Algorithms Library: Functions

Algorithms / Functions

Classes

Classes	Description
all_of_functor	Functor representing the overloads for the all_of function. (class)
any_of_functor	Functor representing the overloads for the any_of function. (class)
count_functor	Functor representing the overloads for the count function. (class)
count_if_functor	Functor representing the overloads for the count_if function. (class)
find_functor	Functor representing the overloads for the find function. (class)
find_if_functor	Functor representing the overloads for the find_if function. (class)
find_if_not_functor	Functor representing the overloads for the find_if_not function. (class)
for_each_functor	Functor representing the overloads for the for_each function. (class)
none_of_functor	Functor representing the overloads for the none_of function. (class)
reduce_functor	Functor representing the overloads for the reduce function. (class)

Attributes

Member Attributes	Description
all_of	Checks if a predicate is true for all the elements in a range. (public variable)
any_of	Checks if a predicate is true for any of the elements in a range. (public variable)
count	Returns the number of elements matching an element. (public variable)
count_if	Returns the number of elements satisfying specific criteria. (public variable)
find	Finds the first element equal to another element. (public variable)
find_if	Finds the first element satisfying specific criteria. (public variable)
find_if_not	Finds the first element not satisfying specific criteria. (public variable)
for_each	Applies a function to a range of elements. (public variable)
none_of	Checks if a predicate is true for none of the elements in a range. (public variable)
reduce	Sums up (or accumulate with a custom function) a range of elements, except out of order. (public variable)

Attributes

variable all_of

^{Defined in header <futures/algorithm/all_of.hpp>}

constexpr all_of_functor all_of;

Checks if a predicate is true for all the elements in a range.

variable any_of

^{Defined in header <futures/algorithm/any_of.hpp>}

constexpr any_of_functor any_of;

Checks if a predicate is true for any of the elements in a range.

variable count

^{Defined in header <futures/algorithm/count.hpp>}

constexpr count_functor count;

Returns the number of elements matching an element.

variable count_if

^{Defined in header <futures/algorithm/count_if.hpp>}

constexpr count_if_functor count_if;

Returns the number of elements satisfying specific criteria.

variable find

^{Defined in header <futures/algorithm/find.hpp>}

constexpr find_functor find;

Finds the first element equal to another element.

variable find_if

^{Defined in header <futures/algorithm/find_if.hpp>}

constexpr find_if_functor find_if;

Finds the first element satisfying specific criteria.

variable find_if_not

^{Defined in header <futures/algorithm/find_if_not.hpp>}

constexpr find_if_not_functor find_if_not;

Finds the first element not satisfying specific criteria.

variable for_each

^{Defined in header <futures/algorithm/for_each.hpp>}

constexpr for_each_functor for_each;

Applies a function to a range of elements.

variable none_of

^{Defined in header <futures/algorithm/none_of.hpp>}

constexpr none_of_functor none_of;

Checks if a predicate is true for none of the elements in a range.

variable reduce

^{Defined in header <futures/algorithm/reduce.hpp>}

constexpr reduce_functor reduce;

Sums up (or accumulate with a custom function) a range of elements, except out of order.

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_{Updated on 2023-01-04}