def METHOD_NAME(wf):
    f_dir = ref_dir / "ferroelectric_wf/scratch"
    bto_ref_dirs = {
        "_polar_relaxation": f_dir / "polar_relaxation",
        "_polar_static": f_dir / "polar_static",
        "_polar_polarization": f_dir / "polar_polarization",
        "_nonpolar_relaxation": f_dir / "nonpolar_relaxation",
        "_nonpolar_static": f_dir / "nonpolar_static",
        "_nonpolar_polarization": f_dir / "nonpolar_polarization",
        "_interpolation_1_static": f_dir / "interpolation_1_static",
        "_interpolation_1_polarization": f_dir / "interpolation_1_polarization",
    }
    wf = use_potcar_spec(
        wf, vasp_to_db_kwargs={"store_volumetric_data": [], "parse_bader": False}
    )
    wf = use_fake_vasp(
        wf, bto_ref_dirs, params_to_check=["ENCUT", "LWAVE"], check_potcar=False
    )
    return wf