Collaboration diagram for angular_assign_for_tilt_series:

Classes
class	Landmark

class	ProgTomographAlignment

class	Alignment

Typedefs
typedef std::vector< Landmark >	LandmarkChain

Functions
double	computeAffineTransformation (const MultidimArray< unsigned char > &I1, const MultidimArray< unsigned char > &I2, int maxShift, int maxIterDE, const FileName &fn_affine, Matrix2D< double > &A12, Matrix2D< double > &A21, bool show, double thresholdAffine, bool globalAffine, bool isMirror, bool checkRotation)

double	computeAffineTransformation (const MultidimArray< double > &I1, const MultidimArray< double > &I2, int maxShift, int maxIterDE, Matrix2D< double > &A12, Matrix2D< double > &A21, bool show, double thresholdAffine, bool globalAffine, bool isMirror, int pyramidLevel)

Detailed Description

(Simultaneous assignment)

Typedef Documentation

◆ LandmarkChain

typedef std::vector<Landmark> LandmarkChain

A landmark chain is simply a vector of landmarks.

Definition at line 70 of file tomo_align_tilt_series.h.

Function Documentation

◆ computeAffineTransformation() [1/2]

double computeAffineTransformation	(	const MultidimArray< unsigned char > &	I1,
		const MultidimArray< unsigned char > &	I2,
		int	maxShift,
		int	maxIterDE,
		const FileName &	fn_affine,
		Matrix2D< double > &	A12,
		Matrix2D< double > &	A21,
		bool	show,
		double	thresholdAffine,
		bool	globalAffine,
		bool	isMirror,
		bool	checkRotation
	)

Compute the affine transformation between two images.

◆ computeAffineTransformation() [2/2]

double computeAffineTransformation	(	const MultidimArray< double > &	I1,
		const MultidimArray< double > &	I2,
		int	maxShift,
		int	maxIterDE,
		Matrix2D< double > &	A12,
		Matrix2D< double > &	A21,
		bool	show,
		double	thresholdAffine,
		bool	globalAffine,
		bool	isMirror,
		int	pyramidLevel
	)

Compute the optimal affine transformation between two images. The maximum shift is limited. A12 is the homogeneous matrix that transforms coordinates of 1 into coordinates of 2, A21 is just the opposite.

Classes