std::complex<T>::operator=
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primary template complex<T> |
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(1) | ||
complex& operator=(const T& x); |
(until C++20) | |
constexpr complex& operator=(const T& x); |
(since C++20) | |
specialization complex<float> |
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(1) | ||
complex& operator=(float x); |
(until C++20) | |
constexpr complex& operator=(float x); |
(since C++20) | |
specialization complex<double> |
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(1) | ||
complex& operator=(double x); |
(until C++20) | |
constexpr complex& operator=(double x); |
(since C++20) | |
specialization complex<long double> |
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(1) | ||
complex& operator=(long double x); |
(until C++20) | |
constexpr complex& operator=(long double x); |
(since C++20) | |
all specializations |
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(2) | ||
complex& operator=(const complex& cx); |
(until C++20) | |
constexpr complex& operator=(const complex& cx); |
(since C++20) | |
(3) | ||
template<class X> complex& operator=(const std::complex<X>& cx); |
(until C++20) | |
template<class X> constexpr complex& operator=(const std::complex<X>& cx); |
(since C++20) | |
Assigns new values to the contents.
1) Assigns
x
to the real part of the complex number. Imaginary part is set to zero.2,3) Assigns
cx.real()
and cx.imag()
to the real and the imaginary parts of the complex number respectively.Parameters
x | - | value to assign |
cx | - | complex value to assign |
Return value
*this
See also
constructs a complex number (public member function) | |
A std::complex literal representing pure imaginary number (function) |