  We present spatially, temporally, and spectrally resolved narrow- and
broad-band x-ray images of polar-direct-drive (PDD) implosions on OMEGA. These
self-emission images were obtained during the deceleration phase and bang time
using several multiple monochromatic x-ray imaging instruments fielded along
two or three quasi-orthogonal lines-of-sight including equatorial and polar
views. The instruments recorded images based on K-shell lines from a titanium
tracer located in the shell as well as continuum emission. These observations
constitute the first such data obtained for PDD implosions. The image data show
features attributed to zero-order hydrodynamics. Equatorial view synthetic
images obtained from post-processing a 2D hydrodynamic simulation are
consistent with the experimental observation. Polar view images show a
pentagonal pattern that correlates with the PDD laser illumination used on
OMEGA, thus revealing a 3D aspect of these experiments not previously observed.
