Run_diatest diagnostic plot

[marshallmcdonnell]

Checkdia1-4 (generated by run_diatest): g(r) and running coordination number for diamond analyzed on an absolute scale, S(Q), zoom into S(Q) and r[g(r)-1] = PDF(r)

run_diatest also produces a text file, diamondparameter.txt with the first three distances in the pdf. For comparison, sqrt(3/16)*a = 1.544612, the CC distance is always slightly shorter than that.

For the g(r) and coordination number plot (checkdia1.pdf):

• Reduce the calibrant (say diamond) with total scattering reduction
• Get out a small g(r) and integrate to get coordination number
• Give known coordination number plateaus
• Static or dnyamic plot.

Similarly, plot

• S(Q) checkdia2.pdf
• S(Q) zoomed in to low-Q checkdia3.pdf
• G(r) checkdia4.pdf

Since we go back to look at past ones, just dump out files to reload for comparison. Either static images we reload, recreate the workspaces, or fastest method that works the easiest

For reference, the runs from NOMAD IPTS-20255 to reproduce the calibration are:

required *******************
Dia 99747
DiaBg 99748
Vana 99746
VanaBg 99752
MTc 99748
optional ******************
recali no
renorm no
autotemp yes
scan1 100767
scanl 110010
Hz 60

[marshallmcdonnell]

Need to add Calibration/Calibration_plots.py to UI in "Advanced Tab".

@JeanBilheux, maybe we can discuss more about the UI to call this?