bbm::concepts::inout_linearizer Concept Reference

inout_linearizer concept More...

#include <inout_linearizer.h>

Concept definition

template<typename T>
concept bbm::concepts::inout_linearizer =  requires(const T& t)
    {
      requires concepts::has_config<T>;
      { t.size() } -> std::same_as<Size_t<T>>;
      
      { t.operator()(std::declval<Size_t<T>>(), std::declval<Mask_t<T>>()) } -> std::same_as<Vec3dPair_t<T>>;
      { t.operator()(std::declval<Size_t<T>>()) } -> std::same_as<Vec3dPair_t<T>>;
 
      { t.operator()(std::declval<Vec3d_t<T>>(), std::declval<Vec3d_t<T>>(), std::declval<Mask_t<T>>()) } -> std::same_as<Size_t<T>>;
      { t.operator()(std::declval<Vec3d_t<T>>(), std::declval<Vec3d_t<T>>()) } -> std::same_as<Size_t<T>>;
    }

Detailed Description

inout_linearizer concept

An inout_linearizer enumerates a discrete set of (in,out) directions on the joint incident and outgoing direction sphere.

Each inout_linearizer contains the following:

• concept::has_config
• Size_t size(void) const: the number of discrete direction-pairs
• Vec3dPair opeator()(Size_t index, Mask mask=true) const: returns the index-th direction pair
• Size_t operator()(const Vec3d& in, const Vec3d& out, Mask mask=true) const: the inverse operation