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An incommensurate spin density wave ($Q$ phase) confined inside thesuperconducting state at high basal plane magnetic field is an unique propertyof the heavy fermion metal CeCoIn$_5$. The neutron scattering experiments andthe theoretical studies point out that this state come out from the soft modecondensation of magnetic resonance excitations. We show that the fixation ofdirection of antiferromagnetic modulations by a magnetic field reported byGerber et al., Nat. Phys. {\bf 10}, 126 (2014) is explained by spin-orbitcoupling. This result, obtained on the basis of quite general phenomenologicalarguments, is supported by the microscopic derivation of the $\chi_{zz}$susceptibility dependence on the mutual orientation of the basal plane magneticfield and the direction of modulation of spin polarization in a multi-bandmetal.

Antiferromagnetic order in CeCoIn5 oriented by spin-orbital coupling