Detailed Description

A simple list of fitting solutions.

See also:: local_rigid_fitting_around_point; local_rigid_fitting_around_points; local_rigid_fitting_grid_search; compute_fitting_scores

Public Member Functions
void	add_solution (const algebra::Transformation3D &t, Float score)
	Add a solution to the fitting solution set.
int	get_number_of_solutions () const
	Get the number of solutions in the set.
Float	get_score (unsigned int i) const
	Get the score of the i'th solution.
algebra::Transformation3D	get_transformation (unsigned int i) const
	Get the score of the i'th solution.
algebra::Transformation3Ds	get_transformations () const
void	multiply (const algebra::Transformation3D &t)
void	set_score (unsigned int i, Float score)
void	show (std::ostream &out=std::cout) const
void	sort (bool reverse=false)
	Sort solutions by cross-correlation scores.

Protected Attributes
std::vector< FittingSolution >	fs_

Member Function Documentation

void IMP::em::FittingSolutions::add_solution	(	const algebra::Transformation3D &	t,
		Float	score
	)

Add a solution to the fitting solution set.

int IMP::em::FittingSolutions::get_number_of_solutions ( ) const

Get the number of solutions in the set.

Float IMP::em::FittingSolutions::get_score ( unsigned int i ) const

Get the score of the i'th solution.

Returns:: the i'th score, or throw an exception if the index is out of range

algebra::Transformation3D IMP::em::FittingSolutions::get_transformation ( unsigned int i ) const

Get the score of the i'th solution.

Returns:: the i'th transformation, or throw an exception if the index is out of range

void IMP::em::FittingSolutions::multiply ( const algebra::Transformation3D & t )

Multiply each transformation (T) by t, *such that the new transformation are T*t

void IMP::em::FittingSolutions::sort ( bool reverse = false )

Sort solutions by cross-correlation scores.

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