[Wed Feb 1 10:09:52 2012] Detection parameters: Position = (322.9, 309.9) = 0 42 43.69 41 16 30.5 Extent = 10.9" x 10.9", rotation angle = 0 degrees Source counts = 1208.0 +/- 47.0 Background counts = 41.4 Rate = 0.06 +/- 0.002 [Wed Feb 1 10:10:02 2012] Off-axis axis estimate = 1.96' [Wed Feb 1 19:35:10 2012] Using EEF radius (= 7.41 ")to estimate initial spatial extent for simple fitting [Wed Feb 1 19:35:10 2012] Initial guess for spatial extent in simple fitting = 7.41" [Wed Feb 1 19:35:10 2012] source mask rpix=1.7, npix_max = 19, mask sum = 16, frac = 0.824 [Wed Feb 1 19:35:10 2012] Giving source the simple spatial ID 20 for pass 0, mean size = 7.41" [Wed Feb 1 23:01:45 2012] fullrun_mos2_xmm0505720601_pi300-10000_cl_pass0_src20.ximg exists [Wed Feb 1 23:01:45 2012] fullrun_mos2_xmm0505720601_pi300-10000_cl_pass0_src20_1.ximg exists [Wed Feb 1 23:01:45 2012] Fit fullrun_mos2_xmm0505720601_pi300-10000_cl_pass0_src20 appears to have run properly [Wed Feb 1 23:01:46 2012] fullrun_mos2_xmm0505720601_pi300-10000_cl_pass0_tfrozen_src20.ximg exists [Wed Feb 1 23:01:46 2012] fullrun_mos2_xmm0505720601_pi300-10000_cl_pass0_tfrozen_src20_1.ximg exists [Wed Feb 1 23:01:46 2012] Fit fullrun_mos2_xmm0505720601_pi300-10000_cl_pass0_tfrozen_src20 appears to have run properly [Wed Feb 1 23:02:40 2012] Warning, spatial fit 20 centroid is now closest to src. 3 [Wed Feb 1 23:02:41 2012] Vigneting correction estimate = 1.000000 [Wed Feb 1 23:02:41 2012] Source flux estimate in the 0.3-8.0 bandpass, Gamma=1.800000 = 0 [Wed Feb 1 23:02:41 2012] Assessing source extent using major [Wed Feb 1 23:02:41 2012] Source does appear to be extended [Wed Feb 1 23:02:41 2012] Computing asymmetry using major and minor axis, asym = 1.00 [Wed Feb 1 23:02:41 2012] Source is confused with source 3 [Thu Feb 2 05:34:49 2012] Using EEF radius (= 7.41 ")to estimate initial spatial extent for simple fitting [Thu Feb 2 05:34:49 2012] Initial guess for spatial extent in simple fitting = 7.41" [Thu Feb 2 05:34:49 2012] source mask rpix=1.7, npix_max = 19, mask sum = 16, frac = 0.824 [Thu Feb 2 05:34:49 2012] Giving source the simple spatial ID 20 for pass 1, mean size = 7.41" [Thu Feb 2 08:44:02 2012] fullrun_mos2_xmm0505720601_pi300-10000_cl_pass1_src20.ximg exists [Thu Feb 2 08:44:02 2012] fullrun_mos2_xmm0505720601_pi300-10000_cl_pass1_src20_1.ximg exists [Thu Feb 2 08:44:02 2012] Fit fullrun_mos2_xmm0505720601_pi300-10000_cl_pass1_src20 appears to have run properly [Thu Feb 2 08:44:04 2012] fullrun_mos2_xmm0505720601_pi300-10000_cl_pass1_tfrozen_src20.ximg exists [Thu Feb 2 08:44:04 2012] fullrun_mos2_xmm0505720601_pi300-10000_cl_pass1_tfrozen_src20_1.ximg exists [Thu Feb 2 08:44:04 2012] Fit fullrun_mos2_xmm0505720601_pi300-10000_cl_pass1_tfrozen_src20 appears to have run properly [Thu Feb 2 08:44:52 2012] Source 16 is offset by -6.185441 and -6.927993 pixels which is larger than 2 X fitted extent = 6.812644 x 6.812644, not incorporating fit results [Thu Feb 2 08:44:52 2012] Vigneting correction estimate = 1.000000 [Thu Feb 2 08:44:52 2012] Source flux estimate in the 0.3-8.0 bandpass, Gamma=1.800000 = 0 [Thu Feb 2 08:44:52 2012] Assessing source extent using major [Thu Feb 2 08:44:52 2012] Source does appear to be extended [Thu Feb 2 08:44:52 2012] Computing asymmetry using major and minor axis, asym = 1.00 [Thu Feb 2 19:10:23 2012] Counts = 1208.027954, rescaling region sizes by 2.000000 [Thu Feb 2 19:10:23 2012] XMMSAS src. selection expression = ellipse(28046.730621, 26911.466644, 1305.000000, 1305.000000, 0.000000, X, Y) [Thu Feb 2 19:10:23 2012] Writing source region out to fullrun_mos2_xmm0505720601_pi300-10000_pass1_cl_src16_src.reg [Thu Feb 2 19:10:23 2012] Extracting stamp from image fullrun_mos2_xmm0505720601_pi300-10000_cl_sm2.00.img.gz, (248, 235) - (398, 385) [Thu Feb 2 19:10:23 2012] XMMSAS bgd. selection expression = annulus(28046.730621, 26911.466644, 4350.000000, 8700.000000, X, Y) && !ellipse(29199.632940, 26418.795000, 444.948013, 406.890412, 50.748559, X, Y) && !ellipse(21979.801980, 24974.863000, 402.848012, 402.848012, 0.000000, X, Y) && !ellipse(27287.423848, 26855.866672, 573.964716, 421.651259, 50.856764, X, Y) && !ellipse(26994.117400, 25593.289600, 586.523217, 383.056011, 118.015000, X, Y) && !ellipse(27926.565600, 26642.270000, 1097.552032, 572.979216, 279.610000, X, Y) && !ellipse(25516.100920, 26410.393800, 389.798411, 328.713609, 43.610600, X, Y) && !ellipse(26063.997660, 29837.818800, 391.170411, 391.170411, 0.000000, X, Y) && !ellipse(30879.910600, 26779.816200, 392.776011, 392.776011, 0.000000, X, Y) && !ellipse(30654.467400, 23028.641600, 428.777612, 428.777612, 0.000000, X, Y) && !ellipse(19894.322838, 23649.648608, 559.439745, 417.468381, 62.963860, X, Y) && !ellipse(31526.530500, 22001.976800, 419.904812, 419.904812, 0.000000, X, Y) && !ellipse(26070.977295, 25953.906433, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(32724.059400, 25846.724000, 389.133611, 321.293609, 248.676000, X, Y) && !ellipse(23704.845300, 25620.485200, 428.932812, 428.932812, 0.000000, X, Y) && !ellipse(33697.648340, 23978.763400, 396.466411, 396.466411, 0.000000, X, Y) && !ellipse(33755.963400, 22004.183800, 401.089612, 401.089612, 0.000000, X, Y) && !ellipse(34970.324860, 29539.645630, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24812.971313, 20552.206848, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(36168.404175, 29118.396027, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(24400.840920, 26456.792400, 388.668011, 335.653610, 69.710500, X, Y) && !ellipse(24459.221800, 30337.444400, 362.214410, 362.214410, 0.000000, X, Y) && !ellipse(31567.589084, 19158.092190, 461.620127, 436.263746, 333.827746, X, Y) && !ellipse(23507.993000, 28843.122400, 353.441610, 353.441610, 0.000000, X, Y) && !ellipse(33066.453796, 26367.408661, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27463.950000, 25899.718000, 1108.584032, 1108.584032, 0.000000, X, Y) && !ellipse(26810.093000, 29061.462600, 309.025609, 309.025609, 0.000000, X, Y) && !ellipse(32038.075400, 30226.714400, 331.459210, 331.459210, 0.000000, X, Y) && !ellipse(30851.900527, 30711.709651, 477.593187, 316.120462, 63.659548, X, Y) && !ellipse(28377.348400, 24837.782800, 375.163211, 375.163211, 0.000000, X, Y) && !ellipse(27800.854960, 21117.876400, 343.750410, 343.750410, 0.000000, X, Y) && !ellipse(28832.292680, 29638.886400, 381.658411, 381.658411, 0.000000, X, Y) && !ellipse(28555.951965, 25630.006134, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(28998.786000, 24518.433600, 323.888009, 323.888009, 0.000000, X, Y) && !ellipse(35820.280200, 32162.248200, 629.698418, 327.146409, 47.619817, X, Y) && !ellipse(19614.873170, 28565.601600, 334.410410, 334.410410, 0.000000, X, Y) && !ellipse(32681.111000, 24097.063600, 318.210409, 318.210409, 0.000000, X, Y) && !ellipse(23613.771692, 32781.585800, 780.948822, 509.155215, 335.021212, X, Y) && !ellipse(29975.566925, 31263.569427, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(32856.544525, 23443.809875, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(34369.272000, 27966.431400, 356.744010, 356.744010, 0.000000, X, Y) && !ellipse(30014.288000, 26962.980000, 1309.040038, 1309.040038, 0.000000, X, Y) && !ellipse(25448.532227, 29464.887970, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(28086.832184, 25416.483368, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27644.147800, 28293.960400, 625.323218, 625.323218, 0.000000, X, Y) && !ellipse(28737.761600, 23293.129200, 337.909610, 337.909610, 0.000000, X, Y) && !ellipse(35285.540558, 20130.100998, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(22420.597000, 22541.061800, 330.950410, 330.950410, 0.000000, X, Y) && !ellipse(26081.260800, 27359.770400, 273.692008, 273.692008, 0.000000, X, Y) && !ellipse(23685.888200, 19440.265200, 463.360013, 463.360013, 0.000000, X, Y) && !ellipse(25088.282000, 25237.346000, 1106.312032, 1106.312032, 0.000000, X, Y) && !ellipse(34417.752197, 31791.275085, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(34510.526886, 22253.456696, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(23429.873627, 26327.697388, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(32240.036102, 23549.865021, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(27613.129822, 24642.632599, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(22698.973267, 31540.964233, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29553.380096, 24511.869751, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(26599.918000, 21978.506000, 1333.656038, 1333.656038, 0.000000, X, Y) && !ellipse(35607.424000, 28905.682000, 1670.480048, 1670.480048, 0.000000, X, Y) && !ellipse(29795.314331, 27542.144958, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(25501.539886, 27426.648529, 870.000000, 870.000000, 0.000000, X, Y) && !ellipse(29291.096000, 28214.286000, 1180.104034, 1180.104034, 0.000000, X, Y) [Thu Feb 2 19:10:23 2012] Writing fullrun_mos2_xmm0505720601_pi300-10000_pass1_cl_src16.gif [Thu Feb 2 19:25:30 2012] Mean detx,y = (-169.24, 401.08) [Thu Feb 2 19:25:31 2012] Setting backscal keywords in source and bgd. spectrum [Thu Feb 2 19:27:28 2012] Binned source spectrum to 10 counts/bin [Thu Feb 2 19:27:28 2012] Setting source spectrum file to fullrun_mos2_xmm0505720601_pi300-10000_pass1_cl_src16_src_b10.pi.gz [Thu Feb 2 19:27:28 2012] Setting bgd. spectrum file to fullrun_mos2_xmm0505720601_pi300-10000_pass1_cl_src16_bgd.pi.gz [Thu Feb 2 20:44:59 2012] Not generating rmf since RequireSpatial is true but spatial fitting not done [Thu Feb 2 20:44:59 2012] rmf not generated due to insufficient counts [Thu Feb 2 22:57:29 2012] Updating aperture counts using extracted products [Thu Feb 2 22:57:29 2012] Error reading totcts from fullrun_mos2_xmm0505720601_pi300-10000_pass1_cl_src16_src_b10.pi.gz [Thu Feb 2 22:57:30 2012] Calculating source flux in energy range 0.30-8.00 [Thu Feb 2 22:57:30 2012] Using photon index=1.80, rate=0.0582, arf fullrun_mos2_xmm0505720601_pi300-10000_pass1_cl_src16.arf [Thu Feb 2 22:57:30 2012] Assuming count rate is from the 0.30-10.00 bandpass [Thu Feb 2 22:57:30 2012] Updating source flux to 5.3e-13 [Thu Feb 2 23:04:49 2012] Simple spatial fitting not done (or not done successfully), skipping spectral fitting