Table 7: Photometric solutions for NSV5783 from the EBOP code. Phase shift and magnitude normalization were included as free parameters. A mass ratio of 0.95 was assumed. The errors quoted for the free parameters are the formal errors determined from the iterative least squares solution procedure.
  y b v u

i ($^\circ$)		 89.64 89.69 89.70 89.64
  $\pm$2 $\pm$2 $\pm$2 $\pm$2

$e\cos \omega$

 0.18170 0.18162 0.18162 0.18154
  $\pm$3 $\pm$2 $\pm$2 $\pm$3

$e\sin \omega$

 -0.0467 -0.0471 -0.0479 -0.0483
  $\pm$13 $\pm$8 $\pm$8 $\pm$12

e

 0.1876 0.1876 0.1878 0.1879
$\omega$ ($^\circ$) 345.60 345.46 345.23 345.10
$r_{\rm p}$ 0.0808 0.0811 0.0813 0.0806
  $\pm$5 $\pm$3 $\pm$3 $\pm$5

$r_{\rm s}$

 0.0789 0.0779 0.0775 0.0785
k 0.977 0.960 0.954 0.973
  $\pm$13 $\pm$7 $\pm$6 $\pm$11

$r_{\rm p} + r_{\rm s}$

 0.1596 0.1590 0.1588 0.1591
$u_{\rm p} = u_{\rm s}$ 0.37 0.39 0.41 0.41
  $\pm$1 $\pm$1 $\pm$1 $\pm1$

$y_{\rm p}$

 0.52 0.57 0.63 0.72

$y_{\rm s}$

 0.53 0.59 0.65 0.74

$J_{\rm s}/J_{\rm p}$

 0.9632 0.9609 0.9581 0.9291
  $\pm$29 $\pm$20 $\pm$18 $\pm$27

$L_{\rm s}/L_{\rm p}$

 0.9193 0.8864 0.8722 0.8805

$\sigma$ (mag)

 0.0049 0.0034 0.0036 0.0048

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