jafar::icp::SVDICP Class Reference

Class SVDICP stands for ICP using SVD Taken from "Estimating 3-D rigid body transformations: a comparison of four major algorithms", Eggert et al 97' Originally from Arun et al. More...

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Detailed Description

Class SVDICP stands for ICP using SVD Taken from "Estimating 3-D rigid body transformations: a comparison of four major algorithms", Eggert et al 97' Originally from Arun et al.

(1987) and Umeyama (1991) and Kanatani (1994).

Definition at line 19 of file svdicp.hpp.

#include <svdicp.hpp>

List of all members.

Public Member Functions
	SVDICP (size_t max_nb_points=1024, double epsilon=1e-3, double max_dist=5., int max_iter=100)
	SVDICP (const jblas::mat &model, jblas::mat &scene, double epsilon=1e-3, double max_dist=5., int max_iter=100)
void	add_model_entry (const jblas::vec &entry)
void	add_scene_entry (const jblas::vec3 &entry)
void	compute_RT (const jblas::mat &model, const jblas::mat &scene, jblas::mat &R, jblas::vec &T)
void	run ()
Private Member Functions
void	barycenter (const jblas::mat &points, jblas::vec &center)
Private Attributes
double	m_epsilon
	error
double	m_max_dist
	max distance
int	m_max_iter
	maximum number of iterations to be performed
unsigned int	m_model_nb_points
	how many points in model
unsigned int	m_scene_nb_points
	how many points in model
ublas::matrix< double >	m_model_points
	model points cloud arranged in a matrix
ublas::matrix< double >	m_scene_points
	scene points cloud arranged in a matrix
jann::KD_tree_index< flann::L2 < double > > *	m_model_index
	indexed points
size_t	m_K
	number of neighbours
jblas::mat	R
jblas::vec	T

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Member Function Documentation

void jafar::icp::SVDICP::barycenter	(	const jblas::mat &	points,
		jblas::vec &	center
	)		[inline, private]

Returns:

barycenter of N points of dimension dim stored in a Nxdim matrix

Remarks:

: the input/output is set to zero vector to begin

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

• modules/icp/include/icp/svdicp.hpp