SFCGAL::algorithm::Segment_d< Dim > Struct Template Reference

Inheritance diagram for SFCGAL::algorithm::Segment_d< Dim >:

Public Types
using	PointType = typename detail::Point_d<Dim>::Type
using	SegmentType = typename detail::Segment_d<Dim>::Type
using	PointVector = typename std::vector<PointType>
using	SegmentVector = typename std::vector<SegmentType>

Public Member Functions
	Segment_d (const SegmentType &s)
void	splitAt (const PointType &p)
void	remove (const SegmentType &s)
template<class OutputIterator >
auto	pieces (OutputIterator out) const -> OutputIterator
auto	pieces () const -> SegmentVector

Member Typedef Documentation

PointType

template<int Dim>

using SFCGAL::algorithm::Segment_d< Dim >::PointType = typename detail::Point_d<Dim>::Type

PointVector

template<int Dim>

using SFCGAL::algorithm::Segment_d< Dim >::PointVector = typename std::vector<PointType>

SegmentType

template<int Dim>

using SFCGAL::algorithm::Segment_d< Dim >::SegmentType = typename detail::Segment_d<Dim>::Type

SegmentVector

template<int Dim>

using SFCGAL::algorithm::Segment_d< Dim >::SegmentVector = typename std::vector<SegmentType>

Constructor & Destructor Documentation

Segment_d()

template<int Dim>

SFCGAL::algorithm::Segment_d< Dim >::Segment_d ( const SegmentType & s )

inline

Member Function Documentation

pieces() [1/2]

template<int Dim>

auto SFCGAL::algorithm::Segment_d< Dim >::pieces ( ) const -> SegmentVector

inlinenodiscard

pieces() [2/2]

template<int Dim>

template<class OutputIterator >

auto SFCGAL::algorithm::Segment_d< Dim >::pieces ( OutputIterator out ) const -> OutputIterator

inlinenodiscard

remove()

template<int Dim>

void SFCGAL::algorithm::Segment_d< Dim >::remove ( const SegmentType & s )

inline

splitAt()

template<int Dim>

void SFCGAL::algorithm::Segment_d< Dim >::splitAt ( const PointType & p )

inline