[Sun May 20 02:31:28 2012] Detection parameters:
  Position = (307.2, 319.0) = 17 45 43.01 -29 0 14.9
  Extent = 10.9" x 10.9", rotation angle = 0 degrees
  Source counts = 6001.0 +/- 105.5
  Background counts = 503.4
  Rate = 0.05 +/- 0.0008

[Sun May 20 02:31:34 2012] Off-axis axis estimate = 1.62'
[Sun May 20 17:51:52 2012] Using EEF radius (= 7.24 ")to estimate initial spatial extent for simple fitting
[Sun May 20 17:51:52 2012] Initial guess for spatial extent in simple fitting = 7.24"
[Sun May 20 17:51:52 2012] source mask rpix=1.7, npix_max = 18, mask sum = 16, frac = 0.854
[Sun May 20 17:51:52 2012] Giving source the simple spatial ID 2 for pass 0, mean size = 7.24"
[Mon May 21 00:15:57 2012] fullrun_mos2_xmm0202670801_pi300-10000_cl_pass0_src2.ximg exists
[Mon May 21 00:15:57 2012] fullrun_mos2_xmm0202670801_pi300-10000_cl_pass0_src2_1.ximg exists
[Mon May 21 00:15:57 2012] Fit fullrun_mos2_xmm0202670801_pi300-10000_cl_pass0_src2 appears to have run properly
[Mon May 21 00:15:59 2012] fullrun_mos2_xmm0202670801_pi300-10000_cl_pass0_tfrozen_src2.ximg exists
[Mon May 21 00:15:59 2012] fullrun_mos2_xmm0202670801_pi300-10000_cl_pass0_tfrozen_src2_1.ximg exists
[Mon May 21 00:15:59 2012] Fit fullrun_mos2_xmm0202670801_pi300-10000_cl_pass0_tfrozen_src2 appears to have run properly
[Mon May 21 00:17:35 2012] Warning, spatial fit 2 centroid is now closest to src. 3
[Mon May 21 00:17:37 2012] Vigneting correction estimate = 1.000000
[Mon May 21 00:17:37 2012] Source flux estimate in the 0.3-8.0 bandpass, Gamma=1.800000 = 0 
[Mon May 21 00:17:37 2012] Assessing source extent using major
[Mon May 21 00:17:37 2012] Source does appear to be extended
[Mon May 21 00:17:37 2012] Computing asymmetry using major and minor axis, asym = 1.00
[Mon May 21 00:17:37 2012] Source is confused with source 3
[Mon May 21 19:23:55 2012] Using EEF radius (= 7.24 ")to estimate initial spatial extent for simple fitting
[Mon May 21 19:23:55 2012] Initial guess for spatial extent in simple fitting = 7.24"
[Mon May 21 19:23:55 2012] source mask rpix=1.7, npix_max = 18, mask sum = 16, frac = 0.854
[Mon May 21 19:23:55 2012] Giving source the simple spatial ID 2 for pass 1, mean size = 7.24"
[Tue May 22 01:38:33 2012] fullrun_mos2_xmm0202670801_pi300-10000_cl_pass1_src2.ximg exists
[Tue May 22 01:38:33 2012] fullrun_mos2_xmm0202670801_pi300-10000_cl_pass1_src2_1.ximg exists
[Tue May 22 01:38:33 2012] Fit fullrun_mos2_xmm0202670801_pi300-10000_cl_pass1_src2 appears to have run properly
[Tue May 22 01:38:35 2012] fullrun_mos2_xmm0202670801_pi300-10000_cl_pass1_tfrozen_src2.ximg exists
[Tue May 22 01:38:35 2012] fullrun_mos2_xmm0202670801_pi300-10000_cl_pass1_tfrozen_src2_1.ximg exists
[Tue May 22 01:38:35 2012] Fit fullrun_mos2_xmm0202670801_pi300-10000_cl_pass1_tfrozen_src2 appears to have run properly
[Tue May 22 01:40:15 2012] Warning, spatial fit 2 centroid is now closest to src. 3
[Tue May 22 01:40:16 2012] Vigneting correction estimate = 1.000000
[Tue May 22 01:40:16 2012] Source flux estimate in the 0.3-8.0 bandpass, Gamma=1.800000 = 0 
[Tue May 22 01:40:16 2012] Assessing source extent using major
[Tue May 22 01:40:16 2012] Source does appear to be extended
[Tue May 22 01:40:16 2012] Computing asymmetry using major and minor axis, asym = 1.00
[Wed May 23 17:35:21 2012] Counts = 6001.020508, rescaling region sizes by 2.000000
[Wed May 23 17:35:21 2012] XMMSAS src. selection expression = ellipse(26677.497498, 27705.261993, 1305.000000, 1305.000000, 0.000000, X, Y)
[Wed May 23 17:35:21 2012] Writing source region out to fullrun_mos2_xmm0202670801_pi300-10000_pass1_cl_src2_src.reg
[Wed May 23 17:35:21 2012] Extracting stamp from image fullrun_mos2_xmm0202670801_pi300-10000_cl_sm2.00.img.gz, (232, 244) - (382, 394)
[Wed May 23 17:35:21 2012] XMMSAS bgd. selection expression = annulus(26677.497498, 27705.261993, 4350.000000, 8700.000000, X, Y) && !ellipse(27429.858400, 27426.475000, 2619.768075, 2619.768075, 0.000000, X, Y) && !ellipse(26252.070000, 28063.618000, 1158.256033, 1158.256033, 0.000000, X, Y) && !ellipse(25718.206207, 28040.520508, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(28304.058716, 27346.044495, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(30122.944946, 19461.407974, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25546.152000, 30350.370000, 1285.816037, 1285.816037, 0.000000, X, Y) && !ellipse(28636.303400, 26302.467200, 301.896809, 301.896809, 0.000000, X, Y) && !ellipse(21938.629959, 31903.582825, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25676.632000, 28951.186000, 7078.128204, 7078.128204, 0.000000, X, Y) && !ellipse(27071.384000, 30082.880400, 390.547211, 390.547211, 0.000000, X, Y) && !ellipse(20232.774963, 28140.333679, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(28526.120056, 32031.714539, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27372.464995, 22607.650702, 550.171315, 408.081776, 106.817029, X, Y) && !ellipse(28074.870200, 25508.698000, 1118.736032, 1027.104030, 90.000000, X, Y) && !ellipse(26443.966600, 22039.553000, 305.103209, 305.103209, 0.000000, X, Y) && !ellipse(29461.774000, 28841.324000, 1384.792040, 1118.888032, 149.952000, X, Y) && !ellipse(24353.500400, 36150.730180, 313.748009, 313.748009, 0.000000, X, Y) && !ellipse(28780.176000, 28488.994000, 2503.680072, 2503.680072, 0.000000, X, Y) && !ellipse(26961.545807, 29352.697052, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24355.278000, 31860.268000, 714.114421, 521.572015, 111.734000, X, Y) && !ellipse(32583.819916, 31338.905884, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(33694.092102, 24098.070160, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(33427.035980, 20248.835236, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(28896.101800, 25553.954800, 302.358409, 302.358409, 0.000000, X, Y) && !ellipse(24727.028015, 36787.843750, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24641.522797, 34727.429504, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(33273.044281, 19754.090439, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24305.395540, 18676.090400, 344.256810, 344.256810, 0.000000, X, Y) && !ellipse(22527.154600, 19095.780600, 386.807156, 386.807156, 0.000000, X, Y) && !ellipse(29608.052460, 28412.710480, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24529.076000, 24745.468000, 2225.648064, 2225.648064, 0.000000, X, Y) && !ellipse(30738.229401, 36432.345947, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(22259.358400, 24539.507600, 678.589620, 678.589620, 0.000000, X, Y) && !ellipse(25177.160400, 24273.178000, 812.312023, 812.312023, 0.000000, X, Y) && !ellipse(23729.500000, 32462.500000, 1164.000033, 1164.000033, 0.000000, X, Y) && !ellipse(19005.177878, 31486.960600, 457.460013, 457.460013, 0.000000, X, Y) && !ellipse(24047.671800, 23144.776400, 485.174414, 485.174414, 0.000000, X, Y) && !ellipse(29393.714600, 26505.433014, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24315.898000, 31774.458000, 1398.240040, 738.812821, 90.000000, X, Y) && !ellipse(34550.455872, 32280.865143, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(19549.334579, 30081.245056, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(30086.361298, 27458.455780, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(35239.757233, 19826.134659, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(31572.551117, 29555.705902, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24177.450226, 32294.469513, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(33717.304000, 29817.646000, 1634.848047, 1634.848047, 0.000000, X, Y) && !ellipse(20789.916931, 32315.616821, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(18608.766000, 30507.571200, 1241.632036, 571.664816, 203.562000, X, Y) && !ellipse(22243.229523, 23785.196198, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(20411.908000, 30269.905200, 1514.672044, 1514.672044, 0.000000, X, Y) && !ellipse(19976.946000, 30312.548600, 1535.768044, 1535.768044, 0.000000, X, Y) && !ellipse(24436.718000, 24724.496000, 1347.992039, 1347.992039, 41.040000, X, Y) && !ellipse(30076.702301, 30091.095215, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(30571.833380, 30168.456600, 753.860022, 753.860022, 0.000000, X, Y) && !ellipse(29519.530800, 24516.432200, 562.556016, 562.556016, 0.000000, X, Y) && !ellipse(24868.825165, 32288.750580, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24261.237640, 23966.659485, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(30703.332200, 25398.163800, 457.777862, 457.777862, 0.000000, X, Y) && !ellipse(29344.426636, 29723.787842, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(22688.443420, 23879.024933, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(26117.092499, 25357.069122, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(20063.437195, 20329.191025, 870.000000, 870.000000, 0.000000, X, Y)
[Wed May 23 17:35:21 2012] Writing fullrun_mos2_xmm0202670801_pi300-10000_pass1_cl_src2.gif
[Wed May 23 17:48:51 2012] Mean detx,y = (574.04, 250.00) 
[Wed May 23 17:48:56 2012] Setting backscal keywords in source and bgd. spectrum
[Wed May 23 17:51:21 2012] Binned source spectrum to 10 counts/bin
[Wed May 23 17:51:21 2012] Setting source spectrum file to fullrun_mos2_xmm0202670801_pi300-10000_pass1_cl_src2_src_b10.pi.gz
[Wed May 23 17:51:21 2012] Setting bgd. spectrum file to fullrun_mos2_xmm0202670801_pi300-10000_pass1_cl_src2_bgd.pi.gz
[Wed May 23 20:03:50 2012] Not generating rmf since RequireSpatial is true but spatial fitting not done
[Wed May 23 20:03:50 2012] rmf not generated due to insufficient counts
[Thu May 24 23:03:37 2012] Updating aperture counts using extracted products
[Thu May 24 23:03:37 2012] Error reading totcts from fullrun_mos2_xmm0202670801_pi300-10000_pass1_cl_src2_src_b10.pi.gz
[Thu May 24 23:03:40 2012] Calculating source flux in energy range 0.30-8.00
[Thu May 24 23:03:40 2012] Using photon index=1.80, rate=0.0464, arf fullrun_mos2_xmm0202670801_pi300-10000_pass1_cl_src2.arf
[Thu May 24 23:03:40 2012] Assuming count rate is from the 0.30-10.00 bandpass
[Thu May 24 23:03:40 2012] Updating source flux to 4.2e-13
[Thu May 24 23:14:20 2012] Simple spatial fitting not done (or not done successfully), skipping spectral fitting