Images recovered by LENSINGGW for a binary point lens: RA and Dec relative to the binary center of mass. The source (red dot) is lensed by two point masses (black dots) of M₁ = M₂ = 100 M_⊙. When only one deflector is considered, two macroimages (blue dots) form. When the second lens is added, three total images (black crosses) form: their positions with respect to the critical curve (black line) and to the origin are consistent with the predictions of Schneider and Weiß. Magnifications (μ), normalized time delays (t_d), the caustic (red line), and a color map of the magnification in the RA−Dec plane are shown for completeness. The system confirms the applicability of the LENSINGGW algorithm to comparable-mass potentials.