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‎docs/standard-library/map-class.md‎

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‎docs/standard-library/map-functions.md‎

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### Parameters
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`right`
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The map providing the elements to be swapped, or the map whose elements are to be exchanged with those of the map `left`.
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*right*
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The map providing the elements to be swapped, or the map whose elements are to be exchanged with those of the map *left*.
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`left`
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The map whose elements are to be exchanged with those of the map `right`.
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*left*
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The map whose elements are to be exchanged with those of the map *right*.
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### Remarks
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### Parameters
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`right`
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The multimap providing the elements to be swapped, or the multimap whose elements are to be exchanged with those of the multimap `left`.
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*right*
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The multimap providing the elements to be swapped, or the multimap whose elements are to be exchanged with those of the multimap *left*.
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`left`
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The multimap whose elements are to be exchanged with those of the multimap `right`.
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*left*
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The multimap whose elements are to be exchanged with those of the multimap *right*.
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### Remarks
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The template function is an algorithm specialized on the container class map to execute on the container class multimap to execute the member function `left`.[swap](../standard-library/multimap-class.md#swap) ( `right`). This is an instance of the partial ordering of function templates by the compiler. When template functions are overloaded in such a way that the match of the template with the function call is not unique, then the compiler will select the most specialized version of the template function. The general version of the template function, **template** \< **class T**> **void swap**( **T&**, **T&**), in the algorithm class works by assignment and is a slow operation. The specialized version in each container is much faster as it can work with the internal representation of the container class.
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The template function is an algorithm specialized on the container class map to execute on the container class multimap to execute the member function `left`.[swap](../standard-library/multimap-class.md#swap) (`right`). This is an instance of the partial ordering of function templates by the compiler. When template functions are overloaded in such a way that the match of the template with the function call is not unique, then the compiler will select the most specialized version of the template function. The general version of the template function, **template** \< **class T**> **void swap**( **T&**, **T&**), in the algorithm class works by assignment and is a slow operation. The specialized version in each container is much faster as it can work with the internal representation of the container class.
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### Example
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‎docs/standard-library/map-operators.md‎

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### Parameters
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`left`
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An object of type **map**.
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*left*
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An object of type `map`.
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`right`
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An object of type **map**.
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*right*
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An object of type `map`.
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### Return Value
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### Parameters
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`left`
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An object of type **map**.
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*left*
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An object of type `map`.
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`right`
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An object of type **map**.
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*right*
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An object of type `map`.
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### Return Value
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### Parameters
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`left`
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An object of type **map**.
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*left*
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An object of type `map`.
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`right`
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An object of type **map**.
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*right*
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An object of type `map`.
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### Return Value
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### Parameters
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`left`
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An object of type **map**.
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*left*
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An object of type `map`.
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`right`
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An object of type **map**.
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*right*
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An object of type `map`.
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### Return Value
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### Parameters
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`left`
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An object of type **map**.
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*left*
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An object of type `map`.
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`right`
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An object of type **map**.
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*right*
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An object of type `map`.
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### Return Value
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### Parameters
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`left`
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An object of type **map**.
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*left*
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An object of type `map`.
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`right`
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An object of type **map**.
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*right*
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An object of type `map`.
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### Return Value
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### Parameters
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`left`
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*left*
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An object of type `multimap`.
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`right`
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*right*
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An object of type `multimap`.
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### Return Value
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### Parameters
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`left`
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*left*
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An object of type `multimap`.
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`right`
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*right*
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An object of type `multimap`.
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### Return Value
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### Parameters
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`left`
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*left*
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An object of type `multimap`.
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*right*
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An object of type `multimap`.
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### Return Value
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### Parameters
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*left*
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An object of type `multimap`.
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*right*
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An object of type `multimap`.
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### Return Value
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### Parameters
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*left*
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An object of type `multimap`.
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*right*
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An object of type `multimap`.
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### Return Value
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### Parameters
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*left*
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An object of type `multimap`.
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*right*
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An object of type `multimap`.
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### Return Value

‎docs/standard-library/mask-array-class.md‎

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## Remarks
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The class describes an object that stores a reference to an object **va** of class [valarray](../standard-library/valarray-class.md)**\<Type>**, along with an object **ba** of class [valarray\<bool>](../standard-library/valarray-bool-class.md), which describes the sequence of elements to select from the **valarray\<Type>** object.
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The class describes an object that stores a reference to an object `va` of class [valarray](../standard-library/valarray-class.md)**\<Type>**, along with an object `ba` of class [valarray\<bool>](../standard-library/valarray-bool-class.md), which describes the sequence of elements to select from the `valarray<Type>` object.
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You construct a **mask_array\<Type>** object only by writing an expression of the form [va&#91;ba&#93;](../standard-library/valarray-class.md#op_at). The member functions of class mask_array then behave like the corresponding function signatures defined for **valarray\<Type>**, except that only the sequence of selected elements is affected.
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You construct a `mask_array<Type>` object only by writing an expression of the form [va&#91;ba&#93;](../standard-library/valarray-class.md#op_at). The member functions of class mask_array then behave like the corresponding function signatures defined for `valarray<Type>`, except that only the sequence of selected elements is affected.
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The sequence consists of at most **ba.size** elements. An element *J* is included only if **ba**[ *J*] is true. Thus, there are as many elements in the sequence as there are true elements in **ba**. If `I` is the index of the lowest true element in **ba**, then **va**[ `I`] is element zero in the selected sequence.
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The sequence consists of at most `ba.size` elements. An element *J* is included only if **ba**[ *J*] is true. Thus, there are as many elements in the sequence as there are true elements in `ba`. If `I` is the index of the lowest true element in `ba`, then **va**[ `I`] is element zero in the selected sequence.
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## Example
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‎docs/standard-library/match-results-class.md‎

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### Parameters
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`BidIt`
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*BidIt*
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The iterator type for submatches.
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`Alloc`
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*Alloc*
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## Remarks
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The typedef is a synonym for the template argument `Alloc`.
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The typedef is a synonym for the template argument *Alloc*.
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### Example
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### Parameters
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*OutIt*
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*out*
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*flags*
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### Remarks
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Each member function generates formatted text under the control of the format `fmt`. The first member function writes the formatted text to the sequence defined by its argument `out` and returns `out`. The second member function returns a string object holding a copy of the formatted text.
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Each member function generates formatted text under the control of the format *fmt*. The first member function writes the formatted text to the sequence defined by its argument *out* and returns *out*. The second member function returns a string object holding a copy of the formatted text.
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To generate formatted text. literal text in the format string is ordinarily copied to the target sequence. Each escape sequence in the format string is replaced by the text that it represents. The details of the copying and replacement are controlled by the format flags passed to the function.
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### Parameters
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*sub*
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The first constructor constructs a `match_results` object that holds no submatches. The second constructor constructs a `match_results` object that is a copy of *right*.
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The member operator replaces the sequence controlled by `*this` with a copy of the sequence controlled by `right`.
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The member operator replaces the sequence controlled by `*this` with a copy of the sequence controlled by *right*.
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The member function returns a reference to element `n` of the controlled sequence, or a reference to an empty `sub_match` object if `size() <= n` or if capture group `n` was not part of the match.
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The member function returns a reference to element *n* of the controlled sequence, or a reference to an empty `sub_match` object if `size() <= n` or if capture group *n* was not part of the match.
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The member function swaps the contents of `*this` and `right` in constant time and does not throw exceptions.
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The member function swaps the contents of `*this` and *right* in constant time and does not throw exceptions.
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