Complex

Inheritance: java.lang.Object, com.aspose.ms.System.ValueType, com.aspose.ms.lang.Struct

All Implemented Interfaces: com.aspose.ms.System.IEquatable

public class Complex extends Struct<Complex> implements System.IEquatable<Complex>

The complex number structure.

Constructors

Constructor	Description
Complex()
Complex(double real, double imaginary)	Initializes a new instance of the Complex struct.
Complex(Complex c)	Initializes a new instance of the Complex struct.

Fields

Field	Description
SIZE_OF_DOUBLE	The size of double.
SIZE_OF_COMPLEX	The size of complex.
ZERO	Zero complex.
ONE	One complex having Re(.getRe/.setRe(double)) and Im(.getIm/.setIm(double)) equal to 1.
I	I complex having Im(.getIm/.setIm(double)) equal to 1.

Methods

Method	Description
to_Complex(double value)	Performs an explicit conversion from double to Complex.
to_Complex(float value)	Performs an explicit conversion from float to Complex.
op_Equality(Complex a, Complex b)	Implements the operator ==.
op_Inequality(Complex a, Complex b)	Implements the operator !=.
op_UnaryNegation(Complex a)	Implements the operator -.
op_Addition(Complex a, Complex b)	Implements the operator +.
op_Addition(Complex a, double s)	Implements the operator +.
op_Addition(double s, Complex a)	Implements the operator +.
op_Subtraction(Complex a, Complex b)	Implements the operator -.
op_Subtraction(Complex a, double s)	Implements the operator -.
op_Subtraction(double s, Complex a)	Implements the operator -.
op_Multiply(Complex a, Complex b)	Implements the operator *.
op_Multiply(double s, Complex a)	Implements the operator *.
op_Multiply(Complex a, double s)	Implements the operator *.
op_Division(Complex a, Complex b)	Implements the operator /.
op_Division(Complex a, double s)	Implements the operator /.
op_Division(double s, Complex a)	Implements the operator /.
add(Complex a, Complex b)	Adds a and b.
add(Complex a, double s)	Adds a and s.
add(Complex a, Complex b, Complex[] result)	Adds a and b.
add(Complex a, double s, Complex[] result)	Adds a and s.
subtract(Complex a, Complex b)	Subtracts b from a.
subtract(Complex a, double s)	Subtracts s from a.
subtract(double s, Complex a)	Subtracts s from a.
subtract(Complex a, Complex b, Complex[] result)	Subtracts b from a.
subtract(Complex a, double s, Complex[] result)	Subtracts s from a.
subtract(double s, Complex a, Complex[] result)	Subtracts a from s.
multiply(Complex a, Complex b)	Multiplies a by b.
multiply(Complex a, double s)	Multiplies a by s.
multiply(Complex a, Complex b, Complex[] result)	Multiplies a by b.
multiply(Complex a, double s, Complex[] result)	Multiplies a by s.
divide(Complex a, Complex b)	Divides a by b.
divide(Complex a, double s)	Divides a by s.
divide(double s, Complex a)	Divides a by s.
divide(Complex a, Complex b, Complex[] result)	Divides a by b.
divide(Complex a, double s, Complex[] result)	Divides a by s.
divide(double s, Complex a, Complex[] result)	Divides s by a.
negate(Complex a)	Negates a.
approxEqual(Complex a, Complex b)	Checks approximate equality.
approxEqual(Complex a, Complex b, double tolerance)	Checks approximate equality.
parse(String s)	Parses the specified s into a Complex.
tryParse(String s, Complex[] result)	Tries to parse the specified s into a Complex.
sqrt(Complex a)	Gets square root of a.
log(Complex a)	Gets log of a.
exp(Complex a)	Raises e by a.
sin(Complex a)	Gets Sin of a.
cos(Complex a)	Gets Cos of a.
tan(Complex a)	Gets Tan of a.
isEquals(Complex obj1, Complex obj2)
multiply_internalize(double s)	Multiplies by s.
getRe()	Gets the real part.
setRe(double value)	Sets the real part.
getIm()	Gets the imaginary part.
setIm(double value)	Sets the imaginary part.
set(double re, double im)	Sets the values and returns itself.
getMagnitude()	Gets the magnitude.
getPhase()	Gets the phase.
getSquaredMagnitude()	Gets the squared magnitude.
hashCode()	Returns a hash code for this instance.
equals(Object obj)	Determines whether the specified Object, is equal to this instance.
toString()	Returns a String that represents this instance.
deepClone()	Clones this instance.
CloneTo(Complex that)
Clone()

Complex()

public Complex()

Complex(double real, double imaginary)

public Complex(double real, double imaginary)

Initializes a new instance of the Complex struct.

Parameters:

Parameter	Type	Description
real	double	The real part.
imaginary	double	The imaginary part.

Complex(Complex c)

public Complex(Complex c)

Initializes a new instance of the Complex struct.

Parameters:

Parameter	Type	Description
c	Complex	The complex number.

SIZE_OF_DOUBLE

public static final int SIZE_OF_DOUBLE

The size of double.

SIZE_OF_COMPLEX

public static final int SIZE_OF_COMPLEX

The size of complex.

ZERO

public static final Complex ZERO

Zero complex.

ONE

public static final Complex ONE

One complex having Re(.getRe/.setRe(double)) and Im(.getIm/.setIm(double)) equal to 1.

I

public static final Complex I

I complex having Im(.getIm/.setIm(double)) equal to 1.

to_Complex(double value)

public static Complex to_Complex(double value)

Performs an explicit conversion from double to Complex.

Parameters:

Parameter	Type	Description
value	double	The value.

Returns: Complex - The result of the conversion.

to_Complex(float value)

public static Complex to_Complex(float value)

Performs an explicit conversion from float to Complex.

Parameters:

Parameter	Type	Description
value	float	The value.

Returns: Complex - The result of the conversion.

op_Equality(Complex a, Complex b)

public static boolean op_Equality(Complex a, Complex b)

Implements the operator ==.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.

Returns: boolean - The result of the operator.

op_Inequality(Complex a, Complex b)

public static boolean op_Inequality(Complex a, Complex b)

Implements the operator !=.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.

Returns: boolean - The result of the operator.

op_UnaryNegation(Complex a)

public static Complex op_UnaryNegation(Complex a)

Implements the operator -.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.

Returns: Complex - The result of the operator.

op_Addition(Complex a, Complex b)

public static Complex op_Addition(Complex a, Complex b)

Implements the operator +.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.

Returns: Complex - The result of the operator.

op_Addition(Complex a, double s)

public static Complex op_Addition(Complex a, double s)

Implements the operator +.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.

Returns: Complex - The result of the operator.

op_Addition(double s, Complex a)

public static Complex op_Addition(double s, Complex a)

Implements the operator +.

Parameters:

Parameter	Type	Description
s	double	The s value.
a	Complex	The “a” complex.

Returns: Complex - The result of the operator.

op_Subtraction(Complex a, Complex b)

public static Complex op_Subtraction(Complex a, Complex b)

Implements the operator -.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.

Returns: Complex - The result of the operator.

op_Subtraction(Complex a, double s)

public static Complex op_Subtraction(Complex a, double s)

Implements the operator -.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.

Returns: Complex - The result of the operator.

op_Subtraction(double s, Complex a)

public static Complex op_Subtraction(double s, Complex a)

Implements the operator -.

Parameters:

Parameter	Type	Description
s	double	The s value.
a	Complex	The “a” complex.

Returns: Complex - The result of the operator.

op_Multiply(Complex a, Complex b)

public static Complex op_Multiply(Complex a, Complex b)

Implements the operator *.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.

Returns: Complex - The result of the operator.

op_Multiply(double s, Complex a)

public static Complex op_Multiply(double s, Complex a)

Implements the operator *.

Parameters:

Parameter	Type	Description
s	double	The s value.
a	Complex	The “a” complex.

Returns: Complex - The result of the operator.

op_Multiply(Complex a, double s)

public static Complex op_Multiply(Complex a, double s)

Implements the operator *.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.

Returns: Complex - The result of the operator.

op_Division(Complex a, Complex b)

public static Complex op_Division(Complex a, Complex b)

Implements the operator /.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.

Returns: Complex - The result of the operator.

op_Division(Complex a, double s)

public static Complex op_Division(Complex a, double s)

Implements the operator /.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.

Returns: Complex - The result of the operator.

op_Division(double s, Complex a)

public static Complex op_Division(double s, Complex a)

Implements the operator /.

Parameters:

Parameter	Type	Description
s	double	The s value.
a	Complex	The “a” complex.

Returns: Complex - The result of the operator.

add(Complex a, Complex b)

public static Complex add(Complex a, Complex b)

Adds a and b.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.

Returns: Complex - The sum complex.

add(Complex a, double s)

public static Complex add(Complex a, double s)

Adds a and s.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.

Returns: Complex - The complex with its Re increased by s.

add(Complex a, Complex b, Complex[] result)

public static void add(Complex a, Complex b, Complex[] result)

Adds a and b.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.
result	Complex[]	The result.

add(Complex a, double s, Complex[] result)

public static void add(Complex a, double s, Complex[] result)

Adds a and s.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.
result	Complex[]	The result.

subtract(Complex a, Complex b)

public static Complex subtract(Complex a, Complex b)

Subtracts b from a.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.

Returns: Complex - The result of subtraction.

subtract(Complex a, double s)

public static Complex subtract(Complex a, double s)

Subtracts s from a.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.

Returns: Complex - The result of subtraction.

subtract(double s, Complex a)

public static Complex subtract(double s, Complex a)

Subtracts s from a.

Parameters:

Parameter	Type	Description
s	double	The s value.
a	Complex	The “a” complex.

Returns: Complex - The result of subtraction.

subtract(Complex a, Complex b, Complex[] result)

public static void subtract(Complex a, Complex b, Complex[] result)

Subtracts b from a.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.
result	Complex[]	The result.

subtract(Complex a, double s, Complex[] result)

public static void subtract(Complex a, double s, Complex[] result)

Subtracts s from a.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.
result	Complex[]	The result.

subtract(double s, Complex a, Complex[] result)

public static void subtract(double s, Complex a, Complex[] result)

Subtracts a from s.

Parameters:

Parameter	Type	Description
s	double	The s value.
a	Complex	The “a” complex.
result	Complex[]	The result.

multiply(Complex a, Complex b)

public static Complex multiply(Complex a, Complex b)

Multiplies a by b.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.

Returns: Complex - The result of multiplication.

multiply(Complex a, double s)

public static Complex multiply(Complex a, double s)

Multiplies a by s.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.

Returns: Complex - The result of multiplication.

multiply(Complex a, Complex b, Complex[] result)

public static void multiply(Complex a, Complex b, Complex[] result)

Multiplies a by b.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.
result	Complex[]	The result.

multiply(Complex a, double s, Complex[] result)

public static void multiply(Complex a, double s, Complex[] result)

Multiplies a by s.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.
result	Complex[]	The result.

divide(Complex a, Complex b)

public static Complex divide(Complex a, Complex b)

Divides a by b.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.

Returns: Complex - The result of division.

divide(Complex a, double s)

public static Complex divide(Complex a, double s)

Divides a by s.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.

Returns: Complex - The result of division.

divide(double s, Complex a)

public static Complex divide(double s, Complex a)

Divides a by s.

Parameters:

Parameter	Type	Description
s	double	The s value.
a	Complex	The “a” complex.

Returns: Complex - The result of division.

divide(Complex a, Complex b, Complex[] result)

public static void divide(Complex a, Complex b, Complex[] result)

Divides a by b.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.
result	Complex[]	The result.

divide(Complex a, double s, Complex[] result)

public static void divide(Complex a, double s, Complex[] result)

Divides a by s.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
s	double	The s value.
result	Complex[]	The result.

divide(double s, Complex a, Complex[] result)

public static void divide(double s, Complex a, Complex[] result)

Divides s by a.

Parameters:

Parameter	Type	Description
s	double	The s value.
a	Complex	The “a” complex.
result	Complex[]	The result.

negate(Complex a)

public static Complex negate(Complex a)

Negates a.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.

Returns: Complex - The result of negation.

approxEqual(Complex a, Complex b)

public static boolean approxEqual(Complex a, Complex b)

Checks approximate equality.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.

Returns: boolean - The approximate equality result.

approxEqual(Complex a, Complex b, double tolerance)

public static boolean approxEqual(Complex a, Complex b, double tolerance)

Checks approximate equality.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.
b	Complex	The b complex.
tolerance	double	The tolerance.

Returns: boolean - The approximate equality result.

parse(String s)

public static Complex parse(String s)

Parses the specified s into a Complex.

Parameters:

Parameter	Type	Description
s	java.lang.String	The s value.

Returns: Complex - The complex number.

tryParse(String s, Complex[] result)

public static boolean tryParse(String s, Complex[] result)

Tries to parse the specified s into a Complex.

Parameters:

Parameter	Type	Description
s	java.lang.String	The s value.
result	Complex[]	The result.

Returns: boolean - True, if the complex number is parsed.

sqrt(Complex a)

public static Complex sqrt(Complex a)

Gets square root of a.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.

Returns: Complex - The square root.

log(Complex a)

public static Complex log(Complex a)

Gets log of a.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.

Returns: Complex - The log of a.

exp(Complex a)

public static Complex exp(Complex a)

Raises e by a.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.

Returns: Complex - e raised by a.

sin(Complex a)

public static Complex sin(Complex a)

Gets Sin of a.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.

Returns: Complex - Sin of a.

cos(Complex a)

public static Complex cos(Complex a)

Gets Cos of a.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.

Returns: Complex - Cos of a.

tan(Complex a)

public static Complex tan(Complex a)

Gets Tan of a.

Parameters:

Parameter	Type	Description
a	Complex	The “a” complex.

Returns: Complex - Tan of a.

isEquals(Complex obj1, Complex obj2)

public static boolean isEquals(Complex obj1, Complex obj2)

Parameters:

Parameter	Type	Description
obj1	Complex
obj2	Complex

Returns: boolean

multiply_internalize(double s)

public Complex multiply_internalize(double s)

Multiplies by s.

Parameters:

Parameter	Type	Description
s	double	The s value.

Returns: Complex - The result of multiplication.

getRe()

public final double getRe()

Gets the real part.

Returns: double - the real part.

setRe(double value)

public final void setRe(double value)

Sets the real part.

Parameters:

Parameter	Type	Description
value	double	the real part.

getIm()

public final double getIm()

Gets the imaginary part.

Returns: double - the imaginary part.

setIm(double value)

public final void setIm(double value)

Sets the imaginary part.

Parameters:

Parameter	Type	Description
value	double	the imaginary part.

set(double re, double im)

public final Complex set(double re, double im)

Sets the values and returns itself.

Parameters:

Parameter	Type	Description
re	double	The Re value.
im	double	The Im value.

Returns: Complex - The object itself.

getMagnitude()

public final double getMagnitude()

Gets the magnitude.

Value: The magnitude.

Returns: double - the magnitude.

getPhase()

public final double getPhase()

Gets the phase.

Value: The phase.

Returns: double - the phase.

getSquaredMagnitude()

public final double getSquaredMagnitude()

Gets the squared magnitude.

Value: The squared magnitude.

Returns: double - the squared magnitude.

hashCode()

public int hashCode()

Returns a hash code for this instance.

Returns: int - A hash code for this instance, suitable for use in hashing algorithms and data structures like a hash table.

equals(Object obj)

public boolean equals(Object obj)

Determines whether the specified Object, is equal to this instance.

Parameters:

Parameter	Type	Description
obj	java.lang.Object	The Object to compare with this instance.

Returns: boolean - true if the specified Object is equal to this instance; otherwise, false.

toString()

public String toString()

Returns a String that represents this instance.

Returns: java.lang.String - A String that represents this instance.

deepClone()

public final Complex deepClone()

Clones this instance.

Returns: Complex - A clone of this complex.

CloneTo(Complex that)

public void CloneTo(Complex that)

Parameters:

Parameter	Type	Description
that	Complex

Clone()

public Complex Clone()

Returns: Complex