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Reference
Functions
| Calculates the modulus of a complex number. | |
| Extracts the argument from a complex number. | |
| Returns the complex conjugate of a complex number. | |
| Returns the cosine of a complex number. | |
| Returns the hyperbolic cosine of a complex number. | |
| Returns the exponential function of a complex number. | |
| Extracts the imaginary component of a complex number. | |
| Returns the natural logarithm of a complex number. | |
| Returns the base 10 logarithm of a complex number. | |
| Extracts the norm of a complex number. | |
| Returns the complex number, which corresponds to a specified modulus and argument, in Cartesian form. | |
| Evaluates the complex number obtained by raising a base that is a complex number to the power of another complex number. | |
| Extracts the real component of a complex number. | |
| Returns the sine of a complex number. | |
| Returns the hyperbolic sine of a complex number. | |
| Returns the square root of a complex number. | |
| Returns the tangent of a complex number. | |
| Returns the hyperbolic tangent of a complex number. | 
Operators
| Tests for inequality between two complex numbers, one or both of which may belong to the subset of the type for the real and imaginary parts. | |
| Multiplies two complex numbers, one or both of which may belong to the subset of the type for the real and imaginary parts. | |
| Adds two complex numbers, one or both of which may belong to the subset of the type for the real and imaginary parts. | |
| Subtracts two complex numbers, one or both of which may belong to the subset of the type for the real and imaginary parts. | |
| Divides two complex numbers, one or both of which may belong to the subset of the type for the real and imaginary parts. | |
| A template function that inserts a complex number into the output stream. | |
| Tests for equality between two complex numbers, one or both of which may belong to the subset of the type for the real and imaginary parts. | |
| A template function that extracts a complex value from the input stream. | 
Classes
| The explicitly specialized template class describes an object that stores an ordered pair of objects both of type double, first representing the real part of a complex number and the second representing the imaginary part. | |
| The explicitly specialized template class describes an object that stores an ordered pair of objects both of type float, first representing the real part of a complex number and the second representing the imaginary part. | |
| The explicitly specialized template class describes an object that stores an ordered pair of objects both of type long double, first representing the real part of a complex number and the second representing the imaginary part. | |
| The template class describes an object used to represent the complex number system and perform complex arithmetic operations. |