m_vector_d.cpp File Reference

#include <m_cpp/m_vector_d.h>
#include <m_cpp/m_vector.h>
#include <m_cpp/m_vector_d.impl.h>
#include <boost/preprocessor.hpp>
#include <boost/archive/text_oarchive.hpp>
#include <boost/archive/text_iarchive.hpp>

Namespaces
	kjb
	Classes and functions for dealing with trajectory files.

Macros
#define	MAX_DIMENSION   10
#define	BOOST_PP_LOCAL_MACRO(n)   template class Vector_d<n>;
#define	BOOST_PP_LOCAL_LIMITS   (1,MAX_DIMENSION)
#define	BOOST_PP_LOCAL_MACRO(nnn)
#define	BOOST_PP_LOCAL_LIMITS   (1,MAX_DIMENSION)

Functions
Vector	kjb::multiply_matrix_and_vector_d_dispatch_ (const Matrix &m, const double *v, size_t size)
	dispatch for operator*(Matrix, Vector_d). This deals with a circular dependency between matrix.h and vector_d.h by moving template code into a cpp file. DO NOT CALL DIRECTLY! More...
Vector2	kjb::make_vector2 (const Vector &v)
Vector3	kjb::make_vector3 (const Vector &v)
Vector4	kjb::make_vector4 (const Vector &v)

Macro Definition Documentation

#define BOOST_PP_LOCAL_LIMITS   (1,MAX_DIMENSION)

#define BOOST_PP_LOCAL_LIMITS   (1,MAX_DIMENSION)

#define BOOST_PP_LOCAL_MACRO

(

n

)

template class Vector_d<n>;

#define BOOST_PP_LOCAL_MACRO

(

nnn

)

Value:

template Vector operator*(const Matrix& m, const Vector_d<nnn> v); \
template Vector_d<nnn> operator-(const Vector_d<nnn>& first, const Vector_d<nnn>& second); \
template Vector_d<nnn> operator-(const Vector_d<nnn>& first, double second); \
template Vector_d<nnn> operator-(double first, const Vector_d<nnn>& second); \
template Vector_d<nnn> operator-(const Vector_d<nnn>& first ); \
template Vector_d<nnn> operator+(const Vector_d<nnn>& first, const Vector_d<nnn>& second); \
template Vector_d<nnn> operator+(const Vector_d<nnn>& first, double second); \
template Vector_d<nnn> operator+(double first, const Vector_d<nnn>& second); \
template Vector_d<nnn> operator*(const Vector_d<nnn>& v, double s); \
template Vector_d<nnn> operator*(double s, const Vector_d<nnn>& v); \
template Vector_d<nnn> operator/(const Vector_d<nnn>& v, double s); \
template void swap(Vector_d<nnn>& first, Vector_d<nnn>& second); \
template bool operator==(const Vector_d<nnn>& first, const Vector_d<nnn>& second); \
template bool operator!=(const Vector_d<nnn>& first, const Vector_d<nnn>& second); \
template bool operator<(const Vector_d<nnn>& first, const Vector_d<nnn>& second); \
template bool operator>(const Vector_d<nnn>& first, const Vector_d<nnn>& second); \
template bool operator<=(const Vector_d<nnn>& first, const Vector_d<nnn>& second); \
template bool operator>=(const Vector_d<nnn>& first, const Vector_d<nnn>& second); \
template double norm1(const kjb::Vector_d<nnn>& v); \
template double norm2(const kjb::Vector_d<nnn>& v); \
template Vector_d<nnn> create_random_vector(); \
template Vector_d<nnn> create_gauss_random_vector(); \
template Vector_d<nnn> create_unit_vector(size_t d); \
template std::ostream& operator<<(std::ostream& out, const Vector_d<nnn>& v); \
template std::istream& operator>>(std::istream& ist, Vector_d<nnn>& v); \
template double dot(const Vector_d<nnn>& op1, const Vector_d<nnn>& op2); \
template double vector_distance(const Vector_d<nnn>& op1, const Vector_d<nnn>& op2); \
template double vector_distance_squared(const Vector_d<nnn>& op1, const Vector_d<nnn>& op2);

#define MAX_DIMENSION   10