Geometry

Collaboration diagram for Geometry:

Data Structures
class	PointXd< T, dimension >
	A point in space with configurable dimensionality and coordinate type. More...
class	PointT< T >
	2D point template type. More...
class	RectangleT< PointType, SizeType >
	A generic rectangle defined by a point and a size. More...
class	SizeT< T >
	Represents a two-dimensional size with non-negative width and height. More...

Typedefs
using	Point = detail::PointT<int32_t>
	2D point with 32-bit signed integer coordinates.
using	PointF = detail::PointT<float>
	2D point with single-precision floating-point coordinates.
using	PointU = detail::PointT<uint32_t>
	2D point with 32-bit unsigned integer coordinates.
using	Rectangle = detail::RectangleT<int32_t, uint32_t>
	Rectangle with integer coordinates and unsigned dimensions.
using	RectangleF = detail::RectangleT<float, float>
	Rectangle with floating-point coordinates and dimensions.
using	RectangleU = detail::RectangleT<uint32_t, uint32_t>
	Rectangle with unsigned coordinates and unsigned dimensions.
using	Size = detail::SizeT<uint32_t>
	Size with unsigned 32-bit integer dimensions.
using	SizeF = detail::SizeT<float>
	Size with floating-point dimensions.
using	VectorF = peak::common::PointF
	Alias for a 2D point with floating point coordinates.

Detailed Description

Types representing geometric concepts such as points, sizes, rectangles, and vectors.

This subgroup focuses on types commonly used to represent and manipulate geometric data. It includes templates and type aliases for points, rectangles, sizes, and vectors, which are useful in image processing, spatial computations, and graphical applications.

Since

ids_peak_common 1.0

Typedef Documentation

Point

using Point = detail::PointT<int32_t>

2D point with 32-bit signed integer coordinates.

Provides a stable and public alias for a 2D point type using signed 32-bit integers. This alias is intended for general use in user code.

Direct usage of detail::PointT<int32_t> is discouraged, as internal implementations may change. Always use this public alias for forward compatibility.

Since

ids_peak_common 1.0

Definition at line 283 of file peak_common_point.hpp.

PointF

using PointF = detail::PointT<float>

2D point with single-precision floating-point coordinates.

Provides a stable and public alias for a 2D point type using single-precision floating-point values. This alias is intended for general use in user code.

Direct usage of detail::PointT<float> is discouraged, as internal implementations may change. Always use this public alias for forward compatibility.

Since

ids_peak_common 1.0

Definition at line 297 of file peak_common_point.hpp.

PointU

using PointU = detail::PointT<uint32_t>

2D point with 32-bit unsigned integer coordinates.

Public alias for a 2D point type based on 32-bit unsigned integers. This alias is intended for general use in user code.

Direct usage of detail::PointT<uint32_t> is discouraged, as internal implementations may change. Always use this public alias for forward compatibility.

Since

ids_peak_common 1.0

Definition at line 311 of file peak_common_point.hpp.

Rectangle

using Rectangle = detail::RectangleT<int32_t, uint32_t>

Rectangle with integer coordinates and unsigned dimensions.

Provides a stable and public alias for a rectangle type using int32_t for position and uint32_t for size.

This alias is intended for general use in user code.

Direct usage of detail::RectangleT<int32_t, uint32_t> is discouraged, as internal implementations may change. Always use this public alias for forward compatibility.

Since

ids_peak_common 1.0

Definition at line 235 of file peak_common_rectangle.hpp.

RectangleF

using RectangleF = detail::RectangleT<float, float>

Rectangle with floating-point coordinates and dimensions.

Provides a stable and public alias for a rectangle type using float for both position and size.

This alias is intended for general use in user code.

Direct usage of detail::RectangleT<float, float> is discouraged, as internal implementations may change. Always use this public alias for forward compatibility.

Since

ids_peak_common 1.0

Definition at line 250 of file peak_common_rectangle.hpp.

RectangleU

using RectangleU = detail::RectangleT<uint32_t, uint32_t>

Rectangle with unsigned coordinates and unsigned dimensions.

Provides a stable and public alias for a rectangle type using uint32_t for position and uint32_t for size.

This alias is intended for general use in user code.

Direct usage of detail::RectangleT<uint32_t, uint32_t> is discouraged, as internal implementations may change. Always use this public alias for forward compatibility.

Since

ids_peak_common 1.1

Definition at line 266 of file peak_common_rectangle.hpp.

Size

using Size = detail::SizeT<uint32_t>

Size with unsigned 32-bit integer dimensions.

Provides a stable and public alias for a size type where width and height are represented as uint32_t.

This alias is intended for general use in user code.

Direct usage of detail::SizeT<uint32_t> is discouraged, as internal implementations may change. Always use this public alias for forward compatibility.

Since

ids_peak_common 1.0

Definition at line 273 of file peak_common_size.hpp.

SizeF

using SizeF = detail::SizeT<float>

Size with floating-point dimensions.

Provides a stable and public alias for a size type where width and height are represented as float, suitable for precise or fractional dimensions.

This alias is intended for general use in user code.

Direct usage of detail::SizeT<float> is discouraged, as internal implementations may change. Always use this public alias for forward compatibility.

Since

ids_peak_common 1.0

Definition at line 289 of file peak_common_size.hpp.

VectorF

using VectorF = peak::common::PointF

Alias for a 2D point with floating point coordinates.

Represents a 2D vector or point using float precision.

Since

ids_peak_common 1.0

Definition at line 27 of file peak_common_vector.hpp.