sasdata.temp_hdf5_reader module¶

sasdata.temp_hdf5_reader.attr_parse(node: Group, key: str) → str | None¶: Parse an attribute if it is present

sasdata.temp_hdf5_reader.connected_data(node: Group, name_prefix='') → dict[str, Quantity]¶: In the context of NeXus files, load a group of data entries that are organised together match up the units and errors with their values

sasdata.temp_hdf5_reader.load_data(filename: str) → dict[str, SasData]¶

sasdata.temp_hdf5_reader.load_raw(node: Group | Dataset) → MetaNode¶

sasdata.temp_hdf5_reader.opt_parse(node: Group, key: str, subparser: Callable[[Group], T]) → T | None¶: Parse a subnode if it is present

sasdata.temp_hdf5_reader.parse_apterture(node: Group) → Aperture¶

sasdata.temp_hdf5_reader.parse_beam_size(node: Group) → BeamSize¶

sasdata.temp_hdf5_reader.parse_collimation(node: Group) → Collimation¶

sasdata.temp_hdf5_reader.parse_detector(node: Group) → Detector¶

sasdata.temp_hdf5_reader.parse_instrument(node: Group) → Instrument¶

sasdata.temp_hdf5_reader.parse_metadata(node: Group) → Metadata¶

sasdata.temp_hdf5_reader.parse_process(node: Group) → Process¶

sasdata.temp_hdf5_reader.parse_quantity(node: Group) → Quantity[float]¶: Pull a single quantity with length units out of an HDF5 node

sasdata.temp_hdf5_reader.parse_rot3(node: Group) → Rot3¶: Parse a measured rotation

sasdata.temp_hdf5_reader.parse_sample(node: Group) → Sample¶

sasdata.temp_hdf5_reader.parse_source(node: Group) → Source¶

sasdata.temp_hdf5_reader.parse_string(node: Group) → str¶: Access string data from a node

sasdata.temp_hdf5_reader.parse_term(node: Group) → tuple[str, str | Quantity[float]] | None¶

sasdata.temp_hdf5_reader.parse_vec3(node: Group) → Vec3¶: Parse a measured 3-vector

sasdata.temp_hdf5_reader.recurse_hdf5(hdf5_entry)¶