A circle of data. More...

#include <statdirdata.h>

Inheritance diagram for Stats::DirectionalData:

Classes
class	Setup

Public Member Functions
	DirectionalData (const DirectionalData &)

	DirectionalData (int nrsectors=0, int nrparts=0)

	~DirectionalData ()

float	angle (int isect, Angle::Type, int bound=0) const
	bound: -1=start, 1=stop, 0=center

float	angle (int isect, int bound=0) const

SectorPartData &	getPartData (int isect, int ipart)

const SectorPartData &	getPartData (int isect, int ipart) const

void	init (int nrsectors, int nrparts)

int	nrParts (int isect) const

int	nrSectors () const

DirectionalData &	operator= (const DirectionalData &)

int	part (int isect, float pos) const

int	sector (float ang) const

int	sector (float ang, Angle::Type) const

Public Member Functions inherited from ManagedObjectSet< SectorData >
	ManagedObjectSet ()

	ManagedObjectSet (const ManagedObjectSet &)=delete

	ManagedObjectSet (const ObjectSet< SectorData > &)

void	append (const ManagedObjectSet< SectorData > &)=delete

void	append (const ObjectSet< SectorData > &os) override

void	copy (const ObjectSet< SectorData > &os) override

ManagedObjectSet &	operator= (const ManagedObjectSet &)=delete

ManagedObjectSet< SectorData > &	operator= (const ObjectSet< SectorData > &os)

Public Member Functions inherited from ManagedObjectSetBase< T >
void	erase () override

bool	isManaged () const override

ManagedObjectSetBase< T > &	operator-= (T *) override

T *	pop () override

virtual T *	removeAndTake (idx_type, bool kporder=true)

void	removeRange (idx_type, idx_type) override

T *	removeSingle (idx_type, bool kporder=true) override

T *	replace (idx_type, T *) override

Public Member Functions inherited from ObjectSet< T >
	ObjectSet ()

	ObjectSet (const ObjectSet &)

	ObjectSet (T *)

	ObjectSet (T , T )

	ObjectSet (T , T , T *)

virtual	~ObjectSet ()

ObjectSet &	add (T *t)

bool	addIfNew (T *)

void	allowNull (bool yn=true)

iterator	begin ()

const_iterator	begin () const

const_iterator	cbegin () const

const_iterator	cend () const

ObjectSet *	clone () const override

bool	empty () const

iterator	end ()

const_iterator	end () const

void	erase () override

T *	first ()

const T *	first () const

virtual T *	get (const T *) const
	check & unconst

virtual T *	get (idx_type)

virtual const T *	get (idx_type) const

virtual size_type	getCapacity () const

idx_type	getIdx (const_iterator it) const

idx_type	getIdx (iterator it) const

virtual idx_type	indexOf (const T *) const

virtual void	insertAfter (T *newptr, idx_type)

virtual void	insertAt (T *newptr, idx_type)

virtual bool	isPresent (const T *) const

T *	last ()

const T *	last () const

size_type	max_size () const

od_int64	nrItems () const override

bool	nullAllowed () const

bool	operator!= (const ObjectSet &oth) const

ObjectSet &	operator+= (T *t)

ObjectSet &	operator= (const ObjectSet &)

bool	operator== (const ObjectSet &) const

const T *	operator[] (const T *t) const

T *	operator[] (idx_type i)

const T *	operator[] (idx_type i) const

void	plainErase ()

void	push (T *t)

void	reverse () override

virtual bool	setCapacity (size_type, bool withmargin)
	Allocates mem only, no size() change.

void	setNullAllowed (bool yn=true)

virtual bool	setSize (size_type)

size_type	size () const

void	swap (idx_type, idx_type)

void	swap (ObjectSet &oth)

void	swapItems (od_int64 i1, od_int64 i2) override

void	useIndexes (const idx_type *)

bool	validIdx (od_int64) const override

Public Member Functions inherited from OD::Set
virtual	~Set ()

bool	isEmpty () const

void	setEmpty ()

Public Attributes
Setup	setup_

Additional Inherited Members
Public Types inherited from ManagedObjectSet< SectorData >
typedef ObjectSet< SectorData >::idx_type	idx_type

typedef ObjectSet< SectorData >::size_type	size_type

Public Types inherited from ManagedObjectSetBase< T >
typedef ObjectSet< T >::idx_type	idx_type

typedef ObjectSet< T >::size_type	size_type

Public Types inherited from ObjectSet< T >
typedef impl_type::const_iterator	const_iterator

typedef const value_type &	const_reference

typedef size_type	difference_type

typedef size_type	idx_type

typedef impl_type::iterator	iterator

typedef T	object_type

typedef value_type &	reference

typedef int	size_type

typedef T *	value_type

Static Public Member Functions inherited from OD::Set
static od_int32	maxIdx32 ()

static od_int64	maxIdx64 ()

Protected Types inherited from ManagedObjectSetBase< T >
typedef void(*	PtrFunc) (T *ptr)

Protected Types inherited from ObjectSet< T >
typedef VectorAccess< T *, size_type >	impl_type

Protected Member Functions inherited from ManagedObjectSetBase< T >
	ManagedObjectSetBase (PtrFunc delfunc)

	~ManagedObjectSetBase ()

Protected Member Functions inherited from ObjectSet< T >
virtual ObjectSet &	doAdd (T *)

Protected Attributes inherited from ObjectSet< T >
bool	allow0_ = false

impl_type	vec_

Detailed Description

A circle of data.

The circle is subdivided in sectors, which are subdivided in sector parts. The relative 'pos_' from the sector part can be scaled with usrposrg_ to get user positions.

Angles are implicit: we always expect 360 degrees of data.

<>

Constructor & Destructor Documentation

◆ DirectionalData() [1/2]

Stats::DirectionalData::DirectionalData	(	int	nrsectors = 0,
		int	nrparts = 0 )

◆ DirectionalData() [2/2]

Stats::DirectionalData::DirectionalData ( const DirectionalData & )

◆ ~DirectionalData()

Stats::DirectionalData::~DirectionalData ( )

Member Function Documentation

◆ angle() [1/2]

float Stats::DirectionalData::angle	(	int	isect,
		Angle::Type	,
		int	bound = 0 ) const

bound: -1=start, 1=stop, 0=center

◆ angle() [2/2]

float Stats::DirectionalData::angle	(	int	isect,
		int	bound = 0 ) const

◆ getPartData() [1/2]

SectorPartData & Stats::DirectionalData::getPartData	(	int	isect,
		int	ipart )

inline

◆ getPartData() [2/2]

const SectorPartData & Stats::DirectionalData::getPartData	(	int	isect,
		int	ipart ) const

inline

◆ init()

void Stats::DirectionalData::init	(	int	nrsectors,
		int	nrparts )

◆ nrParts()

int Stats::DirectionalData::nrParts ( int isect ) const

inline

◆ nrSectors()

int Stats::DirectionalData::nrSectors ( ) const

inline

◆ operator=()

DirectionalData & Stats::DirectionalData::operator= ( const DirectionalData & )

◆ part()

int Stats::DirectionalData::part	(	int	isect,
		float	pos ) const

◆ sector() [1/2]

int Stats::DirectionalData::sector ( float ang ) const

◆ sector() [2/2]

int Stats::DirectionalData::sector	(	float	ang,
		Angle::Type	) const

Member Data Documentation

◆ setup_

Setup Stats::DirectionalData::setup_

Classes

Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ DirectionalData() [1/2]

◆ DirectionalData() [2/2]

◆ ~DirectionalData()

Member Function Documentation

◆ angle() [1/2]

◆ angle() [2/2]

◆ getPartData() [1/2]

◆ getPartData() [2/2]

◆ init()

◆ nrParts()

◆ nrSectors()

◆ operator=()

◆ part()

◆ sector() [1/2]

◆ sector() [2/2]

Member Data Documentation

◆ setup_