TODO: extend this
A fibre is represented in MTEX by a variable of type fibre.
cs = crystalSymmetry('cubic')
% 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
symmetry: m-3m
elements: 48
a, b, c : 1, 1, 1
f = fibre (m-3m → xyz)
h || r: (12 6 11) || (1,1,4)
o1 → o2: (0°,35.3°,45°) → (90°,62.8°,45°)
odf = SO3FunCBF (m-3m → xyz)
kernel: de la Vallee Poussin, halfwidth 10°
fibre : (12 6 11) || 1,1,4
weight: 1