G4Octree< Iterator, Extractor, Point >::Node Class Reference

Data Structures
struct	InnerIterator

Public Member Functions
	Node ()=default
	Node (const Node &)=delete
	Node (const NodeVector &input_values)
	Node (const NodeVector &input_values, const G4DNABoundingBox &box, size_t current_depth)
template<typename OutPutContainer >
G4bool	radiusNeighbors (const Point &query, G4double radius, OutPutContainer &resultIndices) const
	~Node ()

Private Member Functions
void	init_internal (const NodeVector &input_values, size_t current_depth)
void	init_leaf (const NodeVector &input_values)
void	init_max_depth_leaf (const NodeVector &input_values)

Private Attributes
G4DNABoundingBox	fBigVolume
G4bool	fIsActivated
NodeTypes	fNodeType
void *	fpValue

Detailed Description

template<typename Iterator, class Extractor, typename Point = G4ThreeVector>
class G4Octree< Iterator, Extractor, Point >::Node

Definition at line 102 of file G4Octree.hh.

Constructor & Destructor Documentation

Node() [1/4]

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

G4Octree< Iterator, Extractor, Point >::Node::Node

(

const NodeVector &

input_values

)

Node() [2/4]

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

G4Octree< Iterator, Extractor, Point >::Node::Node	(	const NodeVector &	input_values,
		const G4DNABoundingBox &	box,
		size_t	current_depth
	)

Node() [3/4]

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

G4Octree< Iterator, Extractor, Point >::Node::Node ( )

default

Node() [4/4]

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

G4Octree< Iterator, Extractor, Point >::Node::Node ( const Node &  )

delete

~Node()

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

G4Octree< Iterator, Extractor, Point >::Node::~Node

(

)

Member Function Documentation

init_internal()

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

void G4Octree< Iterator, Extractor, Point >::Node::init_internal ( const NodeVector &  input_values, size_t  current_depth  )

private

init_leaf()

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

void G4Octree< Iterator, Extractor, Point >::Node::init_leaf ( const NodeVector &  input_values )

private

init_max_depth_leaf()

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

void G4Octree< Iterator, Extractor, Point >::Node::init_max_depth_leaf ( const NodeVector &  input_values )

private

radiusNeighbors()

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

template<typename OutPutContainer >

G4bool G4Octree< Iterator, Extractor, Point >::Node::radiusNeighbors	(	const Point &	query,
		G4double	radius,
		OutPutContainer &	resultIndices
	)		const

Field Documentation

fBigVolume

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

G4DNABoundingBox G4Octree< Iterator, Extractor, Point >::Node::fBigVolume

private

Definition at line 117 of file G4Octree.hh.

fIsActivated

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

G4bool G4Octree< Iterator, Extractor, Point >::Node::fIsActivated

private

Definition at line 119 of file G4Octree.hh.

fNodeType

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

NodeTypes G4Octree< Iterator, Extractor, Point >::Node::fNodeType

private

Definition at line 118 of file G4Octree.hh.

fpValue

template<typename Iterator , class Extractor , typename Point = G4ThreeVector>

void* G4Octree< Iterator, Extractor, Point >::Node::fpValue

private

Definition at line 116 of file G4Octree.hh.

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

• source/processes/electromagnetic/dna/management/include/G4Octree.hh