Table 2: ELODIE best orbital solution for HD 180777.
Parameter HD 180777

P [days] $28.44 \pm 0.01$

T [JD-2 400 000] $53~244.3\pm 0.3$

e $0.20 \pm 0.01$

$\gamma$ [km s $^{\rm -1}$ ] $0.11 \pm 0.01$

$\omega$ [deg] $56 \pm 4$

K [km s $^{\rm -1}$ ] $1.20 \pm 0.02$

$N_{\rm meas}$ 39

$\sigma(O{-}C)$ [km s $^{\rm -1}$ ] 0.394

$a_1\sin{i}$ [10^-3 AU] 3.1

f(m) [ $10^{-6}~{M}_{\odot}$ ] 4.7

M₁ [ $M_{\odot}$ ] 1.7

$m_2\sin{i}$ [ $M_{\rm {Jup}}$ ] 25

a [AU] 0.22

**Table 2:** ELODIE best orbital solution for HD 180777.
Parameter		HD 180777
P	[days]	$28.44 \pm 0.01$
T	[JD-2 400 000]	$53~244.3\pm 0.3$
e		$0.20 \pm 0.01$
$\gamma$	[km s $^{\rm -1}$ ]	$0.11 \pm 0.01$
$\omega$	[deg]	$56 \pm 4$
K	[km s $^{\rm -1}$ ]	$1.20 \pm 0.02$
$N_{\rm meas}$		39
$\sigma(O{-}C)$	[km s $^{\rm -1}$ ]	0.394
$a_1\sin{i}$	[10^-3 AU]	3.1
f(m)	[ $10^{-6}~{M}_{\odot}$ ]	4.7
M₁	[ $M_{\odot}$ ]	1.7
$m_2\sin{i}$	[ $M_{\rm {Jup}}$ ]	25
a	[AU]	0.22

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