tomoscan.esrf.scan.mock.MockHDF5#
- class tomoscan.esrf.scan.mock.MockHDF5(scan_path, n_radio, n_ini_radio=None, n_extra_radio=0, scan_range=360, n_recons=0, n_pag_recons=0, recons_vol=False, dim=200, ref_n=0, flat_n=0, dark_n=0, scene='noise')#
Bases:
MockNXtomo- __init__(scan_path, n_radio, n_ini_radio=None, n_extra_radio=0, scan_range=360, n_recons=0, n_pag_recons=0, recons_vol=False, dim=200, ref_n=0, flat_n=0, dark_n=0, scene='noise')#
- Parameters:
scan_path – directory of the file containing the hdf5 acquisition
n_proj – number of projections (does not contain alignement proj)
n_ini_proj – number of projection do add in the constructor
n_alignment_proj – number of alignment projection
scan_range –
n_recons –
n_pag_recons –
recons_vol –
dim – frame dim - only manage square fame for now
create_ini_dark – create one initial dark frame on construction
create_ini_flat – create the initial series of ref (n_ref) on construction (after creation of the dark)
create_final_flat – create the final series of ref (n_ref) on construction (after creation of the dark)
n_refs – number of refs per series
distance – if not None then will save energy on the dataset
energy – if not None then will save the distance on the dataset
x_pos –
position along x axis (according to the NXtomo coordinate system)
- Z axis
^ Y axis | /
x-ray |/ ——–> ——> X axis
y_pos – position along x axis (according to the NXtomo coordinate system)
z_pos – position along x axis (according to the NXtomo coordinate system)
Methods
__init__(scan_path, n_radio[, n_ini_radio, ...])- param scan_path:
directory of the file containing the hdf5 acquisition
add_alignment_radio(index, angle)add_distance(distance)add_energy(energy)add_final_flat()add_initial_dark()add_initial_flat()add_pag_reconstruction([index])add_radio([index])add_recons_vol()add_reconstruction([index])end_acquisition()write_metadata(n_radio, scan_range, flat_n, ...)Attributes
DETECTOR_PIXEL_SIZESAMPLE_PIXEL_SIZEhas_intensity_monitor