maclariz
maclariz
@hakonanes I checked in the code, and no normalisation in conversion of uvw to UVTW, so that's why. I am going to check your vector to uvw conversion tomorrow. Just...
@hakonanes Having checked exhaustively, all the main calculation seems to originate in diffpy (i.e. beyond your control) and the normalisation choices made there mean that your vectors once calculated to...
The results once I fiddled with them start matching expectations from crystallographic theory, such as in Wang, Aindow and Starink
@harripj this looks like it may work. I am building a big figure for explaining the relationships between the different laths in an alpha-beta Ti alloy, and the stereograms really...
#361 works in my install and I won't change that until it is working fully in an official release I am already combining plots like this!
Well, further investigation and I'm stumped! I am plotting real space orientations of specific axes with the following code: ```python plt.rcParams["axes.grid"] = False sym = symmetry.Ci v = Vector3d((1, -1,...
@harripj This works! I am now plotting: ```python v1 = Vector3d((1, -1, 0)) v2 = Vector3d((1, 1, 0)) v_fs = (ori_beta * v) v2_fs = (ori_beta * v2) axg =...
How do I get this into a nice legend? I get an extra legend entry - "sa_circle"
Thanks. This is helpful. Will use this. Sorry for late reply, was travelling on a different project.
OK, so I used the same colours for the cluster map, the pole figure (so you can relate specific laths in the map to specific orientations in the pole figure)...