Uses of Class org.apache.commons.numbers.complex.Complex (VirtualDataSet API)

Packages that use Complex
Package	Description
org.apache.commons.math4.analysis.solvers	Root finding algorithms, for univariate real functions.
org.apache.commons.numbers.complex	Complex numbers.
org.apache.commons.numbers.complex.streams	Complex numbers collections.

Uses of Complex in org.apache.commons.math4.analysis.solvers

Methods in org.apache.commons.math4.analysis.solvers that return Complex
Modifier and Type	Method	Description
`Complex[]`	LaguerreSolver.`solveAllComplex(double[] coefficients, double initial)`	Find all complex roots for the polynomial with the given coefficients, starting from the given initial value.
`Complex`	LaguerreSolver.`solveComplex(double[] coefficients, double initial)`	Find a complex root for the polynomial with the given coefficients, starting from the given initial value.

Uses of Complex in org.apache.commons.numbers.complex

Fields in org.apache.commons.numbers.complex declared as Complex
Modifier and Type	Field	Description
`static Complex`	Complex.`I`	The square root of -1, a.k.a.
`static Complex`	Complex.`INF`	A complex number representing "+INF + INF i"
`static Complex`	Complex.`ONE`	A complex number representing one.
`static Complex`	Complex.`ZERO`	A complex number representing zero.

Methods in org.apache.commons.numbers.complex that return Complex
Modifier and Type	Method	Description
`Complex`	Complex.`acos()`	Compute the inverse cosine of this complex number.
`Complex`	Complex.`acosh()`	Compute the inverse hyperbolic cosine of this complex number.
`Complex`	Complex.`add(double addend)`	Returns a `Complex` whose value is `(this + addend)`, with `addend` interpreted as a real number.
`Complex`	Complex.`add(Complex addend)`	Returns a `Complex` whose value is `(this + addend)`.
`Complex`	Complex.`asin()`	Compute the inverse sine of this complex number.
`Complex`	Complex.`asinh()`	Compute the inverse hyperbolic sine of this complex number.
`Complex`	Complex.`atan()`	Compute the inverse tangent of this complex number.
`Complex`	Complex.`atanh()`	Compute the inverse hyperbolic tangent of this complex number.
`Complex`	Complex.`conj()`	Returns the conjugate of this complex number.
`Complex`	Complex.`conjugate()`	Returns the conjugate of this complex number.
`Complex`	Complex.`cos()`	Compute the cosine of this complex number.
`Complex`	Complex.`cosh()`	Compute the hyperbolic cosine of this complex number.
`Complex`	Complex.`divide(double divisor)`	Returns a `Complex` whose value is `(this / divisor)`, with `divisor` interpreted as a real number.
`Complex`	Complex.`divide(Complex divisor)`	Returns a `Complex` whose value is `(this / divisor)`.
`Complex`	Complex.`exp()`	Compute the exponential function of this complex number.
`Complex`	Complex.`log()`	Compute the natural logarithm of this complex number.
`Complex`	Complex.`log10()`	Compute the base 10 or common logarithm of this complex number.
`Complex`	Complex.`multiply(double factor)`	Returns a `Complex` whose value is `this * factor`, with `factor` interpreted as a real number.
`Complex`	Complex.`multiply(int factor)`	Returns a `Complex` whose value is `this * factor`, with `factor` interpreted as a integer number.
`Complex`	Complex.`multiply(Complex factor)`	Returns a `Complex` whose value is `this * factor`.
`Complex`	Complex.`negate()`	Returns a `Complex` whose value is `(-this)`.
`static Complex`	Complex.`ofCartesian(double real, double imaginary)`	Create a complex number given the real and imaginary parts.
`static Complex`	Complex.`ofCis(double x)`	For a real constructor argument x, returns a new Complex object c where `c = cos(x) + i sin (x)`
`static Complex`	Complex.`ofPolar(double r, double theta)`	Creates a Complex from its polar representation.
`static Complex`	Complex.`ofReal(double real)`	Create a complex number given the real part.
`static Complex`	Complex.`parse(java.lang.String s)`	Parses a string that would be produced by `toString()` and instantiates the corresponding object.
`Complex`	Complex.`pow(double x)`	Returns of value of this complex number raised to the power of `x`.
`Complex`	Complex.`pow(Complex x)`	Returns of value of this complex number raised to the power of `x`.
`Complex`	Complex.`proj()`	Returns projection of this complex number onto the Riemann sphere, i.e.
`Complex`	Complex.`reciprocal()`	Returns the multiplicative inverse of this instance.
`Complex`	Complex.`sin()`	Compute the sine of this complex number.
`Complex`	Complex.`sinh()`	Compute the hyperbolic sine of this complex number.
`Complex`	Complex.`sqrt()`	Compute the square root of this complex number.
`Complex`	Complex.`square()`	Compute the square of this complex number.
`Complex`	Complex.`subtract(double subtrahend)`	Returns a `Complex` whose value is `(this - subtrahend)`.
`Complex`	Complex.`subtract(Complex subtrahend)`	Returns a `Complex` whose value is `(this - subtrahend)`.
`Complex`	Complex.`tan()`	Compute the tangent of this complex number.
`Complex`	Complex.`tanh()`	Compute the hyperbolic tangent of this complex number.

Methods in org.apache.commons.numbers.complex that return types with arguments of type Complex
Modifier and Type	Method	Description
`java.util.List<Complex>`	Complex.`nthRoot(int n)`	Computes the n-th roots of this complex number.

Methods in org.apache.commons.numbers.complex with parameters of type Complex
Modifier and Type	Method	Description
`Complex`	Complex.`add(Complex addend)`	Returns a `Complex` whose value is `(this + addend)`.
`Complex`	Complex.`divide(Complex divisor)`	Returns a `Complex` whose value is `(this / divisor)`.
`static boolean`	Complex.`equals(Complex x, Complex y)`	Returns `true` iff the values are equal as defined by `equals(x, y, 1)`.
`static boolean`	Complex.`equals(Complex x, Complex y, double eps)`	Returns `true` if, both for the real part and for the imaginary part, there is no double value strictly between the arguments or the difference between them is within the range of allowed error (inclusive).
`static boolean`	Complex.`equals(Complex x, Complex y, int maxUlps)`	Test for the floating-point equality between Complex objects.
`static boolean`	Complex.`equalsWithRelativeTolerance(Complex x, Complex y, double eps)`	Returns `true` if, both for the real part and for the imaginary part, there is no double value strictly between the arguments or the relative difference between them is smaller or equal to the given tolerance.
`Complex`	Complex.`multiply(Complex factor)`	Returns a `Complex` whose value is `this * factor`.
`Complex`	Complex.`pow(Complex x)`	Returns of value of this complex number raised to the power of `x`.
`Complex`	Complex.`subtract(Complex subtrahend)`	Returns a `Complex` whose value is `(this - subtrahend)`.

Uses of Complex in org.apache.commons.numbers.complex.streams

Methods in org.apache.commons.numbers.complex.streams that return Complex
Modifier and Type	Method	Description
`static Complex`	ComplexUtils.`extractComplexFromImaginaryArray(double[] imaginary, int index)`	Returns double from array `imaginary[]` at entry `index` as a `Complex`.
`static Complex`	ComplexUtils.`extractComplexFromImaginaryArray(float[] imaginary, int index)`	Returns float from array `imaginary[]` at entry `index` as a `Complex`.
`static Complex`	ComplexUtils.`extractComplexFromInterleavedArray(double[] d, int index)`	Returns a Complex object from interleaved `double[]` array at entry `index`.
`static Complex`	ComplexUtils.`extractComplexFromInterleavedArray(float[] f, int index)`	Returns a Complex object from interleaved `float[]` array at entry `index`.
`static Complex`	ComplexUtils.`extractComplexFromRealArray(double[] real, int index)`	Returns double from array `real[]` at entry `index` as a `Complex`.
`static Complex`	ComplexUtils.`extractComplexFromRealArray(float[] real, int index)`	Returns float from array `real[]` at entry `index` as a `Complex`.
`static Complex[]`	ComplexUtils.`imaginary2Complex(double[] imaginary)`	Converts a `double[]` array to an imaginary `Complex[]` array.
`static Complex[][]`	ComplexUtils.`imaginary2Complex(double[][] i)`	Converts a 2D imaginary array `double[][]` to a 2D `Complex[][]` array.
`static Complex[][][]`	ComplexUtils.`imaginary2Complex(double[][][] i)`	Converts a 3D imaginary array `double[][][]` to a `Complex[]` array.
`static Complex[][][][]`	ComplexUtils.`imaginary2Complex(double[][][][] i)`	Converts a 4D imaginary array `double[][][][]` to a 4D `Complex[][][][]` array.
`static Complex[]`	ComplexUtils.`imaginary2Complex(float[] imaginary)`	Converts a `float[]` array to an imaginary `Complex[]` array.
`static Complex[]`	ComplexUtils.`initialize(Complex[] c)`	Initializes a `Complex[]` array to zero, to avoid NullPointerExceptions.
`static Complex[][]`	ComplexUtils.`initialize(Complex[][] c)`	Initializes a `Complex[][]` array to zero, to avoid NullPointerExceptions.
`static Complex[][][]`	ComplexUtils.`initialize(Complex[][][] c)`	Initializes a `Complex[][][]` array to zero, to avoid NullPointerExceptions.
`static Complex[]`	ComplexUtils.`interleaved2Complex(double[] interleaved)`	Converts a complex interleaved `double[]` array to a `Complex[]` array
`static Complex[][]`	ComplexUtils.`interleaved2Complex(double[][] d)`	Converts a 2D interleaved complex `double[][]` array to a `Complex[][]` array.
`static Complex[][][]`	ComplexUtils.`interleaved2Complex(double[][][] d)`	Converts a 3D interleaved complex `double[][][]` array to a `Complex[][][]` array.
`static Complex[][][][]`	ComplexUtils.`interleaved2Complex(double[][][][] i, int interleavedDim)`	Converts a 4D interleaved complex `double[][][][]` array to a `Complex[][][][]` array.
`static Complex[][][]`	ComplexUtils.`interleaved2Complex(double[][][] i, int interleavedDim)`	Converts a 3D interleaved complex `double[][][]` array to a `Complex[][][]` array.
`static Complex[][]`	ComplexUtils.`interleaved2Complex(double[][] i, int interleavedDim)`	Converts a 2D interleaved complex `double[][]` array to a `Complex[][]` array.
`static Complex[]`	ComplexUtils.`interleaved2Complex(float[] interleaved)`	Converts a complex interleaved `float[]` array to a `Complex[]` array
`static Complex[][]`	ComplexUtils.`interleaved2Complex(float[][] d)`	Converts a 2D interleaved complex `float[][]` array to a `Complex[][]` array.
`static Complex[][][]`	ComplexUtils.`interleaved2Complex(float[][][] d)`	Converts a 3D interleaved complex `float[][][]` array to a `Complex[]` array.
`static Complex[][][]`	ComplexUtils.`interleaved2Complex(float[][][] i, int interleavedDim)`	Converts a 3D interleaved complex `float[][][]` array to a `Complex[][][]` array.
`static Complex[][]`	ComplexUtils.`interleaved2Complex(float[][] i, int interleavedDim)`	Converts a 2D interleaved complex `float[][]` array to a `Complex[][]` array.
`static Complex[][][]`	ComplexUtils.`polar2Complex(double[][][] r, double[][][] theta)`	Creates `Complex[][][]` array given `double[][][]` arrays of r and theta.
`static Complex[][]`	ComplexUtils.`polar2Complex(double[][] r, double[][] theta)`	Creates `Complex[][]` array given `double[][]` arrays of r and theta.
`static Complex[]`	ComplexUtils.`polar2Complex(double[] r, double[] theta)`	Creates `Complex[]` array given `double[]` arrays of r and theta.
`static Complex`	ComplexUtils.`polar2Complex(double r, double theta)`	Creates a complex number from the given polar representation.
`static Complex[]`	ComplexUtils.`real2Complex(double[] real)`	Converts a `double[]` array to a `Complex[]` array.
`static Complex[][]`	ComplexUtils.`real2Complex(double[][] d)`	Converts a 2D real `double[][]` array to a 2D `Complex[][]` array.
`static Complex[][][]`	ComplexUtils.`real2Complex(double[][][] d)`	Converts a 3D real `double[][][]` array to a `Complex [][][]` array.
`static Complex[][][][]`	ComplexUtils.`real2Complex(double[][][][] d)`	Converts a 4D real `double[][][][]` array to a `Complex [][][][]` array.
`static Complex[]`	ComplexUtils.`real2Complex(float[] real)`	Converts a `float[]` array to a `Complex[]` array.
`static Complex[][]`	ComplexUtils.`real2Complex(float[][] d)`	Converts a 2D real `float[][]` array to a 2D `Complex[][]` array.
`static Complex[][][]`	ComplexUtils.`real2Complex(float[][][] d)`	Converts a 3D real `float[][][]` array to a `Complex [][][]` array.
`static Complex[][][][]`	ComplexUtils.`split2Complex(double[][][][] real, double[][][][] imag)`	Converts a 4D split complex array `double[][][][] r, double[][][][] i` to a 4D `Complex[][][][]` array.
`static Complex[][][]`	ComplexUtils.`split2Complex(double[][][] real, double[][][] imag)`	Converts a 3D split complex array `double[][][] r, double[][][] i` to a 3D `Complex[][][]` array.
`static Complex[][]`	ComplexUtils.`split2Complex(double[][] real, double[][] imag)`	Converts a 2D split complex array `double[][] r, double[][] i` to a 2D `Complex[][]` array.
`static Complex[]`	ComplexUtils.`split2Complex(double[] real, double[] imag)`	Converts a split complex array `double[] r, double[] i` to a `Complex[]` array.
`static Complex[][][]`	ComplexUtils.`split2Complex(float[][][] real, float[][][] imag)`	Converts a 3D split complex array `float[][][] r, float[][][] i` to a 3D `Complex[][][]` array.
`static Complex[][]`	ComplexUtils.`split2Complex(float[][] real, float[][] imag)`	Converts a 2D split complex array `float[][] r, float[][] i` to a 2D `Complex[][]` array.
`static Complex[]`	ComplexUtils.`split2Complex(float[] real, float[] imag)`	Converts a split complex array `float[] r, float[] i` to a `Complex[]` array.

Methods in org.apache.commons.numbers.complex.streams with parameters of type Complex
Modifier and Type	Method	Description
`static double[]`	ComplexUtils.`abs(Complex[] c)`	Returns `double[]` containing absolute values (magnitudes) of a `Complex[]` array.
`static double[]`	ComplexUtils.`arg(Complex[] c)`	Returns `double[]` containing arguments (phase angles) of a `Complex[]` array.
`static double[]`	ComplexUtils.`complex2Imaginary(Complex[] c)`	Converts imaginary part of a `Complex[]` array to a `double[]` array.
`static double[][]`	ComplexUtils.`complex2Imaginary(Complex[][] c)`	Converts imaginary component of a 2D `Complex[][]` array to a 2D `double[][]` array.
`static double[][][]`	ComplexUtils.`complex2Imaginary(Complex[][][] c)`	Converts imaginary component of a 3D `Complex[][][]` array to a 3D `double[][][]` array.
`static double[][][][]`	ComplexUtils.`complex2Imaginary(Complex[][][][] c)`	Converts imaginary component of a 4D `Complex[][][][]` array to a 4D `double[][][][]` array.
`static float[]`	ComplexUtils.`complex2ImaginaryFloat(Complex[] c)`	Converts imaginary component of a `Complex[]` array to a `float[]` array.
`static float[][]`	ComplexUtils.`complex2ImaginaryFloat(Complex[][] c)`	Converts imaginary component of a 2D `Complex[][]` array to a 2D `float[][]` array.
`static float[][][]`	ComplexUtils.`complex2ImaginaryFloat(Complex[][][] c)`	Converts imaginary component of a 3D `Complex[][][]` array to a 3D `float[][][]` array.
`static float[][][][]`	ComplexUtils.`complex2ImaginaryFloat(Complex[][][][] c)`	Converts imaginary component of a 4D `Complex[][][][]` array to a 4D `float[][][][]` array.
`static double[]`	ComplexUtils.`complex2Interleaved(Complex[] c)`	Converts a `Complex[]` array to an interleaved complex `double[]` array
`static double[][]`	ComplexUtils.`complex2Interleaved(Complex[][] c)`	Converts a 2D `Complex[][]` array to an interleaved complex `double[][]` array.
`static double[][][]`	ComplexUtils.`complex2Interleaved(Complex[][][] c)`	Converts a 3D `Complex[][][]` array to an interleaved complex `double[][][]` array.
`static double[][][][]`	ComplexUtils.`complex2Interleaved(Complex[][][][] c)`	Converts a 4D `Complex[][][][]` array to an interleaved complex `double[][][][]` array.
`static double[][][][]`	ComplexUtils.`complex2Interleaved(Complex[][][][] c, int interleavedDim)`	Converts a 4D `Complex[][][][]` array to an interleaved complex `double[][][][]` array.
`static double[][][]`	ComplexUtils.`complex2Interleaved(Complex[][][] c, int interleavedDim)`	Converts a 3D `Complex[][][]` array to an interleaved complex `double[][][]` array.
`static double[][]`	ComplexUtils.`complex2Interleaved(Complex[][] c, int interleavedDim)`	Converts a 2D `Complex[][]` array to an interleaved complex `double[][]` array.
`static float[]`	ComplexUtils.`complex2InterleavedFloat(Complex[] c)`	Converts a `Complex[]` array to an interleaved complex `float[]` array
`static float[][]`	ComplexUtils.`complex2InterleavedFloat(Complex[][] c)`	Converts a 2D `Complex[][]` array to an interleaved complex `float[][]` array.
`static float[][][]`	ComplexUtils.`complex2InterleavedFloat(Complex[][][] c)`	Converts a 3D `Complex[][][]` array to an interleaved complex `float[][][]` array.
`static float[][][]`	ComplexUtils.`complex2InterleavedFloat(Complex[][][] c, int interleavedDim)`	Converts a 3D `Complex[][][]` array to an interleaved complex `float[][][]` array.
`static float[][]`	ComplexUtils.`complex2InterleavedFloat(Complex[][] c, int interleavedDim)`	Converts a 2D `Complex[][]` array to an interleaved complex `float[][]` array.
`static double[]`	ComplexUtils.`complex2Real(Complex[] c)`	Converts real component of `Complex[]` array to a `double[]` array.
`static double[][]`	ComplexUtils.`complex2Real(Complex[][] c)`	Converts real component of a 2D `Complex[][]` array to a 2D `double[][]` array.
`static double[][][]`	ComplexUtils.`complex2Real(Complex[][][] c)`	Converts real component of a 3D `Complex[][][]` array to a 3D `double[][][]` array.
`static double[][][][]`	ComplexUtils.`complex2Real(Complex[][][][] c)`	Converts real component of a 4D `Complex[][][][]` array to a 4D `double[][][][]` array.
`static float[]`	ComplexUtils.`complex2RealFloat(Complex[] c)`	Converts real component of `Complex[]` array to a `float[]` array.
`static float[][]`	ComplexUtils.`complex2RealFloat(Complex[][] c)`	Converts real component of a 2D `Complex[][]` array to a 2D `float[][]` array.
`static float[][][]`	ComplexUtils.`complex2RealFloat(Complex[][][] c)`	Converts real component of a 3D `Complex[][][]` array to a 3D `float[][][]` array.
`static float[][][][]`	ComplexUtils.`complex2RealFloat(Complex[][][][] c)`	Converts real component of a 4D `Complex[][][][]` array to a 4D `float[][][][]` array.
`static float`	ComplexUtils.`extractImaginaryFloatFromComplexArray(Complex[] complex, int index)`	Returns imaginary component of array `Complex[]` at entry `index` as a `float`.
`static double`	ComplexUtils.`extractImaginaryFromComplexArray(Complex[] complex, int index)`	Returns imaginary component of Complex from array `Complex[]` at entry `index` as a `double`.
`static float[]`	ComplexUtils.`extractInterleavedFloatFromComplexArray(Complex[] complex, int index)`	Returns Complex object from array `Complex[]` at entry `index` as a size 2 `float` of the form {real, imag}.
`static double[]`	ComplexUtils.`extractInterleavedFromComplexArray(Complex[] complex, int index)`	Returns values of Complex object from array `Complex[]` at entry `index` as a size 2 `double` of the form {real, imag}.
`static float`	ComplexUtils.`extractRealFloatFromComplexArray(Complex[] complex, int index)`	Returns real component of array `Complex[]` at entry `index` as a `float`.
`static double`	ComplexUtils.`extractRealFromComplexArray(Complex[] complex, int index)`	Returns real component of Complex from array `Complex[]` at entry `index` as a `double`.
`static Complex[]`	ComplexUtils.`initialize(Complex[] c)`	Initializes a `Complex[]` array to zero, to avoid NullPointerExceptions.
`static Complex[][]`	ComplexUtils.`initialize(Complex[][] c)`	Initializes a `Complex[][]` array to zero, to avoid NullPointerExceptions.
`static Complex[][][]`	ComplexUtils.`initialize(Complex[][][] c)`	Initializes a `Complex[][][]` array to zero, to avoid NullPointerExceptions.

Uses of Classorg.apache.commons.numbers.complex.Complex

Uses of Complex in org.apache.commons.math4.analysis.solvers

Uses of Complex in org.apache.commons.numbers.complex

Uses of Complex in org.apache.commons.numbers.complex.streams

Uses of Class
org.apache.commons.numbers.complex.Complex