In the long run, when the goal is a global potential energy surface, it is irrelevant whether a geometry is found in the permuted or unpermuted set, and we simply want a reasonably small error on all adiabatic energies. Table provides further details of the MUEs of the entire set of 532560 adiabatic energies, breaking them down by electronic state and energy range. For each state in each energy range, the table shows the number of geometries and the MUE. At energies below 10 eV, the MUE is not a strong function of state. Close examination of the table shows remarkably good across-the-board accuracy up to 10 eV and quite reasonable relative accuracy at higher energies.