atlas::PointXYZ class

#include <atlas/util/Point.h>

Base classes

class eckit::geometry::Point3

Public static variables

static const size_t DIMS

Public static functions

static auto cross(const Point3& p1, const Point3& p2) -> Point3

static auto dimensions() -> size_t

static auto distance(const KPoint& p1, const KPoint& p2) -> double

static auto distance(const KPoint& p1, const KPoint& p2, unsigned int axis) -> double

static auto distance2(const KPoint& p1, const KPoint& p2) -> double

static auto equal(const KPoint& p1, const KPoint& p2) -> bool

static auto norm(const KPoint& p1) -> double

static auto dot(const KPoint& p1, const KPoint& p2) -> double

static auto add(const KPoint& p1, const KPoint& p2) -> KPoint

static auto middle(const KPoint& p1, const KPoint& p2) -> KPoint

static auto sub(const KPoint& p1, const KPoint& p2) -> KPoint

static auto mul(const KPoint& p, double m) -> KPoint

static auto div(const KPoint& p, double m) -> KPoint

static auto componentsMin(const KPoint& p1, const KPoint& p2) -> KPoint

static auto componentsMax(const KPoint& p1, const KPoint& p2) -> KPoint

static auto normalize(const KPoint& p) -> KPoint

static auto mean(const Container& points) -> Container::value_type

static auto symetrical(const KPoint& w, const KPoint& c) -> KPoint

static void normalizeAll(Container& c, KPoint& offset, KPoint& scale)

Constructors, destructors, conversion operators

PointXYZ()

PointXYZ(std::initializer_list<double> list)

PointXYZ(const array_t& arr)

Point3()

Point3(const BasePoint& p)

Point3(const double* p)

Point3(double x, double y, double z)

Public functions

auto x() const -> double

auto y() const -> double

auto z() const -> double

auto x() -> double&

auto y() -> double&

auto z() -> double&

void assign(double x, double y, double z)

auto operator*=(double m) -> PointXYZ&

auto operator/=(double m) -> PointXYZ&

template<typename T>

void assign(const T& p)

auto operator[](const size_t& i) const -> double

auto operator[](const size_t& i) -> double&

template<typename T>

void assign(const T& p)

auto x(size_t axis) const -> double

auto point() const -> const KPoint&

auto point() -> KPoint&

auto data() -> double*

auto data() const -> const double*

auto operator()(const size_t& i) const -> double

auto operator<(const KPoint& other) const -> bool

void print(std::ostream& s) const

auto distance(const KPoint& p) const -> double

auto distance2(const KPoint& p) const -> double

auto operator==(const KPoint& other) const -> bool

auto operator!=(const KPoint& other) const -> bool

void normalize(const KPoint& offset, const KPoint& scale)

auto begin() const -> const double*

auto end() const -> const double*

auto operator+(const KPoint& other) const -> KPoint

auto operator-(const KPoint& other) const -> KPoint

auto operator*(const double s) const -> KPoint

Function documentation

Variable documentation