CLAM::SegmentatorConfig Class Reference

#include <SegmentatorConfig.hxx>

Inheritance diagram for CLAM::SegmentatorConfig:

Detailed Description

Config class for the Segmentator Processing.

Definition at line 70 of file SegmentatorConfig.hxx.


Public Member Functions
	DYNAMIC_TYPE_USING_INTERFACE (SegmentatorConfig, 2, ProcessingConfig)
	DYN_ATTRIBUTE (0, public, int, MinSegmentLength)
	DYN_ATTRIBUTE (1, public, Array< TDescriptorsParams >, DescriptorsParams)
void	AddDescParams (const TDescriptorsParams &descParams)
bool	FindDescParams (TDescriptorsParams &descParams)
void	ClearDescParams ()
void	SetDescriptorsSearch (const SearchArray< TDescriptorsParams > &frame)
const SearchArray < TDescriptorsParams > &	GetDescriptorsSearch () const
SearchArray< TDescriptorsParams > &	GetDescriptorsSearch ()
	~SegmentatorConfig ()
Protected Member Functions
void	DefaultInit ()
	The concrete dynamic type constructor calls DefaultInit().
Friends
class	Segmentator

Constructor & Destructor Documentation

CLAM::SegmentatorConfig::~SegmentatorConfig ( ) [inline]

Definition at line 94 of file SegmentatorConfig.hxx.

Member Function Documentation

CLAM::SegmentatorConfig::DYNAMIC_TYPE_USING_INTERFACE	(	SegmentatorConfig	,
		2	,
		ProcessingConfig
	)

CLAM::SegmentatorConfig::DYN_ATTRIBUTE	(	0	,
		public	,
		int	,
		MinSegmentLength
	)

CLAM::SegmentatorConfig::DYN_ATTRIBUTE	(	1	,
		public	,
		Array< TDescriptorsParams >	,
		DescriptorsParams
	)

void SegmentatorConfig::DefaultInit ( void ) [protected]

The concrete dynamic type constructor calls DefaultInit().

This allows user to initialize his/her object. But we define DefaultInit() here because we don't want to force writting one DefaultInit() function for each concrete dynamic type. If a dynamic type concrete class defines some (not-default) constructors, this should also call the DefaultInit().