Bounding Box

File: samarium/math/Box2.hpp

namespace sm

Enums

enum class PlacementX

Values:

enumerator Left

enumerator Middle

enumerator Right

enum class PlacementY

Values:

enumerator Bottom

enumerator Middle

enumerator Top

struct Placement

Public Members

PlacementX x = {}

PlacementY y = {}

template<concepts::Number T = f64>
struct Box2

Public Types

using VecType = Vec2_t<T>

Public Functions

template<concepts::Number U>
inline constexpr auto cast() const

inline constexpr auto validate()

inline constexpr auto validated() const

inline constexpr auto contains(VecType vec) const noexcept

inline constexpr auto diagonal() const noexcept

inline constexpr auto clamp(VecType vec) const

inline constexpr auto clamped_to(Box2<T> bounds) const

inline constexpr auto width() const

inline constexpr auto height() const

inline constexpr auto x_range() const

inline constexpr auto y_range() const

constexpr bool operator==(const Box2<T>&) const = default

inline constexpr auto centre() const noexcept

inline constexpr auto set_centre(VecType new_centre) noexcept

inline constexpr auto set_width(T new_width) noexcept

inline constexpr auto set_height(T new_height) noexcept

inline constexpr auto scaled(T scale) const noexcept

inline constexpr auto scaled_x(T scale) const noexcept

inline constexpr auto scaled_y(T scale) const noexcept

inline constexpr auto line_segments() const noexcept
requires concepts

inline constexpr auto get_placement(Placement p)

Public Members

VecType min

VecType max

Public Static Functions

static inline constexpr auto fit_points(const auto &points)

Make a Box2 which fits a range of points.

Parameters:

points – points to fit around

static inline constexpr auto fit_boxes(Box2<T> a, Box2<T> b)

static inline constexpr auto fit_boxes(const auto &boxes)

static inline constexpr auto square(T width) noexcept
requires std

static inline constexpr auto from_centre_width_height(VecType centre, T width, T height) noexcept