RTesselationPoint Class Reference

#include <RSolidTesselation.hh>

Public Member Functions
Constructors, affectation, destructor
	RTesselationPoint ()
	RTesselationPoint (const RTesselationPoint &original)
RTesselationPoint &	operator= (const RTesselationPoint &original)
virtual	~RTesselationPoint ()
Data setting
virtual void	ResetData ()
virtual void	CopyData (const RTesselationPoint &original)
void	SetPosition (const TVector3 &p)
void	SetNeighboursNum (int n)
void	SetNeighbour (int i, int ip)
Points information
const TVector3 &	GetPosition () const
TVector3 &	GetPosition ()
double	GetX () const
double	GetY () const
double	GetZ () const
double	GetTheta (bool deg=false) const
double	GetPhi (bool deg=false) const
int	GetNeighbourNum () const
int	GetNeighbourIndex (int i) const
const int *	GetNeighbourTab () const
int *	GetNeighbourTab ()
ROOT related functions
	ClassDef (RTesselationPoint, 0)

Protected Attributes
TVector3	position
	Position of the point.
int	neighbour_num
	Number of neighbouring points.
int *	neighbour_tab
	Array of index of neighbouring points.

Private Member Functions
	GObject (RTesselationPoint)

Friends
class	RSolidTesselation

Detailed Description

This class defines the information associated to a point in the tesselation of solids:

• the point position
• the indexes of related neighbours

Constructor & Destructor Documentation

RTesselationPoint::RTesselationPoint

(

)

Default constructor.

RTesselationPoint::RTesselationPoint

(

const RTesselationPoint &

original

)

Copy constructor.

Parameters

original

object to copy

References CopyData(), neighbour_num, and neighbour_tab.

RTesselationPoint::~RTesselationPoint ( )

virtual

Destructor.

References ResetData().

Member Function Documentation

RTesselationPoint::GObject ( RTesselationPoint  )

private

Macro from GCpp library that defines the following functions:

• ClassName(): return the real class name of the object
• StaticClassName(): return the used class name of the object (that may be a base class of the real object).
• IsInstanceOf<T>(): return true if the current object is an instance of the template class name argument
• Clone(): return an allocated copy of the object.

RTesselationPoint & RTesselationPoint::operator=

(

const RTesselationPoint &

original

)

Affectation operator.

Parameters

original

object to copy

References CopyData().

void RTesselationPoint::ResetData ( )

virtual

Function that destroys data associated to the point.

References neighbour_num, and neighbour_tab.

Referenced by CopyData(), SetNeighboursNum(), and ~RTesselationPoint().

void RTesselationPoint::CopyData ( const RTesselationPoint &  original )

virtual

Function that copies the data from a point.

Parameters

original

object to copy

References GetNeighbourNum(), GetNeighbourTab(), GetPosition(), neighbour_num, neighbour_tab, position, and ResetData().

Referenced by operator=(), and RTesselationPoint().

void RTesselationPoint::SetPosition ( const TVector3 &  p )

inline

Set the point position.

Parameters

p	position vector

References position.

Referenced by RSphereTesselation::InitData(), and RSphereTesselation::SubDivide().

void RTesselationPoint::SetNeighboursNum

(

int

n

)

Set the number of neighbours (previous data are resetted if defined).

Parameters

n	number of neighbours

References neighbour_num, neighbour_tab, and ResetData().

Referenced by RSphereTesselation::InitData(), and RSphereTesselation::SubDivide().

void RTesselationPoint::SetNeighbour ( int  i, int  ip  )

inline

Set the index of a neighbouring point.

Parameters

i	neighbour number
ip	neighbour point index

References neighbour_tab.

Referenced by RSphereTesselation::InitData(), and RSphereTesselation::SubDivide().

const TVector3 & RTesselationPoint::GetPosition ( ) const

inline

Return the point position.

References position.

Referenced by CopyData(), RSphereTesselation::InitData(), and RSphereTesselation::SubDivide().

TVector3 & RTesselationPoint::GetPosition ( )

inline

Return the point position.

References position.

double RTesselationPoint::GetX ( ) const

inline

Return the point X coordinate.

References position.

Referenced by RHoughTransform3D::CreatePoints3D(), RHoughTransform3D::CreateScorePoints3D(), RHoughTransform3D::CreateSegment3D(), and RHoughTransform3D::SetTesselation().

double RTesselationPoint::GetY ( ) const

inline

Return the point Y coordinate.

References position.

Referenced by RHoughTransform3D::CreatePoints3D(), RHoughTransform3D::CreateScorePoints3D(), RHoughTransform3D::CreateSegment3D(), and RHoughTransform3D::SetTesselation().

double RTesselationPoint::GetZ ( ) const

inline

Return the point Z coordinate.

References position.

Referenced by RHoughTransform3D::CreatePoints3D(), RHoughTransform3D::CreateScorePoints3D(), RHoughTransform3D::CreateSegment3D(), and RHoughTransform3D::SetTesselation().

double RTesselationPoint::GetTheta

(

bool

deg = false

)

const

Return the Theta angle of the point.

Parameters

deg	whether the angle is return in degrees

References position.

double RTesselationPoint::GetPhi

(

bool

deg = false

)

const

Return the Phi angle of the point.

Parameters

deg	whether the angle is return in degrees

References position.

int RTesselationPoint::GetNeighbourNum ( ) const

inline

Return the number of neighbours of the point.

References neighbour_num.

Referenced by CopyData().

int RTesselationPoint::GetNeighbourIndex ( int  i ) const

inline

Return the index of a neighbours point.

Parameters

i	neighbour number

References neighbour_tab.

const int * RTesselationPoint::GetNeighbourTab ( ) const

inline

Return the pointer of neighbours array.

References neighbour_tab.

Referenced by CopyData().

int * RTesselationPoint::GetNeighbourTab ( )

inline

Return the pointer of neighbours array.

References neighbour_tab.

RTesselationPoint::ClassDef	(	RTesselationPoint	,
		0
	)

For ROOT dictionary.

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

• RSolidTesselation.hh
• RSolidTesselation.icc
• RSolidTesselation.cpp