A simpler alternative to test the path dependency of EDA energy components has been recently described by Solà et al. in the case of water tetramers. Briefly, they decomposed a water tetramer into four water molecules through seven different pathways. Summing up the contributions of the Pauli repulsion, electrostatic, and orbital interaction energies shows that each pathway leads to a slightly different contribution of the energy components while the sum over all components obtained from each pathway equals De. Fortunately, the obtained data from different pathways showed no change in the general picture of bonding in water tetramer.