  We present a simple model for generating initial-state azimuthal asymmetries
in pA collisions from dipole scattering on an anisotropic dense target. Parity
even angular harmonics arise from the C-even real part of the dipole S-matrix
which spontaneously breaks rotational symmetry in two dimensions due to a
condensate for the color electric field. This leads to an angular correlation
with the direction of $\vec E$. Parity odd harmonics are generated by the C-odd
imaginary part (odderon) due to coupling to coherent target fluctuations which
again break rotational invariance. We perform a first qualitative extraction of
the amplitude and cutoff of C-odd fluctuations in the dense target.
