Data from: Orientational order in confined systems of self-driven spinners

We investigated large systems of self-driven spinners confined over a
substrate through direct numerical simulation of 3D hydrodynamics. Our
results demonstrated that these systems generate unique flows from which
spatial and orientational order emerges. We showed that a transition in
particle orientation accompanies the appearance of crystallinity as the
packing fraction is increased. Further exploration revealed a rich,
tunable state space, offering insights into the biophysics of natural
microswimmers with rotational motion as well as into the design of
synthetic spinner systems. This is a dataset of the simulations performed
to generate the figures in the corresponding paper. The directories are
organized by figure and subfigure. Raw simulation data are in the KAPSEL
UDF format; please refer to the KAPSEL-DNS website and user manual for
further details on this format. In addition, postprocessing and analysis
scripts to read raw data, perform postprocessing calculations, and
generate figures are supplied.