tomwer.core.process.reconstruction.axis.axis

contain the AxisProcess

Functions

adapt_tomwer_scan_to_nabu(scan)	simple util to convert tomwer scan to a nabu DataAnalizer and updating infos regarding flat and dark if needed
compute_cor_nabu_centered(radio_1, radio_2, ...)	Call nabu.preproc.alignement.CenterOfRotation.find_shift
compute_cor_nabu_centered_radios(scan)	Call nabu.preproc.alignement.CenterOfRotationGrowingWindow.find_shift
compute_cor_nabu_global(radio_1, radio_2, ...)	Call nabu.preproc.alignement.CenterOfRotation.find_shift
compute_cor_nabu_global_radios(scan)	Call nabu.preproc.alignement.CenterOfRotationGrowingWindow.find_shift
compute_cor_nabu_growing_window(radio_1, ...)	Call nabu.preproc.alignement.CenterOfRotationGrowingWindow.find_shift
compute_cor_nabu_growing_window_radios(scan)	Call nabu.preproc.alignement.CenterOfRotationGrowingWindow.find_shift
compute_cor_nabu_growing_window_sinogram(scan)	Call nabu.preproc.alignement.CenterOfRotationGrowingWindow.find_shift
compute_cor_nabu_sliding_window(radio_1, ...)	Call nabu.preproc.alignement.CenterOfRotationSlidingWindow.find_shift
compute_cor_nabu_sliding_window_radios(scan)	Call nabu.preproc.alignement.CenterOfRotationGrowingWindow.find_shift
compute_cor_nabu_sliding_window_sinogram(scan)	Call nabu.preproc.alignement.CenterOfRotationGrowingWindow.find_shift
compute_scan_composite_coarse_to_fine(scan)	Compute center of rotation from sino-coarse-to-fine algorithm for given scan :type scan: TomwerScanBase :param scan: :return:
compute_scan_cor_nabu_centered(scan)	Call to nabu.preproc.alignment.CenterOfRotation from the scan axis_params value.
compute_scan_cor_nabu_global(scan)	Call to nabu.preproc.alignment.CenterOfRotation from the scan axis_params value.
compute_scan_cor_nabu_growing_window(scan)	Call to nabu.preproc.alignment.CenterOfRotation from the scan axis_params value.
compute_scan_cor_nabu_sliding_window(scan)	Call to nabu.preproc.alignment.CenterOfRotation from the scan axis_params value.
compute_scan_fourier_angles(scan)	run 'scan_fourier_angles' algorithm for the requested scan
compute_scan_octave_accurate(scan)	Compute center of rotation from octave-accurate algorithm scan :type scan: :param scan: :return:
compute_scan_octave_accurate_radios(scan)	Call nabu.preproc.alignement.CenterOfRotationGrowingWindow.find_shift
compute_scan_sino_coarse_to_fine(scan)	Compute center of rotation from sino-coarse-to-fine algorithm for given scan :type scan: :param scan: :return:
get_composite_options(scan)
get_stdmax_column(x)	type x: ndarray

Classes

AxisProcess([process_id, varinfo, inputs, ...])
AxisTask([process_id, varinfo, inputs, ...])	Process used to compute the center of rotation of a scan

Exceptions

NoAxisUrl