2D Vector

Typedefs

using Vect2f = Vect2<float>

using Vect2d = Vect2<double>

Functions

template<class T> inline Vect2<T> operator+(const Vect2<T> &a, const Vect2<T> &b)

template<class T> inline Vect2<T> operator-(const Vect2<T> &a, const Vect2<T> &b)

template<class T> inline T operator*(const Vect2<T> &a, const Vect2<T> &b)

template<class T> inline T operator^(const Vect2<T> &a, const Vect2<T> &b)

template<class T> inline Vect2<T> operator*(const T k, const Vect2<T> &v)

template<class T> inline Vect2<T> operator*(const Vect2<T> &v, const T k)

template<class T> inline bool operator==(const Vect2<T> &u, const Vect2<T> &v)

template<class T> inline bool operator!=(const Vect2<T> &u, const Vect2<T> &v)

template<class T> inline bool operator<(const Vect2<T> &u, const Vect2<T> &v)

template<class T> inline std::ostream &operator<<(std::ostream &os, const Vect2<T> &v)

template<class T> class Vect2

Public Functions

inline explicit Vect2()

inline explicit Vect2(const T x_, const T y_)

inline bool isNull() const

inline T manhattanNorm() const

inline T squared_norm() const: Returns the norm of the vector, squared.

inline double norm() const

inline void normalize()

template<class U> inline operator Vect2<U>() const

inline Vect2<T> operator-() const

inline void operator*=(const T k)

inline void operator/=(const T k)

inline void operator+=(const Vect2<T> &v)

inline void operator-=(const Vect2<T> &v)

Public Members

T x

T y

Public Static Functions

static inline double dist(const Vect2<T> &a, const Vect2<T> &b)