Table 2: Observations of the five SWAN fields included in the analysis here. CE is the encircled energy reported by the adaptive optics system in real time. The isoplanatic angle $\theta _0$ is that derived by the fit using point sources in the fields (see Sect. 4).
Field Date Filter Exp. time CE $\theta _0$

(min) (%) ( $^{\prime \prime }$ )

SBSF 14 15.12.02 $K_{\rm s}$ 60 62 11.9

SBSF 15 17.12.02 $K_{\rm s}$ 60 66 21.8

SBSF 18 17.12.02 $K_{\rm s}$ 40 68 21.2

SBSF 24 21.03.03 $K_{\rm s}$ 60 36 11.8

SBSF 41 14.06.03 $K_{\rm s}$ 60 53 19.7

**Table 2:** Observations of the five SWAN fields included in the analysis here. CE is the encircled energy reported by the adaptive optics system in real time. The isoplanatic angle $\theta _0$ is that derived by the fit using point sources in the fields (see Sect. 4).
Field	Date	Filter	Exp. time	CE	$\theta _0$
			(min)	(%)	( $^{\prime \prime }$ )
SBSF 14	15.12.02	$K_{\rm s}$	60	62	11.9
SBSF 15	17.12.02	$K_{\rm s}$	60	66	21.8
SBSF 18	17.12.02	$K_{\rm s}$	40	68	21.2
SBSF 24	21.03.03	$K_{\rm s}$	60	36	11.8
SBSF 41	14.06.03	$K_{\rm s}$	60	53	19.7

Source LaTeX | All tables | In the text

	1 Introduction
	2 SWAN
	3 Other proposed methods to quantify anisoplanaticism
	4 The PSF model for SWAN
	5 Testing the PSF model with simulations of galaxy profiles
	6 First results from five deep science fields
	7 Conclusions
	References