Uses of Interface
orbital.math.Vector

Packages that use Vector

orbital.awt	Extends the core Java AWT Package and includes some Beans and GUI add-ons as well as generic customizers.
orbital.math	Defines arithmetic objects and provides mathematical algorithms.
orbital.math.functional	Contains mathematical functors and extended functional operations.

Uses of Vector in orbital.awt

Fields in orbital.awt declared as Vector

Vector	Range.max
Vector	Range.min

Methods in orbital.awt that return Vector

Vector

ChartModel.getScale() Get the scale.

Methods in orbital.awt with parameters of type Vector

void	ChartModel.setScale(Vector scale) Set the scale.

Constructors in orbital.awt with parameters of type Vector

Range(Vector min, Vector max)

Uses of Vector in orbital.math

Methods in orbital.math that return Vector

static Vector	Evaluations.abs(Vector v) Deprecated. Returns the vector with the absolutes of all elements in this Vector.
Vector	Vector.add(Vector b) Adds two vectors returning a vector.
Vector	ValueFactory.asVector(Matrix m) Returns a vector view of the specified matrix.
Vector	ValueFactory.asVector(Tensor t) Returns a vector view of the specified tensor.
Vector	ValueFactory.asVector(UnivariatePolynomial p) Returns a vector view of the coefficients of a polynomial.
Vector	ValueFactory.BASE(int n, int i) Gets a vector ei of an ONB of Rn.
static Vector	NumericalAlgorithms.cgSolve(Matrix A, Vector x0, Vector b) cg-algorithm for solving A∙x=b iteratively starting with x0.
Vector	ValueFactory.CONST(int n, Arithmetic c) Gets a constant Vector, with all elements set to c.
Vector	ValueFactory.constant(Vector v) Returns an unmodifiable view of the specified vector.
Vector	Vector.cross(Vector b) Vector-cross-product of two vectors.
Vector	UnivariatePolynomial.getCoefficientVector() Returns a vector view of all the coefficients of this polynomial.
Vector	Matrix.getColumn(int c) Returns the column vector view of a column.
Vector	Matrix.getDiagonal() Returns the main-diagonal-vector of this square matrix.
Vector	Matrix.getRow(int r) Returns the row vector view of a row.
Vector	Vector.insert(Arithmetic v) Append a value to this vector.
Vector	Vector.insert(int index, Arithmetic v) Insert a value into this vector at the specified index.
Vector	Vector.insertAll(int index, Vector v) Insert all components of a vector into this vector at the specified index.
Vector	Vector.insertAll(Vector v) Append all components of a vector to this vector.
Vector	Vector.multiply(Matrix B) Multiplies a vector with a matrix returning a vector.
Vector	Vector.multiply(Scalar s) Multiplies a vector with a scalar returning a vector.
Vector	Matrix.multiply(Vector B) Multiplies a matrix with a vector returning a vector.
Vector	ValueFactory.newInstance(int dimension) Creates a new instance of vector with the specified dimension.
static Vector	Stat.regression(Function[] funcs, Matrix experiment) Performs linear regression to estimate the statistical mean according to least squares.
static Vector	Stat.regression(Vector u, Matrix A, Matrix Cu) Performs elemental linear regression to estimate the statistical mean according to the method of least squares.
Vector	Vector.remove(int index) Remove the component at an index from this vector.
Vector	Vector.scale(Scalar s) Multiplies a vector with a scalar returning a vector.
Vector	LUDecomposition.solve(Vector b) Solve linear equation system A∙b.
Vector	Vector.subtract(Vector b) Subtracts two vectors returning a vector.
Vector	Vector.subVector(int i1, int i2) Get a sub-vector view ranging (i1:i2) inclusive.
Vector	ValueFactory.tensor(Arithmetic[] values) Returns a vector containing the specified arithmetic objects.
Vector	ValueFactory.valueOf(Arithmetic[] values) Returns a Vector containing the specified arithmetic objects.
Vector	ValueFactory.valueOf(double[] values)
Vector	ValueFactory.valueOf(int[] values)
Vector	ValueFactory.ZERO(int n) Gets zero Vector, with all elements set to 0.

Methods in orbital.math with parameters of type Vector

static Vector	Evaluations.abs(Vector v) Deprecated. Returns the vector with the absolutes of all elements in this Vector.
Vector	Vector.add(Vector b) Adds two vectors returning a vector.
UnivariatePolynomial	ValueFactory.asPolynomial(Vector a) Returns a polynomial view of a vector.
static Arithmetic	Evaluations.average(Vector v) Deprecated. Returns the average of all elements in this Vector.
static Vector	NumericalAlgorithms.cgSolve(Matrix A, Vector x0, Vector b) cg-algorithm for solving A∙x=b iteratively starting with x0.
Vector	ValueFactory.constant(Vector v) Returns an unmodifiable view of the specified vector.
Vector	Vector.cross(Vector b) Vector-cross-product of two vectors.
Matrix	ValueFactory.DIAGONAL(Vector diagon) Gets diagonal Matrix, with all elements set to 0, except the leading diagonal mi,i set to vi.
static Function	NumericalAlgorithms.dSolve(BinaryFunction f, Real tau, Vector eta, Real a, Real b, int steps, int order) Returns a numerical solution x of the differential equation x'(t) = f(t,x(t)), x(τ)=η on [a,b].
static Function	NumericalAlgorithms.dSolve(BinaryFunction f, Real tau, Vector eta, Real min, Real max, int steps, Matrix butcher) Returns a numerical solution x of the differential equation x'(t) = f(t,x(t)), x(τ)=η on [a,b].
static Function	AlgebraicAlgorithms.dSolve(Matrix A, Vector b, Real tau, Vector eta) Symbolically solves ordinary differential equation system.
java.lang.String	ArithmeticFormat.format(Vector obj) Specialization of format.
java.lang.StringBuffer	ArithmeticFormat.format(Vector v, java.lang.StringBuffer result, java.text.FieldPosition fieldPosition) Specialization of format.
Vector	Vector.insertAll(int index, Vector v) Insert all components of a vector into this vector at the specified index.
Vector	Vector.insertAll(Vector v) Append all components of a vector to this vector.
static Arithmetic	Evaluations.max(Vector v) Deprecated. Returns the maximum value of all elements in this Vector.
static Arithmetic	Evaluations.min(Vector v) Deprecated. Returns the minimum value of all elements in this Vector.
Arithmetic	Vector.multiply(Vector b) Scalar-dot-product ⟨·,·⟩:V×V→F of two vectors.
Vector	Matrix.multiply(Vector B) Multiplies a matrix with a vector returning a vector.
static Vector	Stat.regression(Vector u, Matrix A, Matrix Cu) Performs elemental linear regression to estimate the statistical mean according to the method of least squares.
void	Matrix.setColumn(int c, Vector col) Sets the column vector at a column.
void	Matrix.setRow(int r, Vector row) Sets the row vector at a row.
Vector	LUDecomposition.solve(Vector b) Solve linear equation system A∙b.
Vector	Vector.subtract(Vector b) Subtracts two vectors returning a vector.
static Arithmetic	Evaluations.sum(Vector v) Deprecated. Returns the total sum of all elements in this Vector.

Uses of Vector in orbital.math.functional

Methods in orbital.math.functional that return Vector

static Vector	Functionals.map(BinaryFunction f, Vector x, Vector y)
static Vector	Functionals.map(Function f, Vector a)

Methods in orbital.math.functional with parameters of type Vector

static Vector	Functionals.map(BinaryFunction f, Vector x, Vector y)
static Vector	Functionals.map(Function f, Vector a)
static UnivariatePolynomial	Functions.polynom(Vector coeff) polynom: R'→R'; X↦∑i=0d aiXi.