Table 5: Starting gravitational orbits for the dynamical evolution presented in Fig. 1. Angular elements $\omega$ , $\Omega$ , i refer to Equinox J2000.0 (Epoch: 20050130).
Model Orbital elements

GRb T=20 030 925.94916 q=1.59103279 e=0.53867255

(future $\omega =41$ $^\circ$ 78353 $\Omega=136$ $^\circ$ 14150 $i=3\hbox{$^\circ$ }$ 24002

evolution) arc: 1988-2004 (3 app) number of obs.: 559 $\rm res=1$ $.\!\!^{\prime\prime}$ 40

GRb T=20 030 925.91486 q=1.591012972 e=0.53867072

(past $\omega =41$ $^\circ$ 78901 $\Omega=136$ $^\circ$ 13960 i=3 $^\circ$ 24037

evolution) arc: 1978-1992 (3 app) number of obs.: 368 $\rm res=2$ $.\!\!^{\prime\prime}$ 45

**Table 5:** Starting gravitational orbits for the dynamical evolution presented in Fig. 1. Angular elements $\omega$ , $\Omega$ , i refer to Equinox J2000.0 (Epoch: 20050130).
Model	Orbital elements
GRb	T=20 030 925.94916	q=1.59103279	e=0.53867255
(future	$\omega =41$ $^\circ$ 78353	$\Omega=136$ $^\circ$ 14150	$i=3\hbox{$^\circ$ }$ 24002
evolution)	arc: 1988-2004 (3 app)	number of obs.: 559	$\rm res=1$ $.\!\!^{\prime\prime}$ 40
GRb	T=20 030 925.91486	q=1.591012972	e=0.53867072
(past	$\omega =41$ $^\circ$ 78901	$\Omega=136$ $^\circ$ 13960	i=3 $^\circ$ 24037
evolution)	arc: 1978-1992 (3 app)	number of obs.: 368	$\rm res=2$ $.\!\!^{\prime\prime}$ 45

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