Returns an iterator to the first element of thedrop_view, that is, an iterator to theN^th element of the underlying view, or to the end of the underlying view if it has less thanN elements.

IfV is not arandom_access_range or asized_range, in order to provide the amortized constant time complexity required by therange concept, the overload(1) caches the result within the underlyingcache_ object for use on subsequent calls.

[edit]Return value

ranges::next(ranges::begin(base_), count_,ranges::end(base_)).

[edit]Example

#include <array>#include <concepts>#include <iostream>#include <iterator>#include <ranges> void println(std::ranges::rangeautoconst& range){for(autoconst& elem: range)std::cout<< elem;std::cout<<'\n';} int main(){std::array hi{'H','e','l','l','o',',',' ','C','+','+','2','0','!'};    println(hi); constauto pos=std::distance(hi.begin(), std::ranges::find(hi,'C'));auto cxx= std::ranges::drop_view{hi, pos};std::cout<<"*drop_view::begin() == '"<<*cxx.begin()<<"'\n";//  *cxx.begin() = 'c'; // undefined: 'views' are to be used as observers    println(cxx);}

Hello, C++20!*drop_view::begin() == 'C'C++20!

[edit]Defect reports

The following behavior-changing defect reports were applied retroactively to previously published C++ standards.

[edit]See also

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