tomoscan.esrf.scan.fluoscan.FluoTomoScan

class tomoscan.esrf.scan.fluoscan.FluoTomoScan(scan, dataset_basename, detectors=(), skip_angle_inds=None, dtype=<class 'numpy.float32'>, verbose=False, angles=None, el_lines=<factory>, pixel_size=None, energy=None)

Bases: object

Dataset manipulation class.

__init__(scan, dataset_basename, detectors=(), skip_angle_inds=None, dtype=<class 'numpy.float32'>, verbose=False, angles=None, el_lines=<factory>, pixel_size=None, energy=None)

Methods

__init__(scan, dataset_basename[, ...])
detect_detectors()
detect_elements()
detect_pixel_size_and_energy()
detect_rot_angles()
from_identifier(identifier)	Return the Dataset from a identifier
get_identifier()	return the dataset identifier of the scan.
load_data(det, element[, line_ind])

Attributes

angles
detectors
energy
pixel_size
rot_angles_deg	rtype ndarray[Any, dtype[TypeVar(ScalarType, bound= generic, covariant=True)]]
rot_angles_rad	rtype ndarray[Any, dtype[TypeVar(ScalarType, bound= generic, covariant=True)]]
skip_angle_inds
verbose
scan
dataset_basename
el_lines

dtype

alias of float32

static from_identifier(identifier)

Return the Dataset from a identifier

get_identifier()

return the dataset identifier of the scan. The identifier is insure to be unique for each scan and allow the user to store the scan as a string identifier and to retrieve it later from this single identifier.

Return type

ScanIdentifier