Point_3D

template<typename F> class Point_3D

Public Functions

inline bool Equals(Point_3D const &p, int in_tolerance = 32) const

inline bool operator!=(Point_3D const &p) const

inline Point_3D operator*(F s) const

Point_3D operator*(Vector_2D<F> const &v) const

Point_3D operator*(Vector_3D<F> const &v) const

inline Point_3D &operator*=(F s)

Point_3D &operator*=(Vector_2D<F> const &v)

Point_3D &operator*=(Vector_3D<F> const &v)

Point_3D operator+(Vector_2D<F> const &v) const

Point_3D operator+(Vector_3D<F> const &v) const

Point_3D &operator+=(Vector_2D<F> const &v)

Point_3D &operator+=(Vector_3D<F> const &v)

inline Point_3D operator-() const

Vector_3D<F> operator-(Point_3D const &p) const

Point_3D operator-(Vector_2D<F> const &v) const

Point_3D operator-(Vector_3D<F> const &v) const

Point_3D &operator-=(Vector_2D<F> const &v)

Point_3D &operator-=(Vector_3D<F> const &v)

inline Point_3D operator/(F s) const

Point_3D operator/(Vector_2D<F> const &v) const

Point_3D operator/(Vector_3D<F> const &v) const

inline Point_3D &operator/=(F s)

Point_3D &operator/=(Vector_2D<F> const &v)

Point_3D &operator/=(Vector_3D<F> const &v)

inline bool operator==(Point_3D const &p) const

inline F &operator[](size_t i)

inline F const &operator[](size_t i) const

inline Point_3D()

inline Point_3D(F v1, F v2, F v3)

explicit Point_3D(Point_2D<F> const &that)

template<typename D> inline explicit Point_3D(Point_3D<D> const &that)

explicit Point_3D(Vector_2D<F> const &v)

explicit Point_3D(Vector_3D<F> const &v)

Public Members

F x

F y

F z

Public Static Functions

static inline HPS_INLINE Point_3D Origin ()

static inline HPS_INLINE Point_3D Zero ()

Hello I'm HOOPSY!

HOOPSY BETA

Hello I am HOOPSY ! your Docs generative AI assistant.

Ask me anything about HOOPS Visualize HPS or choose a sample question below to start a conversation:

HOOPSY may store chats to provide and maintain the service according to OpenAI's data policy.

This feature is currently experimental. While we are continually enhancing its performance and quality, the underlying AI model may generate inaccurate or fabricated responses, especially if prompted to do so.