mimas::pol_model Class Reference

Pairs of lines model . More...

#include <pol_model.h>

Inheritance diagram for mimas::pol_model:

[legend]Collaboration diagram for mimas::pol_model:


Public Types
typedef boost::numeric::ublas::vector< double >	Vector
Public Member Functions
void	createFromLines (line_ptr_list &slaps)
	Create the model from the given list of straight line segements.
	pol_model ()
void	createFromImageFile (const char *fn)
	Create the model (rep) from the given image.
void	match (pol_locator &locate, const pol_line_info &l1_orig, const pol_line_info &l2_orig)
	Compare the two given pairs of lines and if they match, make an entry into the location histogram -locate- of the possible centroid position and angle of the model.
Vector	getIntersectionAngle (const pol_line_info &l1, const pol_line_info &l2, angle *retval)
	Compare the two lines l1 and l2 and calculate the angle between them. inspectors and modifiers...
double	getThreshold ()
double	getRadius ()
void	setRadius (double r)
bool	scaleInvariant ()
void	setScaleInvariance (bool r)
line_ptr_list	getModelLines ()
Classes
class	linepair

Detailed Description

Pairs of lines model .

shape description in terms of pairs of lines found within the model view.

Definition at line 49 of file pol_model.h.

Member Typedef Documentation

typedef boost::numeric::ublas::vector< double > mimas::pol_model::Vector

Definition at line 52 of file pol_model.h.

Constructor & Destructor Documentation

mimas::pol_model::pol_model ( ) [inline]

Definition at line 93 of file pol_model.h.

Member Function Documentation

void mimas::pol_model::createFromLines ( line_ptr_list & slaps )

Create the model from the given list of straight line segements.

void mimas::pol_model::createFromImageFile ( const char * fn )

Create the model (rep) from the given image.

Edge strings and straight lines will be extracted from the image automatically.

void mimas::pol_model::match	(	pol_locator &	locate,
		const pol_line_info &	l1_orig,
		const pol_line_info &	l2_orig
	)

Compare the two given pairs of lines and if they match, make an entry into the location histogram -locate- of the possible centroid position and angle of the model.