Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_cl.img.gz fullrun_mos1_xmm0414400101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0414400101_pi300-10000_cl_pass1_tfrozen_src 16 52.993268 0 0 1 4. ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_cl.img.gz 305 308 321 324 Reading ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_cl.img.gz using pyfits Extracting (304:320, 307:323) Extracting subarray using numpy mask ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_mask.img.gz 1 305 308 321 324 Reading ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_mask.img.gz using pyfits Extracting (304:320, 307:323) Extracting subarray using numpy An error has occurred. Proceed with caution. Error was: global name 'fits_util' is not defined stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -21.671120 21.671120 -1 setpar 5 0.0 0.010000 -21.671120 21.671120 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 5.417780 0.001000 1.354445 10.835560 -1 setpar 8 5.417780 0.001000 1.354445 10.835560 6 setpar 9 0. -0.01 -360. 360. -1 ga 200 500 GA fitting set up with cross_prob = 0.600000, mut_prob = 0.020000, mut_amp = 0.100000 Generating 200 random solutions... self.tied_to = -1 -1 -1 -1 -1 -1 -1 6 Iteration update columns are: iternation #, fitness, fit stat, free fit params 1 33362.64 23.46 -0.4146 -5.501 -6.646 -5.183 5.997e+05 1.413 1.413 2 68745.19 23.46 4.526 -5.501 -6.646 -5.183 5.997e+05 1.413 1.413 3 182026.01 41.97 -1.604 0.9106 9.744 9.624 3.878e+05 1.583 1.583 4 542796.62 29.22 9.533 -1.912 15.77 -2.139 1.291e+05 1.583 1.583 5 906057.65 93.94 -6.281 -0.7499 -16.9 11.64 1e-06 1.459 1.459 6 906057.65 93.94 -6.281 -0.7499 -17.26 9.852 1e-06 1.459 1.459 7 906057.65 93.94 -6.281 -0.7499 -17.26 9.852 1e-06 1.459 1.459 8 988871.84 93.57 -1.604 0.9106 9.744 9.624 1e-06 1.583 1.583 9 989617.83 93.94 -1.604 0.9106 9.744 9.624 1e-06 1.583 1.583 10 991662.64 93.57 -1.247 0.326 15.57 -12.9 1e-06 2.225 2.225 11 995898.54 93.94 -0.1205 -0.1901 -19.47 11.64 1e-06 1.459 1.459 12 995898.54 93.94 -0.1205 -0.1901 15.57 11.64 1e-06 1.459 1.459 13 997211.17 97.78 -1.604 0.9106 9.744 15 1e-06 1.583 1.583 14 1001421.03 100 -1.604 0.9106 9.744 9.624 1e-06 1.583 1.583 15 1001421.03 100 -1.604 0.9106 9.744 9.624 1e-06 1.583 1.583 16 1006540.56 99.98 -0.07187 0.9106 15.57 9.624 1e-06 1.583 1.583 17 1006540.56 99.98 -0.07187 0.9106 15.57 9.624 1e-06 1.583 1.583 18 1007237.45 99.98 -0.07187 -0.1901 15.57 9.624 1e-06 1.583 1.583 19 1007273.59 100 -0.07187 -0.1901 15.57 -12.9 1e-06 1.583 1.583 20 1007273.59 100 -0.07187 -0.1901 15.57 -12.9 1e-06 1.583 1.583 21 1007273.59 100 -0.07187 -0.1901 15.57 9.624 1e-06 1.583 1.583 22 1007326.96 100 -0.07187 0.08815 14.8 -12.9 1e-06 1.583 1.583 23 1007326.96 100 -0.07187 0.08815 14.8 -12.9 1e-06 1.583 1.583 24 1007866.90 100 0.5718 -0.1901 9.744 10.45 1e-06 2.225 2.225 25 1007866.90 100 0.5718 -0.1901 9.744 10.45 1e-06 2.225 2.225 26 1007866.90 100 0.5718 -0.1901 9.744 10.45 1e-06 2.225 2.225 27 1007890.36 99.98 0.5718 0.03146 9.744 1.741 1e-06 1.583 1.583 28 1007936.13 100 0.7283 0.08815 -1.635 13.25 1e-06 3.27 3.27 29 1007936.13 100 0.7283 0.08815 -1.635 13.25 1e-06 3.27 3.27 30 1007936.99 100 0.7283 0.03146 9.744 1.741 1e-06 1.583 1.583 31 1007936.99 100 0.7283 0.03146 9.744 1.741 1e-06 1.583 1.583 32 1007936.99 100 0.7283 0.03146 9.744 1.741 1e-06 1.583 1.583 33 1007936.99 100 0.7283 0.03146 9.744 13.25 1e-06 3.27 3.27 34 1007936.99 100 0.7283 0.03146 8.701 11.64 1e-06 3.27 3.27 35 1007936.99 100 0.7283 0.03146 -1.157 13.25 1e-06 3.27 3.27 36 1007936.99 100 0.7283 0.03146 9.744 1.741 1e-06 3.27 3.27 37 1007936.99 100 0.7283 0.03146 -1.157 1.741 1e-06 3.376 3.376 38 1007936.99 100 0.7283 0.03146 0.2583 1.741 1e-06 3.27 3.27 39 1007936.99 100 0.7283 0.03146 0.2583 1.741 1e-06 3.27 3.27 40 1007936.99 100 0.7283 0.03146 0.2583 1.741 1e-06 3.27 3.27 41 1007936.99 100 0.7283 0.03146 0.2583 1.741 1e-06 3.27 3.27 42 1007939.65 100 0.6779 0.03146 9.744 1.741 1e-06 3.866 3.866 43 1007939.65 100 0.6779 0.03146 9.744 1.741 1e-06 3.866 3.866 44 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 3.866 3.866 45 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 3.866 3.866 46 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 3.866 3.866 47 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 3.866 3.866 48 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 3.875 3.875 49 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 4.588 4.588 50 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 4.996 4.996 51 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 4.996 4.996 52 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 5.076 5.076 53 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 5.076 5.076 54 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 5.076 5.076 55 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 5.076 5.076 56 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 5.48 5.48 57 1007939.65 100 0.6779 0.03146 -1.157 1.741 1e-06 5.815 5.815 58 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 6.412 6.412 59 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 6.412 6.412 60 1007939.65 100 0.6779 0.03146 0.2583 1.741 1e-06 6.412 6.412 61 1007939.65 100 0.6779 0.03146 -1.157 1.741 1e-06 7.066 7.066 62 1213582.84 100 0.6779 0.03146 0.2583 1.741 2.688e+04 6.412 6.412 63 1213582.84 100 0.6779 0.03146 0.2583 1.741 2.688e+04 6.412 6.412 64 1213582.84 100 0.6779 0.03146 0.2583 1.741 2.688e+04 6.412 6.412 65 1213582.84 100 0.6779 0.03146 0.2583 1.741 2.688e+04 6.412 6.412 66 1368072.03 100 0.6779 0.03146 0.2583 1.741 2.688e+04 5.281 5.281 67 1368072.03 100 0.6779 0.03146 0.2583 1.741 2.688e+04 5.281 5.281 68 1368835.26 87.33 0.6779 0.03146 0.2583 1.741 2.688e+04 5.281 5.281 69 1370278.39 87.33 0.6779 0.03146 0.2583 1.544 2.688e+04 5.281 5.281 70 1372563.55 100 0.6779 0.03146 0.2583 0.9231 2.688e+04 5.281 5.281 71 1372563.55 100 0.6779 0.03146 0.2583 0.9231 2.688e+04 5.281 5.281 72 1414038.31 87.33 0.6779 0.03146 0.2583 1.741 2.688e+04 4.764 4.764 73 1418998.56 95.73 0.6779 0.03146 0.2583 1.741 2.688e+04 4.696 4.696 74 1418998.56 95.73 0.6779 0.03146 0.2583 1.741 2.688e+04 4.696 4.696 75 1437088.67 87.33 0.6779 0.03146 0.2583 1.741 2.688e+04 4.363 4.363 76 1437088.67 87.33 0.6779 0.03146 0.2583 1.741 2.688e+04 4.363 4.363 77 1448907.92 87.33 0.6779 0.03146 0.2583 1.741 2.688e+04 3.59 3.59 78 1448907.92 87.33 0.6779 0.03146 0.2583 1.741 2.688e+04 3.59 3.59 79 1451928.36 100 0.6779 0.03146 0.2583 1.741 2.688e+04 3.584 3.584 80 1451928.36 100 0.6779 0.03146 0.2583 1.741 2.688e+04 3.584 3.584 81 1454268.64 87.33 -1.595 -0.223 0.2583 0.4517 2.688e+04 3.59 3.59 82 1454268.64 87.33 -1.595 -0.223 0.2583 0.4517 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0.4517 2.688e+04 3.72 3.72 98 1462133.38 100 0.6779 -0.223 0.2583 0.4517 2.688e+04 3.72 3.72 99 1462133.38 100 0.6779 -0.223 0.2583 0.4517 2.688e+04 3.72 3.72 100 1462133.38 100 0.6779 -0.223 0.2583 0.4517 2.688e+04 3.72 3.72 101 1462165.27 100 0.6779 0.03146 0.2583 0.3364 2.688e+04 3.72 3.72 102 1462165.27 100 0.6779 0.03146 0.2583 0.3364 2.688e+04 3.72 3.72 103 1462222.70 100 0.6779 -0.223 0.2583 0.3364 2.688e+04 3.72 3.72 104 1462222.70 100 0.6779 -0.223 0.2583 0.3364 2.688e+04 3.72 3.72 105 1462222.70 100 0.6779 -0.223 0.2583 0.3364 2.688e+04 3.72 3.72 106 1462222.70 100 0.6779 -0.223 0.2583 0.3364 2.688e+04 3.72 3.72 107 1462227.70 99.92 0.6779 -0.223 0.2583 0.3364 2.688e+04 3.713 3.713 108 1462227.70 99.92 0.6779 -0.223 0.2583 0.3364 2.688e+04 3.713 3.713 109 1477470.72 100 0.6779 -0.223 0.2583 0.3364 1.471e+04 3.72 3.72 110 1462262.82 100 0.6779 -0.223 0.2583 0.3364 2.688e+04 3.702 3.702 111 1462262.82 100 0.6779 -0.223 0.2583 0.3364 2.688e+04 3.702 3.702 112 1462262.82 100 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100 0.5165 -0.2479 0.3222 0.3374 1.402e+04 4.693 4.693 359 1498106.15 100 0.5165 -0.2479 0.3222 0.3374 1.402e+04 4.693 4.693 360 1498106.15 100 0.5165 -0.2479 0.3222 0.3374 1.402e+04 4.693 4.693 361 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 362 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 363 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 364 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 365 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 366 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 367 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 368 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 369 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 370 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 371 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 372 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 373 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 374 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 375 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 376 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 377 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 378 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 379 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 380 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 381 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 382 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 383 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 384 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 385 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 386 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 387 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 388 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 389 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 390 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 391 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 392 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 393 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 394 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 395 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 396 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 397 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 398 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 399 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 400 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 401 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 402 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 403 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 404 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 405 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 406 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 407 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 408 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 409 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 410 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 411 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 412 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 413 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 414 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 415 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 416 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 417 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 418 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 419 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 420 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 421 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 422 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 423 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 424 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 425 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 426 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 427 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 428 1498109.17 100 0.5165 -0.3087 0.3222 0.3374 1.402e+04 4.693 4.693 429 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 430 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 431 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 432 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 433 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 434 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 435 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 436 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 437 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 438 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 439 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 440 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 441 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 442 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 443 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 444 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 445 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 446 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 447 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 448 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 449 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 450 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 451 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 452 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 453 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 454 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 455 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 456 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 457 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 458 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 459 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 460 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 461 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 462 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 463 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 464 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 465 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 466 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 467 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 468 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 469 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 470 1498110.08 100 0.5165 -0.3087 0.3222 0.3482 1.402e+04 4.693 4.693 471 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 472 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 473 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 474 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 475 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 476 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 477 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 478 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 479 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 480 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 481 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 482 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 483 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 484 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 485 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 486 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 487 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 488 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 489 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 490 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 491 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 492 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 493 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 494 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 495 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 496 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 497 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 498 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 499 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 500 1498110.28 100 0.5165 -0.3087 0.3321 0.3482 1.402e+04 4.693 4.693 Setting fit to best solution... save all fullrun_mos1_xmm0414400101_pi300-10000_cl_pass1_tfrozen_src1.ximg Saving current fit data in fullrun_mos1_xmm0414400101_pi300-10000_cl_pass1_tfrozen_src1.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_cl.img.gz fullrun_mos1_xmm0414400101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0414400101_pi300-10000_cl_pass1_tfrozen_src 16 52.993268 0 0 1 4. ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_cl.img.gz 177 441 196 460 Reading ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_cl.img.gz using pyfits Extracting (176:195, 440:459) Extracting subarray using numpy mask ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_mask.img.gz 1 177 441 196 460 Reading ../../../xmm0414400101/products/images/fullrun_mos1_xmm0414400101_pi300-10000_mask.img.gz using pyfits Extracting (176:195, 440:459) Extracting subarray using numpy An error has occurred. Proceed with caution. Error was: global name 'fits_util' is not defined stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -52.993268 52.993268 -1 setpar 5 0.0 0.010000 -52.993268 52.993268 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 13.248317 0.001000 3.312079 26.496634 -1 setpar 8 13.248317 0.001000 3.312079 26.496634 6 setpar 9 0. -0.01 -360. 360. -1 ga 200 500 GA fitting set up with cross_prob = 0.600000, mut_prob = 0.020000, mut_amp = 0.100000 Generating 200 random solutions... self.tied_to = -1 -1 -1 -1 -1 -1 -1 6 Iteration update columns are: iternation #, fitness, fit stat, free fit params 1 -56518.68 16.8 0.8208 6.408 52.62 -44.96 5.743e+06 3.713 3.713 2 -57078.70 16.8 0.8208 6.487 52.62 -44.96 5.743e+06 3.713 3.713 3 -51592.08 47.57 5.171 -2.077 49.69 -27.15 2.389e+05 3.337 3.337 4 -55407.39 47.57 5.171 2.369 49.69 -27.15 2.389e+05 3.337 3.337 5 -42284.16 26.45 5.171 -2.077 -26.2 -27.15 1e-06 3.337 3.337 6 -27215.92 26.45 -1.95 -0.8645 -51.85 -17.58 2.231e+04 3.747 3.747 7 -36130.64 31.06 -0.9926 -3.722 48.62 31.05 187.9 3.713 3.713 8 -28784.30 31.06 -0.9926 -2.532 49.69 -47.09 2.551e+06 3.337 3.337 9 -28784.30 31.06 -0.9926 -2.532 49.69 -47.09 2.551e+06 3.337 3.337 10 -24627.52 26.45 -0.9926 -2.077 49.69 -29.75 187.9 3.337 3.337 11 -20860.05 31.06 -0.9926 -0.225 48.62 24.25 1e-06 3.713 3.713 12 -18281.17 26.45 -0.9926 -0.04074 49.69 -29.75 187.9 3.337 3.337 13 -18248.96 26.45 -0.9926 -0.2198 49.69 -29.75 187.9 3.337 3.337 14 -14644.63 16.07 -0.9926 0.5389 49.69 -47.09 2.551e+06 3.337 3.337 15 -14644.63 16.07 -0.9926 0.5389 49.69 -47.09 2.551e+06 3.337 3.337 16 -14644.63 16.07 -0.9926 0.5389 49.69 -47.09 2.551e+06 3.337 3.337 17 -12782.46 14.31 -0.9926 -0.225 49.69 -29.75 187.9 3.337 3.337 18 -11747.73 19.35 0.4674 -0.6256 52.99 -52.22 2.551e+06 3.337 3.337 19 -10028.75 6.78 -0.9926 -0.3172 49.69 -52.22 2.551e+06 3.337 3.337 20 -9513.28 2.711 -0.9926 -0.3172 49.69 -52.22 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-645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 441 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 442 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 443 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 444 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 445 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 446 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 447 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 448 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 449 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 450 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 451 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 452 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 453 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 454 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 455 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 456 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 457 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 458 -645.35 1.519 -0.003969 0.002748 2.344 2.869 1e-06 13.34 13.34 459 -645.35 1.519 -0.003969 0.002748 2.344 3.1 1e-06 13.34 13.34 460 -645.35 1.519 -0.003969 0.002748 2.344 3.1 1e-06 13.34 13.34 461 -645.35 1.519 -0.003969 0.002748 2.344 3.1 1e-06 13.34 13.34 462 -645.35 1.519 -0.003969 0.002748 2.344 3.1 1e-06 13.34 13.34 463 -645.35 1.519 -0.003969 0.002748 2.344 3.1 1e-06 13.34 13.34 464 -645.35 1.519 -0.003969 0.002748 2.344 3.1 1e-06 13.34 13.34 465 -645.35 1.519 -0.003969 0.002748 2.344 3.1 1e-06 13.34 13.34 466 -645.35 1.519 -0.003969 0.002748 2.344 3.1 1e-06 13.34 13.34 467 -645.35 1.519 -0.003969 0.002748 2.344 3.1 1e-06 13.34 13.34 468 -645.35 1.519 -0.003969 0.002748 2.344 3.1 1e-06 13.34 13.34 469 -645.35 1.519 -0.003969 0.002748 2.344 3.1 1e-06 13.34 13.34 470 -645.35 1.519 -0.003969 0.002748 2.344 3.08 1e-06 13.34 13.34 471 -645.35 1.519 -0.003969 0.002748 2.344 3.08 1e-06 13.34 13.34 472 -645.35 1.519 -0.003969 0.002748 2.344 3.08 1e-06 13.34 13.34 473 -645.35 1.519 -0.003969 0.002748 2.344 3.08 1e-06 13.34 13.34 474 -645.35 1.519 -0.003969 0.002748 2.344 3.08 1e-06 13.34 13.34 475 -645.35 1.519 -0.003969 0.002748 2.344 3.08 1e-06 13.34 13.34 476 -645.35 1.519 -0.003969 0.002748 2.344 3.08 1e-06 13.34 13.34 477 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 478 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 479 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 480 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 481 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 482 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 483 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 484 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 485 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 486 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 487 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 488 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 489 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.34 13.34 490 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.37 13.37 491 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.37 13.37 492 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.37 13.37 493 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.37 13.37 494 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.37 13.37 495 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.37 13.37 496 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.37 13.37 497 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.37 13.37 498 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.37 13.37 499 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.37 13.37 500 -645.35 1.519 -0.003969 0.002748 2.344 2.971 1e-06 13.37 13.37 Setting fit to best solution... save all fullrun_mos1_xmm0414400101_pi300-10000_cl_pass1_tfrozen_src2.ximg Saving current fit data in fullrun_mos1_xmm0414400101_pi300-10000_cl_pass1_tfrozen_src2.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs