Core/cr_vector.h File Reference

#include <iostream>
#include <cmath>
#include <cstdarg>
#include "dc_main.h"
#include "cr_main.h"
#include "cr_matrix.h"

Classes
class	darc::core::Vector< T, M >
class	darc::core::Vector3D_T< T >
class	darc::core::Vector2D_T< T >
Namespaces
namespace	darc
namespace	darc::core
Typedefs
typedef Vector< Real, 4 >	darc::core::Vector4D
typedef Vector< Real, 6 >	darc::core::Vector6D
typedef Vector3D_T< Real >	darc::core::Vector3D
typedef Vector3D_T< UInt >	darc::core::Vector3DUI
typedef Vector2D_T< Real >	darc::core::CR_Vector2D
typedef Vector2D_T< UInt >	darc::core::VectorUI2D
typedef Vector2D_T< Int >	darc::core::VectorI2D
Functions
template<typename T , int M>
const Real	darc::core::operator* (const Vector< T, M > &_v0, const Vector< T, M > &_v1)
	Operator "Dot product".
template<typename T , int M>
Vector< T, M >	darc::core::operator- (const Vector< T, M > &_v0, const Vector< T, M > &_v1)
	Operator "Vector subtraction".
template<>
const BaseMatrix< Matrix < float, 4, 1 > >	darc::core::operator* (const BaseMatrix< Matrix< float, 4, 1 > > &_v, const float &_s)
	Operator "Scalar multiplication (right)" for 4-dimensional vectors using SIMD.
CR_API void	darc::core::Vector3D_Cross (const Vector3D &_v0, const Vector3D &_v1, Vector3D &_vOut)
CR_API float	darc::core::Vector3D_Angle (const Vector3D &_v0, const Vector3D &_v1)