class box
Declaration
template <int Dims>
class box { /* full declaration omitted */ };
Description
An arbitrary-dimensional box described by its minimum and maximum points.
Template Parameters
- int Dims
Member Variables
- static const int dimensions = Dims
- id<Dims> m_min
- id<Dims> m_max
Member Function Overview
- box()
- box(const id<Dims> & min, const id<Dims> & max)
- box(const subrange<Dims> & other)
- covers(const box<Dims> & other) const → bool
- empty() const → bool
- full_range(const range<Dims> & range) → static box<Dims>
- get_area() const → size_t
- get_effective_dims() const → int
- get_max() const → const id<Dims> &
- get_min() const → const id<Dims> &
- get_offset() const → const id<Dims> &
- get_range() const → range<Dims>
- get_subrange() const → subrange<Dims>
- operator subrange<Dims>() const
- box(grid_detail::non_empty_t, const id<Dims> & min, const id<Dims> & max)
Friend Function Overview
- operator!=(const box<Dims> & lhs, const box<Dims> & rhs) → friend bool
- operator==(const box<Dims> & lhs, const box<Dims> & rhs) → friend bool
Member Functions
¶box()
box()
Description
Construct an empty box for Dims > 0, and a unit-sized box for Dims == 0
¶box(const id<Dims>& min, const id<Dims>& max)
box(const id<Dims>& min, const id<Dims>& max)
Description
Construct a box from two points where min
must be less or equal to max
in every dimension. Empty boxes are normalized to [0,0,0] - [0,0,0], meaning that every box-shaped set of points has a unique representation.
Parameters
- const id<Dims>& min
- const id<Dims>& max
¶box(const subrange<Dims>& other)
box(const subrange<Dims>& other)
Parameters
- const subrange<Dims>& other
¶bool covers(const box<Dims>& other) const
bool covers(const box<Dims>& other) const
Parameters
- const box<Dims>& other
¶bool empty() const
bool empty() const
¶static box<Dims> full_range(
const range<Dims>& range)
static box<Dims> full_range(
const range<Dims>& range)
Parameters
- const range<Dims>& range
¶size_t get_area() const
size_t get_area() const
Description
Counts the number of points covered by the region.
¶int get_effective_dims() const
int get_effective_dims() const
Description
Returns the smallest dimensionality that *this
can be box_cast
to.
¶const id<Dims>& get_max() const
const id<Dims>& get_max() const
¶const id<Dims>& get_min() const
const id<Dims>& get_min() const
¶const id<Dims>& get_offset() const
const id<Dims>& get_offset() const
¶range<Dims> get_range() const
range<Dims> get_range() const
¶subrange<Dims> get_subrange() const
subrange<Dims> get_subrange() const
¶operator subrange<Dims>() const
operator subrange<Dims>() const
¶box(grid_detail::non_empty_t,
const id<Dims>& min,
const id<Dims>& max)
box(grid_detail::non_empty_t,
const id<Dims>& min,
const id<Dims>& max)
Parameters
- grid_detail::non_empty_t
- const id<Dims>& min
- const id<Dims>& max
Friend Functions
¶friend bool operator!=(const box<Dims>& lhs,
const box<Dims>& rhs)
friend bool operator!=(const box<Dims>& lhs,
const box<Dims>& rhs)
Parameters
¶friend bool operator==(const box<Dims>& lhs,
const box<Dims>& rhs)
friend bool operator==(const box<Dims>& lhs,
const box<Dims>& rhs)