Syntax
[qTwin, rotQ] = twinq(obj, {Q0})
Description
[qTwin, rotQ] = twinq(obj, {q0}) calculates the \(Q\) values in the twin
coordinate systems, in rlu. It also returns the rotation matrices, that
transforms the \(Q\) point from the original lattice to the selected twin
rlu coordinate system.
Examples
This example Calculates the \([1,0,0]\) and \([1,1,0]\) Bragg reflections equivalent positions in the twins.
Q1 = [1 0 0; 1 1 0];
Q2 = cryst.twinq(Q1');
Input Arguments
Q0- \(Q\) values in the original crystal in rlu sotred in a matrix with dimensions of \([3\times n_Q]\), optional.
Output Arguments
Qtwin- \(Q\) values in the twin oordinate system in a cell element for each twin.
rotQ- Rotation matrices with dimensions of \([3\times 3\times n_{twin}]\).