def METHOD_NAME(verbose=True, *args, **kwargs):
    """Test that Zero-Point-Energy stored in the default RADIS database
    corresponds to the Energy calculated for vi=0, J=0 for all molecules and isotopes
    and electronic states in the RADIS :py:data:`~radis.db.molecules.Molecules`
    list.
    """
    for M, isotopes in Molecules.items():
        if M != "CO2":
            continue
        for iso, elecstates in isotopes.items():
            for state, ElecState in elecstates.items():
                jsonfile = get_default_jsonfile(M)
                coeffs = _get_rovib_coefficients(
                    M,
                    iso,
                    ElecState.get_statename_utf(),
                    jsonfile=jsonfile,
                    remove_trailing_cm1=True,
                )
                if "ZPE" in coeffs:
                    # Calculate ZPE by setting all parameters to 0. Note that
                    # the number of parameters in ElecState.Erovib depends on
                    # the molecule. @dev: we use inspect to get the number of
                    # parameters
                    from radis.misc.utils import getarglist
                    params = [
                        k
                        for k in getarglist(ElecState._Erovib)
                        if k not in ["remove_ZPE", "coeff_dict"]
                    ]
                    # Calculate ZPE:
                    params = [0] * len(params)
                    assert ElecState.Erovib(*params, remove_ZPE=False) == coeffs["ZPE"]
                    if verbose:
                        print(
                            "ZPE calculated for {0} matches value in database ({1:.2f} cm-1)".format(
                                ElecState.get_fullname(), coeffs["ZPE"]
                            )
                        )
                else:
                    if verbose:
                        print(f"No ZPE defined for {ElecState.get_fullname()}")