[Sat Apr 28 10:39:20 2012] Detection parameters:
  Position = (352.5, 330.0) = 17 12 14.14 -23 21 31.0
  Extent = 10.9" x 10.9", rotation angle = 0 degrees
  Source counts = 2185.0 +/- 151.3
  Background counts = 966.3
  Rate = 0.08 +/- 0.006

[Sat Apr 28 10:39:22 2012] Off-axis axis estimate = 4.53'
[Sun Apr 29 22:36:42 2012] Using EEF radius (= 8.70 ")to estimate initial spatial extent for simple fitting
[Sun Apr 29 22:36:42 2012] Initial guess for spatial extent in simple fitting = 8.70"
[Sun Apr 29 22:36:42 2012] source mask rpix=2.0, npix_max = 24, mask sum = 17, frac = 0.681
[Sun Apr 29 22:36:42 2012] Giving source the simple spatial ID 4 for pass 0, mean size = 8.70"
[Mon Apr 30 21:31:44 2012] fullrun_mos2_xmm0505150101_pi300-10000_cl_pass0_src4.ximg exists
[Mon Apr 30 21:31:44 2012] fullrun_mos2_xmm0505150101_pi300-10000_cl_pass0_src4_1.ximg exists
[Mon Apr 30 21:31:44 2012] Fit fullrun_mos2_xmm0505150101_pi300-10000_cl_pass0_src4 appears to have run properly
[Mon Apr 30 21:31:50 2012] fullrun_mos2_xmm0505150101_pi300-10000_cl_pass0_tfrozen_src4.ximg exists
[Mon Apr 30 21:31:50 2012] Warning: poor agreement between model and actual number of counts may be indicative of a poor fit in csv/fullrun_mos2_xmm0505150101_pi300-10000_cl_pass0_tfrozen_src4.csv
[Mon Apr 30 21:31:50 2012] fullrun_mos2_xmm0505150101_pi300-10000_cl_pass0_tfrozen_src4_1.ximg exists
[Mon Apr 30 21:31:50 2012] Warning: poor agreement between model and actual number of counts may be indicative of a poor fit in csv/fullrun_mos2_xmm0505150101_pi300-10000_cl_pass0_tfrozen_src4.csv
[Mon Apr 30 21:31:50 2012] It looks like the fit did not converge
You should probably delete fullrun_mos2_xmm0505150101_pi300-10000_cl_pass0_tfrozen_src4_1.ximg
Either tweak this fit manually starting from fullrun_mos2_xmm0505150101_pi300-10000_cl_pass0_tfrozen_src4.ximg or adjust the simplespatial fit parameters in $XASSIST/data/missions/*/*/spatial.dat and re-run simplespatial fitting after setting file recreation parameter to yes
[Mon Apr 30 21:33:34 2012] Warning, spatial fit 4 centroid is now closest to src. 89
[Mon Apr 30 21:33:35 2012] Vigneting correction estimate = 1.000000
[Mon Apr 30 21:33:35 2012] Source flux estimate in the 0.3-8.0 bandpass, Gamma=1.800000 = 0 
[Mon Apr 30 21:33:35 2012] Assessing source extent using major
[Mon Apr 30 21:33:35 2012] Source does appear to be extended
[Mon Apr 30 21:33:35 2012] Computing asymmetry using major and minor axis, asym = 1.00
[Mon Apr 30 21:33:35 2012] Source is confused with source 81
[Mon Apr 30 21:33:35 2012] Source is confused with source 89
[Thu May  3 00:21:29 2012] Using EEF radius (= 8.70 ")to estimate initial spatial extent for simple fitting
[Thu May  3 00:21:29 2012] Initial guess for spatial extent in simple fitting = 8.70"
[Thu May  3 00:21:29 2012] source mask rpix=2.0, npix_max = 24, mask sum = 17, frac = 0.681
[Thu May  3 00:21:29 2012] Giving source the simple spatial ID 4 for pass 1, mean size = 8.70"
[Thu May  3 23:17:08 2012] fullrun_mos2_xmm0505150101_pi300-10000_cl_pass1_src4.ximg exists
[Thu May  3 23:17:08 2012] fullrun_mos2_xmm0505150101_pi300-10000_cl_pass1_src4_1.ximg exists
[Thu May  3 23:17:08 2012] Fit fullrun_mos2_xmm0505150101_pi300-10000_cl_pass1_src4 appears to have run properly
[Thu May  3 23:17:11 2012] fullrun_mos2_xmm0505150101_pi300-10000_cl_pass1_tfrozen_src4.ximg exists
[Thu May  3 23:17:11 2012] fullrun_mos2_xmm0505150101_pi300-10000_cl_pass1_tfrozen_src4_1.ximg exists
[Thu May  3 23:17:11 2012] Fit fullrun_mos2_xmm0505150101_pi300-10000_cl_pass1_tfrozen_src4 appears to have run properly
[Thu May  3 23:19:07 2012] Warning, spatial fit 4 centroid is now closest to src. 90
[Thu May  3 23:19:07 2012] Source 93 is offset by -6.648806 and 1.274138 pixels which is larger than
2 X fitted extent = 1.607908 x 12.677288, not incorporating fit results
[Thu May  3 23:19:07 2012] Source 93 is offset by -2.258024 and -0.757506 pixels which is larger than
2 X fitted extent = 0.964547 x 0.964547, not incorporating fit results
[Thu May  3 23:19:07 2012] Vigneting correction estimate = 1.000000
[Thu May  3 23:19:07 2012] Source flux estimate in the 0.3-8.0 bandpass, Gamma=1.800000 = 0 
[Thu May  3 23:19:07 2012] Assessing source extent using major
[Thu May  3 23:19:07 2012] Source does appear to be extended
[Thu May  3 23:19:07 2012] Computing asymmetry using major and minor axis, asym = 1.00
[Tue May  8 03:52:38 2012] Counts = 2185.042725, rescaling region sizes by 2.000000
[Tue May  8 03:52:38 2012] XMMSAS src. selection expression = ellipse(30615.375885, 28657.921021, 1305.000000, 1305.000000, 0.000000, X, Y)
[Tue May  8 03:52:38 2012] Writing source region out to fullrun_mos2_xmm0505150101_pi300-10000_pass1_cl_src93_src.reg
[Tue May  8 03:52:38 2012] Extracting stamp from image fullrun_mos2_xmm0505150101_pi300-10000_cl_sm2.00.img.gz, (277, 255) - (427, 405)
[Tue May  8 03:52:38 2012] XMMSAS bgd. selection expression = annulus(30615.375885, 28657.921021, 4350.000000, 8700.000000, X, Y) && !ellipse(30978.610443, 27889.167908, 2610.000000, 2610.000000, 0.000000, X, Y) && !ellipse(26826.077000, 27804.724600, 4501.608130, 4501.608130, 0.000000, X, Y) && !ellipse(25841.041138, 32115.109009, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(28295.736000, 27912.240000, 1253.224036, 1253.224036, 0.000000, X, Y) && !ellipse(25755.400513, 32988.695953, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25030.396973, 29613.954590, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(28448.614000, 29669.340000, 2021.744058, 2021.744058, 0.000000, X, Y) && !ellipse(26532.747955, 29464.534851, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(36496.456940, 33608.562988, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29315.672668, 30320.779144, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(28875.264000, 30710.560000, 1809.176052, 1809.176052, 0.000000, X, Y) && !ellipse(24980.118683, 31023.663635, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24772.708000, 27565.464000, 1858.448053, 1858.448053, 0.000000, X, Y) && !ellipse(29544.222000, 31793.876000, 1459.888042, 1459.888042, 0.000000, X, Y) && !ellipse(28646.286000, 30501.550000, 1348.824039, 1348.824039, 0.000000, X, Y) && !ellipse(28770.868000, 30224.580000, 863.920025, 863.920025, 0.000000, X, Y) && !ellipse(24995.884247, 29428.606995, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25450.936000, 29073.086000, 582.429617, 582.429617, 0.000000, X, Y) && !ellipse(28653.580000, 31079.552000, 984.056028, 984.056028, 0.000000, X, Y) && !ellipse(25034.998138, 29019.875854, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(30202.527600, 29280.688000, 1370.488039, 1370.488039, 0.000000, X, Y) && !ellipse(28760.560000, 29906.352000, 876.840025, 876.840025, 0.000000, X, Y) && !ellipse(26126.184000, 32085.188000, 2077.216060, 2077.216060, 0.000000, X, Y) && !ellipse(29796.294000, 31516.926000, 1408.832041, 1408.832041, 0.000000, X, Y) && !ellipse(26246.166748, 30132.383575, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(30341.230835, 31958.154297, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25383.526000, 26690.848000, 1100.056032, 1100.056032, 0.000000, X, Y) && !ellipse(24740.788000, 32260.322000, 2581.448074, 2581.448074, 0.000000, X, Y) && !ellipse(30054.328000, 30717.564000, 754.124822, 754.124822, 0.000000, X, Y) && !ellipse(26225.345114, 31131.647600, 1480.824043, 360.905610, 86.444000, X, Y) && !ellipse(28686.724000, 32179.042600, 701.068020, 701.068020, 0.000000, X, Y) && !ellipse(30422.304810, 31536.222351, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29943.576000, 29767.299400, 1190.368034, 1190.368034, 0.000000, X, Y) && !ellipse(25402.434000, 30209.676800, 1298.200037, 1298.200037, 0.000000, X, Y) && !ellipse(29975.175600, 29913.212000, 1018.488029, 1018.488029, 0.000000, X, Y) && !ellipse(29321.136719, 34753.170013, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(30582.610168, 31292.052582, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29030.081787, 32931.788055, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25215.044000, 26897.320000, 2256.976065, 2256.976065, 0.000000, X, Y) && !ellipse(26249.127106, 32599.322632, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29807.778600, 32672.716000, 2304.784066, 1315.864038, 89.967000, X, Y) && !ellipse(29549.900800, 32253.656600, 2045.200059, 738.294421, 81.791000, X, Y) && !ellipse(29913.618400, 30361.900180, 2835.360082, 1033.360030, 90.000000, X, Y) && !ellipse(26244.079895, 30482.106689, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27676.558472, 31610.212708, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(26134.390015, 25887.445740, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(28705.612000, 33707.482000, 1546.088044, 423.044012, 77.748200, X, Y) && !ellipse(30263.353516, 33176.828674, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(30676.749542, 29790.978668, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(28240.242432, 31887.939392, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(26745.522003, 30656.398743, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27757.263397, 33005.058899, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29554.802000, 32838.576000, 1436.328041, 1436.328041, 0.000000, X, Y) && !ellipse(31453.516000, 32136.570000, 2592.448075, 2592.448075, 0.000000, X, Y) && !ellipse(30064.166000, 28791.714000, 1391.336040, 936.896027, 96.232060, X, Y) && !ellipse(26231.922000, 31589.702000, 1441.912041, 1441.912041, 0.000000, X, Y) && !ellipse(25412.390000, 30369.282000, 649.485619, 649.485619, 0.000000, X, Y) && !ellipse(31380.961548, 21960.636169, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29725.924000, 32038.155200, 1026.312030, 1026.312030, 0.000000, X, Y) && !ellipse(28259.940000, 33831.282000, 1591.160046, 1591.160046, 0.000000, X, Y) && !ellipse(29659.040000, 30251.452000, 571.058416, 571.058416, 0.000000, X, Y) && !ellipse(28513.406000, 32612.570000, 922.712027, 922.712027, 0.000000, X, Y) && !ellipse(30429.470734, 33465.034760, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24893.227539, 26238.971619, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25887.161652, 30746.720184, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27435.255580, 33427.234076, 1300.144037, 1300.144037, 0.000000, X, Y) && !ellipse(29617.475608, 27431.144000, 1300.144037, 1300.144037, 0.000000, X, Y) && !ellipse(28175.109253, 25807.518738, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(30233.806000, 28376.692000, 709.098420, 709.098420, 0.000000, X, Y) && !ellipse(24419.324000, 28350.592000, 1176.680034, 1176.680034, 0.000000, X, Y) && !ellipse(28542.450200, 33123.142000, 1845.424053, 1845.424053, 0.000000, X, Y) && !ellipse(24498.528229, 26836.932007, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29972.406000, 33507.837200, 1614.976046, 475.250414, 88.519000, X, Y) && !ellipse(26047.176000, 24788.604000, 1083.864031, 1083.864031, 0.000000, X, Y) && !ellipse(23996.542000, 29401.962200, 2021.920058, 2021.920058, -0.000000, X, Y) && !ellipse(28961.340424, 26931.777618, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(26768.768000, 33578.054800, 1535.312044, 1535.312044, 0.000000, X, Y) && !ellipse(27441.423767, 34567.392303, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(31078.454000, 32419.116000, 1462.128042, 1462.128042, 0.000000, X, Y) && !ellipse(28124.788483, 34718.113007, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(30152.545868, 27975.132446, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24886.730000, 25080.524200, 1134.032033, 1134.032033, 0.000000, X, Y) && !ellipse(24465.911194, 25534.828644, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24496.353600, 26180.744000, 1128.488032, 1128.488032, 0.000000, X, Y) && !ellipse(24463.558000, 27684.638000, 1143.824033, 1143.824033, 0.000000, X, Y) && !ellipse(28783.806580, 33434.377136, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(31703.868866, 30243.860291, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(30475.749600, 27024.964000, 1335.152038, 1335.152038, 0.000000, X, Y) && !ellipse(24559.554077, 25100.747284, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29572.899872, 26931.443085, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(31116.082000, 31944.978000, 1488.136043, 1488.136043, 0.000000, X, Y) && !ellipse(31141.910000, 31421.904000, 1296.224037, 1296.224037, 0.000000, X, Y) && !ellipse(31114.940000, 30081.762000, 1479.376043, 1031.616030, 90.000000, X, Y) && !ellipse(28457.123400, 34877.972000, 947.712027, 947.712027, 0.000000, X, Y) && !ellipse(30989.657600, 30910.680000, 1488.824043, 1488.824043, 0.000000, X, Y) && !ellipse(25932.573273, 24055.058685, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25343.270935, 24242.466583, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(31208.990000, 33513.891640, 1614.416046, 1614.416046, 0.000000, X, Y) && !ellipse(24283.528000, 25877.102000, 1100.056032, 1100.056032, 0.000000, X, Y)
[Tue May  8 03:52:38 2012] Writing fullrun_mos2_xmm0505150101_pi300-10000_pass1_cl_src93.gif
[Tue May  8 04:47:43 2012] Mean detx,y = (-3554.34, 786.81) 
[Tue May  8 04:47:51 2012] Setting backscal keywords in source and bgd. spectrum
[Tue May  8 04:52:00 2012] Binned source spectrum to 10 counts/bin
[Tue May  8 04:52:01 2012] Setting source spectrum file to fullrun_mos2_xmm0505150101_pi300-10000_pass1_cl_src93_src_b10.pi.gz
[Tue May  8 04:52:01 2012] Setting bgd. spectrum file to fullrun_mos2_xmm0505150101_pi300-10000_pass1_cl_src93_bgd.pi.gz
[Tue May  8 14:26:53 2012] Not generating rmf since RequireSpatial is true but spatial fitting not done
[Tue May  8 14:26:53 2012] rmf not generated due to insufficient counts
[Wed May  9 07:40:22 2012] Updating aperture counts using extracted products
[Wed May  9 07:40:22 2012] Error reading totcts from fullrun_mos2_xmm0505150101_pi300-10000_pass1_cl_src93_src_b10.pi.gz
[Wed May  9 07:40:32 2012] Calculating source flux in energy range 0.30-8.00
[Wed May  9 07:40:32 2012] Using photon index=1.80, rate=0.0817, arf fullrun_mos2_xmm0505150101_pi300-10000_pass1_cl_src93.arf
[Wed May  9 07:40:32 2012] Assuming count rate is from the 0.30-10.00 bandpass
[Wed May  9 07:40:32 2012] Updating source flux to 9.8e-13
[Wed May  9 07:51:20 2012] Simple spatial fitting not done (or not done successfully), skipping spectral fitting