ElectronDiffraction1D#

class pyxem.signals.ElectronDiffraction1D(*args, **kwargs)[source]#

Signal class for Electron Diffraction radial profiles.

Parameters:

Attributes

Methods

`ElectronDiffraction1D.curve_fit`(xdata, ydata)	Use non-linear least squares to fit a function, f, to data.
`ElectronDiffraction1D.model2camera_length`(...)	Calculate the camera length from a model and simulation.
`ElectronDiffraction1D.model2theta_scale`(...)	Find the theta calibration scale for a 1d diffraction pattern based on a `diffsims.simulations.Simulation1D`, a `hyperspy.models.Model1D` and the beam energy.
`ElectronDiffraction1D.model_simulation1d`(...)	Creates a model for fitting diffraction peaks for a ring pattern using a series of Gaussians.
`ElectronDiffraction1D.set_diffraction_calibration`(...)	Set diffraction profile channel size in reciprocal Angstroms.
`ElectronDiffraction1D.set_experimental_parameters`([...])	Set experimental parameters in metadata.
`ElectronDiffraction1D.set_scan_calibration`(...)	Set scan pixel size in nanometres.

Examples using `ElectronDiffraction1D`#