Vec.h File Reference

#include <iosfwd>
#include <cstdlib>
#include <cmath>
#include <iostream>

Go to the source code of this file.

Classes
struct	SeExpr2::seexpr_static_assert< b, T >
	Static assert error case (false) More...
struct	SeExpr2::seexpr_static_assert< true, T >
	Static assert success case. More...
struct	SeExpr2::my_enable_if< c, T >
	Enable_if success case (can find the type TYPE) More...
struct	SeExpr2::my_enable_if< false, T >
	Enable_if failure case (substitution failure is not an error) More...
struct	SeExpr2::static_if< c, T1, T2 >
	Static conditional type true case. More...
struct	SeExpr2::static_if< false, T1, T2 >
	Static conditional type false case. More...
struct	SeExpr2::Reducer< T, d >
struct	SeExpr2::Reducer< T, 1 >
struct	SeExpr2::Reducer< T, 2 >
struct	SeExpr2::Reducer< T, 3 >
struct	SeExpr2::Reducer< T, 4 >
class	SeExpr2::Vec< T, d, ref >
struct	SeExpr2::Vec< T, d, ref >::INVALID_WITH_VECTOR_VALUE
struct	SeExpr2::Vec< T, d, ref >::INVALID_WITH_VECTOR_REFERENCE
struct	SeExpr2::Vec< T, d, ref >::INVALID_WITH_DIMENSION

Namespaces
	SeExpr2

Typedefs
using	SeExpr2::Vec1d = Vec< double, 1, false >
using	SeExpr2::Vec2d = Vec< double, 2, false >
using	SeExpr2::Vec3d = Vec< double, 3, false >
using	SeExpr2::Vec4d = Vec< double, 4, false >
using	SeExpr2::Vec1f = Vec< float, 1, false >
using	SeExpr2::Vec2f = Vec< float, 2, false >
using	SeExpr2::Vec3f = Vec< float, 3, false >
using	SeExpr2::Vec4f = Vec< float, 4, false >
using	SeExpr2::Vec1dRef = Vec< double, 1, true >
using	SeExpr2::Vec2dRef = Vec< double, 2, true >
using	SeExpr2::Vec3dRef = Vec< double, 3, true >
using	SeExpr2::Vec4dRef = Vec< double, 4, true >
using	SeExpr2::Vec1fRef = Vec< float, 1, true >
using	SeExpr2::Vec2fRef = Vec< float, 2, true >
using	SeExpr2::Vec3fRef = Vec< float, 3, true >
using	SeExpr2::Vec4fRef = Vec< float, 4, true >
using	SeExpr2::Vec1dConstRef = Vec< const double, 1, true >
using	SeExpr2::Vec2dConstRef = Vec< const double, 2, true >
using	SeExpr2::Vec3dConstRef = Vec< const double, 3, true >
using	SeExpr2::Vec4dConstRef = Vec< const double, 4, true >
using	SeExpr2::Vec1fConstRef = Vec< const float, 1, true >
using	SeExpr2::Vec2fConstRef = Vec< const float, 2, true >
using	SeExpr2::Vec3fConstRef = Vec< const float, 3, true >
using	SeExpr2::Vec4fConstRef = Vec< const float, 4, true >

Functions
template<class T , int d, bool r>
std::ostream &	SeExpr2::operator<< (std::ostream &out, const Vec< T, d, r > &val)
	Output stream. More...