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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 241 155 262 176 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (240:261, 154:175) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 241 155 262 176 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (240:261, 154:175) Extracting subarray using numpy 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 -46.171412 46.171412 -1 setpar 5 0.0 0.010000 -46.171412 46.171412 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 11.542853 0.001000 2.885713 23.085706 -1 setpar 8 11.542853 0.001000 2.885713 23.085706 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 -1012853.40 48.96 4.771 -1.992 17.54 -41.09 1.042e+05 4.368 4.368 2 -760503.71 0.9814 -6.841 -6.667 45.23 -29.44 1.346e+05 4.649 4.649 3 -627791.27 23.23 -6.742 5.51 -6.553 17.43 9.37e+04 2.899 2.899 4 -90328.40 2.371 -6.841 -6.667 22.11 -41.99 1e-06 4.649 4.649 5 -90328.40 2.371 -6.841 -6.667 22.11 -41.99 1e-06 4.649 4.649 6 -73551.04 42.49 6.093 0.4712 -24.1 22.03 1e-06 3.77 3.77 7 -55269.13 0.9814 6.093 0.4712 -24.1 22.03 1e-06 3.77 3.77 8 -68860.83 22.16 3.45 -6.354 38 15.99 1e-06 2.886 2.886 9 -53522.91 24.66 4.771 -1.992 22.11 -32.3 1e-06 4.368 4.368 10 -51703.35 48.96 3.056 -1.992 38 -46.17 1e-06 2.886 2.886 11 -35657.69 22.16 2.663 -1.992 24.91 -43.68 1e-06 2.886 2.886 12 -35657.69 22.16 2.663 -1.992 24.91 -43.68 1e-06 2.886 2.886 13 -27212.32 0.9814 2.663 -1.992 38 -46.17 1e-06 2.886 2.886 14 -24180.58 14.71 0.984 -1.992 13.47 22.32 1e-06 4.368 4.368 15 -24180.58 14.71 0.984 -1.992 13.47 22.32 1e-06 4.368 4.368 16 -24180.58 14.71 0.984 -1.992 13.47 22.32 1e-06 4.368 4.368 17 -18924.91 0.9814 0.984 -1.992 22.11 -46.17 1e-06 2.886 2.886 18 -18924.91 0.9814 0.984 -1.992 22.11 -46.17 1e-06 2.886 2.886 19 -18924.91 0.9814 0.984 -1.992 22.11 -46.17 1e-06 2.886 2.886 20 -15116.32 14.71 0.984 -0.4718 13.47 22.32 1e-06 4.368 4.368 21 -12446.28 9.084 0.984 -0.4718 13.47 22.32 1e-06 4.368 4.368 22 -10097.75 0.9814 0.984 0.1834 26.61 -46.17 1e-06 2.886 2.886 23 -10097.75 0.9814 0.984 0.1834 26.61 -46.17 1e-06 2.886 2.886 24 -10026.17 0.9814 0.984 -0.4718 13.47 22.32 1e-06 2.886 2.886 25 -7021.57 2.371 -0.4336 -0.4718 33.2 21.61 1e-06 7.539 7.539 26 -3573.99 0.9814 0.03388 0.1834 26.61 -46.17 1e-06 2.886 2.886 27 -3573.99 0.9814 0.03388 0.1834 26.61 -46.17 1e-06 4.368 4.368 28 -3156.43 0.9814 0.0223 0.1834 27.01 36.73 1e-06 4.368 4.368 29 -3156.43 0.9814 0.0223 0.1834 27.01 -46.17 1e-06 4.368 4.368 30 -3156.43 0.9814 0.0223 0.1834 27.01 -46.17 1e-06 2.886 2.886 31 -3017.97 0.9814 0.03388 -0.2232 46.17 22.32 1e-06 4.368 4.368 32 -3017.97 0.9814 0.03388 -0.2232 46.17 -46.17 1e-06 4.368 4.368 33 -3017.97 0.9814 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0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 418 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 419 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 420 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 421 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 422 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 423 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 424 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 425 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 426 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 427 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 428 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 429 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 430 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 431 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 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0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 447 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 448 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 449 -879.80 0.9862 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 450 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 451 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 452 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 453 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 454 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 455 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 456 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 457 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 458 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 459 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 460 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 461 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 462 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 463 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 464 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 465 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 466 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 467 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 468 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 469 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 470 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 471 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 472 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 473 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 474 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 475 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 476 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 477 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 478 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 479 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 480 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 481 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 482 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 483 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 484 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 485 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 486 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 487 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 488 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 489 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 490 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 491 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 492 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 493 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 494 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 495 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 496 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 497 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 498 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 499 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 500 -879.49 1.056 0.002452 -0.006828 46.17 -46.17 1e-06 2.886 2.886 Setting fit to best solution... save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src1.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 117 314 135 332 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (116:134, 313:331) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 117 314 135 332 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (116:134, 313:331) Extracting subarray using numpy 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 -50.899788 50.899788 -1 setpar 5 0.0 0.010000 -50.899788 50.899788 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.724947 0.001000 3.181237 25.449894 -1 setpar 8 12.724947 0.001000 3.181237 25.449894 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 -52669.33 44.53 -4.24 2.809 49.95 4.128 1.803e+05 3.795 3.795 2 -37966.89 7.179 -4.24 2.809 49.95 4.128 1.803e+05 3.795 3.795 3 -20705.13 4.752 -1.933 -2.229 24.64 -48.75 2.158e+06 3.407 3.407 4 -20705.13 4.752 -1.933 -2.229 24.64 -48.75 2.158e+06 3.407 3.407 5 -20705.13 4.752 -1.933 -2.229 24.64 -48.75 2.158e+06 3.407 3.407 6 -20705.13 4.752 -1.933 -2.229 24.64 -48.75 2.158e+06 3.407 3.407 7 -16954.48 4.752 -1.933 -0.03368 24.64 -48.75 2.158e+06 3.407 3.407 8 -15656.81 4.752 -1.933 -0.03368 24.64 -48.75 2.158e+06 3.181 3.181 9 -15656.81 4.752 -1.933 -0.03368 24.64 -48.75 2.158e+06 3.181 3.181 10 -16954.48 4.752 -1.933 -0.03368 24.64 -48.75 2.158e+06 3.407 3.407 11 -15306.00 4.752 1.718 -2.229 49.95 -48.75 2.092e+06 3.682 3.682 12 -15306.91 4.752 1.718 -2.229 49.95 -48.75 2.092e+06 3.787 3.787 13 -15306.91 4.752 1.718 -2.229 49.95 -48.75 2.092e+06 3.787 3.787 14 -9807.39 4.752 -0.9634 -0.939 49.95 -48.75 6.148e+06 3.682 3.682 15 -9807.39 4.752 -0.9634 -0.939 49.95 -48.75 6.148e+06 3.682 3.682 16 -4567.56 4.752 -0.3656 -0.2596 49.95 -50.9 2.092e+06 3.181 3.181 17 -4567.56 4.752 -0.3656 -0.2596 49.95 -50.9 2.092e+06 3.181 3.181 18 -4567.56 4.752 -0.3656 -0.2596 49.95 -50.9 2.092e+06 3.181 3.181 19 -2808.23 0 -0.3656 -0.03368 -49.12 -48.63 1e-06 3.682 3.682 20 -2808.23 0 -0.3656 -0.03368 -49.12 -48.63 1e-06 3.682 3.682 21 -2803.55 0 -0.3649 -0.03368 24.64 -48.75 1e-06 3.407 3.407 22 -2803.55 0 -0.3649 -0.03368 24.64 -50.9 1e-06 3.407 3.407 23 -2803.55 0 -0.3649 -0.03368 24.64 -50.9 1e-06 3.407 3.407 24 -2803.55 0 -0.3649 -0.03368 26.24 -50.9 1e-06 3.407 3.407 25 -1810.64 0 0.2564 -0.03368 -44.58 -50.9 1e-06 3.682 3.682 26 -1810.64 0 0.2564 -0.03368 -44.58 -50.9 1e-06 3.682 3.682 27 -1810.64 0 0.2564 -0.03368 -44.58 -50.9 1e-06 3.682 3.682 28 -1387.88 0 0.1053 0.09433 -49.12 -48.63 1e-06 3.682 3.682 29 -1387.88 0 0.1053 0.09433 -49.12 -48.63 1e-06 3.682 3.682 30 -1387.88 0 0.1053 0.09433 -49.12 -48.63 1e-06 3.682 3.682 31 -1387.88 0 0.1053 0.09433 -49.12 -48.63 1e-06 3.682 3.682 32 -1387.88 0 0.1053 0.09433 -49.12 -50.9 2.313e+06 3.682 3.682 33 -1387.88 0 0.1053 0.09433 -49.12 -48.63 1e-06 3.682 3.682 34 -1387.88 0 0.1053 0.09433 -49.12 -50.9 1e-06 3.682 3.682 35 -1387.88 0 0.1053 0.09433 -49.12 -50.9 2.313e+06 3.682 3.682 36 -1387.88 0 0.1053 0.09433 -49.12 -50.9 2.313e+06 3.682 3.682 37 -1387.88 0 0.1053 0.09433 -49.12 -50.9 2.313e+06 3.682 3.682 38 -1305.65 0 0.1053 -0.05654 -44.58 -48.63 1e-06 3.682 3.682 39 -1305.65 0 0.1053 -0.05654 -44.58 -48.63 1e-06 3.682 3.682 40 -1305.65 0 0.1053 -0.05654 -49.12 -48.63 1e-06 3.682 3.682 41 -1305.65 0 0.1053 -0.05654 -44.58 -48.63 1e-06 3.682 3.682 42 -1305.65 0 0.1053 -0.05654 -44.58 -48.63 1e-06 3.682 3.682 43 -1305.65 0 0.1053 -0.05654 -49.12 -48.63 1e-06 3.682 3.682 44 -1305.65 0 0.1053 -0.05654 -49.12 -48.63 1e-06 3.682 3.682 45 -1305.65 0 0.1053 -0.05654 -49.12 -48.63 1.172e+06 3.181 3.181 46 -1305.65 0 0.1053 -0.05654 -49.12 -48.63 1.172e+06 3.181 3.181 47 -1305.65 0 0.1053 -0.05654 -49.12 -50.9 2.313e+06 3.181 3.181 48 -1305.65 0 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0.002183 -0.0001148 5.598 1.521 1e-06 14.54 14.54 456 -596.06 0.6397 0.002183 -0.0001148 5.598 1.521 1e-06 14.54 14.54 457 -596.06 0.6397 0.002183 -0.0001148 5.598 1.521 1e-06 14.54 14.54 458 -596.06 0.6397 0.002183 -0.0001148 5.598 1.521 1e-06 14.54 14.54 459 -596.06 0.6397 0.002183 -0.0001148 5.598 1.521 1e-06 14.54 14.54 460 -596.06 0.6397 0.002183 -0.0001148 5.598 1.521 1e-06 14.54 14.54 461 -596.06 0.6397 0.002183 -0.0001148 5.598 1.521 1e-06 14.54 14.54 462 -596.06 0.6397 0.002183 -0.0001148 5.513 1.521 1e-06 14.1 14.1 463 -596.06 0.6397 0.002183 -0.0001148 5.513 1.521 1e-06 14.1 14.1 464 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.54 14.54 465 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.54 14.54 466 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.54 14.54 467 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.54 14.54 468 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.54 14.54 469 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.54 14.54 470 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.1 14.1 471 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.1 14.1 472 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.1 14.1 473 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.1 14.1 474 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.1 14.1 475 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.1 14.1 476 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.1 14.1 477 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.1 14.1 478 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.1 14.1 479 -596.06 0.6397 0.002183 -0.0001148 4.477 1.521 1e-06 14.1 14.1 480 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 481 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 482 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 483 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 484 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 485 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 486 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 487 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 488 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 489 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 490 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 491 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 492 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 493 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 494 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 495 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 496 -595.79 0.6397 0.002183 -0.002198 4.477 2.147 1e-06 14.1 14.1 497 -595.79 0.6397 0.002183 -0.002198 4.477 2.147 1e-06 14.1 14.1 498 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 499 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 500 -596.06 0.6397 0.002183 -0.0001148 4.477 2.147 1e-06 14.1 14.1 Setting fit to best solution... save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src2.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src2.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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 371 219 387 235 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (370:386, 218:234) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 371 219 387 235 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (370:386, 218:234) Extracting subarray using numpy 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 -41.481552 41.481552 -1 setpar 5 0.0 0.010000 -41.481552 41.481552 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 10.370388 0.001000 2.592597 20.740776 -1 setpar 8 10.370388 0.001000 2.592597 20.740776 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 -58390.67 68.34 2.014 -1.779 41.46 38.09 3.56e+06 3.409 3.409 2 -41848.08 15.96 2.014 -1.779 39.87 38.09 9.134e+05 3.409 3.409 3 -32094.45 68.34 2.014 -1.779 39.87 -39.36 9.134e+05 3.409 3.409 4 -31403.78 68.34 2.014 -1.779 41.46 -40.18 3.56e+06 3.409 3.409 5 -31403.78 68.34 2.014 -1.779 41.46 -40.18 3.56e+06 3.409 3.409 6 -20905.85 35.65 2.014 0.3373 39.87 34.55 9.134e+05 2.593 2.593 7 -15957.91 15.96 2.014 0.3907 40.5 37.78 3.216e+06 2.728 2.728 8 -15957.91 15.96 2.014 0.3907 40.5 37.78 3.216e+06 2.728 2.728 9 -12710.56 15.96 2.014 0.1864 41.48 37.78 3.216e+06 2.728 2.728 10 -12710.56 15.96 2.014 0.1864 41.48 37.78 3.216e+06 2.728 2.728 11 -12710.56 15.96 2.014 0.1864 41.48 37.78 3.216e+06 2.728 2.728 12 -11760.41 15.96 2.014 0.1864 41.46 41.48 3.216e+06 2.728 2.728 13 -11760.41 15.96 2.014 0.1864 41.46 41.48 3.216e+06 2.728 2.728 14 -7699.29 15.96 0.5041 0.1864 41.48 37.78 3.216e+06 2.728 2.728 15 -7699.29 15.96 0.5041 0.1864 41.48 37.78 3.216e+06 2.728 2.728 16 -9410.97 6.827 2.014 0.1864 41.48 37.78 3.216e+06 2.593 2.593 17 -9008.90 6.827 2.014 0.1864 41.48 -40.18 3.216e+06 2.593 2.593 18 -6654.55 15.96 0.2511 0.1864 41.48 -39.36 3.216e+06 2.728 2.728 19 -6423.39 15.96 0.06601 -0.5116 39.17 37.78 1e-06 2.593 2.593 20 -6423.39 15.96 0.06601 -0.5116 39.17 37.78 1e-06 2.593 2.593 21 -1826.92 0 0.2511 0.1864 41.48 -39.36 3.216e+06 2.728 2.728 22 -1826.92 0 0.2511 0.1864 41.48 -39.36 3.216e+06 2.728 2.728 23 -1806.82 1.215 0.2511 0.1864 41.48 -39.36 3.216e+06 2.593 2.593 24 -1464.03 0 0.01293 0.1864 41.48 -39.36 3.216e+06 2.728 2.728 25 -1464.03 0 0.01293 0.1864 41.48 -39.36 3.216e+06 2.728 2.728 26 -1464.03 0 0.01293 0.1864 41.48 -39.36 3.216e+06 2.728 2.728 27 -1464.03 0 0.01293 0.1864 41.48 -41.48 3.216e+06 2.593 2.593 28 -1464.03 0 0.01293 0.1864 41.48 -40.47 3.216e+06 2.593 2.593 29 -1464.03 0 0.01293 0.1864 41.48 -40.47 3.216e+06 2.593 2.593 30 -1464.03 0 0.01293 0.1864 41.48 -39.36 3.216e+06 2.593 2.593 31 -1464.03 0 0.01293 0.1864 41.48 -39.36 5.08e+06 2.593 2.593 32 -1464.03 0 0.01293 0.1864 41.48 -39.36 5.08e+06 2.593 2.593 33 -1464.03 0 0.01293 0.1864 41.48 -39.36 4.627e+06 2.593 2.593 34 -1464.03 0 0.01293 0.1864 41.48 -41.48 4.976e+06 2.728 2.728 35 -1464.03 0 0.01293 0.1864 41.48 -41.48 4.976e+06 2.728 2.728 36 -1464.03 0 0.01293 0.1864 41.48 -41.48 4.976e+06 2.728 2.728 37 -1464.03 0 0.01293 0.1864 41.48 -41.48 4.976e+06 2.728 2.728 38 -1421.96 0 0.01293 0.1745 41.48 -39.36 3.216e+06 2.593 2.593 39 -1421.96 0 0.01293 0.1745 41.48 -39.36 3.356e+06 2.593 2.593 40 -1421.96 0 0.01293 0.1745 41.48 -39.36 3.356e+06 2.593 2.593 41 -1421.96 0 0.01293 0.1745 41.48 -39.36 3.356e+06 2.593 2.593 42 -1421.96 0 0.01293 0.1745 41.48 -41.48 4.627e+06 2.593 2.593 43 -1421.96 0 0.01293 0.1745 41.48 -41.48 4.976e+06 2.593 2.593 44 -1421.96 0 0.01293 0.1745 41.48 -41.48 6.456e+06 2.728 2.728 45 -1421.96 0 0.01293 0.1745 41.48 -41.48 6.456e+06 2.728 2.728 46 -1421.96 0 0.01293 0.1745 41.48 -41.48 6.456e+06 2.728 2.728 47 -1421.96 0 0.01293 0.1745 41.48 -41.48 6.456e+06 2.728 2.728 48 -1421.96 0 0.01293 0.1745 41.48 -41.48 6.456e+06 2.593 2.593 49 -1421.96 0 0.01293 0.1745 41.48 -41.48 6.621e+06 2.593 2.593 50 -1421.96 0 0.01293 0.1745 41.48 -41.48 6.621e+06 2.593 2.593 51 -1421.96 0 0.01293 0.1745 41.48 -41.48 6.621e+06 2.728 2.728 52 -1410.63 0 0.01293 -0.1852 41.48 -41.48 6.621e+06 2.593 2.593 53 -1410.63 0 0.01293 -0.1852 41.48 -41.48 6.621e+06 2.593 2.593 54 -1410.63 0 0.01293 -0.1852 41.48 -41.48 6.621e+06 2.593 2.593 55 -1410.62 0 0.01293 -0.1852 41.48 -41.48 6.303e+06 2.593 2.593 56 -1243.44 0 0.01293 0.1179 41.48 -39.36 6.621e+06 2.593 2.593 57 -1243.44 0 0.01293 0.1179 41.48 -39.36 6.621e+06 2.593 2.593 58 -1243.44 0 0.01293 0.1179 41.48 -39.36 6.621e+06 2.593 2.593 59 -1243.44 0 0.01293 0.1179 41.48 -41.48 9.084e+06 2.593 2.593 60 -1243.44 0 0.01293 0.1179 41.48 -41.48 9.084e+06 2.593 2.593 61 -1243.44 0 0.01293 0.1179 41.48 -41.48 9.084e+06 2.593 2.593 62 -1243.44 0 0.01293 0.1179 41.48 -41.48 9.084e+06 2.593 2.593 63 -1235.70 0 0.01497 0.1179 41.48 -41.48 6.621e+06 2.593 2.593 64 -1235.70 0 0.01497 0.1179 41.48 -41.48 6.621e+06 2.593 2.593 65 -1235.70 0 0.01497 0.1179 41.48 -41.48 6.621e+06 2.593 2.593 66 -1235.70 0 0.01497 0.1179 41.48 -41.48 9.084e+06 2.593 2.593 67 -1235.70 0 0.01497 0.1179 41.48 -41.48 9.084e+06 2.593 2.593 68 -1235.70 0 0.01497 0.1179 41.48 -41.48 9.084e+06 2.593 2.593 69 -1235.70 0 0.01497 0.1179 41.48 -41.48 9.084e+06 2.593 2.593 70 -1235.70 0 0.01497 0.1179 41.48 -41.48 9.283e+06 2.593 2.593 71 -1235.70 0 0.01497 0.1179 41.48 -41.48 9.084e+06 2.593 2.593 72 -1235.70 0 0.01497 0.1179 41.48 -41.48 9.233e+06 2.593 2.593 73 -1235.70 0 0.01497 0.1179 41.48 -41.48 9.084e+06 2.593 2.593 74 -1235.70 0 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 75 -1235.70 0 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 76 -1235.70 0 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 77 -1235.70 0 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 78 -1235.70 0 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 79 -1235.70 0 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 80 -1235.70 0 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 81 -1235.70 0 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 82 -1229.82 0 0.01497 0.1183 41.48 -41.48 1e+07 2.593 2.593 83 -1229.82 0 0.01497 0.1183 41.48 -41.48 1e+07 2.593 2.593 84 -1235.70 0 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 85 -1235.70 0 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 86 -1182.94 1.406 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 87 -1182.94 1.406 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 88 -1182.94 1.406 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 89 -1182.94 1.406 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 90 -1182.94 1.406 0.01497 0.1179 41.48 -41.48 1e+07 2.593 2.593 91 -1182.94 1.406 0.01497 0.1179 41.48 -41.48 9.961e+06 2.593 2.593 92 -1182.94 1.406 0.01497 0.1179 41.48 -41.48 9.961e+06 2.593 2.593 93 -1182.94 1.406 0.01497 0.1179 41.48 -41.48 9.961e+06 2.593 2.593 94 -1182.94 1.406 0.01497 0.1179 41.48 -41.48 9.961e+06 2.593 2.593 95 -1182.94 1.406 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-26.17 1e-06 2.593 2.593 494 -510.07 1.062 0.003917 -0.005147 30.94 -26.17 1e-06 2.593 2.593 495 -510.07 1.062 0.003917 -0.005147 30.94 -26.17 1e-06 2.593 2.593 496 -510.07 1.062 0.003917 -0.005147 30.94 -26.17 1e-06 2.593 2.593 497 -510.07 1.062 0.003917 -0.005147 30.94 -26.17 1e-06 2.593 2.593 498 -510.07 1.062 0.003917 -0.005147 30.94 -26.17 1e-06 2.593 2.593 499 -510.07 1.062 0.003917 -0.005147 30.94 -26.17 1e-06 2.593 2.593 500 -510.07 1.062 0.003917 -0.005147 30.94 -26.17 1e-06 2.593 2.593 Setting fit to best solution... save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src3.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src3.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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 323 146 339 162 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (322:338, 145:161) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 323 146 339 162 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (322:338, 145:161) Extracting subarray using numpy 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 -47.255064 47.255064 -1 setpar 5 0.0 0.010000 -47.255064 47.255064 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 11.813766 0.001000 2.953441 23.627532 -1 setpar 8 11.813766 0.001000 2.953441 23.627532 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 -40362.89 59.58 -2.736 -5.111 45.23 -8.102 4.043e+06 3.123 3.123 2 -22632.68 20.52 -2.696 1.761 -46.51 -45.13 7.25e+04 5.468 5.468 3 -27569.05 35 -2.696 1.761 -46.51 -45.13 7.25e+04 5.468 5.468 4 -27569.05 35 -2.696 1.761 -46.51 -45.13 7.25e+04 5.468 5.468 5 -20537.55 18.67 1.139 -3.996 45.63 18.69 4.817e+06 3.397 3.397 6 -20537.55 18.67 1.139 -3.996 45.63 18.69 4.817e+06 3.397 3.397 7 -11439.52 18.67 1.139 -1.159 45.63 18.69 4.817e+06 3.397 3.397 8 -11292.40 18.67 1.139 -1.159 45.63 18.69 3.997e+06 3.397 3.397 9 -11292.40 18.67 1.139 -1.159 45.63 18.69 3.997e+06 3.397 3.397 10 -10209.96 18.67 1.139 -0.517 45.63 18.69 4.817e+06 3.397 3.397 11 -10209.96 18.67 1.139 -0.517 45.63 18.69 4.817e+06 3.397 3.397 12 -8809.58 10.02 1.139 -1.159 45.63 18.69 4.817e+06 3.397 3.397 13 -7514.41 10.02 1.139 -0.517 45.63 33.27 4.817e+06 3.397 3.397 14 -7514.41 10.02 1.139 -0.517 45.63 33.27 4.817e+06 3.397 3.397 15 -6832.70 10.02 1.139 -0.517 47.26 33.27 4.817e+06 3.397 3.397 16 -6832.70 10.02 1.139 -0.517 47.26 33.27 4.817e+06 3.397 3.397 17 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446 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 447 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 448 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 449 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 450 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 451 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 452 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 453 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 454 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 455 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 456 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 457 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 458 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 459 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 460 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-477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 489 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 490 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 491 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 492 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 493 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 494 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 495 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 496 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 497 -477.06 0.653 -0.001893 0.00231 47.26 -26.77 7.494e+06 2.953 2.953 498 -475.92 0.653 -0.001893 -0.0005977 47.26 -26.77 7.494e+06 2.953 2.953 499 -475.92 0.653 -0.001893 -0.0005977 47.26 -26.77 7.494e+06 2.953 2.953 500 -475.92 0.653 -0.001893 -0.0005977 47.26 -26.77 7.494e+06 2.953 2.953 Setting fit to best solution... save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src4.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src4.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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 348 118 366 136 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (347:365, 117:135) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 348 118 366 136 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (347:365, 117:135) Extracting subarray using numpy 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 -52.022576 52.022576 -1 setpar 5 0.0 0.010000 -52.022576 52.022576 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 13.005644 0.001000 3.251411 26.011288 -1 setpar 8 13.005644 0.001000 3.251411 26.011288 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 -30282.09 41.8 0.3185 0.4951 -50.36 -41.44 5.178e+06 3.303 3.303 2 -50149.23 45.86 -4.641 0.6802 51.18 -52.02 3.907e+06 3.828 3.828 3 -44575.39 45.86 -2.259 0.6802 51.18 -52.02 3.907e+06 6.376 6.376 4 -34947.65 49.69 2.897 -1.128 48.88 29.25 3.508e+06 3.251 3.251 5 -28129.82 38.68 0.0804 1.771 44.03 -51.14 1.895e+06 3.708 3.708 6 -27261.53 45.86 0.7685 0.085 51.66 -50.8 4.256e+05 5.299 5.299 7 -27261.53 45.86 0.7685 0.085 51.66 -50.8 4.256e+05 5.299 5.299 8 -23305.47 33.45 1.738 0.085 51.66 -50.8 4.256e+05 6.376 6.376 9 -22715.66 33.45 1.738 0.085 51.66 -52.02 4.256e+05 6.376 6.376 10 -10218.08 11.86 1.129 0.085 43.97 -50.8 1e-06 5.299 5.299 11 -10218.08 11.86 1.129 0.085 43.97 -50.8 1e-06 5.299 5.299 12 -18019.96 27.66 0.7685 -1.442 48.4 -52.02 1.054e+06 3.828 3.828 13 -17909.35 26.99 1.129 0.085 51.66 -50.8 4.256e+05 6.376 6.376 14 -16586.74 27.21 1.129 0.085 43.97 -50.8 4.256e+05 3.74 3.74 15 -13904.31 20.05 1.129 0.3808 43.97 -50.8 1e-06 6.376 6.376 16 -13904.31 20.05 1.129 0.3808 43.97 -50.8 1e-06 6.376 6.376 17 -12851.74 17.86 0.7685 -1.128 51.66 -52.02 1.054e+06 5.204 5.204 18 -12801.49 17.86 0.7685 -1.128 51.66 -52.02 1.054e+06 3.828 3.828 19 -12801.49 17.86 0.7685 -1.128 51.66 -52.02 1.054e+06 3.828 3.828 20 -10828.65 17.86 0.7685 -0.05211 48.4 -52.02 1.054e+06 3.828 3.828 21 -10828.49 17.86 0.7685 -0.05211 52.02 -52.02 1e-06 3.828 3.828 22 -10828.49 17.86 0.7685 -0.05211 52.02 -52.02 1e-06 3.828 3.828 23 -6328.24 0 1.129 0.085 43.97 -50.8 1e-06 6.376 6.376 24 -6328.24 0 1.129 0.085 43.97 -50.8 1e-06 6.376 6.376 25 -4369.65 0 0.7685 0.085 43.97 -50.8 1e-06 6.376 6.376 26 -4346.34 0 0.7685 -0.05211 43.97 -50.8 1e-06 6.376 6.376 27 -4369.65 0 0.7685 0.085 52.02 -50.8 1e-06 6.376 6.376 28 -4346.34 0 0.7685 -0.05211 48.4 -50.32 1e-06 3.828 3.828 29 -4346.34 0 0.7685 -0.05211 48.4 -50.32 1e-06 3.828 3.828 30 -4346.34 0 0.7685 -0.05211 48.4 -50.32 1e-06 3.828 3.828 31 -1445.38 0 -0.05451 -0.05211 48.4 -50.32 1e-06 3.828 3.828 32 -1445.38 0 -0.05451 -0.05211 48.4 -50.32 1e-06 3.828 3.828 33 -1445.38 0 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-16.28 7.116e+05 3.251 3.251 449 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 450 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 451 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 452 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 453 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 454 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 455 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 456 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 457 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 458 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 459 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 460 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 461 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 462 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 463 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 464 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 465 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 466 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 467 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 468 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 469 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 470 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 471 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 472 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 473 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 474 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 475 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 476 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 477 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 478 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.3e+05 3.251 3.251 479 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 480 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 481 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 482 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 483 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 484 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 485 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 486 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 487 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.116e+05 3.251 3.251 488 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.123e+05 3.251 3.251 489 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.123e+05 3.251 3.251 490 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.123e+05 3.251 3.251 491 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.123e+05 3.251 3.251 492 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.123e+05 3.251 3.251 493 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.123e+05 3.251 3.251 494 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.123e+05 3.251 3.251 495 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.123e+05 3.251 3.251 496 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.123e+05 3.251 3.251 497 -600.51 0.6236 0.004238 -0.003982 52.02 -16.28 7.123e+05 3.251 3.251 498 -600.51 0.6236 0.004238 -0.003982 52.02 -16.1 7.116e+05 3.251 3.251 499 -600.51 0.6236 0.004238 -0.003982 52.02 -16.1 7.116e+05 3.251 3.251 500 -600.51 0.6236 0.004238 -0.003982 52.02 -16.1 7.116e+05 3.251 3.251 Setting fit to best solution... save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src5.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src5.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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 245 222 261 238 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (244:260, 221:237) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 245 222 261 238 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (244:260, 221:237) Extracting subarray using numpy 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 -37.734388 37.734388 -1 setpar 5 0.0 0.010000 -37.734388 37.734388 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 9.433597 0.001000 2.358399 18.867194 -1 setpar 8 9.433597 0.001000 2.358399 18.867194 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 -91812.42 39.53 -3.759 -6.091 -23.74 -36.64 7.934e+04 3.285 3.285 2 -53690.23 84.8 7.24 2.046 -22.54 -6.795 1e-06 14.79 14.79 3 -42729.67 84.8 3.02 2.046 -22.54 -6.795 1e-06 14.79 14.79 4 -32658.89 32.11 2.057 -6.469 8.788 -16.11 1e-06 6.915 6.915 5 -42028.70 84.8 2.204 2.046 -22.54 -6.795 1e-06 14.79 14.79 6 -31838.47 58.9 3.393 -2.213 37.4 -34.11 3.618e+04 2.798 2.798 7 -41922.26 84.8 1.232 2.046 -23.74 -8.223 1e-06 14.79 14.79 8 -28892.39 39.53 2.057 -3.417 -16.42 -36.64 3.618e+04 2.5 2.5 9 -28892.39 39.53 2.057 -3.417 -16.42 -36.64 3.618e+04 2.5 2.5 10 -26586.52 53.36 3.02 -0.7159 -24.8 -6.795 1e-06 14.79 14.79 11 -18213.43 34.77 2.204 -1.346 37.73 -36.64 1e-06 4.065 4.065 12 -14882.98 11.41 2.204 2.046 -22.54 -6.795 1e-06 14.79 14.79 13 -13776.98 28.92 1.022 -1.346 37.73 -36.64 1e-06 3.285 3.285 14 -14882.98 11.41 2.204 2.046 -22.54 -6.795 1e-06 14.79 14.79 15 -14882.98 11.41 2.204 2.046 -22.54 -6.795 1e-06 14.79 14.79 16 -11302.13 11.41 2.057 -1.346 -12.35 -36.64 1e-06 4.065 4.065 17 -8356.28 11.41 1.022 -1.346 -23.74 16.94 1e-06 3.285 3.285 18 -8356.28 11.41 1.022 -1.346 -23.74 16.94 1e-06 3.285 3.285 19 -8356.28 11.41 1.022 -1.346 -23.74 16.94 1e-06 3.285 3.285 20 -8356.28 11.41 1.022 -1.346 -23.74 16.94 1e-06 3.285 3.285 21 -8356.28 11.41 1.022 -1.346 -16.03 16.94 1e-06 3.285 3.285 22 -6935.46 11.41 -0.808 0.02395 -22.54 -6.795 1e-06 14.79 14.79 23 -5856.88 0 1.022 -1.346 -23.53 -6.795 1e-06 3.285 3.285 24 -5856.88 0 1.022 -1.346 -23.74 -6.795 1e-06 3.285 3.285 25 -5856.88 0 1.022 -1.346 -23.74 -6.795 1e-06 3.285 3.285 26 -5856.88 0 1.022 -1.346 -23.74 26.68 1e-06 3.285 3.285 27 -5856.88 0 1.022 -1.346 -23.74 26.68 1e-06 3.285 3.285 28 -4812.66 3.427 1.022 0.02395 -23.74 16.94 1e-06 3.285 3.285 29 -4812.66 3.427 1.022 0.02395 -23.74 16.94 1e-06 3.285 3.285 30 -4192.65 0 1.022 -0.5903 -23.82 -36.64 1e-06 3.285 3.285 31 -4192.65 0 1.022 -0.5903 -23.74 -36.64 1e-06 3.285 3.285 32 -3687.31 3.427 -0.34 -0.5903 -23.74 16.94 1e-06 2.5 2.5 33 -2322.18 1.731 0.3143 -0.3987 -22.54 -6.795 1e-06 14.79 14.79 34 -2552.19 0 0.3143 -0.5903 -23.74 -36.64 1e-06 3.285 3.285 35 -2552.19 0 0.3143 -0.5903 -23.82 16.94 1e-06 2.407 2.407 36 -1228.17 1.731 -0.03338 0.1373 -23.74 22.97 1e-06 13.64 13.64 37 -1718.31 0 0.3143 0.005985 -23.82 16.94 1e-06 3.285 3.285 38 -1718.31 0 0.3143 0.005985 -23.82 16.94 1e-06 3.285 3.285 39 -1587.79 0 0.3143 0.1373 -23.74 22.97 1e-06 3.285 3.285 40 -1587.79 0 0.3143 0.1373 -23.74 22.97 1e-06 3.285 3.285 41 -1587.79 0 0.3143 0.1373 -23.74 22.97 1e-06 3.285 3.285 42 -1093.97 0 0.1033 0.005985 -23.82 16.94 1e-06 3.285 3.285 43 -1093.97 0 0.1033 0.005985 -23.82 16.94 1e-06 3.285 3.285 44 -1093.97 0 0.1033 0.005985 -23.82 16.94 1e-06 3.285 3.285 45 -1093.97 0 0.1033 0.005985 -23.82 16.94 1e-06 3.285 3.285 46 -1093.97 0 0.1033 0.005985 -23.82 16.94 1e-06 3.285 3.285 47 -1093.97 0 0.1033 0.005985 -23.82 16.94 1e-06 2.358 2.358 48 -1093.97 0 0.1033 0.005985 -18.94 16.94 1e-06 3.285 3.285 49 -1093.97 0 0.1033 0.005985 -14.09 16.94 1e-06 3.285 3.285 50 -1093.97 0 0.1033 0.005985 -14.09 16.94 1e-06 3.285 3.285 51 -1093.97 0 0.1033 0.005985 -23.82 16.94 1e-06 6.302 6.302 52 -1093.97 0 0.1033 0.005985 -23.82 16.94 1e-06 6.302 6.302 53 -967.82 0 0.1033 0.01163 -23.82 16.94 1e-06 6.302 6.302 54 -1029.23 0 0.06654 0.005985 -23.82 16.94 1e-06 2.358 2.358 55 -1012.80 0.9662 0.1033 0.005985 -14.09 16.94 1e-06 5.175 5.175 56 -1012.80 0.9662 0.1033 0.005985 -14.09 16.94 1e-06 5.175 5.175 57 -1012.80 0.9662 0.1033 0.005985 -14.09 16.94 1e-06 5.175 5.175 58 -1012.80 0.9662 0.1033 0.005985 -23.82 1.25 1e-06 5.175 5.175 59 -818.45 2.206 0.0559 0.005985 -14.09 16.94 1e-06 3.285 3.285 60 -818.45 2.206 0.0559 0.005985 -14.09 16.94 1e-06 3.285 3.285 61 -753.62 0.9662 0.0559 0.005985 -14.09 5.848 1e-06 3.285 3.285 62 -753.62 0.9662 0.0559 0.005985 -14.09 5.848 1e-06 3.285 3.285 63 -743.38 0.9445 0.0559 0.005985 -14.09 11.05 1e-06 3.285 3.285 64 -743.38 0.9445 0.0559 0.005985 -14.09 11.05 1e-06 3.285 3.285 65 -743.38 0.9445 0.0559 0.005985 -14.09 11.05 1e-06 3.285 3.285 66 -743.38 0.9445 0.0559 0.005985 -14.09 11.05 1e-06 3.285 3.285 67 -743.38 0.9445 0.0559 0.005985 -14.09 11.05 1e-06 5.175 5.175 68 -743.38 0.9445 0.0559 0.005985 -14.09 11.05 1e-06 8.896 8.896 69 -743.38 0.9445 0.0559 0.005985 -14.09 11.05 1e-06 8.896 8.896 70 -743.38 0.9445 0.0559 0.005985 -14.09 11.05 1e-06 8.896 8.896 71 -743.38 0.9445 0.0559 0.005985 -17.32 11.05 1e-06 6.886 6.886 72 -743.38 0.9445 0.0559 0.005985 -17.32 11.05 1e-06 6.886 6.886 73 -644.51 0.9445 -0.03062 0.005985 -14.09 3.242 1e-06 5.175 5.175 74 -644.51 0.9445 -0.03062 0.005985 -14.09 3.242 1e-06 5.175 5.175 75 -644.51 0.9445 -0.03062 0.005985 -14.09 3.242 1e-06 5.175 5.175 76 -644.51 0.9445 -0.03062 0.005985 -14.09 3.242 1e-06 5.175 5.175 77 -644.51 0.9445 -0.03062 0.005985 -14.09 3.242 1e-06 5.175 5.175 78 -644.51 0.9445 -0.03062 0.005985 -14.09 3.242 1e-06 5.175 5.175 79 -644.51 0.9445 -0.03062 0.005985 -10.1 11.05 1e-06 8.896 8.896 80 -644.51 0.9445 -0.03062 0.005985 -8.917 11.05 1e-06 5.175 5.175 81 -644.51 0.9445 -0.03062 0.005985 -8.917 11.05 1e-06 5.175 5.175 82 -644.51 0.9445 -0.03062 0.005985 -10.1 5.596 1e-06 10.59 10.59 83 -633.91 1.347 -0.03062 0.005985 -14.09 7.732 1e-06 8.332 8.332 84 -644.51 0.9445 -0.03062 0.005985 -10.1 5.596 1e-06 10.99 10.99 85 -644.51 0.9445 -0.03062 0.005985 -10.1 3.242 1e-06 8.896 8.896 86 -644.51 0.9445 -0.03062 0.005985 -5.254 5.596 1e-06 5.175 5.175 87 -644.51 0.9445 -0.03062 0.005985 5.688 11.05 1e-06 5.175 5.175 88 -644.51 0.9445 -0.03062 0.005985 -5.453 3.982 1e-06 8.896 8.896 89 -644.51 0.9445 -0.03062 0.005985 5.688 11.05 1e-06 8.332 8.332 90 -644.51 0.9445 -0.03062 0.005985 5.688 11.05 1e-06 8.896 8.896 91 -644.51 0.9445 -0.03062 0.005985 5.688 3.242 1e-06 8.332 8.332 92 -644.51 0.9445 -0.03062 0.005985 7.989 3.982 1e-06 8.896 8.896 93 -644.51 0.9445 -0.03062 0.005985 8.172 3.242 1e-06 8.332 8.332 94 -644.51 0.9445 -0.03062 0.005985 21.69 3.982 1e-06 8.332 8.332 95 -644.51 0.9445 -0.03062 0.005985 21.69 3.982 1e-06 8.332 8.332 96 -644.51 0.9445 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-485.26 0.7713 0.004923 -0.001399 0.4451 3.345 1e-06 12.74 12.74 490 -485.26 0.7713 0.004923 -0.001399 0.4451 3.345 1e-06 12.74 12.74 491 -485.26 0.7713 0.004923 -0.001399 0.4451 3.345 1e-06 12.74 12.74 492 -485.26 0.7713 0.004923 -0.001399 0.411 3.345 1e-06 12.74 12.74 493 -485.26 0.7713 0.004923 -0.001399 0.411 3.345 1e-06 12.74 12.74 494 -485.26 0.7713 0.004923 -0.001399 0.4451 3.345 1e-06 12.74 12.74 495 -485.26 0.7713 0.004923 -0.001399 0.4451 3.345 1e-06 12.74 12.74 496 -485.26 0.7713 0.004923 -0.001399 0.4277 3.345 1e-06 12.74 12.74 497 -485.26 0.7713 0.004923 -0.001399 0.4277 3.345 1e-06 12.74 12.74 498 -485.26 0.7713 0.004923 -0.001399 0.4277 3.345 1e-06 12.74 12.74 499 -485.26 0.7713 0.004923 -0.001399 0.4277 3.345 1e-06 12.74 12.74 500 -485.26 0.7713 0.004923 -0.001399 0.4277 3.345 1e-06 12.74 12.74 Setting fit to best solution... save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src6.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src6.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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 192 106 211 125 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (191:210, 105:124) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 192 106 211 125 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (191:210, 105:124) Extracting subarray using numpy 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 -55.717544 55.717544 -1 setpar 5 0.0 0.010000 -55.717544 55.717544 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 13.929386 0.001000 3.482346 27.858772 -1 setpar 8 13.929386 0.001000 3.482346 27.858772 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 -29314.41 23.97 -2.798 -0.4808 53.47 16.41 3.17e+06 4.071 4.071 2 -29314.41 23.97 -2.798 -0.4808 53.47 16.41 3.17e+06 4.071 4.071 3 -59592.20 38.71 -6.527 -1.787 -36.64 51.41 3.051e+06 6.675 6.675 4 -43020.71 1.036 -7.036 1.06 -25.37 51.19 7.635e+06 3.853 3.853 5 -23792.00 1.036 0.3325 -3.648 -15.41 55.72 3.165e+06 4.522 4.522 6 -23792.00 1.036 0.3325 -3.648 -15.41 55.72 3.165e+06 4.522 4.522 7 -13745.25 1.036 0.3325 -2.063 -15.41 51.19 1.366e+05 4.522 4.522 8 -10665.68 1.036 0.3325 1.162 53.49 1.511 6.817e+06 3.853 3.853 9 -10665.68 1.036 0.3325 1.162 53.49 1.511 6.817e+06 3.853 3.853 10 -8307.91 1.625 0.3325 -1.078 -44.91 51.19 7.635e+06 6.675 6.675 11 -4176.08 1.036 0.3325 -0.2334 -25.37 50.55 7.635e+06 4.726 4.726 12 -4176.08 1.036 0.3325 -0.2334 -25.37 50.55 7.635e+06 4.726 4.726 13 -2895.18 1.036 0.3325 -0.2334 -29.93 50.55 7.635e+06 4.726 4.726 14 -2827.74 1.036 0.3325 -0.2334 -25.37 50.55 7.635e+06 3.482 3.482 15 -2304.82 1.036 0.1087 -0.2334 -33.22 51.19 3.554e+06 4.726 4.726 16 -2304.82 1.036 0.1087 -0.2334 -33.22 51.19 2.83e+06 4.071 4.071 17 -2304.82 1.036 0.1087 -0.2334 -33.22 51.19 2.83e+06 4.071 4.071 18 -2304.82 1.036 0.1087 -0.2334 -33.22 51.19 7.635e+06 4.071 4.071 19 -2243.36 0 0.1087 -0.2334 -33.22 51.19 3.645e+06 3.853 3.853 20 -2243.36 0 0.1087 -0.2334 -33.22 51.19 3.645e+06 4.071 4.071 21 -2230.41 0 0.3325 -0.08292 -25.37 50.55 1e-06 4.726 4.726 22 -1534.12 1.036 0.1087 -0.07195 -33.22 51.19 7.635e+06 4.071 4.071 23 -1534.12 1.036 0.1087 -0.07195 -33.22 51.19 7.635e+06 4.071 4.071 24 -1206.39 0 0.1087 -0.07195 -33.22 51.19 7.635e+06 4.071 4.071 25 -1206.39 0 0.1087 -0.07195 -33.22 51.19 7.635e+06 4.071 4.071 26 -1206.39 0 0.1087 -0.07195 -33.22 51.19 2.83e+06 4.071 4.071 27 -1206.39 0 0.1087 -0.07195 -33.22 51.19 2.83e+06 4.071 4.071 28 -1206.39 0 0.1087 -0.07195 -33.22 51.19 3.645e+06 4.071 4.071 29 -1206.39 0 0.1087 -0.07195 -33.22 51.19 3.645e+06 4.071 4.071 30 -1206.39 0 0.1087 -0.07195 -44.91 55.72 7.442e+06 4.071 4.071 31 -1206.39 0 0.1087 -0.07195 -44.91 55.72 7.442e+06 4.071 4.071 32 -1206.39 0 0.1087 -0.07195 -33.22 51.19 7.635e+06 4.071 4.071 33 -1206.39 0 0.1087 -0.07195 -33.22 49.59 7.635e+06 4.071 4.071 34 -1206.39 0 0.1087 -0.07195 -33.22 49.59 7.635e+06 4.071 4.071 35 -1206.39 0 0.1087 -0.07195 -33.22 51.41 6.401e+06 4.071 4.071 36 -1157.29 0 0.1087 0.0546 -25.95 55.47 3.687e+06 4.071 4.071 37 -1206.39 0 0.1087 -0.07195 -33.22 51.41 8.161e+06 4.071 4.071 38 -1206.39 0 0.1087 -0.07195 -25.95 55.47 8.77e+06 4.071 4.071 39 -1206.39 0 0.1087 -0.07195 -33.22 55.72 8.79e+06 4.071 4.071 40 -1206.39 0 0.1087 -0.07195 -33.22 55.72 8.79e+06 4.071 4.071 41 -1206.39 0 0.1087 -0.07195 -25.95 55.47 9.121e+06 4.071 4.071 42 -1188.22 0.6772 0.1087 -0.07195 -26.56 55.47 8.79e+06 3.482 3.482 43 -1188.22 0.6772 0.1087 -0.07195 -26.56 55.47 8.79e+06 3.482 3.482 44 -1188.22 0.6772 0.1087 -0.07195 -26.56 55.47 7.952e+06 3.482 3.482 45 -1188.22 0.6772 0.1087 -0.07195 -26.56 55.47 7.952e+06 3.482 3.482 46 -1188.22 0.6772 0.1087 -0.07195 -55.72 55.47 7.952e+06 3.482 3.482 47 -1188.22 0.6772 0.1087 -0.07195 -25.95 55.47 7.952e+06 3.482 3.482 48 -1188.22 0.6772 0.1087 -0.07195 -25.95 55.47 9.121e+06 4.071 4.071 49 -1188.22 0.6772 0.1087 -0.07195 -26.56 55.47 8.79e+06 3.482 3.482 50 -1188.22 0.6772 0.1087 -0.07195 -26.56 55.47 7.952e+06 3.482 3.482 51 -1188.22 0.6772 0.1087 -0.07195 -55.72 55.47 9.628e+06 3.482 3.482 52 -1188.22 0.6772 0.1087 -0.07195 -55.72 55.47 9.628e+06 3.482 3.482 53 -1188.22 0.6772 0.1087 -0.07195 -55.72 55.47 9.628e+06 3.482 3.482 54 -1134.29 0.2085 0.1087 -0.07195 -26.56 55.47 7.952e+06 3.482 3.482 55 -1134.29 0.2085 0.1087 -0.07195 -26.56 55.47 7.952e+06 3.482 3.482 56 -1134.29 0.2085 0.1087 -0.07195 -25.95 55.47 7.952e+06 3.482 3.482 57 -1134.29 0.2085 0.1087 -0.07195 -26.56 55.47 9.628e+06 3.482 3.482 58 -1134.29 0.2085 0.1087 -0.07195 -25.95 55.47 9.628e+06 3.482 3.482 59 -1134.29 0.2085 0.1087 -0.07195 -25.95 55.47 9.121e+06 3.482 3.482 60 -1134.29 0.2085 0.1087 -0.07195 -25.95 55.47 9.724e+06 3.482 3.482 61 -1134.29 0.2085 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-945.93 0.2221 0.07086 -0.07195 -48.28 55.72 9.715e+06 3.482 3.482 362 -945.93 0.2221 0.07086 -0.07195 -48.33 50.88 9.681e+06 4.208 4.208 363 -945.93 0.2221 0.07086 -0.07195 -35.39 55.72 9.681e+06 4.155 4.155 364 -945.93 0.2221 0.07086 -0.07195 -53.46 55.72 9.681e+06 3.482 3.482 365 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.632 3.632 366 -945.93 0.2221 0.07086 -0.07195 -55.72 55.47 9.681e+06 3.482 3.482 367 -945.93 0.2221 0.07086 -0.07195 -48.28 55.47 9.715e+06 3.482 3.482 368 -945.93 0.2221 0.07086 -0.07195 -53.46 55.72 9.681e+06 3.482 3.482 369 -945.93 0.2221 0.07086 -0.07195 -49.03 50.68 9.681e+06 4.569 4.569 370 -945.93 0.2221 0.07086 -0.07195 -49.03 49.97 9.681e+06 3.482 3.482 371 -945.93 0.2221 0.07086 -0.07195 -48.33 55.72 9.715e+06 3.877 3.877 372 -945.93 0.2221 0.07086 -0.07195 -49.67 41.63 9.681e+06 3.482 3.482 373 -945.93 0.2221 0.07086 -0.07195 -55.72 50.68 9.681e+06 4.569 4.569 374 -945.93 0.2221 0.07086 -0.07195 -48.33 55.72 9.715e+06 3.877 3.877 375 -945.93 0.2221 0.07086 -0.07195 -48.28 38.66 9.681e+06 3.482 3.482 376 -945.93 0.2221 0.07086 -0.07195 -49.67 41.63 9.715e+06 3.877 3.877 377 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.715e+06 3.877 3.877 378 -945.93 0.2221 0.07086 -0.07195 -48.33 55.72 9.681e+06 3.482 3.482 379 -945.93 0.2221 0.07086 -0.07195 -49.03 50.88 9.681e+06 3.877 3.877 380 -945.93 0.2221 0.07086 -0.07195 -48.33 55.72 9.681e+06 3.877 3.877 381 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.681e+06 3.482 3.482 382 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.715e+06 3.482 3.482 383 -945.93 0.2221 0.07086 -0.07195 -49.67 41.63 9.681e+06 3.482 3.482 384 -945.93 0.2221 0.07086 -0.07195 -49.67 50.88 9.681e+06 3.482 3.482 385 -945.93 0.2221 0.07086 -0.07195 -48.33 50.88 9.681e+06 3.877 3.877 386 -945.93 0.2221 0.07086 -0.07195 -55.72 48.69 9.681e+06 3.482 3.482 387 -945.93 0.2221 0.07086 -0.07195 -42.59 41.63 9.681e+06 3.877 3.877 388 -945.93 0.2221 0.07086 -0.07195 -44.09 55.72 9.715e+06 3.482 3.482 389 -945.93 0.2221 0.07086 -0.07195 -42.59 41.63 9.715e+06 3.482 3.482 390 -945.93 0.2221 0.07086 -0.07195 -42.59 41.63 9.715e+06 3.482 3.482 391 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.715e+06 3.769 3.769 392 -945.93 0.2221 0.07086 -0.07195 -49.67 41.63 9.715e+06 3.482 3.482 393 -945.93 0.2221 0.07086 -0.07195 -55.72 41.63 9.681e+06 3.482 3.482 394 -945.93 0.2221 0.07086 -0.07195 -49.67 41.63 9.681e+06 3.482 3.482 395 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.482 3.482 396 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.681e+06 3.482 3.482 397 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.715e+06 3.482 3.482 398 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.769 3.769 399 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.715e+06 3.877 3.877 400 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.681e+06 3.482 3.482 401 -945.93 0.2221 0.07086 -0.07195 -49.67 44.61 9.681e+06 3.482 3.482 402 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.877 3.877 403 -945.93 0.2221 0.07086 -0.07195 -49.67 41.63 9.681e+06 3.482 3.482 404 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.681e+06 3.482 3.482 405 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.681e+06 3.482 3.482 406 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.482 3.482 407 -945.93 0.2221 0.07086 -0.07195 -51.15 41.85 9.681e+06 3.482 3.482 408 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.681e+06 3.482 3.482 409 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.482 3.482 410 -945.93 0.2221 0.07086 -0.07195 -42.59 44.61 9.681e+06 3.482 3.482 411 -945.93 0.2221 0.07086 -0.07195 -49.67 42.81 9.681e+06 3.482 3.482 412 -945.93 0.2221 0.07086 -0.07195 -49.67 42.81 9.681e+06 3.482 3.482 413 -945.93 0.2221 0.07086 -0.07195 -42.59 45.94 9.681e+06 3.482 3.482 414 -945.93 0.2221 0.07086 -0.07195 -55.72 45.94 9.681e+06 3.482 3.482 415 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.681e+06 3.482 3.482 416 -945.93 0.2221 0.07086 -0.07195 -44.09 55.72 9.681e+06 3.482 3.482 417 -945.93 0.2221 0.07086 -0.07195 -49.67 54.11 9.681e+06 3.482 3.482 418 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 4.378 4.378 419 -945.93 0.2221 0.07086 -0.07195 -44.09 55.72 9.681e+06 3.482 3.482 420 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.681e+06 3.482 3.482 421 -945.93 0.2221 0.07086 -0.07195 -45.17 44.61 9.681e+06 3.482 3.482 422 -945.93 0.2221 0.07086 -0.07195 -44.09 45.94 9.681e+06 3.841 3.841 423 -945.93 0.2221 0.07086 -0.07195 -54.47 41.63 9.681e+06 3.482 3.482 424 -945.93 0.2221 0.07086 -0.07195 -38.92 41.63 9.681e+06 3.482 3.482 425 -945.93 0.2221 0.07086 -0.07195 -38.92 41.63 9.681e+06 3.482 3.482 426 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.482 3.482 427 -945.93 0.2221 0.07086 -0.07195 -47.89 45.94 9.681e+06 3.971 3.971 428 -945.93 0.2221 0.07086 -0.07195 -42.59 55.72 9.681e+06 3.482 3.482 429 -945.93 0.2221 0.07086 -0.07195 -42.59 55.72 9.681e+06 3.841 3.841 430 -945.93 0.2221 0.07086 -0.07195 -49.67 41.63 9.681e+06 3.841 3.841 431 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.482 3.482 432 -945.93 0.2221 0.07086 -0.07195 -43.3 55.72 9.681e+06 3.482 3.482 433 -945.93 0.2221 0.07086 -0.07195 -52.09 55.72 9.681e+06 3.482 3.482 434 -945.93 0.2221 0.07086 -0.07195 -43.3 55.72 9.681e+06 3.971 3.971 435 -945.93 0.2221 0.07086 -0.07195 -42.59 55.72 9.681e+06 3.482 3.482 436 -945.93 0.2221 0.07086 -0.07195 -43.3 41.63 9.681e+06 3.841 3.841 437 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.482 3.482 438 -945.93 0.2221 0.07086 -0.07195 -47.89 45.94 9.681e+06 3.482 3.482 439 -945.93 0.2221 0.07086 -0.07195 -38.92 55.72 9.681e+06 3.482 3.482 440 -945.93 0.2221 0.07086 -0.07195 -52.09 41.63 9.681e+06 3.482 3.482 441 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.681e+06 3.482 3.482 442 -945.93 0.2221 0.07086 -0.07195 -44.06 55.72 9.681e+06 3.841 3.841 443 -945.93 0.2221 0.07086 -0.07195 -49.67 55.72 9.681e+06 3.482 3.482 444 -945.93 0.2221 0.07086 -0.07195 -49.67 45.94 9.681e+06 3.482 3.482 445 -945.93 0.2221 0.07086 -0.07195 -55.72 45.94 9.681e+06 3.482 3.482 446 -945.93 0.2221 0.07086 -0.07195 -44.06 55.72 9.681e+06 3.841 3.841 447 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.482 3.482 448 -945.93 0.2221 0.07086 -0.07195 -42.59 55.72 9.681e+06 3.482 3.482 449 -945.93 0.2221 0.07086 -0.07195 -52.09 41.63 9.681e+06 3.841 3.841 450 -945.93 0.2221 0.07086 -0.07195 -38.59 41.63 9.681e+06 3.482 3.482 451 -945.93 0.2221 0.07086 -0.07195 -55.72 44.44 9.681e+06 3.841 3.841 452 -945.93 0.2221 0.07086 -0.07195 -44.42 46.16 9.681e+06 3.841 3.841 453 -945.93 0.2221 0.07086 -0.07195 -42.59 46.16 9.681e+06 3.482 3.482 454 -945.93 0.2221 0.07086 -0.07195 -45.25 55.72 9.681e+06 3.482 3.482 455 -945.93 0.2221 0.07086 -0.07195 -42.59 41.63 9.681e+06 3.841 3.841 456 -945.93 0.2221 0.07086 -0.07195 -38.59 41.63 9.681e+06 3.482 3.482 457 -945.93 0.2221 0.07086 -0.07195 -42.59 55.72 9.681e+06 3.482 3.482 458 -945.93 0.2221 0.07086 -0.07195 -35.59 55 9.681e+06 3.841 3.841 459 -945.93 0.2221 0.07086 -0.07195 -40.63 55.72 9.681e+06 3.482 3.482 460 -945.93 0.2221 0.07086 -0.07195 -55.72 41.63 9.681e+06 3.482 3.482 461 -945.93 0.2221 0.07086 -0.07195 -40.63 55.72 9.583e+06 3.482 3.482 462 -945.93 0.2221 0.07086 -0.07195 -44.09 55.72 9.681e+06 3.841 3.841 463 -945.93 0.2221 0.07086 -0.07195 -40.63 44.44 9.681e+06 3.482 3.482 464 -945.93 0.2221 0.07086 -0.07195 -40.63 46.16 9.681e+06 3.482 3.482 465 -945.93 0.2221 0.07086 -0.07195 -40.63 46.16 9.681e+06 3.841 3.841 466 -945.93 0.2221 0.07086 -0.07195 -38.59 41.36 9.681e+06 3.482 3.482 467 -945.93 0.2221 0.07086 -0.07195 -42.59 55.72 9.681e+06 3.482 3.482 468 -945.93 0.2221 0.07086 -0.07195 -38.59 55.72 9.681e+06 3.482 3.482 469 -945.93 0.2221 0.07086 -0.07195 -44.42 55.72 9.681e+06 3.482 3.482 470 -945.93 0.2221 0.07086 -0.07195 -38.59 55.72 9.681e+06 3.482 3.482 471 -945.93 0.2221 0.07086 -0.07195 -38.59 55.72 9.681e+06 3.482 3.482 472 -945.93 0.2221 0.07086 -0.07195 -38.59 55.72 9.681e+06 3.685 3.685 473 -945.93 0.2221 0.07086 -0.07195 -41.28 44.44 9.681e+06 3.482 3.482 474 -945.93 0.2221 0.07086 -0.07195 -38.59 44.44 9.681e+06 3.482 3.482 475 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.482 3.482 476 -945.93 0.2221 0.07086 -0.07195 -44.42 55.72 9.681e+06 3.482 3.482 477 -945.93 0.2221 0.07086 -0.07195 -41.28 55.72 9.681e+06 4.584 4.584 478 -945.93 0.2221 0.07086 -0.07195 -40.63 55.72 9.681e+06 4.705 4.705 479 -945.93 0.2221 0.07086 -0.07195 -37.37 55.72 9.681e+06 3.482 3.482 480 -945.93 0.2221 0.07086 -0.07195 -55.72 42.1 9.681e+06 3.482 3.482 481 -945.93 0.2221 0.07086 -0.07195 -37.37 55.72 9.681e+06 3.482 3.482 482 -945.93 0.2221 0.07086 -0.07195 -40.63 55.72 9.721e+06 3.482 3.482 483 -945.93 0.2221 0.07086 -0.07195 -55.72 55.72 9.681e+06 3.482 3.482 484 -945.93 0.2221 0.07086 -0.07195 -37.37 55.72 9.681e+06 3.482 3.482 485 -945.93 0.2221 0.07086 -0.07195 -37.37 55.72 9.681e+06 3.482 3.482 486 -945.93 0.2221 0.07086 -0.07195 -48.26 55.72 9.681e+06 3.482 3.482 487 -945.93 0.2221 0.07086 -0.07195 -54.68 55.72 9.681e+06 5.749 5.749 488 -945.93 0.2221 0.07086 -0.07195 -54.68 55.72 9.681e+06 5.749 5.749 489 -945.93 0.2221 0.07086 -0.07195 -37.37 55.72 9.681e+06 3.482 3.482 490 -945.93 0.2221 0.07086 -0.07195 -45.25 55.72 9.681e+06 4.81 4.81 491 -945.93 0.2221 0.07086 -0.07195 -37.37 55.72 9.681e+06 5.749 5.749 492 -945.93 0.2221 0.07086 -0.07195 -37.37 55.72 9.681e+06 3.482 3.482 493 -945.93 0.2221 0.07086 -0.07195 -37.37 55.72 9.681e+06 3.832 3.832 494 -945.93 0.2221 0.07086 -0.07195 -44.42 55.72 9.681e+06 3.482 3.482 495 -945.93 0.2221 0.07086 -0.07195 -36.43 55.72 9.681e+06 3.482 3.482 496 -945.93 0.2221 0.07086 -0.07195 -44.42 55.72 9.681e+06 3.482 3.482 497 -945.93 0.2221 0.07086 -0.07195 -52.62 55.72 9.681e+06 4.705 4.705 498 -945.93 0.2221 0.07086 -0.07195 -37.37 55.72 9.681e+06 4.705 4.705 499 -945.93 0.2221 0.07086 -0.07195 -40.63 55.72 9.681e+06 3.482 3.482 500 -945.93 0.2221 0.07086 -0.07195 -41.51 55.72 9.636e+06 3.832 3.832 No improvement found, restoring initial params save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src7.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src7.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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 406 241 422 257 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (405:421, 240:256) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 406 241 422 257 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (405:421, 240:256) Extracting subarray using numpy 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 -44.011612 44.011612 -1 setpar 5 0.0 0.010000 -44.011612 44.011612 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 11.002903 0.001000 2.750726 22.005806 -1 setpar 8 11.002903 0.001000 2.750726 22.005806 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 -123330.77 43.47 5.571 6.525 -25.46 -40.03 1.907e+06 3.196 3.196 2 -93958.54 33.29 5.914 1.042 36.29 -34.65 8.452e+05 2.79 2.79 3 -41005.72 33.29 6.855 -6.361 -44.01 -34.65 8.452e+05 2.79 2.79 4 -39179.32 33.92 6.06 -3.827 -11.38 -41.29 1.055e+06 3.053 3.053 5 -33490.84 33.92 6.06 -3.827 39.15 -38.41 1.055e+06 3.042 3.042 6 -14745.24 5.552 -0.6658 -1.61 -43.11 -31.13 2.69e+05 2.751 2.751 7 -20274.39 5.492 -3.323 -2.978 15.02 -40.03 1e-06 5.4 5.4 8 -19344.17 33.29 -0.8382 1.042 36.29 44.01 8.452e+05 2.79 2.79 9 -11114.22 12.42 0.7196 1.042 -8.17 -40.03 6.299e+04 3.196 3.196 10 -10744.23 12.42 -0.8382 1.042 -42.69 -38.37 8.452e+05 2.79 2.79 11 -10744.23 12.42 -0.8382 1.042 -42.69 -38.37 8.452e+05 2.79 2.79 12 -8730.40 12.42 0.7196 1.042 -42.69 -40.03 6.299e+04 3.196 3.196 13 -8065.35 5.492 -0.8382 1.042 36.29 44.01 1e-06 3.042 3.042 14 -8065.35 5.492 -0.8382 1.042 36.29 -40.03 1e-06 3.042 3.042 15 -8065.35 5.492 -0.8382 1.042 36.29 -40.03 1e-06 3.042 3.042 16 -6697.96 5.492 0.7196 1.042 36.29 -44.01 8.514e+04 3.042 3.042 17 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3.026 476 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 477 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 478 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 479 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 480 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 481 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 482 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 483 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 484 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 485 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 486 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 487 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 488 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 489 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 490 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 491 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 492 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 493 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 494 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 495 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 496 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 497 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 498 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 499 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 500 -414.90 0.508 -0.002243 -0.00227 34.11 -43.97 6.793e+04 3.026 3.026 Setting fit to best solution... save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src8.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src8.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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 382 417 399 434 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (381:398, 416:433) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 382 417 399 434 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (381:398, 416:433) Extracting subarray using numpy 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 -48.409116 48.409116 -1 setpar 5 0.0 0.010000 -48.409116 48.409116 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.102279 0.001000 3.025570 24.204558 -1 setpar 8 12.102279 0.001000 3.025570 24.204558 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 -64165.06 81.31 8.177 -2.873 47.74 -32.44 2.901e+06 3.619 3.619 2 -64165.06 81.31 8.177 -2.873 47.74 -32.44 2.901e+06 3.619 3.619 3 -63417.42 81.31 8.177 -2.873 47.74 -32.44 1.445e+06 3.619 3.619 4 -36055.45 29.14 1.11 3.593 -48.41 -48.41 1.038e+05 6.997 6.997 5 -30307.05 29.14 1.11 3.593 -33.9 -48.41 1.335e+05 3.256 3.256 6 -23870.33 29.14 -0.3465 -2.873 47.74 -32.44 2.901e+06 3.619 3.619 7 -10580.88 2.204 2.092 -0.8344 40.89 -44.53 6.817e+06 3.026 3.026 8 -8644.28 2.204 -0.3465 -0.8344 47.74 -41.26 2.872e+06 4.506 4.506 9 -8644.28 2.204 -0.3465 -0.8344 47.74 -41.26 2.872e+06 4.506 4.506 10 -7454.46 2.904 1.11 -0.8573 47.74 -32.44 1.607e+06 3.619 3.619 11 -6459.78 2.204 -0.7587 -0.8344 47.74 -41.26 1.038e+05 4.506 4.506 12 -4935.28 2.204 -0.3465 -0.8344 47.74 -48.41 2.901e+06 3.026 3.026 13 -4781.70 1.169 -0.3465 -0.8344 47.74 -48.41 2.901e+06 3.619 3.619 14 -4493.19 0 -0.3465 -0.8344 47.74 -48.41 2.693e+06 3.915 3.915 15 -4493.19 0 -0.3465 -0.8344 47.74 -48.41 2.693e+06 3.915 3.915 16 -4492.26 0 -0.3465 -0.8344 47.74 -48.41 2.901e+06 3.026 3.026 17 -3996.09 0 0.02331 -0.8573 47.74 -48.41 1.607e+06 3.026 3.026 18 -3886.19 0 0.02331 -0.8344 47.74 -48.41 2.901e+06 3.619 3.619 19 -3634.36 2.204 -0.3465 -0.4226 48.41 -48.41 2.901e+06 3.026 3.026 20 -3030.96 2.204 -0.3465 -0.3448 48.41 -48.41 2.901e+06 3.026 3.026 21 -3030.96 2.204 -0.3465 -0.3448 48.41 -48.41 2.901e+06 3.026 3.026 22 -2658.03 0 0.3859 -0.4226 47.74 -48.41 1.607e+06 3.026 3.026 23 -2432.62 0 0.3859 -0.3448 47.74 -48.41 1.607e+06 3.026 3.026 24 -2432.62 0 0.3859 -0.3448 47.74 -48.41 1.607e+06 3.026 3.026 25 -2294.31 0 0.02331 -0.4226 47.74 -48.41 1.607e+06 3.026 3.026 26 -2294.31 0 0.02331 -0.4226 47.74 -48.41 1.607e+06 3.026 3.026 27 -2265.83 0 -0.0875 0.3444 48.41 -48.41 1.607e+06 3.026 3.026 28 -2265.83 0 -0.0875 0.3444 48.41 -48.41 1.607e+06 3.026 3.026 29 -2262.54 0 0.02331 -0.3448 48.41 -48.41 3.202e+06 3.026 3.026 30 -1774.21 0 -0.01573 -0.3448 48.41 -48.41 1.607e+06 3.026 3.026 31 -1774.21 0 -0.01573 -0.3448 48.41 -48.41 1.607e+06 3.026 3.026 32 -1774.21 0 -0.01573 -0.3448 48.41 -48.41 1.607e+06 3.026 3.026 33 -1774.21 0 -0.01573 -0.3448 48.41 -48.41 1.607e+06 3.026 3.026 34 -1774.21 0 -0.01573 -0.3448 48.41 -48.41 4.068e+05 3.026 3.026 35 -1229.39 0 -0.01573 0.07333 48.41 -48.41 2.862e+05 3.026 3.026 36 -1229.39 0 -0.01573 0.07333 48.41 -48.41 2.862e+05 3.026 3.026 37 -1086.58 0.2149 -0.01573 0.07333 48.41 -45.6 3.749e+06 3.026 3.026 38 -1086.58 0.2149 -0.01573 0.07333 48.41 -45.6 1.913e+06 3.026 3.026 39 -1116.81 0 0.1446 0.07333 48.41 -48.41 4.068e+05 3.026 3.026 40 -1116.81 0 0.1446 0.07333 48.41 -48.41 4.068e+05 3.026 3.026 41 -1116.81 0 0.1446 0.07333 48.41 -48.41 4.068e+05 3.026 3.026 42 -1116.81 0 0.1446 0.07333 48.41 -48.41 2.862e+05 3.026 3.026 43 -1116.81 0 0.1446 0.07333 48.41 -48.41 1e-06 3.026 3.026 44 -1116.81 0 0.1446 0.07333 48.41 -48.41 1e-06 3.026 3.026 45 -1116.81 0 0.1446 0.07333 48.41 -48.41 1e-06 3.026 3.026 46 -1116.81 0 0.1446 0.07333 48.41 -48.41 1e-06 3.026 3.026 47 -1116.81 0 0.1446 0.07333 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17.91 471 -534.44 0.612 -0.007691 -0.004761 7.174 3.31 1e-06 17.91 17.91 472 -534.44 0.612 -0.007691 -0.004761 7.174 3.31 1e-06 17.91 17.91 473 -534.44 0.612 -0.007691 -0.004761 7.174 5.501 1e-06 16.5 16.5 474 -534.44 0.612 -0.007691 -0.004761 7.174 5.501 1e-06 16.5 16.5 475 -534.44 0.612 -0.007691 -0.004761 7.174 5.501 1e-06 16.5 16.5 476 -534.44 0.612 -0.007691 -0.004761 6.582 5.501 1e-06 17.91 17.91 477 -534.44 0.612 -0.007691 -0.004761 7.174 5.501 1e-06 17 17 478 -534.44 0.612 -0.007691 -0.004761 7.174 5.501 1e-06 17 17 479 -534.44 0.612 -0.007691 -0.004761 7.174 5.501 1e-06 17.02 17.02 480 -534.44 0.612 -0.007691 -0.004761 7.174 5.501 1e-06 17.02 17.02 481 -534.44 0.612 -0.007691 -0.004761 7.174 5.501 1e-06 17.02 17.02 482 -534.44 0.612 -0.007691 -0.004761 7.174 5.501 1e-06 17.02 17.02 483 -534.44 0.612 -0.007691 -0.004761 7.174 5.501 1e-06 17.02 17.02 484 -534.44 0.612 -0.007691 -0.004761 7.174 5.501 1e-06 17.02 17.02 485 -534.44 0.612 -0.007691 -0.004761 6.706 5.501 1e-06 17.02 17.02 486 -534.44 0.612 -0.007691 -0.004761 6.706 5.501 1e-06 17.02 17.02 487 -534.44 0.612 -0.007691 -0.004761 7.174 4.279 1e-06 17.02 17.02 488 -534.44 0.612 -0.007691 -0.004761 6.454 4.279 1e-06 17.02 17.02 489 -534.44 0.612 -0.007691 -0.004761 6.454 4.279 1e-06 17.02 17.02 490 -534.44 0.612 -0.007691 -0.004761 6.454 4.279 1e-06 17.02 17.02 491 -534.44 0.612 -0.007691 -0.004761 6.454 4.279 1e-06 17.02 17.02 492 -534.44 0.612 -0.007691 -0.004761 6.435 4.279 1e-06 17.02 17.02 493 -523.78 0.612 0.001175 -0.004761 6.706 5.501 1e-06 15.77 15.77 494 -523.78 0.612 0.001175 -0.004761 6.706 5.501 1e-06 15.77 15.77 495 -523.78 0.612 0.001175 -0.004761 6.454 5.501 1e-06 15.77 15.77 496 -523.78 0.612 0.001175 -0.004761 5.571 5.501 1e-06 15.77 15.77 497 -523.78 0.612 0.001175 -0.004761 6.454 5.501 1e-06 15.77 15.77 498 -523.78 0.612 0.001175 -0.004761 5.571 5.501 1e-06 15.77 15.77 499 -523.78 0.612 0.001175 -0.004761 1.175 5.501 1e-06 15.77 15.77 500 -523.78 0.612 0.001175 -0.004761 -1.513 4.279 1e-06 17.02 17.02 Setting fit to best solution... save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src9.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src9.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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 197 389 213 405 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (196:212, 388:404) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 197 389 213 405 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (196:212, 388:404) Extracting subarray using numpy 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 -45.335148 45.335148 -1 setpar 5 0.0 0.010000 -45.335148 45.335148 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 11.333787 0.001000 2.833447 22.667574 -1 setpar 8 11.333787 0.001000 2.833447 22.667574 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 -56645.99 91.9 -4.672 -4.537 44.04 20.84 3.766e+05 3.169 3.169 2 -56641.34 91.9 -4.693 -4.537 44.04 20.84 3.766e+05 3.169 3.169 3 -47429.28 26.72 2.45 9.186 36.12 -18.16 1e-06 4.946 4.946 4 -37739.51 0 5.104 -9.189 44.04 -33.17 9.521e+04 3.473 3.473 5 -18518.04 0 5.104 -1.76 44.04 -33.17 9.521e+04 3.473 3.473 6 -24500.36 26.72 2.45 -4.537 36.12 -18.16 1e-06 4.946 4.946 7 -24500.36 26.72 2.45 -4.537 36.12 30.21 1e-06 4.946 4.946 8 -15779.80 28.24 2.45 -0.296 36.12 -43.07 1e-06 4.946 4.946 9 -15779.80 28.24 2.45 -0.296 44.04 -18.16 1e-06 4.946 4.946 10 -14234.38 26.72 1.66 -1.426 44.04 32.98 3.766e+05 3.169 3.169 11 -14234.38 26.72 1.66 -1.426 44.04 32.98 3.766e+05 3.169 3.169 12 -15304.85 26.72 2.45 -0.296 36.12 -18.16 1e-06 4.946 4.946 13 -13255.80 28.24 1.578 -0.296 44.04 -29.96 2.803e+05 3.169 3.169 14 -13432.74 26.72 1.66 -1.038 44.04 -43.07 1e-06 4.325 4.325 15 -11853.74 12.84 2.45 -1.038 44.04 0.4087 1e-06 3.169 3.169 16 -11712.20 12.84 2.45 0.2165 44.04 -18.16 1e-06 4.946 4.946 17 -11712.20 12.84 2.45 0.2165 44.04 -18.16 1e-06 3.169 3.169 18 -9923.72 14.85 1.66 -1.038 44.04 20.84 1e-06 4.325 4.325 19 -5378.73 12.84 0.1845 -0.296 44.04 15.17 3.766e+05 3.169 3.169 20 -5378.73 12.84 0.1845 -0.296 44.04 15.17 3.766e+05 3.169 3.169 21 -5257.41 12.84 0.1845 -0.296 44.04 -43.07 3.766e+05 3.169 3.169 22 -5257.39 12.84 0.1845 -0.296 44.04 15.17 1e-06 3.169 3.169 23 -5257.39 12.84 0.1845 -0.296 44.04 15.17 1e-06 3.169 3.169 24 -5257.39 12.84 0.1845 -0.296 44.04 15.17 1e-06 3.169 3.169 25 -1474.91 0.2528 0.1845 -0.296 44.04 15.17 1e-06 3.169 3.169 26 -1474.91 0.2528 0.1845 -0.296 44.04 15.17 1e-06 3.169 3.169 27 -1474.91 0.2528 0.1845 -0.296 44.04 15.17 1e-06 3.169 3.169 28 -1281.15 0 0.03105 -0.296 44.04 15.17 1e-06 3.169 3.169 29 -1281.15 0 0.03105 -0.296 44.04 -43.07 1e-06 3.169 3.169 30 -1138.71 0.2528 0.1845 -0.1148 44.04 15.17 1e-06 3.169 3.169 31 -1281.15 0 0.03105 -0.296 44.04 15.17 1e-06 3.169 3.169 32 -1281.15 0 0.03105 -0.296 44.04 15.17 1e-06 3.169 3.169 33 -1281.15 0 0.03105 -0.296 44.04 15.17 1e-06 3.169 3.169 34 -1281.15 0 0.03105 -0.296 44.04 15.17 1e-06 3.169 3.169 35 -1281.15 0 0.03105 -0.296 44.04 15.17 1e-06 3.169 3.169 36 -1249.03 0 0.03105 0.1788 44.04 15.17 1e-06 3.169 3.169 37 -1189.20 0.2528 0.03105 0.1688 44.04 15.17 1e-06 3.169 3.169 38 -1189.20 0.2528 0.03105 0.1688 44.04 15.17 1e-06 3.169 3.169 39 -1189.20 0.2528 0.03105 0.1688 44.04 15.17 1e-06 3.169 3.169 40 -1189.20 0.2528 0.03105 0.1688 44.04 15.17 1e-06 2.933 2.933 41 -1129.75 0 0.03105 0.1688 44.04 15.17 1e-06 3.169 3.169 42 -1189.20 0.2528 0.03105 0.1688 44.04 6.365 1e-06 3.169 3.169 43 -1129.75 0 0.03105 0.1688 44.04 15.17 1e-06 2.889 2.889 44 -1129.75 0 0.03105 0.1688 44.04 15.17 1e-06 2.889 2.889 45 -1129.75 0 0.03105 0.1688 44.04 15.17 1e-06 2.889 2.889 46 -1129.75 0 0.03105 0.1688 44.04 15.17 1e-06 2.889 2.889 47 -1129.75 0 0.03105 0.1688 45.34 6.365 1e-06 2.889 2.889 48 -1129.75 0 0.03105 0.1688 44.04 15.17 1e-06 2.833 2.833 49 -1129.75 0 0.03105 0.1688 44.04 -43.07 1e-06 3.169 3.169 50 -1084.04 0 0.03752 0.1688 44.04 23.83 1e-06 3.169 3.169 51 -1084.04 0 0.03752 0.1688 44.04 23.83 1e-06 3.169 3.169 52 -984.47 0 0.03105 0.0339 44.04 23.83 1e-06 2.833 2.833 53 -984.47 0 0.03105 0.0339 44.04 23.83 1e-06 2.833 2.833 54 -984.47 0 0.03105 0.0339 45.34 23.83 1e-06 2.833 2.833 55 -984.47 0 0.03105 0.0339 45.34 23.83 1e-06 2.833 2.833 56 -938.74 0 0.03752 0.0339 44.04 23.83 1e-06 3.169 3.169 57 -767.77 1.666 0.03105 0.0339 45.34 23.83 1e-06 2.833 2.833 58 -832.88 0 0.03752 -0.06826 44.04 -43.07 1e-06 2.833 2.833 59 -832.88 0 0.03752 -0.06826 44.04 -43.07 1e-06 2.833 2.833 60 -832.88 0 0.03752 -0.06826 44.04 -43.07 1e-06 2.833 2.833 61 -832.88 0 0.03752 -0.06826 44.04 -43.07 1e-06 2.833 2.833 62 -832.88 0 0.03752 -0.06826 44.04 -43.07 1e-06 2.833 2.833 63 -810.23 1.856 0.03105 0.0339 45.34 23.83 1e-06 2.833 2.833 64 -810.23 1.856 0.03105 0.0339 45.34 23.83 1e-06 2.833 2.833 65 -810.23 1.856 0.03105 0.0339 45.34 23.83 1e-06 2.833 2.833 66 -810.23 1.856 0.03105 0.0339 45.34 23.83 1e-06 2.833 2.833 67 -810.23 1.856 0.03105 0.0339 45.34 23.83 1e-06 2.833 2.833 68 -810.23 1.856 0.03105 0.0339 45.34 23.83 1e-06 2.833 2.833 69 -810.23 1.856 0.03105 0.0339 45.34 -43.07 1e-06 2.833 2.833 70 -810.23 1.856 0.03105 0.0339 45.34 -43.07 1e-06 2.833 2.833 71 -810.23 1.856 0.03105 0.0339 45.34 -43.07 1e-06 2.833 2.833 72 -810.23 1.856 0.03105 0.0339 45.34 -43.07 1e-06 2.833 2.833 73 -810.23 1.856 0.03105 0.0339 37.78 -43.07 1e-06 2.833 2.833 74 -810.23 1.856 0.03105 0.0339 37.78 -43.07 1e-06 2.833 2.833 75 -810.23 1.856 0.03105 0.0339 45.34 -43.07 1e-06 5.06 5.06 76 -810.23 1.856 0.03105 0.0339 45.34 -43.07 1.079e+06 2.833 2.833 77 -810.23 1.856 0.03105 0.0339 45.34 -43.07 1.079e+06 2.833 2.833 78 -810.23 1.856 0.03105 0.0339 45.34 -43.07 2.122e+06 2.833 2.833 79 -810.23 1.856 0.03105 0.0339 45.34 -43.07 2.122e+06 2.833 2.833 80 -810.22 1.856 0.03105 0.0339 41.48 -43.07 9.703e+05 2.833 2.833 81 -810.22 1.856 0.03105 0.0339 41.48 -43.07 9.703e+05 2.833 2.833 82 -810.22 1.856 0.03105 0.0339 45.34 -37.76 9.703e+05 2.833 2.833 83 -810.22 1.856 0.03105 0.0339 45.34 -37.76 1.079e+06 2.833 2.833 84 -741.23 1.36 0.03105 0.0339 45.34 -43.07 1.911e+06 2.833 2.833 85 -741.23 1.36 0.03105 0.0339 45.34 -43.07 1.911e+06 2.833 2.833 86 -741.23 1.36 0.03105 0.0339 45.34 -43.07 1.911e+06 2.833 2.833 87 -741.23 1.36 0.03105 0.0339 45.34 -43.07 1.911e+06 2.833 2.833 88 -741.17 1.36 0.03105 0.0339 40.92 -43.07 9.703e+05 2.833 2.833 89 -741.17 1.36 0.03105 0.0339 40.92 -43.07 9.703e+05 2.833 2.833 90 -741.02 1.36 0.03105 0.0339 40.24 -43.07 1.911e+06 2.833 2.833 91 -740.93 1.36 0.03105 0.0339 39.2 -43.07 1.026e+06 2.833 2.833 92 -740.93 1.36 0.03105 0.0339 39.2 -43.07 1.026e+06 2.833 2.833 93 -740.88 1.36 0.03105 0.0339 41.48 -43.07 9.703e+05 3.147 3.147 94 -740.88 1.36 0.03105 0.0339 41.48 -43.07 9.703e+05 3.147 3.147 95 -740.88 1.36 0.03105 0.0339 41.48 -43.07 9.703e+05 3.147 3.147 96 -740.88 1.36 0.03105 0.0339 41.48 -43.07 9.703e+05 3.147 3.147 97 -740.88 1.36 0.03105 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3.471 485 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.5e+06 3.471 3.471 486 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.5e+06 3.471 3.471 487 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.5e+06 3.471 3.471 488 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.5e+06 3.471 3.471 489 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.5e+06 3.471 3.471 490 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.5e+06 3.471 3.471 491 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.5e+06 3.471 3.471 492 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.5e+06 3.471 3.471 493 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.5e+06 3.471 3.471 494 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.5e+06 3.471 3.471 495 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.517e+06 3.471 3.471 496 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.517e+06 3.471 3.471 497 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.517e+06 3.471 3.471 498 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.517e+06 3.471 3.471 499 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.517e+06 3.471 3.471 500 -433.94 0.5502 -0.002046 -0.004296 44.85 -42.28 2.517e+06 3.471 3.471 Setting fit to best solution... save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src10.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src10.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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 306 411 322 427 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (305:321, 410:426) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 306 411 322 427 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (305:321, 410:426) Extracting subarray using numpy 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 -43.161312 43.161312 -1 setpar 5 0.0 0.010000 -43.161312 43.161312 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 10.790328 0.001000 2.697582 21.580656 -1 setpar 8 10.790328 0.001000 2.697582 21.580656 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 -86241.74 9.971 -1.484 6.373 6.178 -42.36 6.86e+06 3.373 3.373 2 -37781.22 16.52 8.261 -0.1893 39.51 -34.99 1e-06 12.33 12.33 3 -33405.06 26.69 6.262 -0.1893 -0.6807 -38.83 1.188e+04 3.491 3.491 4 -12608.40 9.971 -1.484 -0.1893 31.04 -42.36 6.86e+06 2.862 2.862 5 -12608.40 9.971 -1.484 -0.1893 31.04 -42.36 6.86e+06 2.862 2.862 6 -12608.40 9.971 -1.484 -0.1893 31.04 -42.36 6.86e+06 2.862 2.862 7 -10943.86 2.302 1.694 -2.481 8.638 -39.47 1e-06 4.393 4.393 8 -6490.92 2.302 -1.228 -0.1893 -42.02 -39.47 1e-06 4.393 4.393 9 -6490.92 2.302 -1.228 -0.1893 -42.02 -39.47 1e-06 4.393 4.393 10 -6113.10 0.6128 -1.228 -0.1893 43.16 -35.85 1e-06 3.183 3.183 11 -6490.92 2.302 -1.228 -0.1893 43.16 -11.56 1.902e+05 2.698 2.698 12 -4069.63 2.302 -0.7196 -0.1893 43.16 -39.47 1e-06 4.393 4.393 13 -2370.86 3.563 -0.2674 -0.1893 39.69 -35.85 1e-06 2.862 2.862 14 -1889.90 1.267 -0.2674 -0.1893 39.69 -35.85 1e-06 2.862 2.862 15 -1913.33 3.563 0.06064 -0.1893 43.16 -35.85 1e-06 2.862 2.862 16 -1913.33 3.563 0.06064 -0.1893 43.16 -35.85 1e-06 4.393 4.393 17 -1913.33 3.563 0.06064 -0.1893 43.16 -35.85 1e-06 4.393 4.393 18 -1687.68 0 -0.2674 -0.1893 39.69 -39.47 1e-06 2.698 2.698 19 -1687.68 0 -0.2674 -0.1893 39.69 -39.47 1e-06 2.698 2.698 20 -1676.04 0.2795 -0.2674 -0.1893 -42.02 -35.85 1e-06 2.862 2.862 21 -1334.93 0 0.06064 -0.1893 40.27 -42.43 6.86e+06 2.862 2.862 22 -1266.52 1.267 0.06064 -0.1893 43.16 -35.85 1e-06 4.393 4.393 23 -1329.61 0 0.06064 -0.1893 40.27 -42.43 1e-06 2.862 2.862 24 -1266.52 1.267 0.06064 -0.1893 42.13 -42.36 1.902e+05 2.698 2.698 25 -1266.52 1.267 0.06064 -0.1893 42.13 -42.36 1.902e+05 2.698 2.698 26 -1266.52 1.267 0.06064 -0.1893 42.13 -42.36 1.902e+05 2.698 2.698 27 -1266.52 1.267 0.06064 -0.1893 42.13 -42.36 1.902e+05 2.698 2.698 28 -1203.03 0 0.06064 -0.07338 -42.02 -33.08 1e-06 4.393 4.393 29 -1096.38 0 0.06064 0.1313 42.13 -39.47 1e-06 2.698 2.698 30 -1096.38 0 0.06064 0.1313 42.13 -39.47 1e-06 2.698 2.698 31 -1259.83 0 0.06064 -0.1432 39.69 -39.47 1e-06 4.393 4.393 32 -1259.83 0 0.06064 -0.1432 39.69 -39.47 1e-06 2.698 2.698 33 -1259.83 0 0.06064 -0.1432 39.69 -39.47 1e-06 2.698 2.698 34 -1259.83 0 0.06064 -0.1432 39.69 -39.47 1e-06 2.698 2.698 35 -1259.83 0 0.06064 -0.1432 39.69 -39.47 1e-06 2.698 2.698 36 -1242.87 1.267 0.06064 -0.1078 40.27 -42.36 1e-06 2.698 2.698 37 -1242.87 1.267 0.06064 -0.1078 40.27 -42.36 1e-06 2.698 2.698 38 -1242.87 1.267 0.06064 -0.1078 40.27 -43.16 1e-06 2.698 2.698 39 -1242.87 1.267 0.06064 -0.1078 42.13 -42.36 1e-06 2.698 2.698 40 -1110.59 0 0.06064 -0.1078 39.69 -39.47 1e-06 2.698 2.698 41 -1110.59 0 0.06064 -0.1078 39.69 -39.47 1e-06 2.698 2.698 42 -1110.59 0 0.06064 -0.1078 39.69 -43.16 1e-06 2.698 2.698 43 -1110.59 0 0.06064 -0.1078 43.16 -39.47 1e-06 2.698 2.698 44 -1008.15 1.267 0.06064 0.08124 40.27 -43.16 1e-06 2.698 2.698 45 -1008.15 1.267 0.06064 0.08124 40.27 -43.16 1e-06 2.698 2.698 46 -1008.15 1.267 0.06064 0.08124 39.69 -43.16 1e-06 2.698 2.698 47 -1008.15 1.267 0.06064 0.08124 34.03 -43.16 1e-06 2.698 2.698 48 -1008.15 1.267 0.06064 0.08124 34.03 -43.16 1e-06 2.698 2.698 49 -1008.15 1.267 0.06064 0.08124 34.03 -43.16 1e-06 2.698 2.698 50 -1008.15 1.267 0.06064 0.08124 39.69 -39.47 1e-06 2.698 2.698 51 -977.16 0.8391 0.06064 0.08124 39.69 -43.16 1e-06 2.698 2.698 52 -977.16 0.8391 0.06064 0.08124 39.69 -43.16 1e-06 2.698 2.698 53 -977.16 0.8391 0.06064 0.08124 39.69 -43.16 1e-06 2.698 2.698 54 -977.16 0.8391 0.06064 0.08124 39.69 -43.16 1e-06 2.698 2.698 55 -809.31 1.267 0.06064 0.02577 39.69 -43.16 1e-06 2.698 2.698 56 -809.31 1.267 0.06064 0.02577 39.69 -43.16 1e-06 2.698 2.698 57 -809.31 1.267 0.06064 0.02577 29.69 -43.16 1e-06 2.698 2.698 58 -809.31 1.267 0.06064 0.02577 39.69 -43.16 1e-06 2.698 2.698 59 -809.31 1.267 0.06064 0.02577 39.69 -43.16 1e-06 2.698 2.698 60 -809.31 1.267 0.06064 0.02577 39.69 -43.16 1e-06 2.698 2.698 61 -809.31 1.267 0.06064 0.02577 40.27 -43.16 1e-06 2.698 2.698 62 -809.31 1.267 0.06064 0.02577 40.27 -43.16 1e-06 2.698 2.698 63 -809.31 1.267 0.06064 0.02577 40.27 -43.16 1e-06 2.698 2.698 64 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 65 -809.31 1.267 0.06064 0.02577 39.9 -43.16 1e-06 2.698 2.698 66 -809.31 1.267 0.06064 0.02577 40.27 -43.16 1e-06 2.698 2.698 67 -809.31 1.267 0.06064 0.02577 40.27 -43.16 1e-06 2.698 2.698 68 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 69 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 70 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 71 -809.31 1.267 0.06064 0.02577 41.77 -43.16 1e-06 2.698 2.698 72 -809.31 1.267 0.06064 0.02577 40.27 -43.16 1e-06 2.698 2.698 73 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 74 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 75 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 76 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 77 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 78 -809.31 1.267 0.06064 0.02577 40.27 -43.16 1e-06 2.698 2.698 79 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 80 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 81 -809.31 1.267 0.06064 0.02577 40.27 -43.16 1e-06 2.698 2.698 82 -809.31 1.267 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 83 -797.65 1.127 0.06064 0.02577 40.27 -43.16 1e-06 2.698 2.698 84 -797.65 1.127 0.06064 0.02577 40.27 -43.16 1e-06 2.698 2.698 85 -797.65 1.127 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 86 -797.65 1.127 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 87 -797.65 1.127 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 88 -797.65 1.127 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 89 -797.65 1.127 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 90 -797.65 1.127 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 91 -797.65 1.127 0.06064 0.02577 43.16 -43.16 1e-06 2.698 2.698 92 -797.65 1.127 0.06064 0.02577 41.23 -43.16 1e-06 2.698 2.698 93 -646.63 1.127 -0.01773 0.02577 43.16 -43.16 1e-06 2.698 2.698 94 -646.63 1.127 -0.01773 0.02577 43.16 -43.16 1e-06 2.698 2.698 95 -646.63 1.127 -0.01773 0.02577 43.16 -43.16 1e-06 2.698 2.698 96 -646.63 1.127 -0.01773 0.02577 43.16 -43.16 1e-06 2.698 2.698 97 -646.63 1.127 -0.01773 0.02577 43.16 -43.16 1e-06 2.698 2.698 98 -646.63 1.127 -0.01773 0.02577 43.16 -43.16 1e-06 4.551 4.551 99 -646.63 1.127 -0.01773 0.02577 43.16 -43.16 1e-06 4.551 4.551 100 -646.63 1.127 -0.01773 0.02577 43.16 -43.16 1e-06 4.551 4.551 101 -646.63 1.127 -0.01773 0.02577 43.16 -43.16 1e-06 4.611 4.611 102 -641.50 1.127 -0.01773 0.02577 43.16 -43.16 4.049e+04 3.872 3.872 103 -641.50 1.127 -0.01773 0.02577 43.16 -43.16 4.049e+04 3.872 3.872 104 -641.50 1.127 -0.01773 0.02577 43.16 -43.16 4.049e+04 3.872 3.872 105 -641.50 1.127 -0.01773 0.02577 43.16 -43.16 4.049e+04 3.872 3.872 106 -641.34 1.127 -0.01773 0.02577 36.67 -43.16 1.09e+06 2.698 2.698 107 -641.34 1.127 -0.01773 0.02577 36.67 -43.16 1.09e+06 2.698 2.698 108 -641.50 1.127 -0.01773 0.02577 43.16 -43.16 4.049e+04 3.872 3.872 109 -641.50 1.127 -0.01773 0.02577 43.16 -43.16 4.049e+04 3.872 3.872 110 -641.37 1.127 -0.01773 0.02577 43.16 -43.16 6.788e+04 3.872 3.872 111 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 112 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 113 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 114 -641.32 1.127 -0.01773 0.02577 43.16 -43.16 4.049e+04 3.935 3.935 115 -641.32 1.127 -0.01773 0.02577 43.16 -43.16 4.049e+04 3.935 3.935 116 -641.32 1.127 -0.01773 0.02577 43.16 -43.16 4.049e+04 3.935 3.935 117 -641.32 1.127 -0.01773 0.02577 43.16 -43.16 4.049e+04 3.935 3.935 118 -641.32 1.127 -0.01773 0.02577 43.16 -43.16 4.049e+04 3.935 3.935 119 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 120 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 121 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 122 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 123 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 124 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 125 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 126 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 127 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 128 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 129 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 130 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 131 -641.33 1.127 -0.01773 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 132 -609.17 1.127 0.02024 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 133 -609.17 1.127 0.02024 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 134 -609.17 1.127 0.02024 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 135 -597.51 1.127 -0.00685 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 136 -597.51 1.127 -0.00685 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 137 -597.51 1.127 -0.00685 0.02577 43.16 -43.16 5.787e+04 3.872 3.872 138 -597.51 1.127 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6.534e+04 3.599 3.599 462 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 463 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 464 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 465 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 466 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 467 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 468 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 469 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 470 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 471 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 472 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 473 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 474 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 475 -474.33 0.6944 0.005583 0.003565 43.16 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0.003565 43.16 -43.16 6.534e+04 3.599 3.599 490 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 491 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 492 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 493 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 494 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 495 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 496 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 497 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 498 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 499 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 500 -474.33 0.6944 0.005583 0.003565 43.16 -43.16 6.534e+04 3.599 3.599 Setting fit to best solution... save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src11.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src11.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 ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz fullrun_mos1_xmm0112680201_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src 16 55.717542 0 0 1 4. ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz 117 188 136 207 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_cl.img.gz using pyfits Extracting (116:135, 187:206) Extracting subarray using numpy mask ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz 1 117 188 136 207 Reading ../../../xmm0112680201/products/images/fullrun_mos1_xmm0112680201_pi300-10000_mask.img.gz using pyfits Extracting (116:135, 187:206) Extracting subarray using numpy 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 -54.652532 54.652532 -1 setpar 5 0.0 0.010000 -54.652532 54.652532 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 13.663133 0.001000 3.415783 27.326266 -1 setpar 8 13.663133 0.001000 3.415783 27.326266 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 -65524.47 15.51 -0.9815 3.732 -35.6 42.72 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-544.72 0.5467 0.007985 -0.002667 -22.32 46.79 1e+07 3.438 3.438 494 -544.72 0.5467 0.007985 -0.002667 -22.32 46.79 1e+07 3.438 3.438 495 -544.72 0.5467 0.007985 -0.002667 -22.32 46.79 1e+07 3.438 3.438 496 -544.72 0.5467 0.007985 -0.002667 -22.32 46.79 1e+07 3.438 3.438 497 -544.72 0.5467 0.007985 -0.002667 -22.32 46.79 1e+07 3.438 3.438 498 -544.72 0.5467 0.007985 -0.002667 -22.32 46.79 1e+07 3.438 3.438 499 -544.72 0.5467 0.007985 -0.002667 -22.32 46.79 1e+07 3.438 3.438 500 -544.72 0.5467 0.007985 -0.002667 -22.32 46.79 1e+07 3.438 3.438 Setting fit to best solution... save all fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src12.ximg Saving current fit data in fullrun_mos1_xmm0112680201_pi300-10000_cl_pass0_tfrozen_src12.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs