FIXME: doxygen + concept checking. More...
#include <closest_point.hh>
Public Types | |
typedef algebra::vec< P::dim, float > | input |
typedef P | result |
Public Member Functions | |
closest_point (const p_array< P > &X, const box< P > &box) | |
const box< P > & | domain () const |
result | operator() (const input &Ck) const |
Public Attributes | |
const box< P > | box_ |
unsigned | log_functor_call |
const p_array< P > & | X |
FIXME: doxygen + concept checking.
typedef algebra::vec<P::dim, float> mln::fun::x2p::closest_point< P >::input |
typedef P mln::fun::x2p::closest_point< P >::result |
mln::fun::x2p::closest_point< P >::closest_point | ( | const p_array< P > & | X, | |
const box< P > & | box | |||
) | [inline] |
const box<P>& mln::fun::x2p::closest_point< P >::domain | ( | ) | const [inline] |
References mln::fun::x2p::closest_point< P >::box_.
result mln::fun::x2p::closest_point< P >::operator() | ( | const input & | Ck | ) | const [inline] |
const box<P> mln::fun::x2p::closest_point< P >::box_ |
Referenced by mln::fun::x2p::closest_point< P >::domain().
unsigned mln::fun::x2p::closest_point< P >::log_functor_call [mutable] |
Referenced by mln::fun::x2p::closest_point< P >::operator()().
const p_array<P>& mln::fun::x2p::closest_point< P >::X |
Referenced by mln::fun::x2p::closest_point< P >::operator()().