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Java Source Code / Java Documentation » Science » jscience 4.3.1 » org.jscience.mathematics.vector

Source Cross Reference Class Diagram Java Document (Java Doc)

org.jscience.mathematics.vector .ComplexVector

ComplexVector
final public class ComplexVector extends Vector implements VectorSpaceNormed<Vector<Complex>, Complex>(Code)
	This class represents an optimized Vector vector implementation for Complex complex numbers elements. author: Jean-Marie Dautelle version: 3.3, January 2, 2007

Field Summary
final protected static XMLFormat<ComplexVector>	XML Holds the default XML representation.

Method Summary
public ComplexVector	copy()
public Complex	get(int i)
public int	getDimension()
public double	getImaginary(int i) Returns the imaginary value of a complex number from this vector (fast). Parameters: i - the complex number index.
public double	getReal(int i) Returns the real value of a complex number from this vector (fast). Parameters: i - the complex number index.
public ComplexVector	minus(Vector<Complex> that)
static ComplexVector	newInstance(int n)
public Complex	norm() Returns the Euclidian norm of this vector (square root of the dot product of this vector and itself).
public ComplexVector	opposite()
public ComplexVector	plus(Vector<Complex> that)
void	set(int i, Complex c)
public ComplexVector	times(Complex k)
public Complex	times(Vector<Complex> that)
public static ComplexVector	valueOf(Complex... elements) Returns a new vector holding the specified complex numbers. Parameters: elements - the complex numbers elements.
public static ComplexVector	valueOf(List<Complex> elements) Returns a new vector holding the elements from the specified collection. Parameters: elements - the collection of floating-points numbers.
public static ComplexVector	valueOf(Vector<Complex> that) Returns a ComplexVector instance equivalent to the specified vector. Parameters: that - the vector to convert.

Field Detail

XML
final protected static XMLFormat<ComplexVector> XML(Code)
	Holds the default XML representation. For example: [code] [/code]

Method Detail

copy
public ComplexVector copy()(Code)

get
public Complex get(int i)(Code)

getDimension
public int getDimension()(Code)

getImaginary
public double getImaginary(int i)(Code)
	Returns the imaginary value of a complex number from this vector (fast). Parameters: i - the complex number index. the real value of complex at `i`. throws: IndexOutOfBoundsException - `(i < 0) \|\| (i >= dimension())`

getReal
public double getReal(int i)(Code)
	Returns the real value of a complex number from this vector (fast). Parameters: i - the complex number index. the real value of complex at `i`. throws: IndexOutOfBoundsException - `(i < 0) \|\| (i >= dimension())`

minus
public ComplexVector minus(Vector<Complex> that)(Code)

newInstance
static ComplexVector newInstance(int n)(Code)

norm
public Complex norm()(Code)
	Returns the Euclidian norm of this vector (square root of the dot product of this vector and itself). `sqrt(this · this)`.

opposite
public ComplexVector opposite()(Code)

plus
public ComplexVector plus(Vector<Complex> that)(Code)

set
void set(int i, Complex c)(Code)

times
public ComplexVector times(Complex k)(Code)

times
public Complex times(Vector<Complex> that)(Code)

valueOf
public static ComplexVector valueOf(Complex... elements)(Code)
	Returns a new vector holding the specified complex numbers. Parameters: elements - the complex numbers elements. the vector having the specified complex numbers.

valueOf
public static ComplexVector valueOf(List<Complex> elements)(Code)
	Returns a new vector holding the elements from the specified collection. Parameters: elements - the collection of floating-points numbers. the vector having the specified elements.

valueOf
public static ComplexVector valueOf(Vector<Complex> that)(Code)
	Returns a ComplexVector instance equivalent to the specified vector. Parameters: that - the vector to convert. `that` or new equivalent ComplexVector.

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