get_azimuthal_integrator

pyxem.utils.diffraction.get_azimuthal_integrator(detector, detector_distance, shape, center=None, affine=None, mask=None, wavelength=None, **kwargs)

[Deprecated] Basic method for creating a azimuthal integrator.

This helps to deal with taking some of the pyXEM standards and apply them to pyFAI

Parameters:

• detector (pyFAI.detectors.Detector) – The detector to be integrated

• detector_distance – distance sample - detector plan (orthogonal distance, not along the beam), in meter.

• shape ((int, int)) – The shape of the signal we are operating on. For the

• center ((float, float)) – The center of the diffraction pattern

• affine ((3x3)) – The affine transformation to apply to the data

• mask (np.array) – A boolean array to be added to the integrator.

• wavelength (float) – The wavelength of the beam in meter. Needed to accounting for the Ewald sphere.

• kwargs (dict) – Any additional arguments to the Azimuthal Integrator class

Notes

Deprecated since version 0.18.0: Function get_azimuthal_integrator() is deprecated and will be removed in version 1.0.0.