Registration

Functions
FORCE_INLINE void	MR::Registration::Warp::invert_deformation (Image< default_type > &deform_field, Image< default_type > &inv_deform_field, bool is_initialised=false, size_t max_iter=50, default_type error_tolerance=0.0001)
FORCE_INLINE void	MR::Registration::Warp::invert_displacement_deformation (Image< default_type > &disp, Image< default_type > &inv_deform, bool is_initialised=false, size_t max_iter=50, default_type error_tolerance=0.0001)
FORCE_INLINE void	MR::Registration::Warp::invert_displacement (Image< default_type > &disp_field, Image< default_type > &inv_disp_field, size_t max_iter=50, default_type error_tolerance=0.0001)

Detailed Description

Function Documentation

invert_deformation()

FORCE_INLINE void MR::Registration::Warp::invert_deformation	(	Image< default_type > &	deform_field,
		Image< default_type > &	inv_deform_field,
		bool	is_initialised = false,
		size_t	max_iter = 50,
		default_type	error_tolerance = 0.0001
	)

Estimate the inverse of a deformation field Note that the output inv_warp can be passed as either a zero field or an initial estimate

Definition at line 131 of file invert.h.

invert_displacement()

FORCE_INLINE void MR::Registration::Warp::invert_displacement	(	Image< default_type > &	disp_field,
		Image< default_type > &	inv_disp_field,
		size_t	max_iter = 50,
		default_type	error_tolerance = 0.0001
	)

Estimate the inverse of a displacement field Note that the output inv_warp can be passed as either a zero field or an initial estimate

Definition at line 158 of file invert.h.

invert_displacement_deformation()

FORCE_INLINE void MR::Registration::Warp::invert_displacement_deformation	(	Image< default_type > &	disp,
		Image< default_type > &	inv_deform,
		bool	is_initialised = false,
		size_t	max_iter = 50,
		default_type	error_tolerance = 0.0001
	)

Estimate the inverse of a displacement field, output the inverse as a deformation field Note that the output inv_warp can be passed as either a zero field or an initial estimate (as a deformation field)

Definition at line 146 of file invert.h.