Uses of Class
org.jscience.mathematics.vector.Vector

Packages that use Vector

Package	Description
org.jscience.mathematics.vector	Provides support for linear algebra in the form of matrices and vectors.

Uses of Vector in org.jscience.mathematics.vector

Subclasses of Vector in org.jscience.mathematics.vector

Modifier and Type	Class and Description
class	ComplexVector This class represents an optimized vector implementation for complex numbers elements.
class	DenseVector<F extends Field<F>> This class represents a dense vector.
class	Float64Vector This class represents an optimized vector implementation for 64 bits floating point elements.
class	SparseVector<F extends Field<F>> This class represents a sparse vector.

Methods in org.jscience.mathematics.vector that return Vector

Modifier and Type	Method and Description
abstract Vector<F>	Vector.copy() Returns a copy of this vector allocated by the calling thread (possibly on the stack).
Vector<F>	Vector.cross(Vector<F> that) Returns the cross product of two 3-dimensional vectors.
abstract Vector<F>	Matrix.getColumn(int j) Returns the column identified by the specified index in this matrix.
abstract Vector<F>	Matrix.getDiagonal() Returns the diagonal vector.
abstract Vector<F>	Matrix.getRow(int i) Returns the row identified by the specified index in this matrix.
Vector<F>	Vector.minus(Vector<F> that) Returns the difference between this vector and the one specified.
abstract Vector<F>	Vector.opposite() Returns the negation of this vector.
abstract Vector<F>	Vector.plus(Vector<F> that) Returns the sum of this vector with the one specified.
Vector<F>	Matrix.solve(Vector<F> y) Solves this matrix for the specified vector (returns x such as this · x = y).
abstract Vector<F>	Vector.times(F k) Returns the product of this vector with the specified coefficient.
abstract Vector<F>	Matrix.times(Vector<F> v) Returns the product of this matrix by the specified vector.
Vector<F>	DenseMatrix.vectorization()
abstract Vector<F>	Matrix.vectorization() Returns the vectorization of this matrix.

Methods in org.jscience.mathematics.vector with parameters of type Vector

Modifier and Type	Method and Description
Vector<F>	Vector.cross(Vector<F> that) Returns the cross product of two 3-dimensional vectors.
Float64Vector	Float64Vector.cross(Vector<Float64> that)
boolean	Vector.equals(Vector<F> that, Comparator<F> cmp) Indicates if this vector can be considered equals to the one specified using the specified comparator when testing for element equality.
ComplexVector	ComplexVector.minus(Vector<Complex> that)
DenseVector<F>	DenseVector.minus(Vector<F> that)
Vector<F>	Vector.minus(Vector<F> that) Returns the difference between this vector and the one specified.
Float64Vector	Float64Vector.minus(Vector<Float64> that)
ComplexVector	ComplexVector.plus(Vector<Complex> that)
DenseVector<F>	DenseVector.plus(Vector<F> that)
SparseVector<F>	SparseVector.plus(Vector<F> that)
abstract Vector<F>	Vector.plus(Vector<F> that) Returns the sum of this vector with the one specified.
Float64Vector	Float64Vector.plus(Vector<Float64> that)
Vector<F>	Matrix.solve(Vector<F> y) Solves this matrix for the specified vector (returns x such as this · x = y).
ComplexVector	ComplexMatrix.times(Vector<Complex> v)
Complex	ComplexVector.times(Vector<Complex> that)
DenseVector<F>	DenseMatrix.times(Vector<F> v)
F	DenseVector.times(Vector<F> that)
abstract Vector<F>	Matrix.times(Vector<F> v) Returns the product of this matrix by the specified vector.
SparseVector<F>	SparseMatrix.times(Vector<F> v)
F	SparseVector.times(Vector<F> that)
abstract F	Vector.times(Vector<F> that) Returns the dot product of this vector with the one specified.
Float64Vector	Float64Matrix.times(Vector<Float64> v)
Float64	Float64Vector.times(Vector<Float64> that)
static ComplexVector	ComplexVector.valueOf(Vector<Complex> that) Returns a ComplexVector instance equivalent to the specified vector.
static <F extends Field<F>> DenseVector<F>	DenseVector.valueOf(Vector<F> that) Returns a dense vector equivalent to the specified vector.
static <F extends Field<F>> SparseMatrix<F>	SparseMatrix.valueOf(Vector<F> diagonal, F zero) Returns the sparse square matrix having the specified diagonal vector.
static <F extends Field<F>> SparseVector<F>	SparseVector.valueOf(Vector<F> that, F zero) Returns a sparse vector equivalent to the specified vector but with the zero elements removed removed using a default object equality comparator.
static <F extends Field<F>> SparseVector<F>	SparseVector.valueOf(Vector<F> that, F zero, javolution.util.FastComparator<? super F> comparator) Returns a sparse vector equivalent to the specified vector but with the zero elements removed using the specified object equality comparator.
static Float64Vector	Float64Vector.valueOf(Vector<Float64> that) Returns a Float64Vector instance equivalent to the specified vector.