JSci.maths.wavelet.symmlet8.FastSymmlet8
transform(float[]) - Method in class JSci.maths.wavelet.symmlet8.FastSymmlet8
transform(float[], int[], int) - Method in class JSci.swing.Matrix3D: Transform nvert points from v into tv.
transform() - Method in class JSci.swing.Model3D: Transform all the points in this model
transformed - Variable in class JSci.awt.Model3D
transformed - Variable in class JSci.swing.Model3D
TransitionMetal - Class in JSci.chemistry.periodictable: A class representing transition metals.
TransitionMetal(String, String) - Constructor for class JSci.chemistry.periodictable.TransitionMetal: Constructs a transition metal.
translate(float, float, float) - Method in class JSci.awt.Matrix3D: Translate the origin
translate(Node) - Method in class JSci.io.MathMLParser.Translator
translate(double) - Method in class JSci.physics.ClassicalParticle2D: Evolves this particle forward according to its linear kinematics.
translate(double) - Method in class JSci.physics.ClassicalParticle3D: Evolves this particle forward according to its linear kinematics.
translate(float, float, float) - Method in class JSci.swing.Matrix3D: Translate the origin
translateToJSciCode() - Method in class JSci.io.MathMLParser: Translates the document into JSci code.
translateToJSciCode(Node) - Static method in class JSci.io.MathMLParser
translateToJSciObjects() - Method in class JSci.io.MathMLParser: Translates the document into JSci objects.
translateToJSciObjects(Node) - Static method in class JSci.io.MathMLParser
transpose(double[][]) - Static method in class JSci.maths.ArrayMath: Takes the transpose of an array (like the matrix operation).
transpose(int[][]) - Static method in class JSci.maths.ArrayMath: Takes the transpose of an array (like the matrix operation).
transpose() - Method in class JSci.maths.matrices.AbstractComplexMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.AbstractComplexSquareMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.AbstractDoubleMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.AbstractDoubleSquareMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.AbstractIntegerMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.AbstractIntegerSquareMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.ComplexDiagonalMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.ComplexMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.ComplexSquareMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.ComplexTridiagonalMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.DoubleDiagonalMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.DoubleMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.DoubleSparseMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.DoubleSparseSquareMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.DoubleSquareMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.DoubleTridiagonalMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.IntegerDiagonalMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.IntegerMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.IntegerSquareMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.IntegerTridiagonalMatrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.Matrix: Returns the transpose of this matrix.
transpose() - Method in class JSci.maths.matrices.RingMatrix: Returns the transpose of this matrix.
trapezium(int, Mapping, double, double) - Static method in class JSci.maths.NumericalMath: Numerical integration using the trapezium rule.
TridiagonalMatrix - Interface in JSci.maths.matrices
TRIPLE - Static variable in class JSci.chemistry.CovalentBond: Sigma and two pi bonds
tvert - Variable in class JSci.awt.Model3D
tvert - Variable in class JSci.swing.Model3D
TWO - Static variable in class JSci.maths.fields.ComplexField
TWO_PI - Static variable in interface JSci.maths.NumericalConstants: Two times .
TwoROI - Class in JSci.instruments: A ROI made by two rectangular regions, one inside the other (two levels of interest)
TwoROI() - Constructor for class JSci.instruments.TwoROI
Tx - Variable in class JSci.physics.ConstantTorque3D
Ty - Variable in class JSci.physics.ConstantTorque3D
Tz - Variable in class JSci.physics.ConstantTorque3D

U

U1 - Class in JSci.maths.groups: The U1 class provides an encapsulation for U(1) groups.
udiag - Variable in class JSci.maths.matrices.DoubleTridiagonalMatrix
udiag - Variable in class JSci.maths.matrices.IntegerTridiagonalMatrix
udiagIm - Variable in class JSci.maths.matrices.ComplexTridiagonalMatrix
udiagRe - Variable in class JSci.maths.matrices.ComplexTridiagonalMatrix
UndefinedCompositionException - Exception in JSci.maths.categories: This exception occurs when trying to compose two morphisms whose composition is undefined.
UndefinedCompositionException() - Constructor for exception JSci.maths.categories.UndefinedCompositionException: Constructs a UndefinedCompositionException with no detail message.
UndefinedCompositionException(String) - Constructor for exception JSci.maths.categories.UndefinedCompositionException: Constructs a UndefinedCompositionException with the specified detail message.
UniformDistribution - Class in JSci.maths.statistics
UniformDistribution(double, double) - Constructor for class JSci.maths.statistics.UniformDistribution
union(MathSet) - Method in class JSci.maths.categories.FinSet.FunctionSet
union(MathSet) - Method in class JSci.maths.FiniteSet: Performs the union of this set with another.
union(MathSet) - Method in interface JSci.maths.MathSet: Performs the union of this set with another.
Up - Class in JSci.physics.particles: A class representing ups.
Up() - Constructor for class JSci.physics.particles.Up: Constructs an up.
update(Graphics) - Method in class JSci.awt.DoubleBufferedCanvas: Updates the canvas.
update(double) - Method in class JSci.maths.statistics.SampleStatistics
update(Graphics) - Method in class JSci.swing.JDoubleBufferedComponent: Updates the canvas.
UpdateLineColumn(char) - Static method in class JSci.maths.symbolic.SimpleCharStream
upsample(Complex[]) - Static method in class JSci.maths.WaveletMath: Insertion of zeros between every other data point in 1D.
upsample(double[]) - Static method in class JSci.maths.WaveletMath: Insertion of zeros between every other data point in 1D.
upsample(Complex[], Complex[]) - Static method in class JSci.maths.WaveletMath: Part of the Fast Wavelet Scheme.
upsample(double[], double[]) - Static method in class JSci.maths.WaveletMath: Part of the Fast Wavelet Scheme.
uRef - Variable in class JSci.maths.matrices.ComplexLUCache
uRef - Variable in class JSci.maths.matrices.DoubleLUCache

V

v - Variable in class JSci.physics.ClassicalParticle
v0 - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
v0 - Static variable in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
v0 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
v0 - Static variable in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
v0 - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
v0 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
v0 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v0 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v0 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v0 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v0 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v0 - Static variable in class JSci.maths.wavelet.splines.LinearSpline
v0 - Static variable in class JSci.maths.wavelet.splines.QuadraticSpline
v0temp - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
v0temp - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
v0temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v0temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v0temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v0temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v0temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v1 - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
v1 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
v1 - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
v1 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
v1 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v1 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v1 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v1 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v1 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v10 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v10 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v10temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v10temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v11 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v11 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v11temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v11temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v12 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v12temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v13 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v13temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v1temp - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
v1temp - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
v1temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v1temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v1temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v1temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v1temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v2 - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
v2 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
v2 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
v2 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v2 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v2 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v2 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v2 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v2temp - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
v2temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v2temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v2temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v2temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v2temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v3 - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
v3 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
v3 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
v3 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v3 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v3 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v3 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v3 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v3temp - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
v3temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v3temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v3temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v3temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v3temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v4 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
v4 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v4 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v4 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v4 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v4 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v4temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v4temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v4temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v4temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v4temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v5 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
v5 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v5 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v5 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v5 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v5 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v5temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
v5temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v5temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v5temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v5temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v6 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v6 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v6 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v6 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v6temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v6temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v6temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v6temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v7 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v7 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v7 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v7 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v7temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
v7temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v7temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v7temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v8 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v8 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v8 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v8temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v8temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v8temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v9 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v9 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v9 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
v9temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
v9temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
v9temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
value() - Method in class JSci.maths.MathDouble: Returns the double value.
value() - Method in class JSci.maths.MathInteger: Returns the integer value.
Variable - Class in JSci.maths.symbolic: Variables in an Expression.
Variable(String, Object) - Constructor for class JSci.maths.symbolic.Variable
variance(double[]) - Static method in class JSci.maths.ArrayMath: Computes the variance.
variance(int[]) - Static method in class JSci.maths.ArrayMath: Computes the variance.
variance(int) - Method in class JSci.maths.wavelet.FWTCoef
variance(FWTCoef[], int) - Static method in class JSci.maths.wavelet.FWTCoefMath
variance(int) - Method in class JSci.maths.wavelet.FWTPacketCoef
varianceICF() - Method in class JSci.maths.wavelet.FWTCoef
varianceICF() - Method in class JSci.maths.wavelet.FWTPacketCoef
varianceRatio(int) - Method in class JSci.maths.wavelet.FWTCoef
varianceRatio(FWTCoef[], int) - Static method in class JSci.maths.wavelet.FWTCoefMath
varianceRatio(int) - Method in class JSci.maths.wavelet.FWTPacketCoef
vd0 - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
vd0 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
vd0 - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
vd0 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
vd0 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd0 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd0 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd0 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd0 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd0temp - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
vd0temp - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
vd0temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd0temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd0temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd0temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd0temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd1 - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
vd1 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
vd1 - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
vd1 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
vd1 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd1 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd1 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd1 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd1 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd10 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd10 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd10temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd10temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd11 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd11 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd11temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd11temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd12 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd12temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd13 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd13temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd1temp - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
vd1temp - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
vd1temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd1temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd1temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd1temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd1temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd2 - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
vd2 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
vd2 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
vd2 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd2 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd2 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd2 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd2 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd2temp - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
vd2temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd2temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd2temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd2temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd2temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd3 - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
vd3 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
vd3 - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
vd3 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd3 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd3 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd3 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd3 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd3temp - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
vd3temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd3temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd3temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd3temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd3temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd4 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
vd4 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd4 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd4 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd4 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd4 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd4temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd4temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd4temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd4temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd4temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd5 - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
vd5 - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd5 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd5 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd5 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd5 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd5temp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vd5temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd5temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd5temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd5temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd6 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd6 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd6 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd6 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd6temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd6temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd6temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd6temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd7 - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd7 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd7 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd7 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd7temp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vd7temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd7temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd7temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd8 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd8 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd8 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd8temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd8temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd8temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd9 - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd9 - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd9 - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vd9temp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vd9temp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vd9temp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vector - Variable in class JSci.maths.vectors.DoubleVector: Array containing the components of the vector.
vector - Variable in class JSci.maths.vectors.IntegerVector: Array containing the components of the vector.
VectorDimensionException - Exception in JSci.maths.vectors: This exception occurs when there is a problem involving a vector's dimension.
VectorDimensionException() - Constructor for exception JSci.maths.vectors.VectorDimensionException: Constructs a VectorDimensionException with no detail message.
VectorDimensionException(String) - Constructor for exception JSci.maths.vectors.VectorDimensionException: Constructs a VectorDimensionException with the specified detail message.
vectorIm - Variable in class JSci.maths.vectors.ComplexVector
vectorRe - Variable in class JSci.maths.vectors.ComplexVector: Arrays containing the components of the vector.
VectorSpace - Interface in JSci.maths.algebras: This interface defines a vector space.
VectorSpace.Member - Interface in JSci.maths.algebras: This interface defines a member of a vector space, i.e.
VectorToolkit - Class in JSci.util: This is a useful collection of vector related methods.
Version - Class in JSci: The Version class contains information about the current and latest release.
vert - Variable in class JSci.awt.Model3D
vert - Variable in class JSci.swing.Model3D
VERTICAL - Static variable in class JSci.swing.JSliderPlus: For building a vertical SliderHolder
vg - Static variable in class JSci.maths.wavelet.cdf2_4.CDF2_4
vg - Static variable in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
vg - Static variable in class JSci.maths.wavelet.cdf3_5.CDF3_5
vg - Static variable in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
vg - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
vg - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
vg - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4
vg - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5
vg - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6
vg - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7
vg - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8
vg - Static variable in class JSci.maths.wavelet.haar.MultiSplineHaar
vg - Static variable in class JSci.maths.wavelet.splines.LinearSpline
vg - Static variable in class JSci.maths.wavelet.splines.PiecewiseConstant
vg - Static variable in class JSci.maths.wavelet.splines.QuadraticSpline
vgtemp - Static variable in class JSci.maths.wavelet.daubechies2.Daubechies2
vgtemp - Static variable in class JSci.maths.wavelet.daubechies3.Daubechies3
vgtemp - Static variable in class JSci.maths.wavelet.daubechies4.Daubechies4: On d�finit ici le filtre comme tel par le vecteur phvg (filtre passe-haut).
vgtemp - Static variable in class JSci.maths.wavelet.daubechies5.Daubechies5: On d�finit ici le filtre comme tel par le vecteur phvg (filtre passe-haut).
vgtemp - Static variable in class JSci.maths.wavelet.daubechies6.Daubechies6: On d�finit ici le filtre comme tel par le vecteur phvg (filtre passe-haut).
vgtemp - Static variable in class JSci.maths.wavelet.daubechies7.Daubechies7: On d�finit ici le filtre comme tel par le vecteur phvg (filtre passe-haut).
vgtemp - Static variable in class JSci.maths.wavelet.daubechies8.Daubechies8: On d�finit ici le filtre comme tel par le vecteur phvg (filtre passe-haut).
vog - Static variable in class JSci.maths.wavelet.haar.MultiSplineHaar
vx - Variable in class JSci.physics.ClassicalParticle2D: Velocity coordinates.
vx - Variable in class JSci.physics.ClassicalParticle3D: Velocity coordinates.
vy - Variable in class JSci.physics.ClassicalParticle2D: Velocity coordinates.
vy - Variable in class JSci.physics.ClassicalParticle3D: Velocity coordinates.
vz - Variable in class JSci.physics.ClassicalParticle3D: Velocity coordinates.

W

wavelet - Static variable in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
wavelet(int, int) - Static method in class JSci.maths.wavelet.cdf2_4.MultiSpline2_4
wavelet(int, int) - Static method in class JSci.maths.wavelet.cdf3_5.MultiSpline3_5
wavelet - Static variable in class JSci.maths.wavelet.daubechies2.FastDaubechies2
wavelet - Static variable in class JSci.maths.wavelet.haar.FastHaar
wavelet(int, int) - Static method in class JSci.maths.wavelet.haar.MultiSplineHaar
wavelet - Static variable in class JSci.maths.wavelet.symmlet8.FastSymmlet8
Wavelet2 - Class in JSci.maths.wavelet.daubechies2: Daubechies wavelets adapted to the interval by Meyer.
Wavelet2(int, int) - Constructor for class JSci.maths.wavelet.daubechies2.Wavelet2
Wavelet2() - Constructor for class JSci.maths.wavelet.daubechies2.Wavelet2
Wavelet3 - Class in JSci.maths.wavelet.daubechies3: Daubechies wavelets adapted to the interval by Meyer.
Wavelet3(int, int) - Constructor for class JSci.maths.wavelet.daubechies3.Wavelet3
Wavelet3() - Constructor for class JSci.maths.wavelet.daubechies3.Wavelet3
Wavelet4 - Class in JSci.maths.wavelet.daubechies4: Daubechies wavelets adapted to the interval by Meyer.
Wavelet4(int, int) - Constructor for class JSci.maths.wavelet.daubechies4.Wavelet4
Wavelet4() - Constructor for class JSci.maths.wavelet.daubechies4.Wavelet4
Wavelet5 - Class in JSci.maths.wavelet.daubechies5: Daubechies wavelets adapted to the interval by Meyer.
Wavelet5(int, int) - Constructor for class JSci.maths.wavelet.daubechies5.Wavelet5
Wavelet5() - Constructor for class JSci.maths.wavelet.daubechies5.Wavelet5
Wavelet6 - Class in JSci.maths.wavelet.daubechies6: Daubechies wavelets adapted to the interval by Meyer.
Wavelet6(int, int) - Constructor for class JSci.maths.wavelet.daubechies6.Wavelet6
Wavelet6() - Constructor for class JSci.maths.wavelet.daubechies6.Wavelet6
Wavelet7 - Class in JSci.maths.wavelet.daubechies7: Daubechies wavelets adapted to the interval by Meyer.
Wavelet7(int, int) - Constructor for class JSci.maths.wavelet.daubechies7.Wavelet7
Wavelet7() - Constructor for class JSci.maths.wavelet.daubechies7.Wavelet7
Wavelet8 - Class in JSci.maths.wavelet.daubechies8: Daubechies wavelets adapted to the interval by Meyer.
Wavelet8(int, int) - Constructor for class JSci.maths.wavelet.daubechies8.Wavelet8
Wavelet8() - Constructor for class JSci.maths.wavelet.daubechies8.Wavelet8
WaveletMath - Class in JSci.maths: The wavelet math library.
waveletPrimary - Static variable in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
waveletPrimaryLeft - Static variable in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
waveletPrimaryRight - Static variable in class JSci.maths.wavelet.cdf2_4.FastCDF2_4
WeibullDistribution - Class in JSci.maths.statistics: The WeibullDistribution class provides an object for encapsulating Weibull distributions.
WeibullDistribution(double) - Constructor for class JSci.maths.statistics.WeibullDistribution: Constructs a Weibull distribution.
WEIGHT_LIGHT_PART - Static variable in class JSci.instruments.PTTwoDBarycentreCross: the weight of the light region vs.
wilkinsonMatrix(int) - Static method in class JSci.util.MatrixToolkit
WMinus - Class in JSci.physics.particles: A class representing W-.
WMinus() - Constructor for class JSci.physics.particles.WMinus: Constructs a W-.
WPlus - Class in JSci.physics.particles: A class representing W+.
WPlus() - Constructor for class JSci.physics.particles.WPlus: Constructs a W+.
write(double[]) - Method in class JSci.io.TextWriter: Writes an array of data as a row.
write(double[][]) - Method in class JSci.io.TextWriter: Writes an array of data.
write(int[]) - Method in class JSci.io.TextWriter: Writes an array of data as a row.
write(int[][]) - Method in class JSci.io.TextWriter: Writes an array of data.
write(AbstractDoubleMatrix) - Method in class JSci.io.TextWriter: Writes a matrix.
write(AbstractIntegerMatrix) - Method in class JSci.io.TextWriter: Writes a matrix.
write(AbstractDoubleVector) - Method in class JSci.io.TextWriter: Writes a vector as a row.
write(AbstractIntegerVector) - Method in class JSci.io.TextWriter: Writes a vector as a row.
writeDouble(double) - Method in class JSci.io.TextWriter
writeInt(int) - Method in class JSci.io.TextWriter
writeTable(AbstractDoubleMatrix) - Method in class JSci.io.TextWriter: Writes a matrix as a (row,column,value) table.

X

x - Variable in class JSci.maths.vectors.Double2Vector
x - Variable in class JSci.maths.vectors.Double3Vector
x - Variable in class JSci.maths.vectors.Integer2Vector
x - Variable in class JSci.maths.vectors.Integer3Vector
x - Variable in class JSci.physics.ClassicalParticle
x - Variable in class JSci.physics.ClassicalParticle2D: Position coordinates.
x - Variable in class JSci.physics.ClassicalParticle3D: Position coordinates.
X1 - Static variable in class JSci.physics.quantum.SpinOperator: Spin 1 operator (x).
X1_2 - Static variable in class JSci.physics.quantum.SpinOperator: Spin 1/2 operator (x).
X_AXIS - Static variable in class JSci.awt.GraphLayout
X_AXIS - Static variable in class JSci.swing.JGraphLayout
X_CHAOS - Static variable in class JSci.maths.chaos.GingerbreadManMap: Chaotic x value.
xAxis - Variable in class JSci.awt.DefaultCategoryGraph2DModel.DataSeries
xAxis - Variable in class JSci.awt.DefaultGraph2DModel.DataSeries
xAxis - Variable in class JSci.awt.DefaultGraph3DModel.DataSeries
xAxisLine - Variable in class JSci.awt.Graph2D
xAxisLine - Variable in class JSci.swing.JGraph2D
Xi - Class in JSci.physics.particles: A class representing xis.
Xi() - Constructor for class JSci.physics.particles.Xi: Constructs a xi.
xim - Variable in class JSci.maths.vectors.Complex2Vector
xim - Variable in class JSci.maths.vectors.Complex3Vector
XiMinus - Class in JSci.physics.particles: A class representing xi-.
XiMinus() - Constructor for class JSci.physics.particles.XiMinus: Constructs a xi-.
XiPlus - Class in JSci.physics.particles: A class representing xi+.
XiPlus() - Constructor for class JSci.physics.particles.XiPlus: Constructs a xi+.
XiZero - Class in JSci.physics.particles: A class representing xi0.
XiZero() - Constructor for class JSci.physics.particles.XiZero: Constructs a xi0.
xmax - Variable in class JSci.awt.Model3D
xmax - Variable in class JSci.swing.Model3D
xmin - Variable in class JSci.awt.Model3D
xmin - Variable in class JSci.swing.Model3D
xNumberFormat - Variable in class JSci.awt.Graph2D
xNumberFormat - Variable in class JSci.awt.Histogram
xNumberFormat - Variable in class JSci.swing.JGraph2D
xNumberFormat - Variable in class JSci.swing.JHistogram
xNumbering - Variable in class JSci.awt.Graph2D: Axis numbering.
xNumbering - Variable in class JSci.swing.JGraph2D: Axis numbering.
xo - Variable in class JSci.awt.Matrix3D
xo - Variable in class JSci.swing.Matrix3D
xre - Variable in class JSci.maths.vectors.Complex2Vector
xre - Variable in class JSci.maths.vectors.Complex3Vector
xRotate(double) - Method in class JSci.awt.Matrix3D: rotate theta degrees about the x axis
xRotate(double) - Method in class JSci.swing.Matrix3D: rotate theta degrees about the x axis
xx - Variable in class JSci.awt.Matrix3D
xx - Variable in class JSci.swing.Matrix3D
xy - Variable in class JSci.awt.Matrix3D
xy - Variable in class JSci.swing.Matrix3D
xz - Variable in class JSci.awt.Matrix3D
xz - Variable in class JSci.swing.Matrix3D

Y

y - Variable in class JSci.maths.vectors.Double2Vector
y - Variable in class JSci.maths.vectors.Double3Vector
y - Variable in class JSci.maths.vectors.Integer2Vector
y - Variable in class JSci.maths.vectors.Integer3Vector
y - Variable in class JSci.physics.ClassicalParticle2D: Position coordinates.
y - Variable in class JSci.physics.ClassicalParticle3D: Position coordinates.
Y0_D - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 0 matrix (Dirac representation).
Y0_M - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 0 matrix (Majorana representation).
Y0_W - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 0 matrix (Weyl representation).
Y1 - Static variable in class JSci.physics.quantum.SpinOperator: Spin 1 operator (y).
Y1_2 - Static variable in class JSci.physics.quantum.SpinOperator: Spin 1/2 operator (y).
Y1_D - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 1 matrix (Dirac representation).
Y1_M - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 1 matrix (Majorana representation).
Y1_W - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 1 matrix (Weyl representation).
Y2_D - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 2 matrix (Dirac representation).
Y2_M - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 2 matrix (Majorana representation).
Y2_W - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 2 matrix (Weyl representation).
Y3_D - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 3 matrix (Dirac representation).
Y3_M - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 3 matrix (Majorana representation).
Y3_W - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 3 matrix (Weyl representation).
Y5_D - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 5 matrix (Dirac representation).
Y5_M - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 5 matrix (Majorana representation).
Y5_W - Static variable in class JSci.physics.quantum.GammaMatrix: Gamma 5 matrix (Weyl representation).
Y_AXIS - Static variable in class JSci.awt.GraphLayout
Y_AXIS - Static variable in class JSci.swing.JGraphLayout
yAxis - Variable in class JSci.awt.DefaultGraph3DModel.DataSeries
yAxisLine - Variable in class JSci.awt.Graph2D
yAxisLine - Variable in class JSci.swing.JGraph2D
yim - Variable in class JSci.maths.vectors.Complex2Vector
yim - Variable in class JSci.maths.vectors.Complex3Vector
ymax - Variable in class JSci.awt.Model3D
ymax - Variable in class JSci.swing.Model3D
ymin - Variable in class JSci.awt.Model3D
ymin - Variable in class JSci.swing.Model3D
yNumberFormat - Variable in class JSci.awt.BarGraph
yNumberFormat - Variable in class JSci.awt.Graph2D
yNumberFormat - Variable in class JSci.awt.Histogram
yNumberFormat - Variable in class JSci.swing.JBarGraph
yNumberFormat - Variable in class JSci.swing.JGraph2D
yNumberFormat - Variable in class JSci.swing.JHistogram
yNumbering - Variable in class JSci.awt.Graph2D: Axis numbering.
yNumbering - Variable in class JSci.swing.JGraph2D: Axis numbering.
yo - Variable in class JSci.awt.Matrix3D
yo - Variable in class JSci.swing.Matrix3D
yre - Variable in class JSci.maths.vectors.Complex2Vector
yre - Variable in class JSci.maths.vectors.Complex3Vector
yRotate(double) - Method in class JSci.awt.Matrix3D: rotate theta degrees about the y axis
yRotate(double) - Method in class JSci.swing.Matrix3D: rotate theta degrees about the y axis
yx - Variable in class JSci.awt.Matrix3D
yx - Variable in class JSci.swing.Matrix3D
yy - Variable in class JSci.awt.Matrix3D
yy - Variable in class JSci.swing.Matrix3D
yz - Variable in class JSci.awt.Matrix3D
yz - Variable in class JSci.swing.Matrix3D

Z

z - Static variable in class JSci.instruments.Simulated
z - Variable in class JSci.maths.vectors.Double3Vector
z - Variable in class JSci.maths.vectors.Integer3Vector
z - Variable in class JSci.physics.ClassicalParticle3D: Position coordinates.
Z1 - Static variable in class JSci.physics.quantum.SpinOperator: Spin 1 operator (z).
Z1_2 - Static variable in class JSci.physics.quantum.SpinOperator: Spin 1/2 operator (z).
zero() - Method in class JSci.maths.algebras.HilbertSpace: Returns the zero vector.
ZERO - Static variable in class JSci.maths.Complex: The complex number 0+0i.
ZERO - Static variable in class JSci.maths.fields.ComplexField
zero() - Method in class JSci.maths.fields.ComplexField: Returns the complex number zero.
ZERO - Static variable in class JSci.maths.fields.IntegerRing
zero() - Method in class JSci.maths.fields.IntegerRing: Returns the integer number zero.
ZERO - Static variable in class JSci.maths.fields.RealField
zero() - Method in class JSci.maths.fields.RealField: Returns the real number zero.
zero() - Method in interface JSci.maths.groups.AbelianGroup: Returns the identity element.
zero() - Method in class JSci.maths.groups.CyclicGroup: Returns the identity element.
zero() - Method in class JSci.maths.matrices.DoubleMatrixAlgebra
zero() - Method in class JSci.maths.matrices.IntegerMatrixAlgebra
zero() - Method in class JSci.maths.polynomials.ComplexPolynomialRing: Returns the identity element.
zero() - Method in class JSci.maths.polynomials.RealPolynomialRing: Returns the identity element.
ZERO_TOL - Static variable in class JSci.GlobalSettings: Zero tolerance.
zim - Variable in class JSci.maths.vectors.Complex3Vector
zmax - Variable in class JSci.awt.Model3D
zmax - Variable in class JSci.swing.Model3D
zmin - Variable in class JSci.awt.Model3D
zmin - Variable in class JSci.swing.Model3D
zo - Variable in class JSci.awt.Matrix3D
zo - Variable in class JSci.swing.Matrix3D
zre - Variable in class JSci.maths.vectors.Complex3Vector
zRotate(double) - Method in class JSci.awt.Matrix3D: rotate theta degrees about the z axis
zRotate(double) - Method in class JSci.swing.Matrix3D: rotate theta degrees about the z axis
zx - Variable in class JSci.awt.Matrix3D
zx - Variable in class JSci.swing.Matrix3D
zy - Variable in class JSci.awt.Matrix3D
zy - Variable in class JSci.swing.Matrix3D
zz - Variable in class JSci.awt.Matrix3D
zz - Variable in class JSci.swing.Matrix3D
ZZero - Class in JSci.physics.particles: A class representing Z0.
ZZero() - Constructor for class JSci.physics.particles.ZZero: Constructs a Z0.

_

_dim - Variable in class JSci.maths.polynomials.RealLagrangeBasis
_samplingsX - Variable in class JSci.maths.polynomials.RealLagrangeBasis

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