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 ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_cl.img.gz fullrun_mos2_xmm0506210501_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0506210501_pi300-10000_cl_pass1_tfrozen_src 16 40.000000 0 0 1 4. ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_cl.img.gz 307 274 323 290 Reading ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_cl.img.gz using pyfits Extracting (306:322, 273:289) Extracting subarray using numpy mask ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_mask.img.gz 1 307 274 323 290 Reading ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_mask.img.gz using pyfits Extracting (306:322, 273:289) Extracting subarray using numpy stat C model Constant Linear Gaussian Gaussian Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -21.351560 21.351560 -1 setpar 5 0.0 0.010000 -21.351560 21.351560 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 5.337890 0.001000 1.334472 10.675780 -1 setpar 8 5.337890 0.001000 1.334472 10.675780 6 setpar 9 0. -0.01 -360. 360. -1 setpar 10 -38.832989 -0.01 -68.462221 -9.203757 -1 setpar 11 -38.978353 -0.01 -68.607585 -9.349121 -1 setpar 12 1.0 0.01 0.0 10000000 -1 setpar 13 7.407308 -0.01 3.703654 14.814616 -1 setpar 14 7.407308 -0.01 3.703654 14.814616 12 setpar 15 0.0 -0.01 -360.0 360.0 -1 setpar 16 22.050946 -0.01 -8.804246 52.906138 -1 setpar 17 -48.517608 -0.01 -79.372800 -17.662416 -1 setpar 18 1.0 0.01 0.0 10000000 -1 setpar 19 7.713798 -0.01 3.856899 15.427596 -1 setpar 20 7.713798 -0.01 3.856899 15.427596 18 setpar 21 0.0 -0.01 -360.0 360.0 -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 -1 -1 Iteration update columns are: iternation #, fitness, fit stat, free fit params 1 -8993166.91 30.17 -1.576 1.167 -20.06 6.03 2.206e+06 1.838 1.838 7.33e+05 3.692e+06 2 -5824526.54 30.17 -1.576 1.167 4.556 6.03 3.51e+05 2.442 2.442 7.33e+05 3.692e+06 3 -3522873.98 30.17 -1.576 1.167 4.556 6.03 3.51e+05 2.442 2.442 7.33e+05 2.369e+05 4 -3522873.98 30.17 -1.576 1.167 4.556 6.03 3.51e+05 2.442 2.442 7.33e+05 2.369e+05 5 -1925823.11 42.2 5.538 -9.992 -4.312 13.92 3.51e+05 1.838 1.838 0 1.615e+06 6 -1908443.35 42.2 5.538 -3.284 -4.312 13.92 3.51e+05 1.838 1.838 0 1.615e+06 7 -1693531.02 88.84 5.538 -9.992 -4.312 9.599 3.51e+05 1.397 1.397 0 1.615e+06 8 -1440780.39 88.84 5.538 -9.992 2.252 9.599 3.51e+05 1.397 1.397 0 1.615e+06 9 -1100536.19 30.75 6.109 -3.284 -12.13 1.593 3.51e+05 1.683 1.683 1.176e+05 2.369e+05 10 -1100536.19 30.75 6.109 -3.284 -12.13 1.593 3.51e+05 1.683 1.683 1.176e+05 2.369e+05 11 -536892.03 88.84 5.538 -9.992 -10.85 9.599 1.489e+05 1.972 1.972 0 2.369e+05 12 -536892.03 88.84 5.538 -9.992 -10.85 9.599 1.489e+05 1.972 1.972 0 2.369e+05 13 -170109.42 88.84 5.538 -9.992 -12.13 9.599 1e-06 1.397 1.397 0 2.369e+05 14 -170109.42 88.84 5.538 -9.992 -12.13 9.599 1e-06 1.397 1.397 0 2.369e+05 15 -170109.42 88.84 5.538 -9.992 2.252 1.593 1e-06 1.397 1.397 0 2.369e+05 16 -127038.43 88.84 5.538 -9.992 -12.13 9.599 1e-06 1.683 1.683 0 1.722e+05 17 -121678.87 42.2 7.537 -10 -12.75 8.814 1e-06 1.683 1.683 0 1.722e+05 18 -120911.77 30.75 7.537 -10 -12.75 8.814 1e-06 1.683 1.683 0 1.722e+05 19 -12563.61 88.84 5.538 -9.992 -12.13 9.599 1e-06 2.386 2.386 0 0 20 -11876.59 30.75 5.538 -9.992 -12.13 9.599 1e-06 1.397 1.397 0 0 21 -7219.97 42.2 7.537 -9.992 2.252 7.71 1e-06 1.683 1.683 0 0 22 9619.26 88.84 5.538 -3.284 -12.13 1.593 1e-06 2.386 2.386 0 0 23 9619.26 88.84 5.538 -3.284 2.252 1.593 1e-06 2.386 2.386 0 0 24 11397.59 30.75 5.538 -3.284 8.186 1.486 1e-06 1.397 1.397 0 0 25 11397.59 30.75 5.538 -3.284 8.186 1.486 1e-06 1.397 1.397 0 0 26 10763.25 22.97 4.226 -3.284 8.186 9.599 1e-06 1.683 1.683 0 0 27 11397.59 30.75 5.538 -3.284 2.252 1.593 1e-06 1.397 1.397 0 0 28 12412.23 88.84 4.226 -3.284 2.252 1.593 1e-06 1.397 1.397 0 0 29 12843.86 87.28 4.226 -3.284 -12.13 8.814 1e-06 2.386 2.386 0 0 30 15551.63 42.2 4.226 -3.284 9.102 7.71 1e-06 1.397 1.397 0 0 31 15551.63 42.2 4.226 -3.284 9.102 8.814 1e-06 1.397 1.397 0 0 32 17159.67 35.47 2.615 -3.284 2.252 1.593 1e-06 1.334 1.334 0 0 33 17159.67 35.47 2.615 -3.284 2.252 1.593 1e-06 1.334 1.334 0 0 34 18745.92 88.84 4.226 -0.2048 -1.49 2.851 1e-06 1.397 1.397 0 0 35 21427.38 42.2 4.226 -0.8336 9.102 7.71 1e-06 1.397 1.397 0 0 36 23403.84 42.2 4.226 0.08382 8.186 3.503 1e-06 1.397 1.397 0 0 37 23403.84 42.2 4.226 0.08382 8.186 3.503 1e-06 1.397 1.397 0 0 38 23403.84 42.2 4.226 0.08382 8.186 3.503 1e-06 2.386 2.386 0 0 39 29181.08 42.2 2.043 0.08382 9.102 3.503 1e-06 1.397 1.397 0 0 40 32147.60 35.47 -0.3526 0.1949 2.252 1.593 1e-06 2.386 2.386 0 0 41 29181.08 42.2 2.043 0.08382 8.186 3.503 1e-06 1.397 1.397 0 0 42 29181.08 42.2 2.043 0.08382 8.186 3.503 1e-06 1.397 1.397 0 0 43 31002.48 51.38 1.557 0.1949 2.252 -1.493 1e-06 2.181 2.181 0 0 44 31002.48 51.38 1.557 0.1949 2.252 -1.493 1e-06 2.181 2.181 0 0 45 31002.48 51.38 1.557 0.1949 2.252 -1.493 1e-06 2.181 2.181 0 0 46 31268.83 42.2 1.557 0.1949 2.252 -1.493 1e-06 1.397 1.397 0 0 47 32318.14 35.47 -0.2397 0.1949 2.252 1.593 1e-06 2.386 2.386 0 0 48 32318.14 35.47 -0.2397 0.1949 2.252 1.593 1e-06 2.386 2.386 0 0 49 32318.14 35.47 -0.2397 0.1949 2.252 1.593 1e-06 2.386 2.386 0 0 50 32318.14 35.47 -0.2397 0.1949 2.252 1.593 1e-06 2.386 2.386 0 0 51 32693.59 35.47 0.06282 0.1949 2.252 1.593 1e-06 2.386 2.386 0 0 52 33029.90 39.11 -0.2397 0.8915 2.252 -1.493 1e-06 1.397 1.397 0 0 53 33029.90 39.11 -0.2397 0.8915 2.252 -1.493 1e-06 1.397 1.397 0 0 54 33029.90 39.11 -0.2397 0.8915 2.252 -1.493 1e-06 1.397 1.397 0 0 55 33088.41 35.47 -0.2397 0.8915 2.252 1.593 1e-06 2.386 2.386 0 0 56 33525.72 35.47 0.06282 0.8915 2.252 -8.705 1e-06 2.182 2.182 0 0 57 33328.40 35.47 0.06282 0.6394 2.252 1.593 1e-06 2.386 2.386 0 0 58 33525.72 35.47 0.06282 0.8915 2.252 1.593 1e-06 2.386 2.386 0 0 59 33525.72 35.47 0.06282 0.8915 2.252 1.593 1e-06 2.386 2.386 0 0 60 33525.72 35.47 0.06282 0.8915 2.252 1.593 1e-06 2.386 2.386 0 0 61 33525.72 35.47 0.06282 0.8915 2.252 1.593 1e-06 2.386 2.386 0 0 62 33525.72 35.47 0.06282 0.8915 2.252 1.593 1e-06 2.851 2.851 0 0 63 33525.72 35.47 0.06282 0.8915 2.252 1.593 1e-06 2.386 2.386 0 0 64 33644.46 35.47 0.2515 0.8915 2.252 3.503 1e-06 2.386 2.386 0 0 65 33636.69 35.47 0.4216 0.8915 2.252 1.593 1e-06 2.378 2.378 0 0 66 33636.69 35.47 0.4216 0.8915 2.252 3.503 1e-06 2.386 2.386 0 0 67 33644.36 35.47 0.2408 0.8915 2.252 3.503 1e-06 2.792 2.792 0 0 68 33644.36 35.47 0.2408 0.8915 2.252 3.503 1e-06 2.792 2.792 0 0 69 33647.22 35.47 0.335 0.8915 2.252 3.503 1e-06 2.386 2.386 0 0 70 33647.22 35.47 0.335 0.8915 2.252 3.503 1e-06 2.386 2.386 0 0 71 33647.22 35.47 0.335 0.8915 2.252 3.503 1e-06 2.386 2.386 0 0 72 33647.22 35.47 0.335 0.8915 2.252 3.503 1e-06 2.386 2.386 0 0 73 33647.22 35.47 0.335 0.8915 2.252 3.503 1e-06 2.386 2.386 0 0 74 33647.22 35.47 0.335 0.8915 2.252 3.503 1e-06 2.792 2.792 0 0 75 33647.22 35.47 0.335 0.8915 2.252 3.503 1e-06 2.792 2.792 0 0 76 33653.67 35.47 0.2832 0.8915 2.252 3.503 1e-06 2.386 2.386 0 0 77 33653.67 35.47 0.2832 0.8915 2.252 3.503 1e-06 2.386 2.386 0 0 78 33647.22 35.47 0.335 0.8915 2.252 3.503 1e-06 4.971 4.971 0 0 79 33647.22 35.47 0.335 0.8915 2.252 3.503 1e-06 4.971 4.971 0 0 80 33654.59 36.99 0.335 0.8915 2.252 3.503 1e-06 2.792 2.792 0 0 81 33647.22 35.47 0.335 0.8915 2.252 3.503 1e-06 4.971 4.971 0 0 82 33647.22 35.47 0.335 0.8915 2.252 3.491 1e-06 4.971 4.971 0 0 83 33647.22 35.47 0.335 0.8915 2.252 0.5814 1e-06 4.971 4.971 0 0 84 33647.22 35.47 0.335 0.8915 2.252 -0.8405 1e-06 5.253 5.253 0 0 85 33647.22 35.47 0.335 0.8915 2.252 -0.8405 1e-06 5.253 5.253 0 0 86 33659.32 35.82 0.335 0.8915 2.252 3.503 1e-06 3.515 3.515 0 0 87 33659.32 35.82 0.335 0.8915 2.252 3.503 1e-06 3.515 3.515 0 0 88 33659.32 35.82 0.335 0.8915 2.252 2.993 1e-06 3.515 3.515 0 0 89 33659.32 35.82 0.335 0.8915 2.252 2.993 1e-06 5.201 5.201 0 0 90 33659.32 35.82 0.335 0.8915 2.252 3.503 1e-06 3.515 3.515 0 0 91 33659.32 35.82 0.335 0.8915 2.252 0.5814 1e-06 4.971 4.971 0 0 92 33659.32 35.82 0.335 0.8915 2.252 0.5814 1e-06 4.971 4.971 0 0 93 33659.32 35.82 0.335 0.8915 2.252 3.503 1e-06 3.515 3.515 0 0 94 33659.32 35.82 0.335 0.8915 2.252 3.503 1e-06 5.253 5.253 0 0 95 33659.32 35.82 0.335 0.8915 2.252 1.593 1e-06 5.541 5.541 0 0 96 33659.32 35.82 0.335 0.8915 2.252 2.993 1e-06 6.152 6.152 0 0 97 33659.32 35.82 0.335 0.8915 2.252 2.993 1e-06 6.152 6.152 0 0 98 33659.32 35.82 0.335 0.8915 2.252 1.486 1e-06 6.152 6.152 0 0 99 33659.32 35.82 0.335 0.8915 2.252 2.993 1e-06 7.127 7.127 0 0 100 42109.45 35.82 0.335 0.8915 2.252 1.593 245.2 5.541 5.541 0 0 101 42109.45 35.82 0.335 0.8915 2.252 1.593 245.2 5.541 5.541 0 0 102 42109.45 35.82 0.335 0.8915 2.252 1.593 245.2 5.541 5.541 0 0 103 42296.41 34.31 0.335 0.8915 2.252 2.248 245.2 5.541 5.541 0 0 104 42296.41 34.31 0.335 0.8915 2.252 2.248 245.2 5.541 5.541 0 0 105 42296.41 34.31 0.335 0.8915 2.252 2.248 245.2 5.541 5.541 0 0 106 42296.41 34.31 0.335 0.8915 2.252 2.248 245.2 5.541 5.541 0 0 107 42611.17 22.89 0.335 0.8915 2.252 1.593 245.2 5.541 5.541 0 0 108 42742.58 29.13 0.335 0.8915 2.252 1.593 245.2 5.561 5.561 0 0 109 42979.10 28.05 0.335 0.8915 2.252 2.248 245.2 5.541 5.541 0 0 110 42979.10 28.05 0.335 0.8915 2.252 2.248 245.2 5.541 5.541 0 0 111 43061.91 28.05 0.335 0.8915 2.252 1.593 245.2 5.541 5.541 0 0 112 43061.91 28.05 0.335 0.8915 2.252 1.593 245.2 5.541 5.541 0 0 113 43323.46 22.89 0.3008 0.8915 2.252 1.593 245.2 5.541 5.541 0 0 114 43323.46 22.89 0.3008 0.8915 2.252 1.593 245.2 5.541 5.541 0 0 115 43631.34 22.89 0.335 -0.1532 2.252 1.593 245.2 5.541 5.541 0 0 116 44038.30 24.15 0.335 0.4317 2.252 1.593 245.2 5.561 5.561 0 0 117 44038.30 24.15 0.335 0.4317 2.252 1.593 245.2 5.561 5.561 0 0 118 44038.30 24.15 0.335 0.4317 2.252 1.593 245.2 5.561 5.561 0 0 119 44190.41 22.89 0.335 0.4317 2.252 1.593 245.2 5.561 5.561 0 0 120 44104.88 22.89 0.3989 0.4317 2.252 1.593 245.2 5.541 5.541 0 0 121 44213.81 22.89 0.3008 0.4317 2.252 1.593 245.2 5.541 5.541 0 0 122 44213.81 22.89 0.3008 0.4317 2.252 1.593 245.2 5.541 5.541 0 0 123 44213.81 22.89 0.3008 0.4317 2.252 1.593 245.2 5.541 5.541 0 0 124 44245.48 22.89 0.335 0.4317 2.252 1.593 245.2 6.002 6.002 0 0 125 44270.40 20.07 0.335 0.4317 2.252 1.593 245.2 5.561 5.561 0 0 126 44270.40 20.07 0.335 0.4317 2.252 1.593 245.2 5.561 5.561 0 0 127 44396.36 19.22 0.3008 0.4317 2.252 1.593 245.2 5.541 5.541 0 0 128 44396.36 19.22 0.3008 0.4317 2.252 1.593 245.2 5.541 5.541 0 0 129 44396.36 19.22 0.3008 0.4317 2.252 1.593 245.2 5.541 5.541 0 0 130 44396.36 19.22 0.3008 0.4317 2.252 1.593 245.2 5.541 5.541 0 0 131 44396.36 19.22 0.3008 0.4317 2.252 1.593 245.2 5.541 5.541 0 0 132 44419.59 20.07 0.3008 0.4317 2.252 1.593 245.2 5.561 5.561 0 0 133 44521.88 20.07 0.3008 0.4317 2.252 1.593 245.2 6.182 6.182 0 0 134 44496.20 20.07 -0.06377 0.4317 2.252 1.593 245.2 5.561 5.561 0 0 135 44496.20 20.07 -0.06377 0.4317 2.252 1.593 245.2 5.561 5.561 0 0 136 44521.88 20.07 0.3008 0.4317 2.252 1.593 245.2 6.182 6.182 0 0 137 44604.52 20.07 -0.06377 0.4317 2.252 1.593 245.2 6.308 6.308 0 0 138 44670.84 19.14 0.335 0.3218 2.252 1.593 245.2 6.182 6.182 0 0 139 44596.95 20.07 -0.06377 0.4317 2.252 1.593 245.2 5.923 5.923 0 0 140 44722.92 19.14 -0.06377 0.4317 2.252 1.593 245.2 6.182 6.182 0 0 141 44722.92 19.14 -0.06377 0.4317 2.252 1.593 245.2 6.182 6.182 0 0 142 44722.92 19.14 -0.06377 0.4317 2.252 1.593 245.2 6.182 6.182 0 0 143 44750.05 19.14 0.1758 0.4317 2.252 1.593 245.2 5.81 5.81 0 0 144 44793.82 19.14 0.1758 0.4317 2.252 1.593 245.2 6.177 6.177 0 0 145 44793.82 19.14 0.1758 0.4317 2.252 1.593 245.2 6.177 6.177 0 0 146 44793.82 19.14 0.1758 0.4317 2.252 1.593 245.2 6.177 6.177 0 0 147 44804.84 14.43 -0.06377 0.4317 2.252 1.593 245.2 6.182 6.182 0 0 148 44851.00 15.53 -0.06377 0.4317 2.252 1.593 245.2 5.923 5.923 0 0 149 44804.84 14.43 -0.06377 0.4317 2.252 1.593 245.2 6.182 6.182 0 0 150 44811.56 19.14 0.1758 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 151 44811.56 19.14 0.1758 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 152 44811.56 19.14 0.1758 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 153 44898.29 16.54 0.1758 0.4317 2.252 1.593 245.2 6.177 6.177 0 0 154 44951.49 17.06 0.08521 0.4317 2.252 1.593 245.2 5.923 5.923 0 0 155 44984.37 17.85 0.1758 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 156 45295.29 14.43 0.1758 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 157 45295.29 14.43 0.1758 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 158 45295.29 14.43 0.1758 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 159 45303.77 12.81 0.1758 0.2413 2.252 1.378 245.2 6.177 6.177 0 0 160 45303.77 12.81 0.1758 0.2413 2.252 1.378 245.2 6.177 6.177 0 0 161 45296.33 14.43 0.1758 0.2413 2.252 1.593 245.2 6.182 6.182 0 0 162 45334.66 14.43 0.08521 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 163 45340.71 14.43 0.08521 0.2413 2.252 1.378 245.2 6.177 6.177 0 0 164 45340.71 14.43 0.08521 0.2413 2.252 1.378 245.2 6.177 6.177 0 0 165 45334.66 14.43 0.08521 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 166 45365.28 13.96 0.08521 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 167 45340.71 14.43 0.08521 0.2413 2.252 1.378 245.2 6.177 6.177 0 0 168 45340.71 14.43 0.08521 0.2413 2.252 1.378 245.2 6.177 6.177 0 0 169 45404.51 13.16 0.08521 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 170 45404.51 13.16 0.08521 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 171 45420.81 11.76 0.08521 0.2413 2.252 1.593 245.2 6.177 6.177 0 0 172 45446.23 13.16 0.08521 0.2413 2.252 1.593 245.2 6.433 6.433 0 0 173 45422.73 11.76 0.08521 0.2413 2.252 1.593 245.2 6.182 6.182 0 0 174 45422.73 11.76 0.08521 0.2413 2.252 1.593 245.2 6.182 6.182 0 0 175 45428.53 13.16 0.08521 0.1888 2.252 1.593 245.2 6.182 6.182 0 0 176 45428.88 11.76 0.08521 0.2413 2.252 1.378 245.2 6.177 6.177 0 0 177 45422.73 11.76 0.08521 0.2413 2.252 1.593 245.2 6.182 6.182 0 0 178 45496.54 11.76 0.08521 0.1255 2.252 1.593 245.2 6.177 6.177 0 0 179 45497.25 11.76 0.08521 0.2413 2.252 1.593 245.2 6.581 6.581 0 0 180 45496.54 11.76 0.08521 0.1255 2.252 1.593 245.2 6.177 6.177 0 0 181 45498.40 11.76 0.08521 0.1255 2.252 1.593 245.2 6.182 6.182 0 0 182 45498.57 11.76 0.08521 0.2413 2.252 1.593 245.2 6.624 6.624 0 0 183 45498.57 11.76 0.08521 0.2413 2.252 1.593 245.2 6.624 6.624 0 0 184 45539.50 11.76 0.08521 0.1255 2.252 1.593 245.2 6.931 6.931 0 0 185 45539.50 11.76 0.08521 0.1255 2.252 1.593 245.2 6.931 6.931 0 0 186 45569.88 11.76 0.08521 0.1255 2.252 1.593 245.2 6.61 6.61 0 0 187 45569.88 11.76 0.08521 0.1255 2.252 1.593 245.2 6.61 6.61 0 0 188 45570.02 11.76 0.08521 0.1255 2.252 1.593 245.2 6.624 6.624 0 0 189 45570.02 11.76 0.08521 0.1255 2.252 1.593 245.2 6.624 6.624 0 0 190 45571.45 11.74 0.08521 0.1255 2.252 1.593 245.2 6.624 6.624 0 0 191 45644.66 9.574 0.08521 0.1255 2.252 1.593 245.2 6.931 6.931 0 0 192 45644.66 9.574 0.08521 0.1255 2.252 1.593 245.2 6.931 6.931 0 0 193 45644.66 9.574 0.08521 0.1255 2.252 1.593 245.2 6.931 6.931 0 0 194 45644.66 9.574 0.08521 0.1255 2.252 1.593 245.2 6.931 6.931 0 0 195 45644.66 9.574 0.08521 0.1255 2.252 1.593 245.2 6.931 6.931 0 0 196 45644.66 9.574 0.08521 0.1255 2.252 1.593 245.2 6.931 6.931 0 0 197 45644.66 9.574 0.08521 0.1255 2.252 1.593 245.2 6.931 6.931 0 0 198 45646.86 9.574 0.08521 0.1255 2.252 1.593 245.2 6.898 6.898 0 0 199 45646.86 9.574 0.08521 0.1255 2.252 1.593 245.2 6.898 6.898 0 0 200 45647.64 9.574 0.08521 0.1255 2.252 1.593 245.2 6.755 6.755 0 0 201 45647.64 9.574 0.08521 0.1255 2.252 1.593 245.2 6.755 6.755 0 0 202 45661.04 9.574 0.08521 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 203 45661.04 9.574 0.08521 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 204 45661.04 9.574 0.08521 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 205 45661.04 9.574 0.08521 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 206 45661.04 9.574 0.08521 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 207 45661.04 9.574 0.08521 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 208 45661.04 9.574 0.08521 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 209 45661.04 9.574 0.08521 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 210 45662.38 9.574 0.08521 0.08754 2.252 1.593 245.2 6.716 6.716 0 0 211 45668.56 9.574 0.06714 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 212 45668.56 9.574 0.06714 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 213 45668.56 9.574 0.06714 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 214 45673.10 9.574 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 215 45673.10 9.574 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 216 45673.10 9.574 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 217 45673.10 9.574 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 218 45681.88 8.951 0.06714 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 219 45681.88 8.951 0.06714 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 220 45681.88 8.951 0.06714 0.08754 2.252 1.593 245.2 6.931 6.931 0 0 221 45682.20 8.951 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 222 45682.20 8.951 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 223 45682.22 8.951 0.06714 0.08754 2.22 1.593 245.2 6.827 6.827 0 0 224 45682.20 8.951 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 225 45682.20 8.951 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 226 45682.20 8.951 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 227 45682.20 8.951 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 228 45682.20 8.951 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 229 45682.20 8.951 0.06714 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 230 45685.41 8.951 0.06714 0.08754 2.252 1.445 245.2 6.827 6.827 0 0 231 45685.41 8.951 0.06714 0.08754 2.252 1.445 245.2 6.827 6.827 0 0 232 45685.41 8.951 0.06714 0.08754 2.252 1.445 245.2 6.827 6.827 0 0 233 45686.02 8.951 0.05549 0.08754 2.252 1.593 245.2 6.827 6.827 0 0 234 45685.41 8.951 0.06714 0.08754 2.252 1.445 245.2 6.827 6.827 0 0 235 45685.41 8.951 0.06714 0.08754 2.252 1.445 245.2 6.827 6.827 0 0 236 45685.41 8.951 0.06714 0.08754 2.252 1.445 245.2 6.827 6.827 0 0 237 45685.41 8.951 0.06714 0.08754 2.252 1.445 245.2 6.827 6.827 0 0 238 45685.41 8.951 0.06714 0.08754 2.252 1.445 245.2 6.827 6.827 0 0 239 45685.41 8.951 0.06714 0.08754 2.252 1.445 245.2 6.827 6.827 0 0 240 45685.41 8.951 0.06714 0.08754 2.252 1.445 245.2 6.827 6.827 0 0 241 45685.44 8.941 0.06714 0.08754 2.252 1.445 245.2 6.827 6.827 0 0 242 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 243 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 244 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 245 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 246 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 247 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 248 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 249 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 250 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 251 45686.22 8.951 0.06714 0.08754 2.237 1.445 245.2 6.879 6.879 0 0 252 45686.22 8.951 0.06714 0.08754 2.237 1.445 245.2 6.879 6.879 0 0 253 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 254 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 255 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 256 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 257 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 258 45686.19 8.951 0.06714 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 259 45687.26 8.951 0.01625 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 260 45690.65 8.951 0.05271 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 261 45690.65 8.951 0.05271 0.08754 2.252 1.445 245.2 6.879 6.879 0 0 262 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 263 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 264 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 265 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 266 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 267 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 268 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 269 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 270 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 271 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 272 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 273 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 274 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 275 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 276 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 277 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 278 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 279 45692.10 8.951 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 280 45699.50 8.238 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 281 45699.50 8.238 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 282 45699.50 8.238 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 283 45699.50 8.238 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 284 45699.50 8.238 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 285 45699.50 8.238 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 286 45699.50 8.238 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 287 45699.50 8.238 0.05271 0.04808 2.252 1.445 245.2 6.879 6.879 0 0 288 45700.48 8.238 0.05271 0.04808 2.252 1.445 245.2 6.906 6.906 0 0 289 45700.48 8.238 0.05271 0.04808 2.252 1.445 245.2 6.906 6.906 0 0 290 45700.48 8.238 0.05271 0.04808 2.252 1.445 245.2 6.906 6.906 0 0 291 45700.48 8.238 0.05271 0.04808 2.252 1.445 245.2 6.906 6.906 0 0 292 45700.48 8.238 0.05271 0.04808 2.252 1.445 245.2 6.906 6.906 0 0 293 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 294 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 295 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 296 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 297 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 298 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 299 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 300 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 301 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 302 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 303 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 304 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 305 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 306 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 307 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 308 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 309 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 310 45702.66 8.238 0.03229 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 311 45702.66 8.238 0.03229 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 312 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 313 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 314 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 315 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 316 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 317 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 318 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 319 45700.70 8.238 0.05271 0.04808 2.252 1.445 245.2 6.975 6.975 0 0 320 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 321 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 322 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 323 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 324 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 325 45700.65 8.238 0.05271 0.04808 2.252 1.445 245.2 6.912 6.912 0 0 326 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 327 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 328 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 329 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 330 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 331 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 332 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 333 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 334 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 335 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 336 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 337 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 338 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 339 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 340 45700.95 8.238 0.05271 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 341 45701.02 8.238 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 342 45701.02 8.238 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 343 45701.02 8.238 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 344 45701.02 8.238 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 345 45701.02 8.238 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 346 45701.93 8.238 0.04866 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 347 45701.93 8.238 0.04866 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 348 45701.93 8.238 0.04866 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 349 45701.93 8.238 0.04866 0.04808 2.252 1.445 245.2 6.931 6.931 0 0 350 45701.02 8.238 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 351 45701.02 8.238 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 352 45701.02 8.238 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 353 45701.02 8.238 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 354 45701.02 8.238 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 355 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 356 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 357 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 358 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 359 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 360 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 361 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 362 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 363 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 364 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 365 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 366 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 367 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 368 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 369 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 370 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 371 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 372 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 373 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 374 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 375 45701.08 8.192 0.05271 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 376 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 377 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 378 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 379 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 380 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 381 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 382 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 383 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 384 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 385 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 386 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 387 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 388 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 389 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 390 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 391 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 392 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 393 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 394 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 395 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 396 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 397 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 398 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 399 45702.26 8.192 0.04791 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 400 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 401 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 402 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 403 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 404 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 405 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 406 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 407 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 408 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 409 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 410 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 411 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 412 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 413 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 414 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 415 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 416 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 417 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 418 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 419 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 420 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 421 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 422 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 423 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 424 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 425 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 426 45703.02 8.192 0.02866 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 427 45703.45 8.192 0.03484 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 428 45703.45 8.192 0.03484 0.04808 2.252 1.445 245.2 6.947 6.947 0 0 429 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 430 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 431 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 432 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 433 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 434 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 435 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 436 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 437 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 438 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 439 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 440 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 441 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 442 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 443 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 444 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 445 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 446 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 447 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 448 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 449 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 450 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 451 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 452 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 453 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 454 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 455 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 456 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 457 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 458 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 459 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 460 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 461 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 462 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 463 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 464 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 465 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 466 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 467 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 468 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 469 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 470 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 471 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 472 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 473 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 474 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 475 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 476 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 477 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 478 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 479 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 480 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 481 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 482 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 483 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 484 45703.03 8.192 0.02866 0.04808 2.252 1.42 245.2 6.947 6.947 0 0 485 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 486 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 487 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 488 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 489 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 490 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 491 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 492 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 493 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 494 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 495 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 496 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 497 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 498 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 499 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 500 45703.04 8.192 0.02866 0.04808 2.252 1.42 245.2 6.95 6.95 0 0 Setting fit to best solution... save all fullrun_mos2_xmm0506210501_pi300-10000_cl_pass1_tfrozen_src1.ximg Saving current fit data in fullrun_mos2_xmm0506210501_pi300-10000_cl_pass1_tfrozen_src1.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_cl.img.gz fullrun_mos2_xmm0506210501_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0506210501_pi300-10000_cl_pass1_tfrozen_src 16 40.000000 0 0 1 4. ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_cl.img.gz 298 265 314 281 Reading ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_cl.img.gz using pyfits Extracting (297:313, 264:280) Extracting subarray using numpy mask ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_mask.img.gz 1 298 265 314 281 Reading ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_mask.img.gz using pyfits Extracting (297:313, 264:280) Extracting subarray using numpy stat C model Constant Linear Gaussian 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 -29.629232 29.629232 -1 setpar 5 0.0 0.010000 -29.629232 29.629232 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 7.407308 0.001000 1.851827 14.814616 -1 setpar 8 7.407308 0.001000 1.851827 14.814616 6 setpar 9 0. -0.01 -360. 360. -1 setpar 10 41.437500 -0.01 20.085940 62.789060 -1 setpar 11 39.906522 -0.01 18.554962 61.258082 -1 setpar 12 1.0 0.01 0.0 10000000 -1 setpar 13 5.337890 -0.01 2.668945 10.675780 -1 setpar 14 5.337890 -0.01 2.668945 10.675780 12 setpar 15 0.0 -0.01 -360.0 360.0 -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 -1 Iteration update columns are: iternation #, fitness, fit stat, free fit params 1 -5697.08 75.75 -2.453 -0.5561 -24.98 21.86 1.219e+06 3.875 3.875 8.262e+06 2 -2260.82 18.87 -1.935 2.351 9.35 25.2 4.655e+06 2.171 2.171 6.534e+06 3 -1337.14 4.856 -2.453 -0.8498 -24.98 21.86 1.219e+06 3.875 3.875 8.262e+06 4 -1337.14 4.856 -2.453 -0.8498 -24.98 21.86 1.219e+06 3.875 3.875 8.262e+06 5 -84.65 2.771 -1.935 2.886 9.35 25.2 4.655e+06 2.171 2.171 6.534e+06 6 -68.60 2.771 -1.935 2.886 9.35 25.2 4.655e+06 3.125 3.125 6.534e+06 7 -68.60 2.771 -1.935 2.886 9.35 25.2 4.655e+06 3.125 3.125 6.534e+06 8 -71.29 2.771 -1.935 2.886 9.35 25.2 5.818e+06 3.125 3.125 6.534e+06 9 -84.65 2.771 -1.935 2.886 9.35 25.2 5.818e+06 2.171 2.171 6.534e+06 10 -84.64 2.771 -1.935 2.886 9.35 21.86 4.655e+06 1.852 1.852 6.384e+06 11 -84.64 2.771 -1.935 2.886 9.35 21.86 5.406e+06 1.899 1.899 6.534e+06 12 111.49 2.771 -1.355 1.345 5.071 29.63 5.406e+05 2.171 2.171 5.927e+06 13 112.11 2.771 -1.355 1.345 5.071 29.63 5.406e+05 2.171 2.171 6.534e+06 14 112.11 2.771 -1.355 1.345 5.071 29.63 4.655e+06 2.171 2.171 6.534e+06 15 112.25 2.771 -1.355 1.345 5.071 25.2 4.655e+06 2.171 2.171 6.534e+06 16 117.16 2.771 -1.355 1.345 5.071 19.94 4.655e+06 2.171 2.171 6.534e+06 17 117.70 2.771 0.6791 0.3138 9.35 21.86 4.818e+06 2.171 2.171 6.534e+06 18 127.07 2.771 -1.355 1.345 9.35 19.94 2.43e+06 2.171 2.171 6.534e+06 19 121.94 2.771 -1.355 1.345 9.35 19.94 4.655e+06 2.171 2.171 6.534e+06 20 121.94 2.771 -1.355 1.345 9.35 19.94 4.655e+06 2.171 2.171 6.534e+06 21 130.59 2.771 -1.355 1.345 9.35 19.94 4.655e+06 1.852 1.852 6.534e+06 22 130.59 2.771 -1.355 1.345 9.35 19.94 4.655e+06 1.852 1.852 6.534e+06 23 130.59 2.771 -1.355 1.345 9.35 19.94 4.655e+06 1.852 1.852 6.534e+06 24 261.19 4.265 -1.355 1.345 9.35 29.63 2.808e+06 2.171 2.171 6.534e+06 25 261.19 4.265 -1.355 1.345 9.35 29.63 2.808e+06 2.171 2.171 6.534e+06 26 261.19 4.265 -1.355 1.345 9.35 29.63 2.808e+06 2.171 2.171 6.534e+06 27 290.95 2.771 -0.6763 1.345 5.071 25.2 4.655e+06 2.171 2.171 8.104e+06 28 265.83 4.265 -1.355 1.345 9.35 25.2 2.808e+06 2.171 2.171 6.534e+06 29 279.64 4.69 -1.355 1.345 9.35 29.63 4.655e+06 1.852 1.852 6.534e+06 30 279.64 4.69 -1.355 1.345 9.35 29.63 4.655e+06 1.852 1.852 6.534e+06 31 279.68 4.69 -1.355 1.345 9.35 29.63 4.655e+06 2.171 2.171 6.534e+06 32 285.99 4.69 -1.355 1.345 9.35 19.94 4.655e+06 1.852 1.852 6.534e+06 33 285.99 4.69 -1.355 1.345 9.35 19.94 4.655e+06 1.852 1.852 6.534e+06 34 285.99 4.69 -1.355 1.345 9.35 19.94 4.655e+06 1.852 1.852 6.534e+06 35 285.99 4.69 -1.355 1.345 9.35 19.94 4.655e+06 1.852 1.852 6.686e+06 36 285.99 4.69 -1.355 1.345 9.35 19.94 4.655e+06 1.852 1.852 6.686e+06 37 285.99 4.69 -1.355 1.345 9.35 19.94 4.655e+06 1.852 1.852 6.686e+06 38 286.17 4.69 -1.355 1.345 9.35 21.86 4.655e+06 2.171 2.171 7.109e+06 39 286.17 4.69 -1.355 1.345 9.35 21.86 4.655e+06 2.171 2.171 6.534e+06 40 286.17 4.69 -1.355 1.345 9.35 21.86 4.655e+06 2.171 2.171 6.534e+06 41 286.17 4.69 -1.355 1.345 9.35 21.86 4.655e+06 2.171 2.171 6.534e+06 42 286.17 4.69 -1.355 1.345 9.35 21.86 4.655e+06 2.171 2.171 6.534e+06 43 286.17 4.69 -1.355 1.345 9.35 21.86 4.655e+06 2.171 2.171 6.534e+06 44 286.17 4.69 -1.355 1.345 9.35 21.86 4.655e+06 2.171 2.171 6.534e+06 45 291.63 4.69 -1.345 1.345 9.35 21.86 2.808e+06 2.171 2.171 6.534e+06 46 291.63 4.69 -1.345 1.345 9.35 21.86 2.808e+06 2.171 2.171 6.534e+06 47 286.18 4.69 -1.355 1.345 9.35 19.92 4.655e+06 1.852 1.852 6.534e+06 48 286.18 4.69 -1.355 1.345 9.35 19.92 4.655e+06 1.852 1.852 6.534e+06 49 286.18 4.69 -1.355 1.345 9.35 19.92 4.655e+06 1.852 1.852 6.534e+06 50 286.18 4.69 -1.355 1.345 9.35 19.92 4.655e+06 1.852 1.852 6.534e+06 51 286.18 4.69 -1.355 1.345 9.35 19.92 4.655e+06 1.852 1.852 6.534e+06 52 286.18 4.69 -1.355 1.345 9.35 19.92 4.655e+06 1.852 1.852 6.534e+06 53 286.18 4.69 -1.355 1.345 9.35 19.92 4.655e+06 1.852 1.852 6.534e+06 54 286.18 4.69 -1.355 1.345 9.35 19.92 4.655e+06 1.852 1.852 6.534e+06 55 286.18 4.69 -1.355 1.345 9.35 19.92 4.655e+06 1.852 1.852 6.534e+06 56 286.18 4.69 -1.355 1.345 9.35 19.92 4.655e+06 1.852 1.852 5.433e+06 57 286.18 4.69 -1.355 1.345 9.35 19.92 4.655e+06 1.852 1.852 5.433e+06 58 286.18 4.69 -1.355 1.345 9.35 19.92 4.641e+06 1.852 1.852 6.534e+06 59 286.18 4.69 -1.355 1.345 9.35 19.92 4.641e+06 1.852 1.852 6.534e+06 60 286.18 4.69 -1.355 1.345 9.35 19.92 4.641e+06 1.852 1.852 6.534e+06 61 286.18 4.69 -1.355 1.345 9.35 19.92 4.641e+06 1.852 1.852 6.534e+06 62 286.18 4.69 -1.355 1.345 9.35 19.92 4.641e+06 1.852 1.852 6.144e+06 63 286.18 4.69 -1.355 1.345 9.35 19.92 4.641e+06 1.852 1.852 5.433e+06 64 286.18 4.69 -1.355 1.345 9.35 19.92 4.641e+06 1.852 1.852 5.433e+06 65 286.18 4.69 -1.355 1.345 9.35 19.92 4.641e+06 1.852 1.852 5.433e+06 66 286.18 4.69 -1.355 1.345 9.35 19.92 4.641e+06 1.852 1.852 5.433e+06 67 286.18 4.69 -1.355 1.345 9.35 19.92 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409 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.175e+06 1.852 1.852 6.109e+04 410 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.175e+06 1.852 1.852 6.109e+04 411 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.175e+06 1.852 1.852 6.109e+04 412 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.175e+06 1.852 1.852 6.109e+04 413 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.175e+06 1.852 1.852 6.109e+04 414 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.175e+06 1.852 1.852 6.109e+04 415 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.175e+06 1.852 1.852 6.109e+04 416 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.175e+06 1.852 1.852 6.109e+04 417 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.175e+06 1.852 1.852 6.109e+04 418 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.175e+06 1.852 1.852 6.109e+04 419 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.175e+06 1.852 1.852 6.109e+04 420 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 421 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 422 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 423 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 424 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 425 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 426 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 427 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 428 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 429 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 430 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 431 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 432 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 433 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 434 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 435 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 436 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 437 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 438 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 439 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 440 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 441 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 442 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 443 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 444 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 445 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 446 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 447 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 448 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 449 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 450 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 451 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 452 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 453 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 454 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 455 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 456 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 457 961.04 1.662 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 458 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 459 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 460 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 461 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 462 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 463 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 464 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 465 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 466 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 467 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 468 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 469 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 470 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 471 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 472 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 473 961.12 1.665 0.1983 -0.1999 -0.4772 18.14 3.177e+06 1.852 1.852 6.109e+04 474 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 475 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 476 961.12 1.665 0.1983 -0.1999 -0.5243 18.14 3.177e+06 1.852 1.852 6.109e+04 477 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 478 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 479 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 480 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 481 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 482 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 483 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 484 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 485 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 486 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 487 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 488 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 489 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 490 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 491 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.177e+06 1.852 1.852 6.109e+04 492 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.232e+06 1.852 1.852 6.109e+04 493 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.223e+06 1.852 1.852 6.109e+04 494 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.223e+06 1.852 1.852 6.109e+04 495 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.223e+06 1.852 1.852 6.109e+04 496 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.223e+06 1.852 1.852 6.109e+04 497 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.215e+06 1.852 1.852 6.109e+04 498 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.223e+06 1.852 1.852 6.109e+04 499 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.223e+06 1.852 1.852 6.109e+04 500 961.12 1.665 0.1983 -0.1999 -0.5392 18.14 3.223e+06 1.852 1.852 6.109e+04 Setting fit to best solution... save all fullrun_mos2_xmm0506210501_pi300-10000_cl_pass1_tfrozen_src2.ximg Saving current fit data in fullrun_mos2_xmm0506210501_pi300-10000_cl_pass1_tfrozen_src2.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs 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 ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_cl.img.gz fullrun_mos2_xmm0506210501_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0506210501_pi300-10000_cl_pass1_tfrozen_src 16 40.000000 0 0 1 4. ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_cl.img.gz 312 263 328 279 Reading ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_cl.img.gz using pyfits Extracting (311:327, 262:278) Extracting subarray using numpy mask ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_mask.img.gz 1 312 263 328 279 Reading ../../../xmm0506210501/products/images/fullrun_mos2_xmm0506210501_pi300-10000_mask.img.gz using pyfits Extracting (311:327, 262:278) Extracting subarray using numpy stat C model Constant Linear Gaussian 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 -30.855192 30.855192 -1 setpar 5 0.0 0.010000 -30.855192 30.855192 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 7.713798 0.001000 1.928449 15.427596 -1 setpar 8 7.713798 0.001000 1.928449 15.427596 6 setpar 9 0. -0.01 -360. 360. -1 setpar 10 -19.462500 -0.01 -40.814060 1.889060 -1 setpar 11 48.606522 -0.01 27.254962 69.958082 -1 setpar 12 1.0 0.01 0.0 10000000 -1 setpar 13 5.337890 -0.01 2.668945 10.675780 -1 setpar 14 5.337890 -0.01 2.668945 10.675780 12 setpar 15 0.0 -0.01 -360.0 360.0 -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 -1 Iteration update columns are: iternation #, fitness, fit stat, free fit params 1 -1843.03 14.28 0.6063 5.361 7.249 25.68 9.341e+06 1.941 1.941 3.144e+06 2 -1843.03 14.28 0.6063 5.361 7.249 25.68 9.341e+06 1.941 1.941 3.144e+06 3 -1843.03 14.28 0.6063 5.361 7.249 25.68 9.341e+06 1.941 1.941 3.144e+06 4 -1709.38 14.28 3.297 5.361 7.249 25.68 9.341e+06 1.941 1.941 3.144e+06 5 -1709.38 14.28 3.297 5.361 7.249 25.68 9.341e+06 1.941 1.941 3.144e+06 6 -1709.38 14.28 3.297 5.361 7.249 25.68 9.341e+06 1.941 1.941 3.144e+06 7 -1528.54 14.28 3.297 4.209 24.99 25.68 6.586e+05 2.804 2.804 7.361e+05 8 -1468.34 14.28 1.43 5.249 7.249 25.68 9.341e+06 1.928 1.928 3.144e+06 9 -1528.54 14.28 3.297 4.209 28.75 25.68 6.586e+05 2.804 2.804 7.361e+05 10 -1528.54 14.28 3.297 4.209 24.99 25.68 6.586e+05 2.804 2.804 7.361e+05 11 -1528.54 14.28 3.297 4.209 24.99 25.68 6.586e+05 2.804 2.804 7.361e+05 12 -1358.58 0.2189 0.6063 0.979 -3.707 26.6 9.341e+06 2.418 2.418 3.358e+06 13 -1017.48 0 3.297 4.209 24.99 25.68 6.586e+05 2.804 2.804 3.144e+06 14 -1017.48 0 3.297 4.209 24.99 25.68 6.586e+05 2.804 2.804 3.144e+06 15 -864.81 7.328 0.6063 4.209 7.249 25.68 6.586e+05 1.928 1.928 3.144e+06 16 -864.81 7.328 0.6063 4.209 7.249 25.68 6.586e+05 1.928 1.928 3.144e+06 17 -816.62 0 3.297 4.209 -28.71 25.68 8.259e+06 2.804 2.804 3.144e+06 18 -816.62 0 3.297 4.209 -28.71 25.68 8.259e+06 2.804 2.804 3.144e+06 19 -658.53 14.28 0.06416 2.118 -16.48 25.68 9.341e+06 2.367 2.367 6.618e+05 20 -547.00 3.357 2.883 0.979 24.32 26.6 6.586e+05 2.804 2.804 8.258e+06 21 -403.42 14.28 0.6063 -0.6455 -10.72 26.6 6.586e+05 3.286 3.286 3.358e+06 22 -403.42 14.28 0.6063 -0.6455 -10.72 26.6 6.586e+05 3.286 3.286 3.358e+06 23 -171.19 7.328 0.6063 -0.6455 7.249 25.68 6.586e+05 1.928 1.928 3.144e+06 24 -171.19 7.328 0.6063 -0.6455 7.249 25.68 6.586e+05 1.928 1.928 3.144e+06 25 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3.286 3.286 5.607e+06 369 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 5.607e+06 370 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 5.607e+06 371 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 5.607e+06 372 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 5.607e+06 373 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 5.607e+06 374 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 5.607e+06 375 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 5.979e+06 376 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 5.979e+06 377 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 5.979e+06 378 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 5.979e+06 379 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 7.354e+06 380 732.14 1.095 -0.003542 -0.2953 -2.291 26.6 9.525e+06 3.286 3.286 7.354e+06 381 732.17 1.095 -0.003542 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394 732.20 1.095 -0.003542 -0.2953 -2.291 26.6 9.302e+06 3.286 3.286 8.406e+06 395 732.20 1.095 -0.003542 -0.2953 -2.291 26.6 9.302e+06 3.286 3.286 8.406e+06 396 732.20 1.095 -0.003542 -0.2953 -2.291 26.6 9.302e+06 3.286 3.286 8.406e+06 397 732.20 1.095 -0.003542 -0.2953 -2.291 26.6 9.302e+06 3.286 3.286 8.406e+06 398 733.84 1.129 -0.003542 -0.2953 -2.291 26.6 9.427e+06 3.286 3.286 8.481e+06 399 733.84 1.129 -0.003542 -0.2953 -2.291 26.6 9.427e+06 3.286 3.286 8.481e+06 400 733.84 1.129 -0.003542 -0.2953 -2.291 26.6 9.427e+06 3.286 3.286 8.481e+06 401 733.85 1.129 -0.003542 -0.2953 -2.291 26.6 9.412e+06 3.286 3.286 8.481e+06 402 733.85 1.129 -0.003542 -0.2953 -2.291 26.6 9.412e+06 3.286 3.286 8.481e+06 403 733.88 1.129 -0.003542 -0.2953 -2.291 26.6 9.302e+06 3.286 3.286 8.406e+06 404 733.87 1.129 -0.003542 -0.2953 -2.291 26.6 9.352e+06 3.286 3.286 8.072e+06 405 733.87 1.129 -0.003542 -0.2953 -2.291 26.6 9.352e+06 3.286 3.286 8.072e+06 406 733.89 1.129 -0.003542 -0.2953 -2.291 26.6 9.251e+06 3.286 3.286 7.354e+06 407 733.89 1.129 -0.003542 -0.2953 -2.291 26.6 9.251e+06 3.286 3.286 7.354e+06 408 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 8.074e+06 409 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 8.074e+06 410 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 8.074e+06 411 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 8.074e+06 412 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 8.074e+06 413 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 9.174e+06 414 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 9.174e+06 415 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 1e+07 416 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 1e+07 417 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 1e+07 418 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 1e+07 419 734.46 1.129 -0.003542 -0.2953 -2.397 26.6 9.251e+06 3.286 3.286 1e+07 420 734.69 1.129 -0.003542 -0.2953 -2.465 26.6 9.251e+06 3.286 3.286 9.42e+06 421 734.69 1.129 -0.003542 -0.2953 -2.465 26.6 9.251e+06 3.286 3.286 9.42e+06 422 734.69 1.129 -0.003542 -0.2953 -2.465 26.6 9.251e+06 3.286 3.286 9.42e+06 423 734.69 1.129 -0.003542 -0.2953 -2.465 26.6 9.251e+06 3.286 3.286 1e+07 424 734.69 1.129 -0.003542 -0.2953 -2.465 26.6 9.251e+06 3.286 3.286 1e+07 425 734.69 1.129 -0.003542 -0.2953 -2.465 26.6 9.251e+06 3.286 3.286 1e+07 426 734.70 1.129 -0.003542 -0.2953 -2.465 26.6 9.635e+06 3.286 3.286 9.42e+06 427 734.70 1.129 -0.003542 -0.2953 -2.465 26.6 9.635e+06 3.286 3.286 9.42e+06 428 734.71 1.129 -0.003542 -0.2953 -2.465 26.6 9.509e+06 3.286 3.286 9.42e+06 429 734.70 1.129 -0.003542 -0.2953 -2.465 26.6 9.635e+06 3.286 3.286 9.42e+06 430 734.71 1.129 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 431 734.71 1.129 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 432 734.71 1.129 -0.003542 -0.2953 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3.286 3.286 1e+07 446 734.71 1.129 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 447 734.71 1.129 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 448 734.71 1.129 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 449 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 450 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 451 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 452 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 453 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 454 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 455 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 456 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.542e+06 3.286 3.286 1e+07 457 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 458 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 459 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 460 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 461 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 462 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 463 734.94 1.134 -0.003542 -0.2953 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 464 735.18 1.134 -0.003542 -0.3005 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 465 735.18 1.134 -0.003542 -0.3005 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 466 735.18 1.134 -0.003542 -0.3005 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 467 735.18 1.134 -0.003542 -0.3005 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 468 735.18 1.134 -0.003542 -0.3005 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 469 735.18 1.134 -0.003542 -0.3005 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 470 735.18 1.134 -0.003542 -0.3005 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 471 735.18 1.134 -0.003542 -0.3005 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 472 735.18 1.134 -0.003542 -0.3005 -2.465 26.6 9.484e+06 3.286 3.286 1e+07 473 735.19 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 474 735.19 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 475 735.19 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 476 735.19 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 477 735.19 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 478 735.19 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 479 735.19 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 480 735.19 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 481 735.19 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 482 735.19 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 483 735.41 1.134 -0.003542 -0.3005 -2.579 26.6 9.702e+06 3.286 3.286 1e+07 484 735.41 1.134 -0.003542 -0.3005 -2.579 26.6 9.702e+06 3.286 3.286 1e+07 485 735.41 1.134 -0.003542 -0.3005 -2.579 26.6 9.702e+06 3.286 3.286 1e+07 486 735.41 1.134 -0.003542 -0.3005 -2.579 26.6 9.702e+06 3.286 3.286 1e+07 487 736.07 1.153 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 488 736.07 1.153 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 489 736.07 1.153 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 490 736.07 1.153 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 491 735.22 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 492 735.22 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 493 735.22 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 494 735.22 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 495 735.22 1.134 -0.003542 -0.3005 -2.465 26.6 9.594e+06 3.286 3.286 1e+07 496 735.22 1.134 -0.003542 -0.3005 -2.465 26.6 9.606e+06 3.286 3.286 1e+07 497 735.22 1.134 -0.003542 -0.3005 -2.465 26.6 9.606e+06 3.286 3.286 1e+07 498 735.22 1.134 -0.003542 -0.3005 -2.465 26.6 9.606e+06 3.286 3.286 1e+07 499 735.22 1.134 -0.003542 -0.3005 -2.465 26.6 9.606e+06 3.286 3.286 1e+07 500 735.22 1.134 -0.003542 -0.3005 -2.465 26.6 9.606e+06 3.286 3.286 1e+07 Setting fit to best solution... save all fullrun_mos2_xmm0506210501_pi300-10000_cl_pass1_tfrozen_src3.ximg Saving current fit data in fullrun_mos2_xmm0506210501_pi300-10000_cl_pass1_tfrozen_src3.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs