Aff_transformationH2< R_ > Class Template Reference

#include <Aff_transformationH2.h>

Inheritance diagram for Aff_transformationH2< R_ >:

Collaboration diagram for Aff_transformationH2< R_ >:

List of all members.

Public Types
typedef R_	R
Public Member Functions
	Aff_transformationH2 ()
	Aff_transformationH2 (const Identity_transformation)
	Aff_transformationH2 (const Translation, const Vector_2 &v)
	Aff_transformationH2 (const Scaling, const RT &a, const RT &b=RT(1))
	Aff_transformationH2 (const Scaling, const RT &xa, const RT &xb, const RT &ya, const RT &yb)
	Aff_transformationH2 (const Reflection, const Line_2 &l)
	Aff_transformationH2 (const Rotation, const RT &sine, const RT &cosine, const RT &denominator)
	Aff_transformationH2 (const Rotation, const Direction_2 &dir, const RT &n, const RT &d=RT(1))
	Aff_transformationH2 (const Vector_2 &v, const RT &sine, const RT &cosine, const RT &denominator, const RT &scaling_numerator=RT(1), const RT &scaling_denominator=RT(1))
	Aff_transformationH2 (const RT &a, const RT &b, const RT &c, const RT &d, const RT &e, const RT &f, const RT &g=RT(1))
	Aff_transformationH2 (const RT &a, const RT &b, const RT &d, const RT &e, const RT &g=RT(1))
Point_2	transform (const Point_2 &p) const
Vector_2	transform (const Vector_2 &v) const
Direction_2	transform (const Direction_2 &d) const
Line_2	transform (const Line_2 &l) const
Aff_transformationH2< R >	inverse () const
bool	is_even () const
bool	is_odd () const
FT	cartesian (int i, int j) const
RT	homogeneous (int i, int j) const
FT	m (int i, int j) const
RT	hm (int i, int j) const
Aff_transformation_repH2< R >	general_form () const
Aff_transformationH2< R >	operator* (const Aff_transformationH2< R > &right_argument) const

template<class R_>
class Aff_transformationH2< R_ >

---

Member Typedef Documentation

template<class R_>

typedef R_ Aff_transformationH2< R_ >::R

---

Constructor & Destructor Documentation

template<class R >

Aff_transformationH2< R >::Aff_transformationH2

(

)

template<class R >

Aff_transformationH2< R >::Aff_transformationH2

(

const Identity_transformation

)

template<class R_>

Aff_transformationH2< R_ >::Aff_transformationH2	(	const Translation	,
		const Vector_2 &	v
	)

template<class R >

Aff_transformationH2< R >::Aff_transformationH2	(	const Scaling	,
		const RT &	a,
		const RT &	b = RT(1)
	)

template<class R >

Aff_transformationH2< R >::Aff_transformationH2	(	const Scaling	,
		const RT &	xa,
		const RT &	xb,
		const RT &	ya,
		const RT &	yb
	)

template<class R_>

Aff_transformationH2< R_ >::Aff_transformationH2	(	const Reflection	,
		const Line_2 &	l
	)

template<class R >

Aff_transformationH2< R >::Aff_transformationH2	(	const Rotation	,
		const RT &	sine,
		const RT &	cosine,
		const RT &	denominator
	)

template<class R_>

Aff_transformationH2< R_ >::Aff_transformationH2	(	const Rotation	,
		const Direction_2 &	dir,
		const RT &	n,
		const RT &	d = RT(1)
	)

template<class R_>

Aff_transformationH2< R_ >::Aff_transformationH2	(	const Vector_2 &	v,
		const RT &	sine,
		const RT &	cosine,
		const RT &	denominator,
		const RT &	scaling_numerator = RT(1),
		const RT &	scaling_denominator = RT(1)
	)		[inline]

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template<class R >

Aff_transformationH2< R >::Aff_transformationH2	(	const RT &	a,
		const RT &	b,
		const RT &	c,
		const RT &	d,
		const RT &	e,
		const RT &	f,
		const RT &	g = RT(1)
	)

template<class R >

Aff_transformationH2< R >::Aff_transformationH2	(	const RT &	a,
		const RT &	b,
		const RT &	d,
		const RT &	e,
		const RT &	g = RT(1)
	)

---

Member Function Documentation

template<class R >

Aff_transformationH2< R >::FT Aff_transformationH2< R >::cartesian	(	int	i,
		int	j
	)		const [inline]

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template<class R >

Aff_transformation_repH2< R > Aff_transformationH2< R >::general_form

(

)

const

template<class R_>

RT Aff_transformationH2< R_ >::hm	(	int	i,
		int	j
	)		const [inline]

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template<class R >

Aff_transformationH2< R >::RT Aff_transformationH2< R >::homogeneous	(	int	i,
		int	j
	)		const [inline]

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template<class R >

Aff_transformationH2< R > Aff_transformationH2< R >::inverse

(

)

const

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template<class R >

bool Aff_transformationH2< R >::is_even

(

)

const

template<class R >

bool Aff_transformationH2< R >::is_odd

(

)

const

template<class R_>

FT Aff_transformationH2< R_ >::m	(	int	i,
		int	j
	)		const [inline]

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template<class R >

Aff_transformationH2< R > Aff_transformationH2< R >::operator*

(

const Aff_transformationH2< R > &

right_argument

)

const

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template<class R_>

Point_2 Aff_transformationH2< R_ >::transform

(

const Point_2 &

p

)

const

template<class R_>

Vector_2 Aff_transformationH2< R_ >::transform

(

const Vector_2 &

v

)

const

template<class R_>

Direction_2 Aff_transformationH2< R_ >::transform

(

const Direction_2 &

d

)

const

template<class R_>

Line_2 Aff_transformationH2< R_ >::transform

(

const Line_2 &

l

)

const

---

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

• SPAR/AIModule/BWTA/vendors/CGAL/CGAL/Homogeneous/Aff_transformationH2.h