L>  void f(A & val);
  
L>...
L>  f(A());
L>

 ЮБ>> struct miner {
 ЮБ>>    int * data_;
 ЮБ>>    size_t i_;
 ЮБ>>    miner(int * data) : data_(data), i_(0) { data_[0] = data_[1] = 1; }
 ЮБ>>    int operator()(int) {
 ЮБ>>        if (i_ < 2)
 ЮБ>>            return ++i_, 1;
 ЮБ>>        return data_[i_-1] + data_[i_++ -2];
 ЮБ>>    }
 ЮБ>> };
 ЮБ>>
 ЮБ>> int main(int argc, char* argv[])
 ЮБ>> {
 ЮБ>>    int d[10] = {0};
 ЮБ>>    std::copy(d, std::transform(d, d+10, d, miner(d)),
 ЮБ>>      std::ostream_iterator<int>(std::cout, "\n")); // имхо так красивше
 ЮБ>>    return 0;
 ЮБ>> }
 ЮБ>>

1.9/7 Accessing an object designated by a volatile lvalue (3.10),
ПК>modifying an object, calling a library I/O function, or calling a function
ПК>that does any of those operations are all side effects, which are changes
ПК>in the state of the execution environment.

Requires: op and binary_op shall not invalidate iterators or subranges, or modify
ПК>elements in the ranges [first1, last1], [first2, first2 + (last1 — first1)],
ПК>and [result, result + (last1 -first1)].
ПК>[Footnote: The use of fully closed ranges is intentional --end footnote]

Requires: op and binary_op shall not invalidate iterators or subranges, or modify
ПК>>elements in the ranges [first1, last1], [first2, first2 + (last1 — first1)],
ПК>>and [result, result + (last1 -first1)].
ПК>>[Footnote: The use of fully closed ranges is intentional --end footnote]

ЮБ>    miner(int * data) : data_(data), i_(0) { data_[0] = data_[1] = 1; } 
ЮБ>

ПК>25.2.3/5 Notes: result may be equal to first in case of unary transform,
ПК>or to first1 or first2in case of binary transform.