nxtomomill.converter.edf.edfconverter.edf_to_nx#

nxtomomill.converter.edf.edfconverter.edf_to_nx(scan, output_file, file_extension, file_keys=EDFFileKeys(motor_pos_keys=('motor_pos',), motor_mne_keys=('motor_mne',), rot_angle_keys=('srot', 'somega'), x_trans_keys=('sx',), y_trans_keys=('sy',), z_trans_keys=('sz',), to_ignore=('_slice_',), dark_names=('darkend', 'dark'), ref_names=('ref', 'refHST'), machine_elec_current_keys=('srcur', 'srcurrent')), progress=None, sample_name=None, title=None, instrument_name=None, source_name=None, source_type=None)[source]#

Convert an edf file to a nexus file. For now duplicate data.

Parameters

  • scan (EDFTomoScan) –

  • output_file (str) –

  • file_extension (str) –

  • file_keys (EDFFileKeys) –

  • progress –

  • sample_name (Optional[str]) – name of the sample

  • title (Optional[str]) – dataset title

  • instrument_name (Optional[str]) – name of the instrument used

  • source_name (Optional[str]) – name of the source (most likely ESRF)

  • source_type (Optional[SourceType]) – type of the source (most likely “Synchrotron X-ray Source”)

Return type

tuple

Returns

(nexus_file, entry)