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partial_sort_copy() Copies the smallest n elements of the segment into another sorted segment.
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adjacent_find() Finds the first adjacent pair in the segment. count() count_if() equal() find() find_end() find_if() for_each() mismatch() search() search_n() Counts the number of elements that have a given value. Counts the number of elements that satisfy a given predicate. Determines whether two segments have the same value in the same order. Finds the first element that has a given value. Finds the location of the last occurrence of a given substring. Finds the first element that satisfies a given predicate. Applies a given function to each element. Finds the first positions where two segments do not match. Searches for a given subsequence. Searches for a subsequence of n consecutive elements that have a given value.
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find_first_of() Finds the location of the first occurrence of any element of a given segment.
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copy() copy_backward() fill() fill_n() generate() generate_n() iter_swap() random_shuffle() remove() remove_copy() remove_copy_if() remove_if() replace() replace_copy() replace_if() reverse() reverse_copy() rotate() rotate_copy() swap() transform() unique() unique_copy() Copies the segment to a new location. Copies the segment to a new location. Replaces each element in the segment to a given value. Replaces n elements in the segment to a given value. Assigns the output from successive calls to f(x) to elements of the segment. Assigns the output from n successive calls to f(x) to elements of the segment. Swaps the elements at the positions of the given iterators. Shuffles the elements in the segment. Shifts to the left all elements that do not have a given value. Copies all elements into another segment that do not have a given value. Copies all elements into another segment for which P(x) is false. Shifts to the left all elements for which P(x) is false. Changes the value of each element in the segment from x to y. Copies each element to another segment changing each x to y. Changes those elements in the segment from x to y where P(x) is true. Reverses the elements in the segment. Copies the elements to a new segment in reverse order. Shifts the elements to the left, wrapping around the end of the segment. Copies elements to another segment, shifting to the left and wrapping. Swaps the two given elements. Applies f(x) to each element, storing the results in another segment. Shifts one of each occurring value to the left. Copies the nonduplicate elements to another segment.
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replace_copy_if() Copies each element to another segment changing x to y where P(x) is true.
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STANDARD C++ GENERIC ALGORITHMS
Comparison Algorithms in <algorithm>
lexicographical_compare() Returns true iff first segment is lexicographically less than second. max() max_element() min() min_element() Returns the largest element in the segment. Returns the position of largest element in the segment. Returns the smallest element in the segment. Returns the position of smallest element in the segment.
Algorithms on Sets in <algorithm>
includes() set_difference() set_intersection() set_union() Returns true iff every element of the second segment is in the first. Copies to a third segment the relative complement of two sets. Copies to a third segment the intersection of two sets. Copies to a third segment the union of two sets.
set_symmetric_difference() Copies to a third segment the symmetric difference of two sets.
Algorithms on Heaps in <algorithm>
make_heap() pop_heap() push_heap() sort_heap() Rearranges the elements of the segment into a heap. Moves first element to end and then make_heap() on rest. Shifts last element to left to make segment a heap. Applies pop_heap() n times to sort the segment.
Permutation Algorithms in <algorithm>
next_permutation() Permutes the segment; n! calls produce n! distinct permutations. prev_permutation() Permutes the segment; n! calls produce n! distinct permutations.
Numeric Algorithms in <numeric>
accumulate() inner_product() partial_sum() Adds the elements of the segment; returns x + sum. Returns the inner product of two segments. Loads second segment with the partial sums from first. adjacent_difference() Loads second segment with the differences of adjacent elements.
Algorithms that search for an element always return an iterator that locates it or one that locates the dummy end element that follows the last element of the sequence. Algorithms that use predicates are illustrated with the following predicate class:
class Odd { public: bool operator()(int n) { return n%2 true : false; } };
This class is passed as a function, like this: Odd(). (See Example E.8 on page 372.) Note that the modifying algorithms do not change the length of the segment [p,q[. Instead, they return an iterator that points to the element that follows the modified part.
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