Energy decomposition methods break down interaction energy into different physical components, providing deeper insights into the nature of molecular interactions. While the energy decomposition analysis based on molecular forcefields (EDA-FF), as implemented in the Multiwfn program, is not as precise as quantum chemistry-based methods such as SAPT and sobEDA, it offers a unique advantage: it can directly determine the contributions of different physical components to the interfragment interaction energy from individual atoms and atom pairs. This allows for the visualization of atomic contributions, helping researchers intuitively understand how each atom influences the noncovalent interaction of interest.