Uses of Class com.aspose.imaging.imagefilters.complexutils.Complex (Aspose Imaging for Java 25.11 API Documentation)

Packages that use Complex
Package	Description
com.aspose.imaging.imagefilters.complexutils	The namespace contains the Complex class.
com.aspose.imaging.imagefilters.convolution	The namespace contains the convolution filters and kernels.
com.aspose.imaging.imagefilters.filteroptions	The package handles filter options.

Uses of Complex in com.aspose.imaging.imagefilters.complexutils

Fields in com.aspose.imaging.imagefilters.complexutils declared as Complex
Modifier and Type	Field and Description
`static Complex`	Complex.`I` I complex having `Im`(`Complex.getIm()`/`Complex.setIm(double)`) equal to 1.
`static Complex`	Complex.`ONE` One complex having `Re`(`Complex.getRe()`/`Complex.setRe(double)`) and `Im`(`Complex.getIm()`/`Complex.setIm(double)`) equal to 1.
`static Complex`	Complex.`ZERO` Zero complex.

Methods in com.aspose.imaging.imagefilters.complexutils that return Complex
Modifier and Type	Method and Description
`static Complex`	Complex.`add(Complex a, Complex b)` Adds `a` and `b`.
`static Complex`	Complex.`add(Complex a, double s)` Adds `a` and `s`.
`Complex`	Complex.`Clone()`
`static Complex`	Complex.`cos(Complex a)` Gets Cos of `a`.
`Complex`	Complex.`deepClone()` Clones this instance.
`static Complex`	Complex.`divide(Complex a, Complex b)` Divides `a` by `b`.
`static Complex`	Complex.`divide(Complex a, double s)` Divides `a` by `s`.
`static Complex`	Complex.`divide(double s, Complex a)` Divides `a` by `s`.
`static Complex`	Complex.`exp(Complex a)` Raises e by `a`.
`static Complex`	Complex.`log(Complex a)` Gets log of `a`.
`Complex`	Complex.`multiply_internalize(double s)` Multiplies by `s`.
`static Complex`	Complex.`multiply(Complex a, Complex b)` Multiplies `a` by `b`.
`static Complex`	Complex.`multiply(Complex a, double s)` Multiplies `a` by `s`.
`static Complex`	Complex.`negate(Complex a)` Negates `a`.
`static Complex`	Complex.`op_Addition(Complex a, Complex b)` Implements the operator +.
`static Complex`	Complex.`op_Addition(Complex a, double s)` Implements the operator +.
`static Complex`	Complex.`op_Addition(double s, Complex a)` Implements the operator +.
`static Complex`	Complex.`op_Division(Complex a, Complex b)` Implements the operator /.
`static Complex`	Complex.`op_Division(Complex a, double s)` Implements the operator /.
`static Complex`	Complex.`op_Division(double s, Complex a)` Implements the operator /.
`static Complex`	Complex.`op_Multiply(Complex a, Complex b)` Implements the operator *.
`static Complex`	Complex.`op_Multiply(Complex a, double s)` Implements the operator *.
`static Complex`	Complex.`op_Multiply(double s, Complex a)` Implements the operator *.
`static Complex`	Complex.`op_Subtraction(Complex a, Complex b)` Implements the operator -.
`static Complex`	Complex.`op_Subtraction(Complex a, double s)` Implements the operator -.
`static Complex`	Complex.`op_Subtraction(double s, Complex a)` Implements the operator -.
`static Complex`	Complex.`op_UnaryNegation(Complex a)` Implements the operator -.
`static Complex`	Complex.`parse(String s)` Parses the specified `s` into a `Complex`.
`Complex`	Complex.`set(double re, double im)` Sets the values and returns itself.
`static Complex`	Complex.`sin(Complex a)` Gets Sin of `a`.
`static Complex`	Complex.`sqrt(Complex a)` Gets square root of `a`.
`static Complex`	Complex.`subtract(Complex a, Complex b)` Subtracts `b` from `a`.
`static Complex`	Complex.`subtract(Complex a, double s)` Subtracts `s` from `a`.
`static Complex`	Complex.`subtract(double s, Complex a)` Subtracts `s` from `a`.
`static Complex`	Complex.`tan(Complex a)` Gets Tan of `a`.
`static Complex`	Complex.`to_Complex(double value)` Performs an explicit conversion from `double` to `Complex`.
`static Complex`	Complex.`to_Complex(float value)` Performs an explicit conversion from `float` to `Complex`.

Methods in com.aspose.imaging.imagefilters.complexutils with parameters of type Complex
Modifier and Type	Method and Description
`static Complex`	Complex.`add(Complex a, Complex b)` Adds `a` and `b`.
`static void`	Complex.`add(Complex a, Complex b, Complex[] result)` Adds `a` and `b`.
`static void`	Complex.`add(Complex a, Complex b, Complex[] result)` Adds `a` and `b`.
`static Complex`	Complex.`add(Complex a, double s)` Adds `a` and `s`.
`static void`	Complex.`add(Complex a, double s, Complex[] result)` Adds `a` and `s`.
`static void`	Complex.`add(Complex a, double s, Complex[] result)` Adds `a` and `s`.
`static boolean`	Complex.`approxEqual(Complex a, Complex b)` Checks approximate equality.
`static boolean`	Complex.`approxEqual(Complex a, Complex b, double tolerance)` Checks approximate equality.
`void`	Complex.`CloneTo(Complex that)`
`static Complex`	Complex.`cos(Complex a)` Gets Cos of `a`.
`static Complex`	Complex.`divide(Complex a, Complex b)` Divides `a` by `b`.
`static void`	Complex.`divide(Complex a, Complex b, Complex[] result)` Divides `a` by `b`.
`static void`	Complex.`divide(Complex a, Complex b, Complex[] result)` Divides `a` by `b`.
`static Complex`	Complex.`divide(Complex a, double s)` Divides `a` by `s`.
`static void`	Complex.`divide(Complex a, double s, Complex[] result)` Divides `a` by `s`.
`static void`	Complex.`divide(Complex a, double s, Complex[] result)` Divides `a` by `s`.
`static Complex`	Complex.`divide(double s, Complex a)` Divides `a` by `s`.
`static void`	Complex.`divide(double s, Complex a, Complex[] result)` Divides `s` by `a`.
`static void`	Complex.`divide(double s, Complex a, Complex[] result)` Divides `s` by `a`.
`static Complex`	Complex.`exp(Complex a)` Raises e by `a`.
`static boolean`	Complex.`isEquals(Complex obj1, Complex obj2)`
`static Complex`	Complex.`log(Complex a)` Gets log of `a`.
`static Complex`	Complex.`multiply(Complex a, Complex b)` Multiplies `a` by `b`.
`static void`	Complex.`multiply(Complex a, Complex b, Complex[] result)` Multiplies `a` by `b`.
`static void`	Complex.`multiply(Complex a, Complex b, Complex[] result)` Multiplies `a` by `b`.
`static Complex`	Complex.`multiply(Complex a, double s)` Multiplies `a` by `s`.
`static void`	Complex.`multiply(Complex a, double s, Complex[] result)` Multiplies `a` by `s`.
`static void`	Complex.`multiply(Complex a, double s, Complex[] result)` Multiplies `a` by `s`.
`static Complex`	Complex.`negate(Complex a)` Negates `a`.
`static Complex`	Complex.`op_Addition(Complex a, Complex b)` Implements the operator +.
`static Complex`	Complex.`op_Addition(Complex a, double s)` Implements the operator +.
`static Complex`	Complex.`op_Addition(double s, Complex a)` Implements the operator +.
`static Complex`	Complex.`op_Division(Complex a, Complex b)` Implements the operator /.
`static Complex`	Complex.`op_Division(Complex a, double s)` Implements the operator /.
`static Complex`	Complex.`op_Division(double s, Complex a)` Implements the operator /.
`static boolean`	Complex.`op_Equality(Complex a, Complex b)` Implements the operator ==.
`static boolean`	Complex.`op_Inequality(Complex a, Complex b)` Implements the operator !=.
`static Complex`	Complex.`op_Multiply(Complex a, Complex b)` Implements the operator *.
`static Complex`	Complex.`op_Multiply(Complex a, double s)` Implements the operator *.
`static Complex`	Complex.`op_Multiply(double s, Complex a)` Implements the operator *.
`static Complex`	Complex.`op_Subtraction(Complex a, Complex b)` Implements the operator -.
`static Complex`	Complex.`op_Subtraction(Complex a, double s)` Implements the operator -.
`static Complex`	Complex.`op_Subtraction(double s, Complex a)` Implements the operator -.
`static Complex`	Complex.`op_UnaryNegation(Complex a)` Implements the operator -.
`static Complex`	Complex.`sin(Complex a)` Gets Sin of `a`.
`static Complex`	Complex.`sqrt(Complex a)` Gets square root of `a`.
`static Complex`	Complex.`subtract(Complex a, Complex b)` Subtracts `b` from `a`.
`static void`	Complex.`subtract(Complex a, Complex b, Complex[] result)` Subtracts `b` from `a`.
`static void`	Complex.`subtract(Complex a, Complex b, Complex[] result)` Subtracts `b` from `a`.
`static Complex`	Complex.`subtract(Complex a, double s)` Subtracts `s` from `a`.
`static void`	Complex.`subtract(Complex a, double s, Complex[] result)` Subtracts `s` from `a`.
`static void`	Complex.`subtract(Complex a, double s, Complex[] result)` Subtracts `s` from `a`.
`static Complex`	Complex.`subtract(double s, Complex a)` Subtracts `s` from `a`.
`static void`	Complex.`subtract(double s, Complex a, Complex[] result)` Subtracts `a` from `s`.
`static void`	Complex.`subtract(double s, Complex a, Complex[] result)` Subtracts `a` from `s`.
`static Complex`	Complex.`tan(Complex a)` Gets Tan of `a`.
`static boolean`	Complex.`tryParse(String s, Complex[] result)` Tries to parse the specified `s` into a `Complex`.

Constructors in com.aspose.imaging.imagefilters.complexutils with parameters of type Complex
Constructor and Description
`Complex(Complex c)` Initializes a new instance of the `Complex` struct.

Uses of Complex in com.aspose.imaging.imagefilters.convolution

Methods in com.aspose.imaging.imagefilters.convolution that return Complex
Modifier and Type	Method and Description
`static Complex[][]`	ConvolutionFilter.`toComplex(double[][] kernel)` Converts `kernel` to a `Complex` kernel.

Uses of Complex in com.aspose.imaging.imagefilters.filteroptions

Methods in com.aspose.imaging.imagefilters.filteroptions that return Complex
Modifier and Type	Method and Description
`Complex[][]`	MotionWienerFilterOptions.`getKernel()` Gets the kernel.
`Complex[][]`	GaussWienerFilterOptions.`getKernel()` Gets the kernel.
`Complex[][]`	DeconvolutionFilterOptions.`getKernel()` Gets the kernel.

Constructors in com.aspose.imaging.imagefilters.filteroptions with parameters of type Complex
Constructor and Description
`DeconvolutionFilterOptions(Complex[][] kernel)` Initializes a new instance of the `DeconvolutionFilterOptions` class.

Uses of Classcom.aspose.imaging.imagefilters.complexutils.Complex

Uses of Complex in com.aspose.imaging.imagefilters.complexutils

Uses of Complex in com.aspose.imaging.imagefilters.convolution

Uses of Complex in com.aspose.imaging.imagefilters.filteroptions

Uses of Class
com.aspose.imaging.imagefilters.complexutils.Complex