Global definitions for OpenKalman. More...

#include <type_traits>
#include <limits>
#include <functional>

Include dependency graph for global-definitions.hpp:

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Classes
struct	OpenKalman::internal::is_plus< T >

struct	OpenKalman::internal::is_plus< std::plus< T > >

struct	OpenKalman::internal::is_multiplies< T >

struct	OpenKalman::internal::is_multiplies< std::multiplies< T > >

struct	OpenKalman::internal::remove_rvalue_reference< T >
	If T is an rvalue reference, remove the reference. More...

struct	OpenKalman::internal::is_initializer_list< T >
	Whether the argument is a specialization of std::initializer_list. More...

struct	OpenKalman::internal::is_initializer_list< std::initializer_list< T > >

struct	OpenKalman::internal::is_initializer_list< T & >

struct	OpenKalman::internal::is_initializer_list< T && >

struct	OpenKalman::internal::is_initializer_list< const T >

struct	OpenKalman::internal::is_initializer_list< volatile T >

Namespaces
	OpenKalman
	The root namespace for OpenKalman.

Typedefs
template<typename T >
using	OpenKalman::internal::remove_rvalue_reference_t = typename remove_rvalue_reference< T >::type
	Helper type for remove_rvalue_reference.

Enumerations
enum	OpenKalman::Layout : int { OpenKalman::Layout::none, OpenKalman::Layout::right, OpenKalman::Layout::left, OpenKalman::Layout::stride }
	The layout format of a multidimensional array. More...

enum	OpenKalman::TriangleType : int { OpenKalman::TriangleType::diagonal, OpenKalman::TriangleType::lower, OpenKalman::TriangleType::upper, OpenKalman::TriangleType::any }
	The type of a triangular matrix. More...

enum	OpenKalman::HermitianAdapterType : int { OpenKalman::HermitianAdapterType::any = static_cast<int>(TriangleType::diagonal), OpenKalman::HermitianAdapterType::lower = static_cast<int>(TriangleType::lower), OpenKalman::HermitianAdapterType::upper = static_cast<int>(TriangleType::upper) }
	The type of a hermitian adapter, indicating which triangle of the nested matrix is used. More...

enum	OpenKalman::Applicability : int { OpenKalman::Applicability::guaranteed, OpenKalman::Applicability::permitted }
	The applicability of a concept, trait, or restraint. More...

Functions
constexpr Applicability	OpenKalman::operator not (Applicability x)

constexpr Applicability	OpenKalman::operator and (Applicability x, Applicability y)

constexpr Applicability	OpenKalman::operator or (Applicability x, Applicability y)

Variables
constexpr std::size_t	OpenKalman::dynamic_size = std::numeric_limits<std::size_t>::max()
	A constant indicating that a size or index is dynamic. More...

constexpr std::ptrdiff_t	OpenKalman::dynamic_difference = std::numeric_limits<std::ptrdiff_t>::max()
	A constant indicating that a difference in sizes or indices is dynamic. More...

Detailed Description

Global definitions for OpenKalman.

Classes