Closed maxthemouse closed 1 year ago
Reference paper: https://www.nature.com/articles/s41598-017-18367-x
Looks like the function dei_mir.get_rc_values fits the rocking curve and gets all the parameters. It returns the angles for the input points. It does not currently return anything about the rocking curve fit but the values such as the width, which is needed for the gaussian algorithm, are determined.
This is outdated as the current method involves fitting only and not using the the approximation versions. Data is also taken at multiple points.
The paper " A Gaussian extension for Diffraction Enhanced Imaging" has an algorithm for estimating the absorption, refraction and scattering portions of diffraction images. This is different than the Taylor series-based equations that I am using. I would like to add the newer equations as they may be better for some samples.