Notes. Abbreviations are defined as follows: fit after displacement of anzanares chord (S1), fit aligning centers of all chords (S2), fit to a binary system (S3, with E1 and E2 indicating the easternmost and westernmost ellipse, respectively), semi-major and minor axes of the projected ellipse on the sky (a_p and b_p, respectively), tilt angle (θ), center of the ellipse (x,y), instantaneous area-equivalent diameter (D_eq), rotationally averaged area-equivalent diameter (), and albedo (pv). We note that other ellipse fitting methods give similar ellipse parameters with considerably smaller uncertainties than the Monte Carlo method, and thus the difference in equivalent diameter of Bienor with respect to the thermal models becomes even more significant. However, we prefer to show the more conservative results here. ^(†)Total area-equivalent diameter considering both bodies.^(‡) Albedo considering the total area-equivalent diameter of both bodies.