In a recent contribution, some of us discussed that the energy components of the energy decomposition analysis (EDA) method areunlike the bond dissociation energy (De) that is a state functionpath (process) functions. The path-dependency of EDA is the result of the introduction of an arbitrary intermediate state in between the non-interacting fragments and the bonded molecule. Therefore, it is expected that the path-dependency of energy components to be a general problem among all EDA-based approaches and variants, irrespective of the number of additional energy components and presumptions implemented in the method. This may explain the discrepancies about the nature of chemical bonds assessed by EDA and other approaches. However, the gedankenexperiment that is suggested in the original paper to prove that the EDA components are path functions needs programming a new EDA code in which bond length can be controlled and the boundaries of the nearby atoms to be defined.