calculates equivalent Q point in twins
[Qtwin, rotQ] = TWINQ(obj, {Q0})
Qtwin are the Q values in the twin coordinate systems, in r.l.u.
rotQ are the rotation matrices, that transforms Q points (in r.l.u.
units) from the original crystal to the selected twin r.l.u. coordinate
system.
Input:
Q0 Q values in the original crystal in r.l.u. Dimensions are
[3 nQ]. Optional.
Output:
Qtwin Q values in the twin oordinate system in a cell element for
each twin.
rotQ Rotation matrices, dimensions are [3 3 nTwin].
Example:
...
Q1 = [1 0 0; 1 1 0];
Q2 = cryst.twinq(Q1');
This example Calculates the [1 0 0] and [1 1 0] Bragg reflections
equivalent position in the twins.
See also SW, SW.ADDTWIN.