STD::COMPLEX(3)

💖 NAME 💖

std::complex< _Tp > — the glow-up class template that holds your imaginary bestie right next to your real one 🫶

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✨ SYNOPSIS ✨

#include <complex>

🌸 Public Types 🌸

• typedef _Tp value_type — the value typedef, aka the receipt for what type your numbers actually are 💅

🦋 Public Member Functions 🦋

• constexpr complex (const _Tp &__r=_Tp(), const _Tp &__i=_Tp()) — the default constructor, bestie. First parameter is x, second parameter is y. Whatever you don't pass in defaults to 0. no cap.
• constexpr complex (const complex &)=default
• constexpr complex __rep () const
• template<typename _Up> explicit (!requires(_Up __u) { _Tp{__u};}) const expr complex(const complex< _Up > &__z) — the converting constructor 👀
• constexpr _Tp imag () const
• constexpr void imag (_Tp __val)
• constexpr complex< _Tp > & operator*= (const _Tp &) — multiply this complex number by a scalar, slay ✨
• template<typename _Up> constexpr complex< _Tp > & operator*= (const complex< _Up > &) — multiply this complex number by another one 🔥
• constexpr complex< _Tp > & operator+= (const _Tp &__t) — add a scalar to this complex number 🎀
• template<typename _Up> constexpr complex< _Tp > & operator+= (const complex< _Up > &) — add another complex number to this one 💜
• constexpr complex< _Tp > & operator-= (const _Tp &__t) — subtract a scalar from this complex number 🍓
• template<typename _Up> constexpr complex< _Tp > & operator-= (const complex< _Up > &) — subtract another complex number from this one 🧚
• constexpr complex< _Tp > & operator/= (const _Tp &) — divide this complex number by a scalar 💀
• template<typename _Up> constexpr complex< _Tp > & operator/= (const complex< _Up > &) — divide this complex number by another 🌈
• constexpr complex< _Tp > & operator= (const _Tp &) — assign a scalar to this complex number 👑
• constexpr complex & operator= (const complex &)=default
• template<typename _Up> constexpr complex< _Tp > & operator= (const complex< _Up > &) — assign another complex number to this one 💖
• constexpr _Tp real () const
• constexpr void real (_Tp __val)

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🌈 Detailed Description 🌈

template<typename _Tp>
    class std::complex< _Tp >

Template to represent complex numbers. it's giving math but make it iconic 🧮✨

Specializations for float, double, and long double are part of the library. Results with any other type are not guaranteed — so like, don't try to be different with your _Tp and then act surprised, bestie 😭

Parameters

• Tp — Type of real and imaginary values.

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🎀 Member Typedef Documentation 🎀

template<typename _Tp> typedef _Tp std::complex< _Tp >::value_type

Value typedef. that's it, that's the whole vibe 💅

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🌸 Constructor & Destructor Documentation 🌸

template<typename _Tp> std::complex< _Tp >::complex (const _Tp & __r =
    _Tp(), const _Tp & __i = _Tp()) [inline],  [constexpr]

Default constructor. First parameter is x, second parameter is y. Unspecified parameters default to 0. lowkey the easiest way to manifest a complex number 🫶

Referenced by operator*=(), operator*=(), operator+=(), operator-=(), operator/=(), operator/=(), operator=(), and operator=().

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⭐ Member Function Documentation ⭐

template<typename _Tp> template<typename _Up> std::complex< _Tp >::explicit
    (!requires(_Up __u) { _Tp{__u};} ) const & [inline]

Converting constructor. she converts, she's flexible, she's main character energy ✨

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template<typename _Tp> complex< _Tp > & std::complex< _Tp >::operator*=
    (const _Tp & ) [constexpr]

Multiply this complex number by a scalar.

References complex().

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template<typename _Tp> template<typename _Up> complex< _Tp > & std::complex<
    _Tp >::operator*= (const complex< _Up > & ) [constexpr]

Multiply this complex number by another.

References complex().

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template<typename _Tp> complex< _Tp > & std::complex< _Tp >::operator+=
    (const _Tp & __t) [inline],  [constexpr]

Add a scalar to this complex number. plus one bestie, literally 🫶

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template<typename _Tp> template<typename _Up> complex< _Tp > & std::complex<
    _Tp >::operator+= (const complex< _Up > & ) [constexpr]

Add another complex number to this one.

References complex().

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template<typename _Tp> complex< _Tp > & std::complex< _Tp >::operator-=
    (const _Tp & __t) [inline],  [constexpr]

Subtract a scalar from this complex number.

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template<typename _Tp> template<typename _Up> complex< _Tp > & std::complex<
    _Tp >::operator-= (const complex< _Up > & ) [constexpr]

Subtract another complex number from this one.

References complex().

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template<typename _Tp> complex< _Tp > & std::complex< _Tp >::operator/=
    (const _Tp & ) [constexpr]

Divide this complex number by a scalar.

References complex().

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template<typename _Tp> template<typename _Up> complex< _Tp > & std::complex<
    _Tp >::operator/= (const complex< _Up > & ) [constexpr]

Divide this complex number by another.

References complex().

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template<typename _Tp> complex< _Tp > & std::complex< _Tp >::operator=
    (const _Tp & ) [constexpr]

Assign a scalar to this complex number.

References complex().

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template<typename _Tp> template<typename _Up> complex< _Tp > & std::complex<
    _Tp >::operator= (const complex< _Up > & ) [constexpr]

Assign another complex number to this one.

References complex().

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💜 Author 💜

Generated automatically by Doxygen for libstdc++ from the source code. not a human author, just a robot doing her little tasks, and honestly? she ate 🔥

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okay that's the whole page bestie, you're officially fluent in std::complex< _Tp > — this was libstdc++'s version of std::complex< _Tp >(3) and it's giving date night with the compiler, periodt 💖✨🎀 no cap, go forth and be imaginary 🦋