vector.hpp File Reference

#include "../config.hpp"
#include "../traits.hpp"
#include "tensor.hpp"
#include <type_traits>

Go to the source code of this file.

Classes
class	lin::Vector< T, N, MN >
	Generic vector. More...
class	lin::RowVector< T, N, MN >
	Generic row vector. More...
struct	lin::internal::_elem< Vector< T, N, MN > >
struct	lin::internal::_dims< Vector< T, N, MN > >
struct	lin::internal::_eval< C, std::enable_if_t< is_col_vector< C >::value > >
struct	lin::internal::_elem< RowVector< T, N, MN > >
struct	lin::internal::_dims< RowVector< T, N, MN > >
struct	lin::internal::_eval< C, std::enable_if_t< is_row_vector< C >::value > >

Typedefs
template<size_t N, size_t MN = N>
using	lin::Vectorf = Vector< float, N, MN >
	Generic float vector. More...
typedef Vectorf< 2 >	lin::Vector2f
	Two dimensional float vector.
typedef Vectorf< 3 >	lin::Vector3f
	Three dimensional float vector.
typedef Vectorf< 4 >	lin::Vector4f
	Four dimensional float vector.
template<size_t N, size_t MN = N>
using	lin::Vectord = Vector< double, N, MN >
	Generic double vector. More...
typedef Vectord< 2 >	lin::Vector2d
	Two dimensional double vector.
typedef Vectord< 3 >	lin::Vector3d
	Three dimensional double vector.
typedef Vectord< 4 >	lin::Vector4d
	Four dimensional double vector.
template<size_t N, size_t MN = N>
using	lin::RowVectorf = RowVector< float, N, MN >
	Generic float row vector. More...
typedef RowVectorf< 2 >	lin::RowVector2f
	Two dimensional float row vector.
typedef RowVectorf< 3 >	lin::RowVector3f
	Three dimensional float row vector.
typedef RowVectorf< 4 >	lin::RowVector4f
	Four dimensional float row vector.
template<size_t N, size_t MN = N>
using	lin::RowVectord = RowVector< double, N, MN >
	Generic double row vector. More...
typedef RowVectord< 2 >	lin::RowVector2d
	Two dimensional double row vector.
typedef RowVectord< 3 >	lin::RowVector3d
	Three dimensional double row vector.
typedef RowVectord< 4 >	lin::RowVector4d
	Four dimensional double row vector.

Detailed Description

Author

Kyle Krol