Sub fields

Complex magnetization (strictly speaking complex spin expectation value) for every spin in the magnetic cell, represented by a matrix with dimensions of \([3\times n_{magext}\times n_k]\), where nMagExt = nMagAtom*prod(N_ext) and \(n_k\) is the number of the magnetic propagation vectors.
Magnetic propagation vectors stored in a matrix with dimensions of \([3\times n_k]\).
Size of the magnetic supercell in lattice units, default value is [1 1 1] emaning that the magnetic cell is identical to the crystallographic cell. The \([1\times 3]\) vector extends the cell along the \(a\), \(b\) and \(c\) axes.