MRFeatures.h File Reference

#include "MRMesh/MRAffineXf.h"
#include "MRMesh/MRCone3.h"
#include "MRMesh/MRCylinder3.h"
#include "MRMesh/MRPlane3.h"
#include "MRMesh/MRSphere.h"
#include "MRMesh/MRVector3.h"
#include <cassert>
#include <optional>
#include <variant>

Go to the source code of this file.

Classes
struct	MR::Features::Primitives::Plane
struct	MR::Features::Primitives::ConeSegment
struct	MR::Features::MeasureResult
	Stores the results of measuring two objects relative to one another. More...
struct	MR::Features::MeasureResult::BasicPart
struct	MR::Features::MeasureResult::Distance
struct	MR::Features::MeasureResult::Angle
struct	MR::Features::Traits::Unary< T >
struct	MR::Features::Traits::Unary< Primitives::Sphere >
struct	MR::Features::Traits::Unary< Primitives::ConeSegment >
struct	MR::Features::Traits::Unary< Primitives::Plane >
struct	MR::Features::Traits::Binary< A, B >
struct	MR::Features::Traits::Binary< Primitives::Sphere, Primitives::Sphere >
	?? <-> Sphere More...
struct	MR::Features::Traits::Binary< Primitives::ConeSegment, Primitives::Sphere >
struct	MR::Features::Traits::Binary< Primitives::Plane, Primitives::Sphere >
struct	MR::Features::Traits::Binary< Primitives::ConeSegment, Primitives::ConeSegment >
	?? <-> Cone More...
struct	MR::Features::Traits::Binary< Primitives::Plane, Primitives::ConeSegment >
struct	MR::Features::Traits::Binary< Primitives::Plane, Primitives::Plane >
	?? <-> Plane More...

Namespaces
namespace	MR
	only for bindings generation
namespace	MR::Features
namespace	MR::Features::Primitives
namespace	MR::Features::Traits
	Traits that determine how the primitives are related.

Concepts
concept	MR::Features::Traits::MeasureSupportedOneWay
concept	MR::Features::MeasureSupported
	Whether you can measure two primitives relative to one another.

Typedefs
using	MR::Features::Primitives::Sphere = Sphere3<float>
	Doubles as a point when the radius is zero.
using	MR::Features::Primitives::Variant = std::variant<Sphere, ConeSegment, Plane>

Functions
Primitives::Sphere	MR::Features::toPrimitive (const Vector3f &point)
	Those map various MR types to our primitives. Some of those are identity functions.
Primitives::Sphere	MR::Features::toPrimitive (const Sphere3f &sphere)
Primitives::ConeSegment	MR::Features::toPrimitive (const Line3f &line)
Primitives::ConeSegment	MR::Features::toPrimitive (const LineSegm3f &segm)
Primitives::ConeSegment	MR::Features::toPrimitive (const Cylinder3f &cyl)
Primitives::ConeSegment	MR::Features::toPrimitive (const Cone3f &cone)
Primitives::ConeSegment	MR::Features::primitiveCircle (const Vector3f &point, const Vector3f &normal, float rad)
	normal doesn't need to be normalized.
Primitives::ConeSegment	MR::Features::primitiveCylinder (const Vector3f &a, const Vector3f &b, float rad)
	a and b are centers of the sides.
Primitives::ConeSegment	MR::Features::primitiveCone (const Vector3f &a, const Vector3f &b, float rad)
	a is the center of the base, b is the pointy end.
std::optional< Primitives::Variant >	MR::Features::primitiveFromObject (const Object &object)
	Returns null if the object type is unknown. This overload ignores the parent xf.
std::optional< Primitives::Variant >	MR::Features::primitiveFromObjectWithWorldXf (const Object &object)
	Returns null if the object type is unknown. This overload respects the parent's worldXf().
std::shared_ptr< FeatureObject >	MR::Features::primitiveToObject (const Primitives::Variant &primitive, float infiniteExtent)
Primitives::Sphere	MR::Features::transformPrimitive (const AffineXf3f &xf, const Primitives::Sphere &primitive)
Primitives::Plane	MR::Features::transformPrimitive (const AffineXf3f &xf, const Primitives::Plane &primitive)
Primitives::ConeSegment	MR::Features::transformPrimitive (const AffineXf3f &xf, const Primitives::ConeSegment &primitive)
Primitives::Variant	MR::Features::transformPrimitive (const AffineXf3f &xf, const Primitives::Variant &primitive)
std::string_view	MR::Features::toString (MeasureResult::Status status)
	MeasureResult::Status enum to string.
template<typename T>
std::string	MR::Features::name (const T &primitive)
	Get name of a Primitives::... class (can depend on its parameters).
std::string	MR::Features::name (const Primitives::Variant &var)
	Same but for a variant.
template<typename A, typename B> requires MeasureSupported<A, B>
MeasureResult	MR::Features::measure (const A &a, const B &b)
	Measures stuff between two primitives. (Two types from Primitives::....)
template<typename B>
MeasureResult	MR::Features::measure (const Primitives::Variant &a, const B &b)
	Same, but with a variant as the first argument.
template<typename A>
MeasureResult	MR::Features::measure (const A &a, const Primitives::Variant &b)
	Same, but with a variant as the second argument.
MeasureResult	MR::Features::measure (const Primitives::Variant &a, const Primitives::Variant &b)
	Same, but with variants as both argument.