#include <include/EST_FeatureData.h>

Inheritance diagram for EST_FeatureSample:

Collaboration diagram for EST_FeatureSample:

Public Member Functions
	EST_FeatureSample (const EST_FeatureSample &a)

Public Member Functions inherited from EST_TVector< T >
INLINE unsigned int	vcell_pos (unsigned int c, unsigned int cs) const
	The memory access rule, in one place for easy reference.

INLINE unsigned int	vcell_pos (unsigned int c) const

INLINE unsigned int	vcell_pos_1 (unsigned int c) const

INLINE const T &	fast_a_v (int c) const
	quick method for returning (x[n])

INLINE T &	fast_a_v (int c)

INLINE const T &	fast_a_1 (int c) const

INLINE T &	fast_a_1 (int c)

void	set_values (const T *data, int step, int start_c, int num_c)
	Get and set values from array.

void	get_values (T *data, int step, int start_c, int num_c) const

void	copy (const EST_TVector< T > &a)
	private copy function, called from all other copying functions.

void	copy_data (const EST_TVector< T > &a)
	just copy data, no resizing, no size check.

void	just_resize (int new_cols, T **old_vals)
	resize the memory and reset the bounds, but don't set values.

void	default_vals ()
	sets data and length to default values (0 in both cases).

	EST_TVector ()
	default constructor

	EST_TVector (const EST_TVector< T > &v)
	copy constructor

	EST_TVector (int n)
	"size" constructor - make vector of size n.

	EST_TVector (int, T *memory, int offset=0, int free_when_destroyed=0)
	construct from memory supplied by caller

	~EST_TVector ()
	destructor.

void	resize (int n, int set=1)

const T *	memory () const

T *	memory ()

void	set_memory (T *buffer, int offset, int columns, int free_when_destroyed=0)

EST_TVector &	operator= (const EST_TVector &s)
	assignment operator

void	fill (const T &v)
	Fill entire array will value <parameter>v</parameter>.

void	empty ()
	Fill vector with default value.

int	operator== (const EST_TVector &v) const
	is true if vectors are equal size and all elements are equal.

int	operator!= (const EST_TVector &v) const
	is true if vectors are not equal size or a single elements isn't equal.

void	copy_section (T *dest, int offset=0, int num=-1) const
	Copy data in and out. Subclassed by SimpleVector for speed.

void	set_section (const T *src, int offset=0, int num=-1)

void	sub_vector (EST_TVector< T > &sv, int start_c=0, int len=-1)
	Create a sub vector.

void	integrity () const

template<>
const EST_DMatrix *	def_val

template<>
EST_DMatrix *	error_return

template<>
const EST_DVector *	def_val

template<>
EST_DVector *	error_return

template<>
const EST_FMatrix *	def_val

template<>
EST_FMatrix *	error_return

INLINE int	num_columns () const
	number of items in vector.

INLINE int	length () const
	number of items in vector.

INLINE int	n () const
	number of items in vector.

INLINE const T &	a_no_check (int n) const
	read-only const access operator: without bounds checking

INLINE T &	a_no_check (int n)
	read/write non-const access operator: without bounds checking

INLINE const T &	a_no_check_1 (int n) const
	read-only const access operator: without bounds checking

INLINE T &	a_no_check_1 (int n)
	read/write non-const access operator: without bounds checking

const T &	a_check (int n) const
	read-only const access operator: with bounds checking

T &	a_check (int n)
	read/write non-const access operator: with bounds checking

const T &	a (int n) const

T &	a (int n)

const T &	operator() (int n) const
	read-only const access operator: return reference to nth member

T &	operator[] (int n)
	read/write non const access operator: return reference to nth member

Additional Inherited Members
Public Attributes inherited from EST_TVector< T >
T *	p_memory

unsigned int	p_num_columns
	Visible shape.

unsigned int	p_offset
	How to access the memory.

unsigned int	p_column_step

bool	p_sub_matrix

Static Public Attributes inherited from EST_TVector< T >
static const T *	def_val = &def_val_item_ptr
	default value, used for filling matrix after resizing

static T *	error_return = &error_return_item_ptr

Detailed Description

A class for containing arbitrary multi-dimensional feature data.

A number of fields are defined in the EST_FeatureData class, each of which represents a measurable quantity, such as height, age or gender. Any number of fields can be defined and each field can take a float, integer or string value. The class holds multiple instances of field values, representing samples taken from a population.

Several statistical training, testing and analysis programs use EST_FeatureData as input and output. Member functions exist for comparing fields, extracting given named or numbered fields, can converting appropriate fields to a EST_FMatrix.

Definition at line 70 of file EST_FeatureData.h.

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

include/EST_FeatureData.h

Public Member Functions

Additional Inherited Members

Detailed Description