SFCGAL::algorithm::Handle< Dim > Class Template Reference

Public Member Functions
	Handle ()
	~Handle ()
	Handle (const Handle &other)
template<class PrimitiveType>
	Handle (const PrimitiveType &primitive)
void	swap (Handle &other) noexcept
auto	operator= (Handle other) -> Handle &
auto	operator* () const -> const ObservablePrimitive &
auto	operator* () -> ObservablePrimitive &
auto	operator-> () const -> const ObservablePrimitive *
auto	operator-> () -> ObservablePrimitive *
auto	asPoint () -> typename detail::Point_d< Dim >::Type &
auto	asSegment () -> Segment_d< Dim > &
auto	asSurface () -> Surface_d< Dim > &
auto	asVolume () -> typename detail::Volume_d< Dim >::Type &
auto	which () -> PrimitiveType
auto	empty () -> bool
void	registerObservers (Handle a)

Constructor & Destructor Documentation

Handle() [1/3]

template<int Dim>

SFCGAL::algorithm::Handle< Dim >::Handle ( )

inline

~Handle()

template<int Dim>

SFCGAL::algorithm::Handle< Dim >::~Handle ( )

inline

Handle() [2/3]

template<int Dim>

SFCGAL::algorithm::Handle< Dim >::Handle ( const Handle< Dim > & other )

inline

Handle() [3/3]

template<int Dim>

template<class PrimitiveType>

SFCGAL::algorithm::Handle< Dim >::Handle ( const PrimitiveType & primitive )

inlineexplicit

Member Function Documentation

asPoint()

template<int Dim>

auto SFCGAL::algorithm::Handle< Dim >::asPoint ( ) ->typenamedetail::Point_d< Dim >::Type &

inline

asSegment()

template<int Dim>

auto SFCGAL::algorithm::Handle< Dim >::asSegment ( ) ->Segment_d< Dim > &

inline

asSurface()

template<int Dim>

auto SFCGAL::algorithm::Handle< Dim >::asSurface ( ) ->Surface_d< Dim > &

inline

asVolume()

template<int Dim>

auto SFCGAL::algorithm::Handle< Dim >::asVolume ( ) ->typenamedetail::Volume_d< Dim >::Type &

inline

empty()

template<int Dim>

auto SFCGAL::algorithm::Handle< Dim >::empty ( ) ->bool

inline

operator*() [1/2]

template<int Dim>

auto SFCGAL::algorithm::Handle< Dim >::operator* ( ) ->ObservablePrimitive &

inline

operator*() [2/2]

template<int Dim>

auto SFCGAL::algorithm::Handle< Dim >::operator* ( ) const->constObservablePrimitive &

inline

operator->() [1/2]

template<int Dim>

auto SFCGAL::algorithm::Handle< Dim >::operator-> ( ) ->ObservablePrimitive *

inline

operator->() [2/2]

template<int Dim>

auto SFCGAL::algorithm::Handle< Dim >::operator-> ( ) const->constObservablePrimitive *

inline

operator=()

template<int Dim>

auto SFCGAL::algorithm::Handle< Dim >::operator= ( Handle< Dim > other ) ->Handle &

inline

registerObservers()

template<int Dim>

void SFCGAL::algorithm::Handle< Dim >::registerObservers ( Handle< Dim > a )

inline

swap()

template<int Dim>

void SFCGAL::algorithm::Handle< Dim >::swap ( Handle< Dim > & other )

inlinenoexcept

which()

template<int Dim>

auto SFCGAL::algorithm::Handle< Dim >::which ( ) ->PrimitiveType

inline