2.5. prismatique.load

For loading quantities from output files generated by prismatique.

Functions

`S_matrix_k_xy_vectors`	From a given output file generated by a STEM simulation using the PRISM algorithm, load the \(\mathbf{k}_{xy}\)-momentum vectors of the plane waves used to calculate the \(S\)-matrices of said STEM simulation.
`S_matrix_wavefunctions`	From a given `prismatique` output file that stores \(S\)-matrices, load a specified subcollection of said \(S\)-matrices into a `hyperspy` signal.
`azimuthally_integrated_cbed_intensity_patterns`	From a given STEM simulation output file that stores azimuthally integrated CBED intensity patterns, load a specified subcollection of said integrated intensity patterns into a `hyperspy` signal.
`cbed_intensity_patterns`	From a given STEM simulation output file that stores CBED intensity patterns, load a specified subcollection of said CBED intensity patterns into a `hyperspy` signal.
`cbed_k_x_coords`	From a given STEM simulation output file that stores CBED patterns, load the \(k_x\)-coordinates of said CBED patterns.
`cbed_k_y_coords`	From a given STEM simulation output file that stores CBED patterns, load the \(k_y\)-coordinates of said CBED patterns.
`cbed_wavefunctions`	From a given STEM simulation output file that stores CBED wavefunction patterns, load a specified subcollection of said CBED wavefunction patterns into a `hyperspy` signal.
`com_momenta`	From a given STEM simulation output file that stores center of mass (COM) momentum patterns, load a specified subcollection of said COM momentum patterns into a `hyperspy` signal.
`defocii`	From a given `prismatique` output file, load the beam defocii stored or specified therein that were used in the simulation.
`grid_dims_in_units_of_probe_shifts`	From a given STEM simulation output file, load the underlying grid dimensions of the probe scan pattern, in units of probe shifts, stored or specified therein.
`hrtem_beam_tilts`	From a given HRTEM simulation output file, load the beam tilts stored or specified therein that were used in the simulation.
`hrtem_image_wavefunctions`	From a given HRTEM simulation output file that stores HRTEM image wavefunctions, load a specified subcollection of said HRTEM wavefunctions into a `hyperspy` signal.
`hrtem_image_x_coords`	From a given HRTEM simulation output file that stores HRTEM images, load the \(x\)-coordinates of said HRTEM images.
`hrtem_image_y_coords`	From a given HRTEM simulation output file that stores HRTEM images, load the \(y\)-coordinates of said HRTEM images.
`hrtem_intensity_image`	From a given HRTEM simulation output file that stores an HRTEM intensity image, load said HRTEM intensity image into a `hyperspy` signal.
`integration_limits_of_2d_stem_output`	From a given STEM simulation output file that stores 2D-STEM integrated CBED intensity patterns, load the 2D-STEM integration limits.
`k_xy_coords_of_3d_stem_output`	From a given STEM simulation output file that stores 3D-STEM integrated CBED intensity patterns, load the radial scattering momenta coordinates \(k_{xy}\) of said integrated CBED intensity patterns.
`num_frozen_phonon_configs_in_subset`	From a given `prismatique` output file that stores data related to a frozen phonon configuration subset, load the number of frozen phonon configurations making up the subset.
`num_slices`	From a given `prismatique` output file, load the number of slices used to partition the sample, stored or specified therein.
`output_layer_depths`	From a given STEM simulation output file, load the output layer depths stored or specified therein.
`potential_slices`	From a given `prismatique` output file that stores potential slices of a sample, load a specified subcollection of said potential slices into a `hyperspy` signal.
`probe_positions`	From a given STEM simulation output file, load the probe positions stored or specified therein.
`scan_pattern_type`	From a given STEM simulation output file, load the probe scan pattern type stored or specified therein.
`stem_intensity_images`	From a given STEM simulation output file that stores STEM intensity images, load a specified subcollection of said STEM intensity images into a `hyperspy` signal.