Do we need to keep, incorporate into CHX function, or create a generic scattering
There is WAXS stuff too, but treated basically the same as SAXS?
[abarbour@box64-2 ~/Repos/pyCHX/pyCHX/v2/_commonspeckle ✗ ] $ grep -n SMI *
DataGonio.py:567: For SMI, because only rotate along y-axis, (det_theta_g=0.), only care about
Stitching.py:10: '''YG Sep 26, 2017 @SMI
Stitching.py:40: For SMI, overlap_width = 85 #for calibration data--Kevin gives one, 4 degree
Stitching.py:42: For SMI:
Stitching.py:152: phis: for SMI, the rotation angle around z-aixs
Stitching.py:153: For SMI
Stitching.py:227: '''YG. Sep 27@SMI
Stitching.py:253: '''YG Sep 27@SMI
Stitching.py:254: Get q_range, [ qx_start, qx_end, qz_start, qz_end ] for SMI WAXS qmap
Stitching.py:305: Get q_range, [ qx_start, qx_end, qz_start, qz_end ] for SMI WAXS qmap
Stitching.py:352: phis: for SMI, the rotation angle around z-aixs
Stitching.py:353: For SMI
XPCS_GiSAXS.py:515: ''' Nov 19, 2018@SMI to get alphaf and thetaf for gi scattering
Do we need to keep, incorporate into CHX function, or create a generic scattering
There is WAXS stuff too, but treated basically the same as SAXS?
Probably matching function definitions: