Deposit thickness data for select model runs

We utilize thickness maps to measure rugosity of the simulated submarine fans. The maps are interpolated onto a Cartesian grid from raw data that is stored initially on a triangular irregular network (TIN). The grid transformation from TIN to a Cartesian grid is achieved using standard and publically available algorithms. We provide public access to four model runs that cover different corners of the regime diagram and contains subcritical, transcritical, and supercritical simulations. We subsample the number of thickness maps due to size limitations as an average model output data exceeds 1 terabyte. The processed maps are stored as 3D arrays that are structured in space (x-location) by space (y-location) by time (elevations). We also provide a Matlab script along with thickness data that can measure rugosity of the simulated submarine fans.