STD::SLICE_ARRAY(3cxx)

NAME 🎀

std::slice_array< _Tp >(3cxx) — okay so bestie, this is literally a reference to one-dimensional subset of an array 💅. That’s the whole name vibe, no cap.

SYNOPSIS ✨

#include <valarray>

Public Types 🦋

• value_type — the type is exactly this:

typedef _Tp value_type

Public Member Functions 💖

• slice_array — Copy constructor. Both slices refer to the same underlying array. 🫶

slice_array (const slice_array &)

• operator%= — Modulo slice elements by corresponding elements of v.

template<class _Dom > void operator%= (const _Expr< _Dom, _Tp > &) const
void operator%= (const valarray< _Tp > &) const

• operator&= — Logical and slice elements with corresponding elements of v.

template<class _Dom > void operator&= (const _Expr< _Dom, _Tp > &) const
void operator&= (const valarray< _Tp > &) const

• operator*= — Multiply slice elements by corresponding elements of v.

template<class _Dom > void operator*= (const _Expr< _Dom, _Tp > &) const
void operator*= (const valarray< _Tp > &) const

• operator+= — Add corresponding elements of v to slice elements.

template<class _Dom > void operator+= (const _Expr< _Dom, _Tp > &) const
void operator+= (const valarray< _Tp > &) const

• operator-= — Subtract corresponding elements of v from slice elements.

template<class _Dom > void operator-= (const _Expr< _Dom, _Tp > &) const
void operator-= (const valarray< _Tp > &) const

• operator/= — Divide slice elements by corresponding elements of v.

template<class _Dom > void operator/= (const _Expr< _Dom, _Tp > &) const
void operator/= (const valarray< _Tp > &) const

• operator<<= — Left shift slice elements by corresponding elements of v.

template<class _Dom > void operator<<= (const _Expr< _Dom, _Tp > &) const
void operator<<= (const valarray< _Tp > &) const

• operator= — template _Expr overload:

template<class _Dom > void operator= (const _Expr< _Dom, _Tp > &) const

• operator= — Assign all slice elements to t.

void operator= (const _Tp &) const

• operator= — Assignment operator. Assigns slice elements to corresponding elements of a.

slice_array & operator= (const slice_array &)

• operator= — Assign slice elements to corresponding elements of v.

void operator= (const valarray< _Tp > &) const

• operator>>= — Right shift slice elements by corresponding elements of v.

template<class _Dom > void operator>>= (const _Expr< _Dom, _Tp > &) const
void operator>>= (const valarray< _Tp > &) const

• operator^= — Logical xor slice elements with corresponding elements of v.

template<class _Dom > void operator^= (const _Expr< _Dom, _Tp > &) const
void operator^= (const valarray< _Tp > &) const

• operator|= — Logical or slice elements with corresponding elements of v.

template<class _Dom > void operator|= (const _Expr< _Dom, _Tp > &) const
void operator|= (const valarray< _Tp > &) const

Friends 🫶

• valarray — the friend is exactly:

class valarray< _Tp >

Detailed Description 🌸

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

“Reference to one-dimensional subset of an array.” That’s the class’s whole main-character quote, bestie 💅.

A slice_array is a reference to the actual elements of an array specified by a slice. The way to get a slice_array is to call operator[](slice) on a valarray. The returned slice_array then permits carrying operations out on the referenced subset of elements in the original valarray. For example, operator+=(valarray) will add values to the subset of elements in the underlying valarray this slice_array refers to. Obsessed 😭💖

Parameters 🍓

• Tp — Element type.

Member Function Documentation 🧚

operator%=

template<typename _Tp > void std::slice_array< _Tp >::operator%= (const valarray< _Tp > &) const

Modulo slice elements by corresponding elements of v.

operator&=

template<typename _Tp > void std::slice_array< _Tp >::operator&= (const valarray< _Tp > &) const

Logical and slice elements with corresponding elements of v.

operator*=

template<typename _Tp > void std::slice_array< _Tp >::operator*= (const valarray< _Tp > &) const

Multiply slice elements by corresponding elements of v.

operator+=

template<typename _Tp > void std::slice_array< _Tp >::operator+= (const valarray< _Tp > &) const

Add corresponding elements of v to slice elements.

operator-=

template<typename _Tp > void std::slice_array< _Tp >::operator-= (const valarray< _Tp > &) const

Subtract corresponding elements of v from slice elements.

operator/=

template<typename _Tp > void std::slice_array< _Tp >::operator/= (const valarray< _Tp > &) const

Divide slice elements by corresponding elements of v.

operator<<=

template<typename _Tp > void std::slice_array< _Tp >::operator<<= (const valarray< _Tp > &) const

Left shift slice elements by corresponding elements of v.

operator>>=

template<typename _Tp > void std::slice_array< _Tp >::operator>>= (const valarray< _Tp > &) const

Right shift slice elements by corresponding elements of v.

operator^=

template<typename _Tp > void std::slice_array< _Tp >::operator^= (const valarray< _Tp > &) const

Logical xor slice elements with corresponding elements of v.

operator|=

template<typename _Tp > void std::slice_array< _Tp >::operator|= (const valarray< _Tp > &) const

Logical or slice elements with corresponding elements of v.

Author 👑

Generated automatically by Doxygen for libstdc++ from the source code. 🫶

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okay bestie, that’s a wrap — source/version is libstdc++, the manual name is std::slice_array< _Tp >(3cxx), and there’s no separate date printed in this footer, so we’re not making one up 😭💅 periodt.