TODO: extend this
A fibre is represented in MTEX by a variable of type fibre.
cs = crystalSymmetry.load('Ti-Titanium-alpha.cif')
% define the fibre to be the beta fibre
f = fibre.beta(cs)
% define a fibre ODF
odf = fibreODF(f,'halfwidth',10*degree)
% plot the odf in 3d
plot3d(odf)cs = crystalSymmetry
mineral : Titanium
symmetry : 6/mmm
elements : 24
a, b, c : 3, 3, 4.7
reference frame: X||a*, Y||b, Z||c*
Warning: Miller indece are not orthogonal. Maximum
deviation is 25 degree
f = fibre (Titanium → xyz)
h || r: (11 7 -18 12) || (0.16606,0.13548,0.97676)
o1 → o2: (348.4°,57.8°,60°) → (90°,77.1°,60°)
odf = SO3FunCBF (Titanium → xyz)
kernel: de la Vallee Poussin, halfwidth 10°
fibre : (11 7 -18 12) || 0.16606,0.13548,0.97676
weight: 1