multislice

Module for running the multislice algorithm.

Functions

allocate_measurement(waves, detector, ...)	Allocate a measurement matching the given wave functions and detector.
allocate_multislice_measurements(waves, ...)	Allocate the multislice measurements that would be produced by detecting the given set of wave functions with the given set of detectors.
conventional_multislice_step(waves, ...[, ...])	Calculate one step of the multislice algorithm for the given batch of wave functions through a given potential slice.
is_waves_base_measurements_or_list(value)
lookahead(iterable)	Generator that yields (current, next) items from an iterable.
multislice_and_detect(waves, potential[, ...])	Calculate the full multislice algorithm for the given batch of wave functions through a given potential, detecting at each of the exit planes specified in the potential.
transition_potential_multislice_and_detect(...)	Calculate the full multislice algorithm for the given batch of wave functions through a given potential, detecting at each of the exit planes specified in the potential.

Classes

FourierMultislice([order, expansion_scope, ...])	Multislice algorithm computed fast in Fourier space.
FresnelPropagator()	The Fresnel propagator is used for propagating wave functions using the near-field approximation (Fresnel diffraction).
MultisliceTransform(potential[, detectors, ...])	Transformation applying the multislice algorithm to wave functions, producing new wave functions or measurements.
RealSpaceMultislice([order, ...])	Multislice algorithm computed in real-space.