RadonParams

class imgreg.models.radon.enums.RadonParams(value)

An enumeration.

Attributes

ANGLE_SELECT	A solver model for angle selection.
ANGULAR_PRECISION	Targeted angular precision in degrees.
EXPONENTIAL_FILTER_SIGNAL_NOISE	Signal to noise ratio when applying the min-max exponential filter.
MOD_IMG	Modified image.
MOD_ROTATION	Recovered rotation angle and error in degrees of the modified image.
RECOVERED_ROTATION	The recovered rotation angle and error between the modified and reference image.
RECOVERED_ROT_IMG	Rotation recovered image.
RECOVERED_ROT_TR_IMG	Rotation, and translation recovered image.
RECOVERED_TRANSLATION	Recovered x,y translation vector and error.
REF_IMG	Reference image.
REF_ROTATION	Recovered rotation angle and error in degrees of the reference image.
ROTATION_CANDIDATE	Candidate for the recovered rotation angle + error between the modified and reference image.
THETA	The initial search angles.
UPSAMPLING	Upsampling factor.

ANGLE_SELECT = 'ANGLE_SELECT'

A solver model for angle selection.

ANGULAR_PRECISION = 'ANGULAR_PRECISION'

Targeted angular precision in degrees.

EXPONENTIAL_FILTER_SIGNAL_NOISE = 'EXPONENTIAL_FILTER_SIGNAL_NOISE'

Signal to noise ratio when applying the min-max exponential filter.

MOD_IMG = 'MOD_IMG'

Modified image.

MOD_ROTATION = 'MOD_ROTATION'

Recovered rotation angle and error in degrees of the modified image.

RECOVERED_ROTATION = 'RECOVERED_ROTATION'

The recovered rotation angle and error between the modified and reference image.

RECOVERED_ROT_IMG = 'RECOVERED_ROT_IMG'

Rotation recovered image.

RECOVERED_ROT_TR_IMG = 'RECOVERED_ROT_TR_IMG'

Rotation, and translation recovered image.

RECOVERED_TRANSLATION = 'RECOVERED_TRANSLATION'

Recovered x,y translation vector and error.

REF_IMG = 'REF_IMG'

Reference image.

REF_ROTATION = 'REF_ROTATION'

Recovered rotation angle and error in degrees of the reference image.

ROTATION_CANDIDATE = 'ROTATION_CANDIDATE'

Candidate for the recovered rotation angle + error between the modified and reference image.

THETA = 'THETA'

The initial search angles.

UPSAMPLING = 'UPSAMPLING'

Upsampling factor.