Our CSS-AIMS simulations produced checkpoint files written to disk every 20000 atu (0.48 ps), storing the information required to reconstruct the molecular wavefunction. On average, a single checkpoint file has a size of 3-4 GB, such that all data provided by the 44 individual CSS-AIMS simulations occupies about 180 GB on disk. While this number may seem high, this data allows us, in principle, to calculate the nuclear density along any of the ten dimensions of the model or other more involved quantities than population. DC-FSSH yields large but manageable files. The output quantities are written in text files as well as in HDF5 file format to disk every 2500 steps (5 fs). Thus, a single trajectory of 100 ps occupies 160 MB disk size, out of which the HDF5 file has a size of 44 MB. These files are easily accessible, and we can directly extract all the necessary information coming out from the dynamics.