PetMetz

I would appreciate this feature. It would also be convenient if X-ray and neutron scattering modules provided a common interface to this information (e.g. periodictable.Element.______.absorption(wavelength: float) -> float ).

Has there been any further plan to add X-ray scattering data for energies in the 30+ keV range? At least up to 120 keV?

My formal mathematics and statistics are not really up to the task of articulating this well, but it seems that you may have a misapprehension of the case for employing...

@newville Perhaps the solution here, if support for MCMC methods within `lmfit` are to continue into the future, is to delineate between optimizers and statistics tools in the `lmfit` codebase?...

Hello, Thank you for bringing emcee and corner to the world! I want to submit a corner plot with a publication I'm drafting, and am troubled by the same problem....

Has this issue been resolved beyond McStas 2.7.1? This bug has made batching simulations a bit of a nightmare...

I'm also getting a mangled table as of March 2021. ### Excerpt w/ diffs: 1. \begin{table} \label{tbl:diffraction_analysis} 2. \centering 3. \caption{Some words.} 4. \begin{tabular}{rcc} 5. ... this is all fine...

The .xye format used by Topas looks like the following > ' comment lines begin with a single quote > ' there is no limit on the number of comment...

The usual assumption is that X-ray counting is a random process where detection events are independent, and therefore that the intensity measured at a point in reciprocal space follows Poisson...