  We study the azimuthal angle and transverse momentum dependence of dilepton
production from hot and magnetized hadronic matter using $\rho^0$-meson
dominance. The thermomagnetic spectral function of the $\rho^0$ is evaluated
using the real time method of thermal field theory and Schwinger proper-time
formulation. A continuous spectrum is obtained in which there is sizeable
Landau cut contributions in the low invariant mass region as a consequence of
finite background field. The emission rate of the dileptons is found to be
significantly anisotropic in this region and the later effectively increases
with the strength of the background field. In addition, we also evaluate the
elliptic flow parameter ($v_2$) as a function of invariant mass for different
values of magnetic field and temperature. We find that in low invariant mass
region $v_2$ remains positive at lower values of $eB$ signifying that the
production rate could be larger along the direction transverse to the
background field. This behaviour is consistent with the angular dependence of
dilepton production rate.
