[Mon Jan 23 01:19:27 2012] Detection parameters:
  Position = (238.0, 287.9) = 0 42 59.62 41 16 5.0
  Extent = 10.9" x 10.9", rotation angle = 0 degrees
  Source counts = 6134.4 +/- 93.0
  Background counts = 417.7
  Rate = 0.2 +/- 0.003

[Mon Jan 23 01:19:28 2012] Off-axis axis estimate = 4.45'
[Mon Jan 23 01:24:51 2012] Using EEF radius (= 8.65 ")to estimate initial spatial extent for simple fitting
[Mon Jan 23 01:24:51 2012] Initial guess for spatial extent in simple fitting = 8.65"
[Mon Jan 23 01:24:51 2012] source mask rpix=2.0, npix_max = 24, mask sum = 14, frac = 0.565
[Mon Jan 23 01:24:51 2012] Giving source the simple spatial ID 64 for pass 0, mean size = 8.65"
[Mon Jan 23 07:50:32 2012] fullrun_pn_xmm0109270101_pi300-10000_cl_pass0_src64.ximg exists
[Mon Jan 23 07:50:32 2012] fullrun_pn_xmm0109270101_pi300-10000_cl_pass0_src64_1.ximg exists
[Mon Jan 23 07:50:32 2012] Fit fullrun_pn_xmm0109270101_pi300-10000_cl_pass0_src64 appears to have run properly
[Mon Jan 23 07:50:33 2012] fullrun_pn_xmm0109270101_pi300-10000_cl_pass0_tfrozen_src64.ximg exists
[Mon Jan 23 07:50:33 2012] fullrun_pn_xmm0109270101_pi300-10000_cl_pass0_tfrozen_src64_1.ximg exists
[Mon Jan 23 07:50:33 2012] Fit fullrun_pn_xmm0109270101_pi300-10000_cl_pass0_tfrozen_src64 appears to have run properly
[Mon Jan 23 17:32:42 2012] Warning, spatial fit 64 centroid is now closest to src. 85
[Mon Jan 23 17:32:43 2012] Vigneting correction estimate = 1.000000
[Mon Jan 23 17:32:43 2012] Source flux estimate in the 0.3-8.0 bandpass, Gamma=1.800000 = 0 
[Mon Jan 23 17:32:43 2012] Assessing source extent using major
[Mon Jan 23 17:32:43 2012] Source does appear to be extended
[Mon Jan 23 17:32:43 2012] Computing asymmetry using major and minor axis, asym = 1.00
[Mon Jan 23 17:33:50 2012] Using EEF radius (= 8.65 ")to estimate initial spatial extent for simple fitting
[Mon Jan 23 17:33:50 2012] Initial guess for spatial extent in simple fitting = 8.65"
[Mon Jan 23 17:33:50 2012] source mask rpix=2.0, npix_max = 24, mask sum = 14, frac = 0.565
[Mon Jan 23 17:33:50 2012] Giving source the simple spatial ID 60 for pass 1, mean size = 8.65"
[Tue Jan 24 01:57:40 2012] fullrun_pn_xmm0109270101_pi300-10000_cl_pass1_src60.ximg exists
[Tue Jan 24 01:57:40 2012] fullrun_pn_xmm0109270101_pi300-10000_cl_pass1_src60_1.ximg exists
[Tue Jan 24 01:57:40 2012] Fit fullrun_pn_xmm0109270101_pi300-10000_cl_pass1_src60 appears to have run properly
[Tue Jan 24 01:57:41 2012] fullrun_pn_xmm0109270101_pi300-10000_cl_pass1_tfrozen_src60.ximg exists
[Tue Jan 24 01:57:41 2012] fullrun_pn_xmm0109270101_pi300-10000_cl_pass1_tfrozen_src60_1.ximg exists
[Tue Jan 24 01:57:41 2012] Fit fullrun_pn_xmm0109270101_pi300-10000_cl_pass1_tfrozen_src60 appears to have run properly
[Tue Jan 24 09:41:54 2012] Warning, spatial fit 60 centroid is now closest to src. 63
[Tue Jan 24 09:41:54 2012] Vigneting correction estimate = 1.000000
[Tue Jan 24 09:41:54 2012] Source flux estimate in the 0.3-8.0 bandpass, Gamma=1.800000 = 0 
[Tue Jan 24 09:41:54 2012] Assessing source extent using major
[Tue Jan 24 09:41:54 2012] Source does appear to be extended
[Tue Jan 24 09:41:54 2012] Computing asymmetry using major and minor axis, asym = 1.00
[Tue Jan 24 09:42:59 2012] Counts = 6134.378906, rescaling region sizes by 2.000000
[Tue Jan 24 09:42:59 2012] XMMSAS src. selection expression = ellipse(20659.163376, 24998.233948, 1305.000000, 1305.000000, 0.000000, X, Y)
[Tue Jan 24 09:42:59 2012] Writing source region out to fullrun_pn_xmm0109270101_pi300-10000_pass1_cl_src69_src.reg
[Tue Jan 24 09:42:59 2012] Extracting stamp from image fullrun_pn_xmm0109270101_pi300-10000_cl_sm2.00.img.gz, (163, 213) - (313, 363)
[Tue Jan 24 09:42:59 2012] XMMSAS bgd. selection expression = annulus(20659.163376, 24998.233948, 4350.000000, 8700.000000, X, Y) && !ellipse(28982.397200, 24296.894740, 1269.674437, 1269.674437, 0.000000, X, Y) && !ellipse(25459.370100, 24867.731200, 1359.120039, 1359.120039, 0.000000, X, Y) && !ellipse(23540.286420, 25309.387000, 1648.322447, 1648.322447, 0.000000, X, Y) && !ellipse(27905.745532, 35011.969373, 1650.112047, 521.413279, 90.000000, X, Y) && !ellipse(23171.600342, 34544.341339, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27716.645400, 34138.567600, 1650.112047, 413.509612, 90.000000, X, Y) && !ellipse(25602.162842, 33778.378662, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27656.990000, 33764.710000, 1536.712044, 1536.712044, 0.000000, X, Y) && !ellipse(29715.819900, 31872.839400, 554.253616, 554.253616, 0.000000, X, Y) && !ellipse(26490.872000, 31745.406000, 401.634412, 401.634412, 0.000000, X, Y) && !ellipse(13053.820007, 31597.203064, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(23530.381126, 31368.012800, 1411.015523, 1411.015523, 0.000000, X, Y) && !ellipse(27015.519897, 31265.613800, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(19898.138000, 31236.275000, 444.960013, 444.960013, 0.000000, X, Y) && !ellipse(24805.374800, 30917.063200, 533.711215, 419.230412, 102.316800, X, Y) && !ellipse(20187.416000, 29811.092000, 1528.816044, 1528.816044, 0.000000, X, Y) && !ellipse(18959.175995, 29990.108521, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(16337.639893, 29954.058533, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(26218.768680, 29716.893000, 371.631211, 371.631211, 0.000000, X, Y) && !ellipse(22554.098938, 29156.039032, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(26301.773800, 28247.716000, 1143.216033, 1143.216033, 0.000000, X, Y) && !ellipse(24361.730499, 28893.148651, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27113.531960, 29172.179200, 424.492812, 424.492812, 0.000000, X, Y) && !ellipse(19127.422000, 28671.549000, 589.066417, 589.066417, 0.000000, X, Y) && !ellipse(15232.158000, 29171.086000, 1793.816052, 1793.816052, 0.000000, X, Y) && !ellipse(28280.882400, 28687.359400, 454.254413, 454.254413, 0.000000, X, Y) && !ellipse(25818.446000, 28401.988000, 1227.528035, 1227.528035, 0.000000, X, Y) && !ellipse(20733.028400, 28777.001800, 384.563211, 384.563211, 0.000000, X, Y) && !ellipse(22383.558000, 28240.442000, 419.502412, 324.771209, 144.871400, X, Y) && !ellipse(25095.714200, 28094.842400, 434.252812, 434.252812, 0.000000, X, Y) && !ellipse(24179.417603, 27704.765503, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(16998.336000, 28021.320000, 472.526414, 472.526414, 0.000000, X, Y) && !ellipse(21562.181320, 27962.337860, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(14342.561800, 27808.596840, 505.836815, 505.836815, 0.000000, X, Y) && !ellipse(18729.291611, 27632.089386, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(17629.364746, 27452.699677, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25445.489563, 27251.326324, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(23078.045074, 27519.983429, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(15877.693000, 27025.566600, 422.736012, 422.736012, 0.000000, X, Y) && !ellipse(19756.727400, 27298.298200, 411.428812, 411.428812, 0.000000, X, Y) && !ellipse(22073.351924, 26067.043387, 1271.224037, 855.002914, 90.000000, X, Y) && !ellipse(21125.786102, 26396.266174, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(15011.052020, 26556.539600, 376.488811, 376.488811, 0.000000, X, Y) && !ellipse(23961.217740, 26444.494000, 423.874412, 423.874412, 0.000000, X, Y) && !ellipse(26511.990936, 25196.697388, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29325.605133, 24810.175568, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24126.476000, 25000.412000, 560.193616, 560.193616, 0.000000, X, Y) && !ellipse(21776.313416, 24847.579620, 2610.000000, 2610.000000, 0.000000, X, Y) && !ellipse(28408.749176, 24587.203552, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(22323.628020, 24407.849600, 326.405609, 326.405609, 0.000000, X, Y) && !ellipse(23330.830000, 24210.506000, 491.886414, 391.720011, 336.610400, X, Y) && !ellipse(20954.680084, 24103.802368, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(21705.538820, 23699.626000, 1363.456039, 1363.456039, 0.000000, X, Y) && !ellipse(27128.448914, 25183.531097, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27809.803772, 23725.216431, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24540.222809, 24583.207733, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(26668.727936, 23479.326202, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(19963.514760, 24075.468200, 450.054413, 450.054413, 0.000000, X, Y) && !ellipse(23978.203552, 23299.370972, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(21556.306000, 22637.320000, 1335.752038, 1335.752038, 0.000000, X, Y) && !ellipse(22982.344570, 23824.920226, 1566.880045, 1566.880045, 0.000000, X, Y) && !ellipse(24611.849600, 23308.059800, 417.392812, 310.779209, 14.657500, X, Y) && !ellipse(29293.484214, 22785.091425, 359.538575, 296.876272, 341.191597, X, Y) && !ellipse(22266.004364, 23102.617371, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(18236.517440, 23433.629400, 467.368013, 467.368013, 0.000000, X, Y) && !ellipse(12224.324960, 23287.370600, 517.490415, 517.490415, 0.000000, X, Y) && !ellipse(25255.636383, 22982.915375, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27817.750000, 22553.740000, 1339.496039, 1339.496039, 0.000000, X, Y) && !ellipse(24003.910000, 22600.400000, 389.864011, 166.774405, 1.626000, X, Y) && !ellipse(22784.740400, 22243.708000, 1325.552038, 963.808028, 122.357000, X, Y) && !ellipse(20500.867874, 22211.621399, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25983.260437, 22229.041046, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24996.731201, 21769.565659, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(28501.186676, 22033.957458, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29106.944440, 21887.385000, 420.348812, 420.348812, 0.000000, X, Y) && !ellipse(24396.078000, 21602.852000, 326.268009, 326.268009, 0.000000, X, Y) && !ellipse(12871.954483, 21697.817474, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(22530.176000, 21255.860000, 383.764011, 383.764011, 0.000000, X, Y) && !ellipse(27008.314000, 21482.934000, 343.495210, 343.495210, 0.000000, X, Y) && !ellipse(18664.765106, 20990.294647, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27781.882600, 20465.156900, 445.014413, 445.014413, 0.000000, X, Y) && !ellipse(23488.172760, 19941.397446, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24104.358000, 19563.476000, 526.900815, 359.644810, 11.870500, X, Y) && !ellipse(17124.042313, 19335.608704, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(21081.935638, 18902.476517, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25049.659210, 18261.967957, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(13281.187424, 18457.485641, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(19881.477417, 17889.829758, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27798.615479, 17612.056610, 870.000000, 870.000000, 0.000000, X, Y)
[Tue Jan 24 09:42:59 2012] Writing fullrun_pn_xmm0109270101_pi300-10000_pass1_cl_src69.gif
[Tue Jan 24 11:16:12 2012] Mean detx,y = (3481.63, -773.30) 
[Tue Jan 24 11:16:23 2012] Setting backscal keywords in source and bgd. spectrum
[Tue Jan 24 11:19:03 2012] Binned source spectrum to 10 counts/bin
[Tue Jan 24 11:19:03 2012] Setting source spectrum file to fullrun_pn_xmm0109270101_pi300-10000_pass1_cl_src69_src_b10.pi.gz
[Tue Jan 24 11:19:03 2012] Setting bgd. spectrum file to fullrun_pn_xmm0109270101_pi300-10000_pass1_cl_src69_bgd.pi.gz
[Tue Jan 24 16:37:32 2012] Not generating rmf since RequireSpatial is true but spatial fitting not done
[Tue Jan 24 16:37:32 2012] rmf not generated due to insufficient counts
[Thu Jan 26 08:24:38 2012] Updating aperture counts using extracted products
[Thu Jan 26 08:24:39 2012] Error reading totcts from fullrun_pn_xmm0109270101_pi300-10000_pass1_cl_src69_src_b10.pi.gz
[Thu Jan 26 08:24:44 2012] Calculating source flux in energy range 0.30-8.00
[Thu Jan 26 08:24:44 2012] Using photon index=1.80, rate=0.174, arf fullrun_pn_xmm0109270101_pi300-10000_pass1_cl_src69.arf
[Thu Jan 26 08:24:44 2012] Assuming count rate is from the 0.30-10.00 bandpass
[Thu Jan 26 08:24:44 2012] Updating source flux to 4.9e-13
[Thu Jan 26 08:41:00 2012] Simple spatial fitting not done (or not done successfully), skipping spectral fitting