File point.h

Functions

template<typename K> point<K> operator*(const typename K::FT &k, point<K> const &p)

template<typename K> class point

#include <point.h>

This class manipulates a point parameterized by a number type e.g. double

Template Parameters:: K – Numerical Type

Public Types

typedef Eigen::Matrix<typename K::FT, Eigen::Dynamic, 1> Coeff

typedef K::FT FT

Public Functions

inline point()

inline point(const unsigned int dim)

inline point(const unsigned int dim, iter begin, iter endit)

inline point(const Coeff &coeffs)

inline point(const unsigned int dim, std::vector<typename K::FT> cofs)

inline void add(const Coeff &coeffs)

inline const Coeff &getCoefficients() const

inline int dimension() const

inline void set_dimension(const unsigned int dim)

inline void set_coord(const unsigned int i, FT coord)

inline void set_coeffs(const Coeff &coeffs2)

inline void set_to_origin()

inline FT operator[](const unsigned int i) const

inline FT *pointerToData()

inline FT sum() const

inline void operator+=(const point &p)

inline void operator+=(const Coeff &coeffs)

inline void operator-=(const point &p)

inline void operator-=(const Coeff &coeffs)

inline void operator=(const Coeff &coeffs)

inline point operator+(const point &p) const

inline point operator-(const point &p) const

inline point operator*(const FT k) const

inline void operator*=(const FT k)

inline void operator/=(const FT k)

inline bool operator==(point &p) const

inline FT distance(point const &p)

inline FT dot(const point &p) const

inline FT dot(const Coeff &coeffs) const

inline FT squared_length() const

inline FT length() const

inline void print() const

Public Static Functions

static inline point all_ones(int dim)

Private Types

typedef std::vector<typenameK::FT>::iterator iter

Private Members

unsigned int d

Eigen::Matrix<typename K::FT, Eigen::Dynamic, 1> coeffs