Standard C++ Library Class Reference

transform(vec1.begin(), vec1.end(),

vec2.begin(),

vecResult.begin(), logical_and<bool>());

After this call to transform, vecResult(n) will contain a "1" (true) if both vec1(n) and vec2(n) are true

or a "0" (false) if either vec1(n) or vec2(n) is false.

Interface

template <class T>

struct logical_and : binary_function<T, T, bool> {

typedef typename binary_function<T, T, bool>::second_argument_type

second_argument_type;

typedef typename binary_function<T, T, bool>::first_argument_type

first_argument_type;

typedef typename binary_function<T, T, bool>::result_type

result_type;

bool operator() (const T&, const T&) const;

};

Warning

If your compiler does not support default template parameters, you will need to always supply the

Allocator template arguement. For instance, you will have to write :

vector<bool, allocator>

instead of:

vector<bool>