Apply

apply(f,...) applies the provided function in an elementwise fashion to its arguments, producing an object of the same dimensions. More...

Typedefs
template<class F , class... A>
using	apply_t = typename detail::apply<F, void, A...>::type
template<class F , class... A>
using	mm_apply_t
template<class F , class... A>
using	no_mm_apply_t
template<class A >
using	scalar_t

Functions
template<class F , class... A>
constexpr apply_t< F, A... >	apply (F func, const A &...args)
template<class A , class F >
constexpr apply_t< F, A >	map (const A &a, F func)
template<class A , class B , class F >
constexpr apply_t< F, A, B >	zip (const A &a, const B &b, F func)

Detailed Description

apply(f,...) applies the provided function in an elementwise fashion to its arguments, producing an object of the same dimensions.

Typedef Documentation

mm_apply_t

template<class F , class... A>

using mm_apply_t

Initial value:

 typename std::enable_if<detail::apply<F, void, A...>::mm,
                                           apply_t<F, A...>>::type

no_mm_apply_t

template<class F , class... A>

using no_mm_apply_t

Initial value:

 typename std::enable_if<!detail::apply<F, void, A...>::mm,
                                              apply_t<F, A...>>::type

scalar_t

template<class A >

using scalar_t

Initial value:

 
    typename detail::scalar_type<A>::type