Designar::GenTriangle< PointT > Class Template Reference

#include <triangle.H>

Public Types
using	PointType = PointT
using	SegmentType = GenSegment< PointT >

Public Member Functions
	GenTriangle (const PointT &_p1, const PointT &_p2, const PointT &_p3)
	GenTriangle (const GenTriangle &t)
	GenTriangle (GenTriangle &&t)
GenTriangle &	operator= (const GenTriangle &t)
GenTriangle &	operator= (GenTriangle &&t)
void	swap (GenTriangle &t)
const PointT &	get_p1 () const
const PointT &	get_p2 () const
const PointT &	get_p3 () const
void	set_p1 (const PointT &_p1)
void	set_p1 (PointT &&_p1)
void	set_p2 (const PointT &_p2)
void	set_p2 (PointT &&_p2)
void	set_p3 (const PointT &_p3)
void	set_p3 (PointT &&_p3)
real_t	area () const
bool	is_clockwise () const
bool	is_counterclockwise () const
bool	contains_to (const PointT &p) const
bool	contains_to (const SegmentType &s) const
bool	intersects_properly_with (const SegmentType &s) const
bool	intersects_with (const SegmentType &s) const
SegmentType	intersection_with (const SegmentType &s)
bool	operator== (const GenTriangle &t) const
bool	operator!= (const GenTriangle &t) const

Member Typedef Documentation

template<class PointT>

using Designar::GenTriangle< PointT >::PointType = PointT

template<class PointT>

using Designar::GenTriangle< PointT >::SegmentType = GenSegment<PointT>

Constructor & Destructor Documentation

template<class PointT>

Designar::GenTriangle< PointT >::GenTriangle ( const PointT &  _p1, const PointT &  _p2, const PointT &  _p3  )

inline

template<class PointT>

Designar::GenTriangle< PointT >::GenTriangle ( const GenTriangle< PointT > &  t )

inline

template<class PointT>

Designar::GenTriangle< PointT >::GenTriangle ( GenTriangle< PointT > &&  t )

inline

Member Function Documentation

template<class PointT>

real_t Designar::GenTriangle< PointT >::area ( ) const

inline

template<class PointT>

bool Designar::GenTriangle< PointT >::contains_to ( const PointT &  p ) const

inline

template<class PointT>

bool Designar::GenTriangle< PointT >::contains_to ( const SegmentType &  s ) const

inline

template<class PointT>

const PointT& Designar::GenTriangle< PointT >::get_p1 ( ) const

inline

template<class PointT>

const PointT& Designar::GenTriangle< PointT >::get_p2 ( ) const

inline

template<class PointT>

const PointT& Designar::GenTriangle< PointT >::get_p3 ( ) const

inline

template<class PointT>

SegmentType Designar::GenTriangle< PointT >::intersection_with ( const SegmentType &  s )

inline

template<class PointT>

bool Designar::GenTriangle< PointT >::intersects_properly_with ( const SegmentType &  s ) const

inline

template<class PointT>

bool Designar::GenTriangle< PointT >::intersects_with ( const SegmentType &  s ) const

inline

template<class PointT>

bool Designar::GenTriangle< PointT >::is_clockwise ( ) const

inline

template<class PointT>

bool Designar::GenTriangle< PointT >::is_counterclockwise ( ) const

inline

template<class PointT>

bool Designar::GenTriangle< PointT >::operator!= ( const GenTriangle< PointT > &  t ) const

inline

template<class PointT>

GenTriangle& Designar::GenTriangle< PointT >::operator= ( const GenTriangle< PointT > &  t )

inline

template<class PointT>

GenTriangle& Designar::GenTriangle< PointT >::operator= ( GenTriangle< PointT > &&  t )

inline

template<class PointT>

bool Designar::GenTriangle< PointT >::operator== ( const GenTriangle< PointT > &  t ) const

inline

template<class PointT>

void Designar::GenTriangle< PointT >::set_p1 ( const PointT &  _p1 )

inline

template<class PointT>

void Designar::GenTriangle< PointT >::set_p1 ( PointT &&  _p1 )

inline

template<class PointT>

void Designar::GenTriangle< PointT >::set_p2 ( const PointT &  _p2 )

inline

template<class PointT>

void Designar::GenTriangle< PointT >::set_p2 ( PointT &&  _p2 )

inline

template<class PointT>

void Designar::GenTriangle< PointT >::set_p3 ( const PointT &  _p3 )

inline

template<class PointT>

void Designar::GenTriangle< PointT >::set_p3 ( PointT &&  _p3 )

inline

template<class PointT>

void Designar::GenTriangle< PointT >::swap ( GenTriangle< PointT > &  t )

inline

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The documentation for this class was generated from the following file:

• include/triangle.H