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 ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz fullrun_mos2_xmm0142970101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src 16 52.081993 0 0 1 4. ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz 295 268 311 284 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz using pyfits Extracting (294:310, 267:283) Extracting subarray using numpy mask ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz 1 295 268 311 284 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz using pyfits Extracting (294:310, 267:283) 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 -20.280120 20.280120 -1 setpar 5 0.0 0.010000 -20.280120 20.280120 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 5.070030 0.001000 1.267508 10.140060 -1 setpar 8 5.070030 0.001000 1.267508 10.140060 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 -522351.59 62.33 -2.468 -3.77 2.858 8.728 1.086e+05 2.619 2.619 2 -19662.30 44.58 -3.169 1.035 -11.02 15.47 1e-06 1.67 1.67 3 -19662.30 44.58 -3.169 1.035 -11.02 15.47 1e-06 1.67 1.67 4 -19662.30 44.58 -3.169 1.035 -11.02 15.47 1e-06 1.67 1.67 5 -19662.30 44.58 -3.169 1.035 -11.02 15.47 1e-06 1.67 1.67 6 -18987.47 27.99 -3.169 -2.235 1.027 16.38 1e-06 7.568 7.568 7 -13286.33 7.688 -3.62 1.035 3.71 20.13 1e-06 1.43 1.43 8 -11175.35 1.795 -3.169 -0.5388 2.2 8.837 1e-06 3.294 3.294 9 -11175.35 1.795 -3.169 -0.5388 2.2 8.837 1e-06 3.294 3.294 10 -10548.56 1.795 -3.169 1.035 16.58 15.47 1e-06 1.766 1.766 11 -10265.22 1.795 3.007 -0.5388 2.2 17.91 1e-06 1.99 1.99 12 -4389.83 3.897 -0.9378 1.035 3.71 20.13 1e-06 1.766 1.766 13 -4389.83 3.897 -0.9378 1.035 -11.02 20.13 1e-06 1.766 1.766 14 -4369.13 1.795 -0.9378 -0.1098 15.83 8.837 1e-06 3.294 3.294 15 -4369.13 1.795 -0.9378 -0.1098 15.83 8.837 1e-06 3.294 3.294 16 -3442.17 1.795 0.6545 0.2254 3.71 17.91 1e-06 1.99 1.99 17 -3442.17 1.795 0.6545 0.2254 3.71 17.91 1e-06 1.99 1.99 18 -2447.40 3.897 0.6545 -0.1098 16.58 8.837 1e-06 1.923 1.923 19 -2026.95 1.795 0.6545 -0.1098 16.58 8.837 1e-06 3.294 3.294 20 -1072.77 1.795 -0.06357 0.2254 3.71 17.91 1e-06 1.99 1.99 21 -1072.77 1.795 -0.06357 0.2254 3.71 17.91 1e-06 1.99 1.99 22 -1072.77 1.795 -0.06357 0.2254 3.71 17.91 1e-06 1.99 1.99 23 -1072.77 1.795 -0.06357 0.2254 0.1886 17.91 1e-06 1.99 1.99 24 -1072.77 1.795 -0.06357 0.2254 0.1886 17.91 1e-06 1.99 1.99 25 -1072.77 1.795 -0.06357 0.2254 3.71 17.91 1e-06 1.99 1.99 26 -642.41 3.897 -0.1928 0.2254 16.58 11.47 1e-06 1.766 1.766 27 -642.41 3.897 -0.1928 0.2254 15.83 11.47 1e-06 1.766 1.766 28 -395.92 3.897 -0.06357 -0.1098 3.71 17.91 1e-06 1.766 1.766 29 -395.92 3.897 -0.06357 -0.1098 15.83 17.91 1e-06 1.766 1.766 30 -395.92 3.897 -0.06357 -0.1098 15.83 8.837 1e-06 1.766 1.766 31 -395.92 3.897 -0.06357 -0.1098 3.71 8.837 1e-06 1.766 1.766 32 -388.66 5.438 -0.06357 0.2254 3.71 17.91 1e-06 1.99 1.99 33 -108.23 3.947 -0.06357 -0.1098 -11.02 7.954 1e-06 1.878 1.878 34 -388.66 5.438 -0.06357 0.2254 3.71 8.837 1e-06 1.99 1.99 35 -388.66 5.438 -0.06357 0.2254 3.71 8.837 1e-06 1.99 1.99 36 201.83 3.897 -0.06357 -0.009935 3.334 17.91 1e-06 1.708 1.708 37 201.83 3.897 -0.06357 -0.009935 3.334 17.91 1e-06 1.708 1.708 38 201.83 3.897 -0.06357 -0.009935 3.334 17.91 1e-06 1.708 1.708 39 201.83 3.897 -0.06357 -0.009935 3.71 8.837 1e-06 1.99 1.99 40 201.83 3.897 -0.06357 -0.009935 3.71 8.837 1e-06 1.99 1.99 41 201.83 3.897 -0.06357 -0.009935 3.71 4.699 1e-06 1.766 1.766 42 201.83 3.897 -0.06357 -0.009935 3.71 3.883 1e-06 1.766 1.766 43 212.39 3.897 0.07234 -0.009935 3.71 8.837 1e-06 1.766 1.766 44 212.39 3.897 0.07234 -0.009935 3.71 8.837 1e-06 1.766 1.766 45 212.39 3.897 0.07234 -0.009935 3.71 8.837 1e-06 1.766 1.766 46 212.39 3.897 0.07234 -0.009935 3.71 8.837 1e-06 1.766 1.766 47 212.39 3.897 0.07234 -0.009935 3.71 3.883 1e-06 1.766 1.766 48 212.39 3.897 0.07234 -0.009935 4.956 -0.2665 1e-06 1.766 1.766 49 212.39 3.897 0.07234 -0.009935 4.956 -0.2665 1e-06 1.766 1.766 50 212.39 3.897 0.07234 -0.009935 0.6184 3.883 1e-06 1.766 1.766 51 212.39 3.897 0.07234 -0.009935 3.71 4.699 1e-06 2.526 2.526 52 235.72 3.897 -0.0338 -0.009935 3.71 2.408 1e-06 1.766 1.766 53 235.72 3.897 -0.0338 -0.009935 3.71 2.408 1e-06 1.766 1.766 54 235.72 3.897 -0.0338 -0.009935 3.71 2.408 1e-06 1.766 1.766 55 235.72 3.897 -0.0338 -0.009935 4.956 -0.2665 1e-06 1.766 1.766 56 235.72 3.897 -0.0338 -0.009935 3.71 2.408 1e-06 2.296 2.296 57 235.72 3.897 -0.0338 -0.009935 3.71 2.408 1e-06 3.036 3.036 58 235.72 3.897 -0.0338 -0.009935 -1.48 3.883 1e-06 3.501 3.501 59 235.72 3.897 -0.0338 -0.009935 -1.48 3.883 1e-06 3.501 3.501 60 235.72 3.897 -0.0338 -0.009935 -1.48 2.408 1e-06 3.501 3.501 61 242.24 3.787 -0.0338 -0.009935 3.71 4.699 1e-06 2.296 2.296 62 242.24 3.787 -0.0338 -0.009935 3.71 2.408 1e-06 2.296 2.296 63 242.87 3.897 -0.0338 0.02476 3.71 2.408 1e-06 2.149 2.149 64 248.79 3.897 -0.01231 -0.009935 3.71 0.5196 1e-06 3.236 3.236 65 248.79 3.897 -0.01231 -0.009935 3.71 0.5196 1e-06 3.236 3.236 66 251.42 3.897 -0.004698 -0.009935 -1.48 0.5196 1e-06 3.501 3.501 67 248.79 3.897 -0.01231 -0.009935 1.943 0.5196 1e-06 3.236 3.236 68 256.03 3.787 -0.01231 -0.009935 3.71 4.699 1e-06 3.236 3.236 69 256.03 3.787 -0.01231 -0.009935 3.71 4.699 1e-06 3.501 3.501 70 256.03 3.787 -0.01231 -0.009935 1.943 0.5196 1e-06 3.236 3.236 71 256.03 3.787 -0.01231 -0.009935 0.2347 0.03453 1e-06 3.679 3.679 72 271.12 3.275 -0.01231 -0.009935 3.71 0.5196 1e-06 3.236 3.236 73 271.12 3.275 -0.01231 -0.009935 3.71 0.5196 1e-06 3.236 3.236 74 271.12 3.275 -0.01231 -0.009935 3.71 0.5196 1e-06 3.236 3.236 75 271.12 3.275 -0.01231 -0.009935 3.71 0.5196 1e-06 3.236 3.236 76 271.12 3.275 -0.01231 -0.009935 1.211 0.03453 1e-06 3.679 3.679 77 271.12 3.275 -0.01231 -0.009935 0.23 0.03453 1e-06 3.679 3.679 78 271.12 3.275 -0.01231 -0.009935 3.71 2.408 1e-06 5.091 5.091 79 271.12 3.275 -0.01231 -0.009935 3.71 2.408 1e-06 5.091 5.091 80 271.12 3.275 -0.01231 -0.009935 3.71 2.408 1e-06 5.091 5.091 81 271.12 3.275 -0.01231 -0.009935 1.943 0.03453 1e-06 5.091 5.091 82 271.12 3.275 -0.01231 -0.009935 2.934 0.5196 1e-06 5.091 5.091 83 271.12 3.275 -0.01231 -0.009935 3.71 2.408 1e-06 5.091 5.091 84 271.12 3.275 -0.01231 -0.009935 1.943 2.408 1e-06 5.091 5.091 85 271.12 3.275 -0.01231 -0.009935 1.943 2.408 1e-06 5.091 5.091 86 271.12 3.275 -0.01231 -0.009935 3.71 2.408 1e-06 6.936 6.936 87 271.12 3.275 -0.01231 -0.009935 3.71 2.408 1e-06 6.936 6.936 88 271.12 3.275 -0.01231 -0.009935 3.71 2.408 1e-06 5.862 5.862 89 271.12 3.275 -0.01231 -0.009935 0.2646 2.408 1e-06 5.862 5.862 90 271.12 3.275 -0.01231 -0.009935 1.943 2.408 1e-06 5.862 5.862 91 271.12 3.275 -0.01231 -0.009935 1.943 2.408 1e-06 6.459 6.459 92 271.12 3.275 -0.01231 -0.009935 0.7943 2.408 1e-06 6.743 6.743 93 271.12 3.275 -0.01231 -0.009935 0.7943 2.408 1e-06 6.743 6.743 94 271.12 3.275 -0.01231 -0.009935 1.943 2.408 1e-06 7.003 7.003 95 271.12 3.275 -0.01231 -0.009935 1.943 2.408 1e-06 7.003 7.003 96 277.75 3.275 -0.01231 0.0187 0.7943 2.408 1e-06 6.743 6.743 97 277.75 3.275 -0.01231 0.0187 0.7943 2.408 1e-06 6.743 6.743 98 277.75 3.275 -0.01231 0.0187 0.7943 2.408 1e-06 6.743 6.743 99 277.75 3.275 -0.01231 0.0187 0.7943 2.408 1e-06 6.809 6.809 100 277.75 3.275 -0.01231 0.0187 1.943 2.408 1e-06 8.353 8.353 101 277.75 3.275 -0.01231 0.0187 1.943 2.408 1e-06 8.353 8.353 102 277.75 3.275 -0.01231 0.0187 1.943 2.408 1e-06 8.353 8.353 103 277.75 3.275 -0.01231 0.0187 1.943 2.408 1e-06 9.875 9.875 104 277.75 3.275 -0.01231 0.0187 0.7943 1.714 1e-06 9.875 9.875 105 277.75 3.275 -0.01231 0.0187 0.7943 1.714 1e-06 9.875 9.875 106 277.75 3.275 -0.01231 0.0187 0.7943 1.714 1e-06 9.875 9.875 107 277.75 3.275 -0.01231 0.0187 0.7943 1.714 1e-06 9.875 9.875 108 277.75 3.275 -0.01231 0.0187 0.7943 1.714 1e-06 9.875 9.875 109 277.75 3.275 -0.01231 0.0187 0.7943 1.714 1e-06 10.14 10.14 110 277.75 3.275 -0.01231 0.0187 0.7943 1.714 1e-06 10.14 10.14 111 277.75 3.275 -0.01231 0.0187 0.7943 1.714 1e-06 10.14 10.14 112 277.75 3.275 -0.01231 0.0187 0.7943 1.714 1e-06 10.14 10.14 113 277.75 3.275 -0.01231 0.0187 0.7943 1.714 1e-06 10.14 10.14 114 277.75 3.275 -0.01231 0.0187 1.248 1.714 1e-06 10.14 10.14 115 277.75 3.275 -0.01231 0.0187 1.248 1.714 1e-06 10.14 10.14 116 277.75 3.275 -0.01231 0.0187 1.248 1.714 1e-06 10.14 10.14 117 277.75 3.275 -0.01231 0.0187 1.248 1.714 1e-06 10.14 10.14 118 277.75 3.275 -0.01231 0.0187 1.248 1.714 1e-06 10.14 10.14 119 277.75 3.275 -0.01231 0.0187 1.248 1.714 1e-06 10.14 10.14 120 277.75 3.275 -0.01231 0.0187 1.248 1.714 1e-06 10.14 10.14 121 277.75 3.275 -0.01231 0.0187 1.248 1.714 1e-06 10.14 10.14 122 281.25 3.275 -0.001259 0.0187 1.248 1.714 1e-06 10.14 10.14 123 281.25 3.275 -0.001259 0.0187 1.248 1.714 1e-06 10.14 10.14 124 281.25 3.275 -0.001259 0.0187 1.248 1.714 1e-06 10.14 10.14 125 281.25 3.275 -0.001259 0.0187 1.248 1.714 1e-06 10.14 10.14 126 281.25 3.275 -0.001259 0.0187 1.248 1.714 1e-06 10.14 10.14 127 281.25 3.275 -0.001259 0.0187 1.248 1.714 1e-06 10.14 10.14 128 281.25 3.275 -0.001259 0.0187 1.248 1.714 1e-06 10.14 10.14 129 281.25 3.275 -0.001259 0.0187 1.248 1.714 1e-06 10.14 10.14 130 281.25 3.275 -0.001259 0.0187 1.248 1.714 1e-06 10.14 10.14 131 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 132 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 133 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 134 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 135 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 136 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 137 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 138 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 139 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 140 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 141 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 142 281.25 3.275 -0.001259 0.0187 1.248 1.521 1e-06 10.14 10.14 143 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 144 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 145 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 146 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 147 281.25 3.275 -0.001259 0.0187 1.186 1.499 1e-06 10.14 10.14 148 281.25 3.275 -0.001259 0.0187 1.186 1.499 1e-06 10.14 10.14 149 281.25 3.275 -0.001259 0.0187 1.186 1.521 1e-06 10.14 10.14 150 281.25 3.275 -0.001259 0.0187 1.186 1.521 1e-06 10.14 10.14 151 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 152 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 153 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 154 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 155 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 156 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 157 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 158 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 159 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 160 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 161 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 162 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 163 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 164 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 165 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 166 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 167 281.25 3.275 -0.001259 0.0187 1.22 1.521 1e-06 10.14 10.14 168 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 169 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 170 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 171 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 172 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 173 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 174 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 175 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 176 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 177 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 178 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 179 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 180 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 181 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 182 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 183 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 184 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 185 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 186 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 187 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 188 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 189 281.25 3.275 -0.001259 0.0187 1.138 1.521 1e-06 10.14 10.14 190 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 191 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 192 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 193 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 194 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 195 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 196 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 197 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 198 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 199 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 200 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 201 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 202 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 203 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 204 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 205 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 206 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 207 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 208 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 209 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 210 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 211 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 212 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 213 281.25 3.275 -0.001259 0.0187 1.149 1.521 1e-06 10.14 10.14 214 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 215 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 216 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 217 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 218 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 219 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 220 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 221 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 222 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 223 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 224 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 225 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 226 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 227 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 228 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 229 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 230 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 231 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 232 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 233 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 234 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 235 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 236 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 237 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 238 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 239 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 240 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 241 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 242 281.25 3.275 -0.001259 0.0187 1.155 1.521 1e-06 10.14 10.14 243 281.25 3.275 -0.001259 0.0187 1.202 1.521 1e-06 10.14 10.14 244 281.25 3.275 -0.001259 0.0187 1.202 1.521 1e-06 10.14 10.14 245 281.25 3.275 -0.001259 0.0187 1.202 1.521 1e-06 10.14 10.14 246 281.25 3.275 -0.001259 0.0187 1.202 1.521 1e-06 10.14 10.14 247 281.25 3.275 -0.001259 0.0187 1.202 1.521 1e-06 10.14 10.14 248 281.67 3.275 -0.001259 0.0133 1.155 1.521 1e-06 10.14 10.14 249 281.67 3.275 -0.001259 0.0133 1.155 1.521 1e-06 10.14 10.14 250 281.67 3.275 -0.001259 0.0133 1.155 1.521 1e-06 10.14 10.14 251 281.67 3.275 -0.001259 0.0133 1.155 1.521 1e-06 10.14 10.14 252 281.67 3.275 -0.001259 0.0133 1.155 1.521 1e-06 10.14 10.14 253 281.67 3.275 -0.001259 0.0133 1.202 1.521 1e-06 10.14 10.14 254 281.67 3.275 -0.001259 0.0133 1.202 1.521 1e-06 10.14 10.14 255 281.67 3.275 -0.001259 0.0133 1.202 1.521 1e-06 10.14 10.14 256 281.67 3.275 -0.001259 0.0133 1.202 1.521 1e-06 10.14 10.14 257 281.67 3.275 -0.001259 0.0133 1.202 1.521 1e-06 10.14 10.14 258 281.67 3.275 -0.001259 0.0133 1.202 1.521 1e-06 10.14 10.14 259 282.27 3.275 0.003178 0.0133 -2.416 1.521 1e-06 10.14 10.14 260 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 261 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 262 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 263 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 264 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 265 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 266 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 267 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 268 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 269 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 270 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 271 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 272 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 273 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 274 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 275 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 276 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 277 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 278 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 279 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 280 282.27 3.275 0.003178 0.0133 1.155 1.521 1e-06 10.14 10.14 281 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 282 282.36 3.275 0.007597 0.0133 1.155 1.521 1e-06 10.14 10.14 283 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 284 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 285 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 286 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 287 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 288 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 289 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 290 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 291 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 292 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 293 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 294 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 295 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 296 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 297 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 298 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 299 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 300 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 301 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 302 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 303 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 304 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 305 282.27 3.275 0.003178 0.0133 1.096 1.521 1e-06 10.14 10.14 306 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 307 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 308 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 309 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 310 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 311 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 312 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 313 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 314 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 315 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 316 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 317 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 318 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 319 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 320 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 321 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 322 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 323 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 324 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 325 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 326 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 327 282.27 3.275 0.003178 0.0133 1.096 1.613 1e-06 10.14 10.14 328 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 329 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 330 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 331 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 332 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 333 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 334 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 335 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 336 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 337 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 338 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 339 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 340 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 341 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 342 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 343 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 344 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 345 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 346 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 347 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 348 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 349 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 350 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 351 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 352 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 353 282.27 3.275 0.003178 0.0133 1.096 1.574 1e-06 10.14 10.14 354 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 355 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 356 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 357 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 358 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 359 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 360 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 361 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 362 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 363 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 364 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 365 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 366 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 367 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 368 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 369 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 370 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 371 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 372 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 373 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 374 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 375 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 376 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 377 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 378 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 379 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 380 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 381 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 382 282.27 3.275 0.003178 0.0133 1.096 1.597 1e-06 10.14 10.14 383 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 384 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 385 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 386 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 387 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 388 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 389 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 390 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 391 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 392 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 393 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 394 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 395 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 396 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 397 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 398 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 399 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 400 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 401 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 402 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 403 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 404 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 405 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 406 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 407 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 408 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 409 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 410 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 411 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 412 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 413 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 414 282.27 3.275 0.003178 0.0133 1.096 1.585 1e-06 10.14 10.14 415 282.27 3.275 0.003178 0.0133 1.137 1.585 1e-06 10.14 10.14 416 282.27 3.275 0.003178 0.0133 1.137 1.585 1e-06 10.14 10.14 417 282.27 3.275 0.003178 0.0133 1.137 1.585 1e-06 10.14 10.14 418 282.27 3.275 0.003178 0.0133 1.137 1.585 1e-06 10.14 10.14 419 282.27 3.275 0.003178 0.0133 1.137 1.585 1e-06 10.14 10.14 420 282.27 3.275 0.003178 0.0133 1.137 1.585 1e-06 10.14 10.14 421 282.27 3.275 0.003178 0.0133 1.137 1.585 1e-06 10.14 10.14 422 282.27 3.275 0.003178 0.0133 1.137 1.585 1e-06 10.14 10.14 423 282.27 3.275 0.003178 0.0133 1.137 1.585 1e-06 10.14 10.14 424 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 425 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 426 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 427 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 428 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 429 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 430 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 431 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 432 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 433 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 434 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 435 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 436 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 437 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 438 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 439 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 440 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 441 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 442 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 443 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 444 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 445 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 446 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 447 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 448 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 449 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 450 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 451 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 452 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 453 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 454 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 455 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 456 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 457 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 458 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 459 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 460 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 461 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 462 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 463 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 464 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 465 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 466 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 467 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 468 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 469 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 470 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 471 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 472 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 473 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 474 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 475 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 476 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 477 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 478 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 479 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 480 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 481 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 482 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 483 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 484 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 485 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 486 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 487 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 488 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 489 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 490 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 491 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 492 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 493 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 494 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 495 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 496 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 497 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 498 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 499 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 500 282.27 3.275 0.003178 0.0133 1.115 1.585 1e-06 10.14 10.14 Setting fit to best solution... save all fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src1.ximg Saving current fit data in fullrun_mos2_xmm0142970101_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 ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz fullrun_mos2_xmm0142970101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src 16 52.081993 0 0 1 4. ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz 257 350 273 366 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz using pyfits Extracting (256:272, 349:365) Extracting subarray using numpy mask ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz 1 257 350 273 366 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz using pyfits Extracting (256:272, 349:365) 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 -35.543668 35.543668 -1 setpar 5 0.0 0.010000 -35.543668 35.543668 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 8.885917 0.001000 2.221479 17.771834 -1 setpar 8 8.885917 0.001000 2.221479 17.771834 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 -23762.00 35.27 8.997 -0.4285 30.8 28.87 7.626e+05 4.855 4.855 2 -13944.72 0.2303 -2.325 1.908 25.01 27.16 9.483e+06 4.037 4.037 3 -13944.72 0.2303 -2.325 1.908 25.01 27.16 9.483e+06 4.037 4.037 4 -13944.72 0.2303 -2.325 1.908 25.01 27.16 9.483e+06 4.037 4.037 5 -11395.80 35.27 0.5433 -1.13 30.8 28.87 1.102e+06 4.855 4.855 6 -4415.97 0.2303 1.858 -0.4285 24.04 35.54 1e-06 3.4 3.4 7 -3398.15 0.2303 -0.1385 -0.4285 25.01 27.16 9.483e+06 4.037 4.037 8 -2470.29 2.506 -0.1385 -0.4285 30.8 29.55 1.102e+06 4.855 4.855 9 -2470.29 2.506 -0.1385 -0.4285 30.8 29.55 1.102e+06 4.855 4.855 10 -2470.29 2.506 -0.1385 -0.4285 30.8 29.55 1.102e+06 4.855 4.855 11 -2441.93 2.029 -0.1385 -0.4285 33.76 27.16 1.102e+06 4.037 4.037 12 -2201.66 0.2303 0.2468 -0.4285 24.04 35.54 2.366e+06 4.037 4.037 13 -1878.52 4.001 0.2468 -0.4285 24.04 35.54 2.366e+06 3.799 3.799 14 -2025.91 2.506 -0.1385 0.284 30.8 27.68 1.102e+06 4.855 4.855 15 -1524.07 0.2303 0.2468 0.284 24.04 35.54 2.736e+06 4.037 4.037 16 -1007.13 2.029 -0.1385 -0.1331 33.76 27.16 1.102e+06 4.037 4.037 17 -1007.13 2.029 -0.1385 -0.1331 33.76 27.16 1.102e+06 4.037 4.037 18 -1007.13 2.029 -0.1385 -0.1331 33.76 27.16 1.102e+06 4.037 4.037 19 -966.15 2.506 -0.1385 -0.1331 24.04 27.16 1.762e+06 3.4 3.4 20 -966.15 2.506 -0.1385 -0.1331 24.04 27.16 1.762e+06 3.4 3.4 21 -838.94 3.489 -0.1385 -0.1331 33.76 27.16 9.483e+06 4.037 4.037 22 -835.93 5.048 0.3743 0.284 25.01 27.16 1.102e+06 4.037 4.037 23 -504.14 2.506 0.3743 0.3701 32.19 35.54 1.102e+06 4.037 4.037 24 -504.14 2.506 0.3743 0.3701 32.19 35.54 1.102e+06 3.343 3.343 25 -504.14 2.506 0.3743 0.3701 32.19 35.54 1.102e+06 3.343 3.343 26 -504.14 2.506 0.3743 0.3701 32.19 27.16 1.102e+06 3.343 3.343 27 -504.14 2.506 0.3743 0.3701 32.19 27.16 1.102e+06 3.343 3.343 28 -504.14 2.506 0.3743 0.3701 32.19 27.16 1.102e+06 3.343 3.343 29 -504.14 2.506 0.3743 0.3701 33.76 27.16 9.483e+06 3.343 3.343 30 -504.14 2.506 0.3743 0.3701 32.19 27.16 1.102e+06 3.343 3.343 31 -504.14 2.506 0.3743 0.3701 32.19 27.16 1.102e+06 3.343 3.343 32 -504.14 2.506 0.3743 0.3701 33.76 27.16 1.102e+06 3.518 3.518 33 -433.65 1.49 0.3743 0.3701 33.76 27.16 9.483e+06 3.4 3.4 34 -433.65 1.49 0.3743 0.3701 33.76 27.16 9.483e+06 3.4 3.4 35 -433.65 1.49 0.3743 0.3701 33.76 27.16 9.483e+06 3.4 3.4 36 -433.65 1.49 0.3743 0.3701 33.76 27.16 9.483e+06 3.4 3.4 37 -433.65 1.49 0.3743 0.3701 33.76 27.16 9.483e+06 3.343 3.343 38 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.102e+06 3.4 3.4 39 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.102e+06 3.4 3.4 40 -433.65 1.49 0.3743 0.3701 35.54 27.16 1e+07 3.4 3.4 41 -433.65 1.49 0.3743 0.3701 33.76 27.16 9.483e+06 2.221 2.221 42 -433.65 1.49 0.3743 0.3701 33.76 27.16 9.483e+06 2.221 2.221 43 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.456 2.456 44 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.456 2.456 45 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 46 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 47 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 48 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.456 2.456 49 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 50 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 51 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 52 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 53 -433.65 1.49 0.3743 0.3701 33.76 27.63 1.222e+06 2.221 2.221 54 -433.65 1.49 0.3743 0.3701 35.54 27.16 1.222e+06 2.221 2.221 55 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 56 -433.65 1.49 0.3743 0.3701 33.99 27.16 1.222e+06 2.221 2.221 57 -433.65 1.49 0.3743 0.3701 33.99 27.16 1.222e+06 2.221 2.221 58 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 59 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.456 2.456 60 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 61 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 62 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.598e+06 2.221 2.221 63 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 64 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 65 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 66 -433.65 1.49 0.3743 0.3701 35.54 35.54 1.222e+06 2.221 2.221 67 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 68 -433.65 1.49 0.3743 0.3701 33.76 24.16 1.222e+06 2.221 2.221 69 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 70 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 71 -433.65 1.49 0.3743 0.3701 33.71 30.72 1.222e+06 2.221 2.221 72 -433.65 1.49 0.3743 0.3701 33.76 30.72 1.222e+06 2.221 2.221 73 -433.65 1.49 0.3743 0.3701 33.76 30.12 1.222e+06 2.221 2.221 74 -433.65 1.49 0.3743 0.3701 33.71 27.16 1.774e+06 2.221 2.221 75 -433.65 1.49 0.3743 0.3701 31.49 27.16 1.222e+06 2.221 2.221 76 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.456 2.456 77 -433.65 1.49 0.3743 0.3701 35.54 24.16 1.222e+06 2.221 2.221 78 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.456 2.456 79 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 80 -433.65 1.49 0.3743 0.3701 33.37 27.16 1.743e+06 2.221 2.221 81 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.774e+06 2.221 2.221 82 -433.65 1.49 0.3743 0.3701 33.71 27.16 1.222e+06 2.221 2.221 83 -433.65 1.49 0.3743 0.3701 35.54 32.74 1.222e+06 2.221 2.221 84 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.774e+06 2.221 2.221 85 -433.65 1.49 0.3743 0.3701 33.76 27.16 1.222e+06 2.221 2.221 86 -430.34 1.49 0.3674 0.3701 34.09 27.16 1.598e+06 2.221 2.221 87 -430.34 1.49 0.3674 0.3701 34.09 27.16 1.598e+06 2.221 2.221 88 -430.34 1.49 0.3674 0.3701 34.09 27.16 1.598e+06 2.221 2.221 89 -430.34 1.49 0.3674 0.3701 34.09 27.16 1.598e+06 2.221 2.221 90 -430.34 1.49 0.3674 0.3701 34.09 27.16 1.598e+06 2.221 2.221 91 -430.34 1.49 0.3674 0.3701 33.76 27.16 1.222e+06 2.403 2.403 92 -430.34 1.49 0.3674 0.3701 33.76 27.16 1.598e+06 2.403 2.403 93 -430.34 1.49 0.3674 0.3701 33.76 27.16 1.222e+06 2.403 2.403 94 -430.34 1.49 0.3674 0.3701 33.76 27.16 1.222e+06 2.221 2.221 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0.3689 0.3701 30.52 31.37 4.105e+06 2.221 2.221 324 -424.52 1.562 0.3689 0.3701 24.48 34.94 4.105e+06 2.221 2.221 325 -424.52 1.562 0.3689 0.3701 35.54 35.54 4.105e+06 2.221 2.221 326 -424.52 1.562 0.3689 0.3701 29.89 32.06 4.105e+06 2.221 2.221 327 -424.52 1.562 0.3689 0.3701 24.48 35.54 4.105e+06 2.413 2.413 328 -424.52 1.562 0.3689 0.3701 30.52 35.54 4.105e+06 2.221 2.221 329 -424.39 1.562 0.3689 0.37 35.54 35.54 4.105e+06 2.221 2.221 330 -424.39 1.562 0.3689 0.37 35.54 35.54 4.105e+06 2.221 2.221 331 -424.39 1.562 0.3689 0.37 35.54 35.54 4.105e+06 2.221 2.221 332 -424.39 1.562 0.3689 0.37 24.48 35.54 4.105e+06 2.221 2.221 333 -424.39 1.562 0.3689 0.37 35.54 35.54 4.105e+06 2.221 2.221 334 -424.39 1.562 0.3689 0.37 35.54 35.54 4.105e+06 2.221 2.221 335 -424.39 1.562 0.3689 0.37 30.52 34.94 4.105e+06 2.4 2.4 336 -424.39 1.562 0.3689 0.37 35.54 35.54 4.513e+06 2.221 2.221 337 -424.39 1.562 0.3689 0.37 35.54 35.54 4.513e+06 2.221 2.221 338 -424.39 1.562 0.3689 0.37 35.54 34.94 4.105e+06 2.221 2.221 339 -424.39 1.562 0.3689 0.37 35.54 35.54 4.105e+06 2.221 2.221 340 -424.39 1.562 0.3689 0.37 35.54 34.42 4.105e+06 2.221 2.221 341 -424.39 1.562 0.3689 0.37 35.54 35.54 4.105e+06 2.221 2.221 342 -424.39 1.562 0.3689 0.37 24.48 34.94 4.105e+06 2.384 2.384 343 -424.39 1.562 0.3689 0.37 35.54 35.54 4.105e+06 2.221 2.221 344 -424.39 1.562 0.3689 0.37 35.54 34.94 4.105e+06 3.238 3.238 345 -424.39 1.562 0.3689 0.37 24.48 34.94 4.105e+06 2.221 2.221 346 -424.39 1.562 0.3689 0.37 35.54 35.54 4.513e+06 2.221 2.221 347 -424.39 1.562 0.3689 0.37 35.54 34.42 4.105e+06 2.221 2.221 348 -424.39 1.562 0.3689 0.37 35.54 35.54 4.105e+06 2.221 2.221 349 -424.39 1.562 0.3689 0.37 22.12 34.42 4.105e+06 2.221 2.221 350 -424.39 1.562 0.3689 0.37 30.52 35.54 4.105e+06 2.384 2.384 351 -424.39 1.562 0.3689 0.37 35.54 35.54 4.105e+06 2.221 2.221 352 -424.39 1.562 0.3689 0.37 24.48 35.54 4.105e+06 2.221 2.221 353 -424.39 1.562 0.3689 0.37 25.23 34.94 4.105e+06 2.221 2.221 354 -424.39 1.562 0.3689 0.37 23.81 35.54 4.105e+06 2.221 2.221 355 -424.39 1.562 0.3689 0.37 25.23 34.94 4.105e+06 2.221 2.221 356 -424.39 1.562 0.3689 0.37 35.54 35.54 4.105e+06 2.221 2.221 357 -424.39 1.562 0.3689 0.37 21.15 35.54 4.105e+06 2.221 2.221 358 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 359 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 360 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 361 -424.39 1.562 0.3689 0.37 24.48 34.42 6.429e+06 2.221 2.221 362 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 363 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 364 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 365 -424.39 1.562 0.3689 0.37 32.3 34.42 6.429e+06 2.221 2.221 366 -424.39 1.562 0.3689 0.37 24.48 35.54 6.429e+06 2.221 2.221 367 -424.39 1.562 0.3689 0.37 35.54 34.94 6.429e+06 2.221 2.221 368 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.384 2.384 369 -424.39 1.562 0.3689 0.37 35.54 34.94 6.429e+06 2.221 2.221 370 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.384 2.384 371 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 372 -424.39 1.562 0.3689 0.37 25.23 35.54 6.429e+06 2.221 2.221 373 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.384 2.384 374 -424.39 1.562 0.3689 0.37 35.54 34.42 6.429e+06 2.221 2.221 375 -424.39 1.562 0.3689 0.37 35.54 33.8 6.429e+06 2.221 2.221 376 -424.39 1.562 0.3689 0.37 35.54 34.42 7.145e+06 2.384 2.384 377 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 378 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 379 -424.39 1.562 0.3689 0.37 35.54 35.54 7.145e+06 2.221 2.221 380 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.384 2.384 381 -424.39 1.562 0.3689 0.37 35.54 34.42 6.429e+06 2.384 2.384 382 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 383 -424.39 1.562 0.3689 0.37 27.7 35.54 6.429e+06 2.221 2.221 384 -424.39 1.562 0.3689 0.37 35.54 29.96 8.562e+06 2.221 2.221 385 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.384 2.384 386 -424.39 1.562 0.3689 0.37 35.54 34.42 7.145e+06 2.221 2.221 387 -424.39 1.562 0.3689 0.37 35.54 34.42 6.429e+06 2.221 2.221 388 -424.39 1.562 0.3689 0.37 35.54 34.42 6.429e+06 2.221 2.221 389 -424.39 1.562 0.3689 0.37 35.54 34.42 6.429e+06 2.221 2.221 390 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.384 2.384 391 -424.39 1.562 0.3689 0.37 35.54 34.42 6.736e+06 2.221 2.221 392 -424.39 1.562 0.3689 0.37 35.54 34.42 6.736e+06 2.384 2.384 393 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 394 -424.39 1.562 0.3689 0.37 28.51 34.42 7.442e+06 2.384 2.384 395 -424.39 1.562 0.3689 0.37 26 35.54 6.429e+06 2.221 2.221 396 -424.39 1.562 0.3689 0.37 28.51 34.42 7.442e+06 2.384 2.384 397 -424.39 1.562 0.3689 0.37 35.07 34.42 7.442e+06 2.384 2.384 398 -424.39 1.562 0.3689 0.37 35.54 35.54 7.145e+06 2.221 2.221 399 -424.39 1.562 0.3689 0.37 35.54 34.42 6.429e+06 2.293 2.293 400 -424.39 1.562 0.3689 0.37 35.54 34.42 7.145e+06 2.384 2.384 401 -424.39 1.562 0.3689 0.37 35.54 35.09 6.736e+06 2.221 2.221 402 -424.39 1.562 0.3689 0.37 35.54 28.46 6.429e+06 2.384 2.384 403 -424.39 1.562 0.3689 0.37 35.54 35.09 6.736e+06 2.221 2.221 404 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.384 2.384 405 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.384 2.384 406 -424.39 1.562 0.3689 0.37 35.54 23.98 6.429e+06 2.293 2.293 407 -424.39 1.562 0.3689 0.37 26.75 35.54 6.736e+06 2.221 2.221 408 -424.39 1.562 0.3689 0.37 35.54 35.54 6.736e+06 2.221 2.221 409 -424.39 1.562 0.3689 0.37 35.54 23.98 6.429e+06 2.221 2.221 410 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 411 -424.39 1.562 0.3689 0.37 35.54 35.54 6.737e+06 2.221 2.221 412 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 413 -424.39 1.562 0.3689 0.37 35.54 35.54 7.984e+06 2.384 2.384 414 -424.39 1.562 0.3689 0.37 35.54 34.94 6.736e+06 2.665 2.665 415 -424.39 1.562 0.3689 0.37 35.54 35.09 7.196e+06 2.221 2.221 416 -424.39 1.562 0.3689 0.37 35.54 35.09 6.736e+06 2.384 2.384 417 -424.39 1.562 0.3689 0.37 35.54 23.98 6.429e+06 2.221 2.221 418 -424.39 1.562 0.3689 0.37 35.54 34.94 6.736e+06 2.665 2.665 419 -424.39 1.562 0.3689 0.37 35.54 35.54 7.291e+06 2.384 2.384 420 -424.39 1.562 0.3689 0.37 35.54 30.04 9.553e+06 2.769 2.769 421 -424.39 1.562 0.3689 0.37 35.54 35.09 7.515e+06 2.665 2.665 422 -424.39 1.562 0.3689 0.37 35.54 35.09 6.736e+06 2.221 2.221 423 -424.39 1.562 0.3689 0.37 35.54 34.42 6.736e+06 2.221 2.221 424 -424.39 1.562 0.3689 0.37 35.54 35.09 6.736e+06 2.221 2.221 425 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.384 2.384 426 -424.39 1.562 0.3689 0.37 35.54 35.54 6.736e+06 2.221 2.221 427 -424.39 1.562 0.3689 0.37 31.18 34.42 6.429e+06 2.384 2.384 428 -424.39 1.562 0.3689 0.37 31.18 34.42 6.429e+06 2.221 2.221 429 -424.39 1.562 0.3689 0.37 35.54 30.13 6.896e+06 2.384 2.384 430 -424.39 1.562 0.3689 0.37 35.54 35.09 6.736e+06 2.221 2.221 431 -424.39 1.562 0.3689 0.37 35.54 35.54 6.429e+06 2.221 2.221 432 -424.39 1.562 0.3689 0.37 24.47 34.42 7.29e+06 2.221 2.221 433 -424.39 1.562 0.3689 0.37 35.54 29.48 6.429e+06 2.221 2.221 434 -424.39 1.562 0.3689 0.37 35.54 34.42 6.736e+06 2.221 2.221 435 -424.39 1.562 0.3689 0.37 35.54 34.42 6.736e+06 2.221 2.221 436 -424.39 1.562 0.3689 0.37 35.54 34.42 6.736e+06 2.678 2.678 437 -424.39 1.562 0.3689 0.37 35.54 35.09 6.429e+06 2.221 2.221 438 -424.39 1.562 0.3689 0.37 35.54 35.54 8.141e+06 2.221 2.221 439 -424.39 1.562 0.3689 0.37 33.16 30.13 6.736e+06 2.221 2.221 440 -424.39 1.562 0.3689 0.37 35.54 27.98 6.736e+06 2.221 2.221 441 -424.39 1.562 0.3689 0.37 31.18 35.54 6.429e+06 2.384 2.384 442 -424.39 1.562 0.3689 0.37 31.18 35.09 9.174e+06 2.221 2.221 443 -424.39 1.562 0.3689 0.37 35.54 34.94 6.758e+06 2.384 2.384 444 -424.39 1.562 0.3689 0.37 35.54 30.04 6.516e+06 2.221 2.221 445 -424.39 1.562 0.3689 0.37 35.54 33.74 6.736e+06 2.221 2.221 446 -424.39 1.562 0.3689 0.37 35.54 35.54 6.758e+06 2.221 2.221 447 -424.39 1.562 0.3689 0.37 35.54 35.09 7.515e+06 2.221 2.221 448 -424.39 1.562 0.3689 0.37 35.54 35.54 6.736e+06 2.221 2.221 449 -424.39 1.562 0.3689 0.37 35.54 26.27 7.515e+06 2.221 2.221 450 -424.39 1.562 0.3689 0.37 35.54 35.54 7.629e+06 2.221 2.221 451 -424.39 1.562 0.3689 0.37 27.9 35.09 6.736e+06 2.384 2.384 452 -424.39 1.562 0.3689 0.37 35.54 29.74 7.515e+06 2.221 2.221 453 -424.39 1.562 0.3689 0.37 35.54 29.74 7.515e+06 2.221 2.221 454 -424.39 1.562 0.3689 0.37 27.9 35.09 7e+06 2.384 2.384 455 -424.39 1.562 0.3689 0.37 35.54 35.54 9.174e+06 2.221 2.221 456 -424.39 1.562 0.3689 0.37 35.54 34.3 7.522e+06 2.221 2.221 457 -424.39 1.562 0.3689 0.37 35.54 26.27 6.429e+06 2.221 2.221 458 -424.39 1.562 0.3689 0.37 31.18 35.09 6.429e+06 2.221 2.221 459 -424.39 1.562 0.3708 0.37 35.54 26.27 6.429e+06 2.221 2.221 460 -424.39 1.562 0.3708 0.37 35.54 26.27 7.522e+06 2.221 2.221 461 -424.39 1.562 0.3708 0.37 35.54 28.33 8.881e+06 2.221 2.221 462 -424.39 1.562 0.3708 0.37 35.54 28.33 8.881e+06 2.221 2.221 463 -424.39 1.562 0.3708 0.37 35.54 28.33 8.881e+06 2.221 2.221 464 -424.39 1.562 0.3708 0.37 35.54 34.36 6.773e+06 2.221 2.221 465 -424.39 1.562 0.3708 0.37 35.54 29.74 6.429e+06 2.221 2.221 466 -424.39 1.562 0.3708 0.37 35.54 32.47 6.773e+06 2.384 2.384 467 -424.39 1.562 0.3708 0.37 35.54 35.54 6.429e+06 2.221 2.221 468 -424.39 1.562 0.3708 0.37 25.65 34.36 6.736e+06 2.221 2.221 469 -424.39 1.562 0.3708 0.37 35.54 25 6.736e+06 2.221 2.221 470 -424.39 1.562 0.3708 0.37 35.54 34.36 8.291e+06 2.384 2.384 471 -424.39 1.562 0.3708 0.37 35.54 34.36 8.291e+06 2.384 2.384 472 -424.39 1.562 0.3708 0.37 35.54 34.36 8.291e+06 2.221 2.221 473 -424.39 1.562 0.3708 0.37 35.54 35.54 8.291e+06 2.384 2.384 474 -424.39 1.562 0.3708 0.37 35.54 31.42 8.291e+06 2.221 2.221 475 -424.39 1.562 0.3708 0.37 35.54 34.36 8.291e+06 2.384 2.384 476 -424.39 1.562 0.3708 0.37 35.54 35.54 8.291e+06 2.384 2.384 477 -424.39 1.562 0.3708 0.37 35.54 35.54 8.118e+06 2.384 2.384 478 -424.39 1.562 0.3708 0.37 35.54 31.42 8.291e+06 2.221 2.221 479 -424.39 1.562 0.3708 0.37 35.54 35.54 8.291e+06 2.221 2.221 480 -424.39 1.562 0.3708 0.37 35.54 35.54 8.291e+06 2.441 2.441 481 -424.39 1.562 0.3708 0.37 35.54 35.09 8.095e+06 2.221 2.221 482 -424.39 1.562 0.3708 0.37 35.54 35.54 8.291e+06 2.221 2.221 483 -424.39 1.562 0.3708 0.37 35.54 34.36 1e+07 2.221 2.221 484 -424.39 1.562 0.3708 0.37 35.54 35.54 1e+07 2.221 2.221 485 -424.39 1.562 0.3708 0.37 34.97 34.36 1e+07 2.221 2.221 486 -424.39 1.562 0.3708 0.37 35.54 35.54 1e+07 2.221 2.221 487 -424.39 1.562 0.3708 0.37 34.97 35.09 1e+07 2.221 2.221 488 -424.39 1.562 0.3708 0.37 35.54 34.36 9.827e+06 2.384 2.384 489 -424.39 1.562 0.3708 0.37 35.54 35.54 1e+07 2.221 2.221 490 -424.39 1.562 0.3708 0.37 35.54 34.36 1e+07 2.221 2.221 491 -424.39 1.562 0.3708 0.37 35.54 35.54 1e+07 2.221 2.221 492 -424.39 1.562 0.3708 0.37 34.97 34.36 1e+07 2.221 2.221 493 -424.39 1.562 0.3708 0.37 35.54 35.09 1e+07 2.221 2.221 494 -424.39 1.562 0.3708 0.37 35.54 35.54 1e+07 2.384 2.384 495 -424.39 1.562 0.3708 0.37 35.54 35.54 1e+07 2.221 2.221 496 -424.39 1.562 0.3708 0.37 35.54 34.36 1e+07 2.221 2.221 497 -424.39 1.562 0.3708 0.37 35.54 35.54 1e+07 2.221 2.221 498 -424.39 1.562 0.3708 0.37 35.54 29.15 1e+07 2.534 2.534 499 -424.39 1.562 0.3708 0.37 35.54 35.54 1e+07 2.221 2.221 500 -424.39 1.562 0.3708 0.37 28.16 35.54 9.827e+06 2.221 2.221 Setting fit to best solution... save all fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src2.ximg Saving current fit data in fullrun_mos2_xmm0142970101_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 ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz fullrun_mos2_xmm0142970101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src 16 52.081993 0 0 1 4. ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz 153 248 169 264 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz using pyfits Extracting (152:168, 247:263) Extracting subarray using numpy mask ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz 1 153 248 169 264 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz using pyfits Extracting (152:168, 247:263) 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 -46.483748 46.483748 -1 setpar 5 0.0 0.010000 -46.483748 46.483748 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 11.620937 0.001000 2.905234 23.241874 -1 setpar 8 11.620937 0.001000 2.905234 23.241874 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 -53965.36 2.064 -2.798 6.005 46.33 16.51 3.376e+06 5.127 5.127 2 -35811.15 23.91 8.609 -4.155 -39.05 -42.29 1.021e+05 4.034 4.034 3 -13152.57 21.29 1.81 1.977 -3.822 -44.7 5.925e+06 3.246 3.246 4 -13152.57 21.29 1.81 1.977 -3.822 -44.7 5.925e+06 3.246 3.246 5 -14942.65 5.261 -2.5 -1.433 30.26 39.47 1.832e+06 4.878 4.878 6 -9994.60 5.261 1.904 -1.433 30.26 39.47 1.832e+06 4.878 4.878 7 -8315.61 5.261 1.904 -1.433 43.02 39.47 1.832e+06 4.878 4.878 8 -8315.61 5.261 1.904 -1.433 43.02 39.47 1.832e+06 4.878 4.878 9 -5811.00 11.83 0.4819 0.8672 46.48 33.09 9.083e+06 5.762 5.762 10 -5681.30 11.83 0.4819 0.8672 46.48 33.09 3.084e+06 5.762 5.762 11 -4537.29 11.83 0.4819 -0.4087 46.48 33.09 9.083e+06 4.878 4.878 12 -4536.03 11.83 0.4819 -0.4087 46.48 41.25 9.083e+06 4.878 4.878 13 -4536.03 11.83 0.4819 -0.4087 46.48 41.25 9.083e+06 4.878 4.878 14 -3015.02 5.261 0.4819 -0.4087 46.48 33.09 4.094e+06 3.694 3.694 15 -3015.02 5.261 0.4819 -0.4087 46.33 41.25 1.832e+06 3.373 3.373 16 -3015.02 5.261 0.4819 -0.4087 46.33 39.47 9.083e+06 2.905 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0.006152 46.48 46.37 1e-06 2.905 2.905 408 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 409 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 410 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 411 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 412 -462.33 1.17 0.01368 0.006152 41.79 46.48 1.257e+05 2.905 2.905 413 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 2.905 2.905 414 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 415 -462.33 1.17 0.01368 0.006152 46.48 46.48 1.403e+06 2.905 2.905 416 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 417 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 418 -462.33 1.17 0.01368 0.006152 46.42 46.48 1.403e+06 2.905 2.905 419 -462.33 1.17 0.01368 0.006152 46.42 43.22 1e-06 2.905 2.905 420 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 421 -462.33 1.17 0.01368 0.006152 46.42 20.7 1e-06 2.905 2.905 422 -462.33 1.17 0.01368 0.006152 33.93 46.48 1e-06 2.905 2.905 423 -462.33 1.17 0.01368 0.006152 46.42 46.48 2.769e+04 2.905 2.905 424 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 425 -462.33 1.17 0.01368 0.006152 46.48 46.48 1.193e+06 2.905 2.905 426 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 3.23 3.23 427 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 428 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 429 -462.33 1.17 0.01368 0.006152 46.48 45.75 1.193e+06 2.905 2.905 430 -462.33 1.17 0.01368 0.006152 46.48 46.48 1.193e+06 2.905 2.905 431 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 432 -462.33 1.17 0.01368 0.006152 46.48 40.43 1.193e+06 2.905 2.905 433 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 4.525 4.525 434 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 2.905 2.905 435 -462.33 1.17 0.01368 0.006152 46.42 30.79 1e-06 2.905 2.905 436 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 2.905 2.905 437 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 2.905 2.905 438 -462.33 1.17 0.01368 0.006152 46.42 29.66 1e-06 2.905 2.905 439 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 440 -462.33 1.17 0.01368 0.006152 46.48 46.48 1.193e+06 2.905 2.905 441 -462.33 1.17 0.01368 0.006152 46.42 29.66 1e-06 2.905 2.905 442 -462.33 1.17 0.01368 0.006152 46.42 46.48 2.872e+05 2.905 2.905 443 -462.33 1.17 0.01368 0.006152 46.42 35.82 1e-06 2.905 2.905 444 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 2.905 2.905 445 -462.33 1.17 0.01368 0.006152 46.42 35.82 1e-06 2.905 2.905 446 -462.33 1.17 0.01368 0.006152 46.48 35.82 1e-06 2.905 2.905 447 -462.33 1.17 0.01368 0.006152 39.6 30.79 1e-06 2.905 2.905 448 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 449 -462.33 1.17 0.01368 0.006152 46.42 29.66 1e-06 2.905 2.905 450 -462.33 1.17 0.01368 0.006152 46.42 29.66 1e-06 2.905 2.905 451 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 4.77 4.77 452 -462.33 1.17 0.01368 0.006152 46.42 19.88 1e-06 2.905 2.905 453 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 454 -462.33 1.17 0.01368 0.006152 45.68 42.04 1e-06 2.905 2.905 455 -462.33 1.17 0.01368 0.006152 46.48 29.66 1e-06 2.905 2.905 456 -462.33 1.17 0.01368 0.006152 46.48 46.14 1e-06 3.23 3.23 457 -462.33 1.17 0.01368 0.006152 44.24 35.82 1e-06 2.905 2.905 458 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 2.905 2.905 459 -462.33 1.17 0.01368 0.006152 46.48 35.82 1e-06 2.905 2.905 460 -462.33 1.17 0.01368 0.006152 46.42 45.75 1e-06 2.905 2.905 461 -462.33 1.17 0.01368 0.006152 46.42 29.66 1e-06 2.905 2.905 462 -462.33 1.17 0.01368 0.006152 46.42 29.66 1e-06 2.905 2.905 463 -462.33 1.17 0.01368 0.006152 46.48 29.66 1e-06 2.905 2.905 464 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 2.905 2.905 465 -462.33 1.17 0.01368 0.006152 46.42 46.48 1e-06 3.23 3.23 466 -462.33 1.17 0.01368 0.006152 46.42 35.82 1e-06 2.905 2.905 467 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 2.905 2.905 468 -462.33 1.17 0.01368 0.006152 44.61 46.48 1e-06 2.905 2.905 469 -462.33 1.17 0.01368 0.006152 46.42 43.69 4.375e+05 2.905 2.905 470 -462.33 1.17 0.01368 0.006152 44.61 37.27 1e-06 2.905 2.905 471 -462.33 1.17 0.01368 0.006152 44.61 44.46 1e-06 3.564 3.564 472 -462.33 1.17 0.01368 0.006152 46.48 39.78 1e-06 2.905 2.905 473 -462.33 1.17 0.01368 0.006152 46.42 19.88 1e-06 2.905 2.905 474 -462.33 1.17 0.01368 0.006152 37.63 45.75 1e-06 2.905 2.905 475 -462.33 1.17 0.01368 0.006152 44.61 46.48 1e-06 2.905 2.905 476 -462.33 1.17 0.01368 0.006152 46.42 19.88 1e-06 2.905 2.905 477 -462.33 1.17 0.01368 0.006152 46.48 46.48 1.193e+06 2.905 2.905 478 -462.33 1.17 0.01368 0.006152 46.48 27.02 1e-06 2.905 2.905 479 -462.33 1.17 0.01368 0.006152 37.63 45.75 1e-06 2.905 2.905 480 -462.33 1.17 0.01368 0.006152 42.85 46.48 1e-06 2.905 2.905 481 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 2.905 2.905 482 -462.33 1.17 0.01368 0.006152 46.48 45.75 1.445e+06 3.174 3.174 483 -462.33 1.17 0.01368 0.006152 46.48 45.75 1e-06 2.905 2.905 484 -462.33 1.17 0.01368 0.006152 46.48 18.92 1e-06 2.905 2.905 485 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 2.905 2.905 486 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 4.518 4.518 487 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 2.905 2.905 488 -462.33 1.17 0.01368 0.006152 46.48 46.48 1.137e+06 2.905 2.905 489 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 4.518 4.518 490 -462.33 1.17 0.01368 0.006152 46.48 42.04 1.425e+06 2.905 2.905 491 -462.33 1.17 0.01368 0.006152 46.48 46.48 1e-06 2.905 2.905 492 -462.33 1.17 0.01368 0.006152 46.48 46.48 1.137e+06 2.905 2.905 493 -462.33 1.17 0.01368 0.006152 46.48 46.48 1.425e+06 2.905 2.905 494 -462.33 1.17 0.01368 0.006152 44.61 46.48 1e-06 2.905 2.905 495 -462.33 1.17 0.01368 0.006152 44.61 46.48 1e-06 2.905 2.905 496 -462.33 1.17 0.01368 0.006152 44.61 46.48 1e-06 2.905 2.905 497 -462.33 1.17 0.01368 0.006152 39.54 46.48 1e-06 2.905 2.905 498 -462.33 1.17 0.01368 0.006152 46.42 44.7 1e-06 2.905 2.905 499 -462.33 1.17 0.01368 0.006152 46.48 46.48 1.137e+06 2.905 2.905 500 -462.33 1.17 0.01368 0.006152 46.48 32.27 1e-06 2.905 2.905 Setting fit to best solution... save all fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src3.ximg Saving current fit data in fullrun_mos2_xmm0142970101_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 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 ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz fullrun_mos2_xmm0142970101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src 16 52.081993 0 0 1 4. ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz 425 386 442 403 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz using pyfits Extracting (424:441, 385:402) Extracting subarray using numpy mask ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz 1 425 386 442 403 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz using pyfits Extracting (424:441, 385:402) 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 -49.735812 49.735812 -1 setpar 5 0.0 0.010000 -49.735812 49.735812 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.433953 0.001000 3.108488 24.867906 -1 setpar 8 12.433953 0.001000 3.108488 24.867906 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 -93918.19 15.06 -8.716 7.893 48.88 34.2 6.551e+06 4.308 4.308 2 -44858.80 4.043 5.554 1.999 -47.41 -40.53 5.327e+05 4.518 4.518 3 -48917.71 16.49 7.683 5.638 -49.65 -7.926 3.866e+05 3.644 3.644 4 -28617.30 4.043 5.554 1.999 -47.41 -40.53 5.327e+05 3.644 3.644 5 -28160.68 4.043 5.554 1.999 -47.41 -40.53 3.866e+05 3.644 3.644 6 -26890.25 4.043 5.195 1.999 -47.41 -40.53 5.327e+05 3.644 3.644 7 -26890.25 4.043 5.195 1.999 -47.41 -40.53 5.327e+05 3.644 3.644 8 -14758.59 4.043 -0.8384 1.999 -47.41 -40.53 5.327e+05 3.644 3.644 9 -14758.59 4.043 -0.8384 1.999 -47.41 -40.53 5.327e+05 3.644 3.644 10 -13185.52 4.043 -0.8384 1.999 -47.41 -49.74 5.327e+05 3.644 3.644 11 -13185.52 4.043 -0.8384 1.999 -47.41 -49.74 1e-06 3.644 3.644 12 -11760.58 4.043 1.642 -2.186 -11.83 -49.74 5.765e+06 3.108 3.108 13 -9359.78 4.043 -0.8384 0.8492 -47.41 -40.53 5.327e+05 3.644 3.644 14 -11350.72 4.043 -0.4024 -2.186 -11.83 -49.74 5.765e+06 3.108 3.108 15 -8013.91 4.043 -0.8384 -1.241 -46.14 -49.74 5.327e+05 4.518 4.518 16 -8013.91 4.043 -0.8384 -1.241 -46.14 -49.74 5.327e+05 4.518 4.518 17 -6957.12 4.043 -0.8384 0.4856 -45.84 -49.74 5.327e+05 4.518 4.518 18 -5720.35 4.043 -0.8384 -0.2754 -47.41 -49.74 5.327e+05 3.644 3.644 19 -5380.10 2.843 -0.8384 -0.2754 -47.41 -49.74 5.327e+05 3.644 3.644 20 -2394.37 4.043 0.1716 -0.2754 -47.41 -49.74 5.327e+05 3.644 3.644 21 -2394.37 4.043 0.1716 -0.2754 -47.41 -49.74 5.327e+05 3.644 3.644 22 -2394.37 4.043 0.1716 -0.2754 -47.41 -49.74 5.327e+05 3.644 3.644 23 -2394.37 4.043 0.1716 -0.2754 -47.41 -49.74 5.327e+05 3.644 3.644 24 -1578.02 4.043 -0.04899 0.02853 -47.41 -49.74 5.327e+05 3.644 3.644 25 -1578.02 4.043 -0.04899 0.02853 -47.41 -49.74 5.327e+05 3.644 3.644 26 -1578.02 4.043 -0.04899 0.02853 -47.41 -49.74 5.327e+05 3.644 3.644 27 -1577.90 4.043 -0.04899 0.02853 -47.41 -49.74 1e-06 3.644 3.644 28 -1577.90 4.043 -0.04899 0.02853 -46.14 -49.74 5.327e+05 3.108 3.108 29 -1577.90 4.043 -0.04899 0.02853 -46.14 -49.74 5.327e+05 3.108 3.108 30 -1286.96 0 0.1716 -0.08587 -49.74 -49.74 5.327e+05 3.982 3.982 31 -1286.96 0 0.1716 -0.08587 -49.74 -49.74 5.327e+05 3.982 3.982 32 -1286.96 0 0.1716 -0.08587 -49.74 -49.74 5.327e+05 3.982 3.982 33 -1286.96 0 0.1716 -0.08587 -49.74 -49.74 5.327e+05 3.982 3.982 34 -1286.96 0 0.1716 -0.08587 -49.74 -49.74 5.327e+05 3.982 3.982 35 -1227.52 0.4095 -0.04899 0.02853 -46.14 -49.74 5.327e+05 3.108 3.108 36 -1227.52 0.4095 -0.04899 0.02853 -46.14 -49.74 5.327e+05 3.108 3.108 37 -1192.54 0.4095 -0.04899 0.05523 -46.14 -49.74 5.327e+05 3.108 3.108 38 -1192.54 0.4095 -0.04899 0.05523 -46.14 -49.74 5.327e+05 3.108 3.108 39 -1189.45 0.4095 -0.04899 0.05523 -46.14 -49.74 5.327e+05 3.644 3.644 40 -1189.45 0.4095 -0.04899 0.05523 -46.14 -49.74 5.327e+05 3.644 3.644 41 -1189.45 0.4095 -0.04899 0.05523 -46.14 -49.74 5.327e+05 3.644 3.644 42 -1189.45 0.4095 -0.04899 0.05523 -46.14 -49.74 5.327e+05 3.644 3.644 43 -1187.83 0.4095 -0.04899 0.05523 -45.11 -49.74 5.327e+05 3.644 3.644 44 -1187.83 0.4095 -0.04899 0.05523 -45.11 -49.74 5.327e+05 3.644 3.644 45 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3.593 471 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 472 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 473 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 474 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 475 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 476 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 477 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 478 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 479 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 480 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 481 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 482 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.471e+06 3.593 3.593 483 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 484 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 485 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 486 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 487 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 488 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 489 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 490 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 491 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 492 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 493 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 494 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 495 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 496 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 497 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 498 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 499 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 500 -552.82 0.966 -0.003719 0.002266 -45.84 -49.74 3.473e+06 3.593 3.593 Setting fit to best solution... save all fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src4.ximg Saving current fit data in fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_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 ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz fullrun_mos2_xmm0142970101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src 16 52.081993 0 0 1 4. ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz 190 137 208 155 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz using pyfits Extracting (189:207, 136:154) Extracting subarray using numpy mask ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz 1 190 137 208 155 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz using pyfits Extracting (189:207, 136:154) 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 -52.081992 52.081992 -1 setpar 5 0.0 0.010000 -52.081992 52.081992 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 13.020498 0.001000 3.255124 26.040996 -1 setpar 8 13.020498 0.001000 3.255124 26.040996 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 -65063.29 0.5796 -6.312 -3.185 49.68 44.49 1.122e+05 6.796 6.796 2 -60962.36 82.95 5.2 0.1064 49.61 5.795 5.049e+06 3.285 3.285 3 -43768.66 43.76 5.2 0.1064 49.61 5.795 5.049e+06 3.285 3.285 4 -30581.11 43.76 2.626 0.1064 49.61 5.795 5.049e+06 3.285 3.285 5 -30581.11 43.76 2.626 0.1064 49.61 5.795 5.049e+06 3.285 3.285 6 -30581.11 43.76 2.626 0.1064 49.61 5.795 5.049e+06 3.285 3.285 7 -21978.05 17.19 -1.631 -1.57 -52.08 5.36 2.831e+06 3.323 3.323 8 -16433.05 17.19 -1.631 -1.57 -52.08 50.6 7.95e+06 3.323 3.323 9 -16433.05 17.19 -1.631 -1.57 -52.08 50.6 7.95e+06 3.323 3.323 10 -13510.10 17.19 0.6171 0.1064 -52.08 -2.161 2.831e+06 3.255 3.255 11 -13044.33 17.19 0.6171 -1.57 -45.87 -46.7 7.539e+06 4.482 4.482 12 -7404.42 4.972 -0.8255 0.1064 49.61 5.795 5.049e+06 3.285 3.285 13 -5620.26 0.5796 -0.8255 0.1064 51.27 5.795 5.736e+06 3.285 3.285 14 -4217.54 4.972 -0.2686 0.1064 49.61 5.36 5.049e+06 3.285 3.285 15 -5620.26 0.5796 -0.8255 0.1064 52.08 5.795 5.401e+06 3.285 3.285 16 -3078.87 0.5796 -0.3972 0.1064 51.27 5.795 2.831e+06 3.285 3.285 17 -3054.77 0.5796 -0.393 0.1064 51.27 5.795 2.831e+06 3.285 3.285 18 -1862.87 0.5796 -0.08415 0.1064 51.27 5.795 2.831e+06 3.285 3.285 19 -1862.87 0.5796 -0.08415 0.1064 51.27 5.795 2.831e+06 3.285 3.285 20 -1862.87 0.5796 -0.08415 0.1064 51.27 5.795 2.831e+06 3.285 3.285 21 -1952.13 0.5796 0.1104 0.1064 51.27 5.795 2.831e+06 3.323 3.323 22 -1952.13 0.5796 0.1104 0.1064 51.27 5.795 2.831e+06 3.323 3.323 23 -1932.69 0.5796 0.1104 0.1064 51.27 5.795 2.831e+06 3.255 3.255 24 -1901.94 0.5796 0.1104 0.1064 51.27 -41.08 2.831e+06 3.323 3.323 25 -1903.41 0.5796 0.1104 0.1064 52.08 -41.08 2.831e+06 3.323 3.323 26 -1645.23 0 -0.08415 -0.04492 51.27 5.795 2.831e+06 3.285 3.285 27 -1645.23 0 -0.08415 -0.04492 51.27 5.795 2.831e+06 3.285 3.285 28 -1589.29 0 0.01397 0.1064 51.27 5.795 2.831e+06 3.323 3.323 29 -1609.90 0 0.02458 0.1064 51.27 5.795 2.831e+06 3.323 3.323 30 -1609.90 0 0.02458 0.1064 51.27 5.795 2.831e+06 3.323 3.323 31 -1591.87 0 0.02458 0.1064 51.27 5.795 2.831e+06 3.255 3.255 32 -1462.77 0.5796 0.02458 -0.04492 52.08 5.795 2.831e+06 3.285 3.285 33 -1442.66 0.5796 -0.05802 -0.04492 51.27 5.795 2.831e+06 3.323 3.323 34 -1442.66 0.5796 -0.05802 -0.04492 51.27 5.795 2.831e+06 3.323 3.323 35 -1434.62 0.5796 -0.05802 -0.04492 52.08 5.795 2.831e+06 3.285 3.285 36 -1432.14 0.5796 -0.05802 -0.04492 52.08 5.795 2.831e+06 3.323 3.323 37 -1432.14 0.5796 -0.05802 -0.04492 52.08 5.795 2.831e+06 3.323 3.323 38 -1432.14 0.5796 -0.05802 -0.04492 52.08 5.795 2.831e+06 3.323 3.323 39 -1431.93 0.5796 -0.05802 -0.04492 51.27 4.905 2.831e+06 3.285 3.285 40 -1431.93 0.5796 -0.05802 -0.04492 51.27 4.905 2.831e+06 3.285 3.285 41 -1431.93 0.5796 -0.05802 -0.04492 51.27 4.905 2.831e+06 3.285 3.285 42 -1418.88 0.5796 -0.05802 -0.04492 52.08 -3.313 2.831e+06 3.285 3.285 43 -1300.73 1.383 -0.05802 -0.04492 52.08 4.905 2.831e+06 3.285 3.285 44 -1300.73 1.383 -0.05802 -0.04492 52.08 4.905 2.831e+06 3.285 3.285 45 -1279.80 2.675 -0.05802 -0.04492 52.08 4.905 3.058e+06 3.255 3.255 46 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0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 457 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 458 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 459 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 460 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 461 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 462 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 463 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 464 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 465 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 466 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 467 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 468 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 469 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 470 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.257e+05 3.255 3.255 471 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 472 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 473 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 474 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 475 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 476 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 477 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 478 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 479 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 480 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 481 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 482 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 483 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 484 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 485 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 486 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 487 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 488 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 489 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 490 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 491 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 492 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 493 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 494 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 495 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 496 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 497 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 498 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 499 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 500 -627.47 0.9564 0.003961 -0.004984 51.26 17.39 2.291e+05 3.255 3.255 Setting fit to best solution... save all fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src5.ximg Saving current fit data in fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_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 ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz fullrun_mos2_xmm0142970101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src 16 52.081993 0 0 1 4. ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz 409 417 427 435 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz using pyfits Extracting (408:426, 416:434) Extracting subarray using numpy mask ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz 1 409 417 427 435 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz using pyfits Extracting (408:426, 416:434) 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 -51.034368 51.034368 -1 setpar 5 0.0 0.010000 -51.034368 51.034368 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.758592 0.001000 3.189648 25.517184 -1 setpar 8 12.758592 0.001000 3.189648 25.517184 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 -32500.89 51.83 4.131 1.002 -33.74 19.74 1e-06 4.843 4.843 2 -31125.32 74.48 1.274 -1.976 35.15 -46.78 7.379e+06 4.658 4.658 3 -32500.89 51.83 4.131 1.002 -25.87 -20.79 1e-06 4.843 4.843 4 -27532.76 1.271 -2.17 -5.735 43.08 -39.94 7.946e+06 3.534 3.534 5 -27532.76 1.271 -2.17 -5.735 43.08 -39.94 7.946e+06 3.534 3.534 6 -13993.94 24.27 0.8712 -2.801 39.04 -46.78 1.746e+05 5.112 5.112 7 -12783.54 24.27 0.8712 0.4651 39.04 -46.78 1.746e+05 5.112 5.112 8 -8109.70 6.732 0.1887 -1.976 25.58 -46.78 7.379e+06 4.658 4.658 9 -8109.66 6.732 0.1887 -1.976 25.58 -46.78 1.067e+06 4.658 4.658 10 -7591.98 8.07 0.6244 -1.976 8.305 -46.48 6.434e+06 3.425 3.425 11 -4319.97 1.271 0.6244 0.4651 43.31 -31.22 3.626e+06 3.19 3.19 12 -4319.97 1.271 0.6244 0.4651 43.31 -31.22 3.626e+06 3.19 3.19 13 -6130.11 1.271 0.6244 -1.976 8.305 -46.78 6.434e+06 3.425 3.425 14 -6130.11 1.271 0.6244 -1.976 8.305 -46.78 6.434e+06 3.425 3.425 15 -5939.15 1.271 0.8712 -1.976 25.58 -31.68 8.915e+05 3.425 3.425 16 -5824.05 0 0.6244 -1.976 43.08 -46.48 7.379e+06 3.425 3.425 17 -5185.58 4.585 0.6244 0.4651 43.08 -39.94 7.946e+06 3.534 3.534 18 -4842.75 4.585 1.35 -0.6941 43.08 -39.94 7.946e+06 4.658 4.658 19 -3411.13 4.585 0.6244 -0.6941 43.08 -39.94 7.946e+06 4.658 4.658 20 -3013.82 1.271 0.6244 -0.1683 31.4 -51.03 7.379e+06 6.766 6.766 21 -2903.85 0 0.6244 -0.9209 25.58 -46.48 6.376e+06 3.425 3.425 22 -2375.06 1.271 0.6244 -0.2134 41.9 -46.78 7.946e+06 3.425 3.425 23 -2333.30 0 0.6244 -0.3202 25.58 -46.48 1e-06 3.425 3.425 24 -2333.30 0 0.6244 -0.3202 25.58 -46.48 1e-06 3.425 3.425 25 -1491.03 0 0.1887 -0.2134 8.305 -46.78 1e-06 4.304 4.304 26 -1491.03 0 0.1887 -0.2134 31.4 -46.78 1e-06 4.304 4.304 27 -1491.03 0 0.1887 -0.2134 31.4 -46.78 1e-06 4.304 4.304 28 -1466.65 1.271 0.1265 -0.2134 8.305 -46.48 1.067e+06 3.425 3.425 29 -1464.15 1.271 0.1265 -0.2134 8.305 -46.78 1.067e+06 3.425 3.425 30 -1357.94 1.271 -0.01371 -0.1683 8.305 -46.48 1.067e+06 3.19 3.19 31 -1215.85 0 0.1887 -0.1683 31.4 -46.78 7.946e+06 4.304 4.304 32 -1215.85 0 0.1887 -0.1683 31.4 -46.78 7.946e+06 3.425 3.425 33 -1215.85 0 0.1887 -0.1683 31.4 -46.78 7.946e+06 3.425 3.425 34 -1215.85 0 0.1887 -0.1683 31.4 -46.78 7.946e+06 3.425 3.425 35 -1076.73 1.271 0.1265 -0.1683 8.305 -46.48 1.067e+06 3.425 3.425 36 -1067.74 1.271 0.1265 -0.1683 50.56 -39.94 3.245e+06 3.19 3.19 37 -1067.74 1.271 0.1265 -0.1683 31.4 -46.48 7.946e+06 3.425 3.425 38 -1067.74 1.271 0.1265 -0.1683 31.4 -46.48 7.946e+06 3.19 3.19 39 -1062.75 1.271 0.1059 -0.2134 50.56 -39.94 7.946e+06 3.425 3.425 40 -1067.74 1.271 0.1265 -0.1683 50.56 -46.48 7.379e+06 4.304 4.304 41 -1067.74 1.271 0.1265 -0.1683 33.92 -46.78 7.946e+06 3.425 3.425 42 -1067.74 1.271 0.1265 -0.1683 33.92 -46.78 7.946e+06 3.425 3.425 43 -1067.74 1.271 0.1265 -0.1683 32.37 -46.48 7.946e+06 3.425 3.425 44 -1067.74 1.271 0.1265 -0.1683 50.56 -46.48 7.379e+06 4.304 4.304 45 -1067.74 1.271 0.1265 -0.1683 33.92 -46.48 7.946e+06 3.425 3.425 46 -1067.74 1.271 0.1265 -0.1683 33.92 -46.48 7.379e+06 3.425 3.425 47 -1067.74 1.271 0.1265 -0.1683 33.92 -46.78 7.946e+06 3.425 3.425 48 -1067.74 1.271 0.1265 -0.1683 33.92 -46.48 7.946e+06 3.425 3.425 49 -1067.74 1.271 0.1265 -0.1683 50.56 -51.03 7.946e+06 3.425 3.425 50 -1067.74 1.271 0.1265 -0.1683 33.92 -46.48 8.775e+06 3.425 3.425 51 -1067.74 1.271 0.1265 -0.1683 51.03 -51.03 8.406e+06 3.425 3.425 52 -1067.74 1.271 0.1265 -0.1683 40.97 -46.48 9.683e+06 3.425 3.425 53 -1067.74 1.271 0.1265 -0.1683 40.97 -46.48 9.683e+06 3.425 3.425 54 -1067.74 1.271 0.1265 -0.1683 40.97 -46.48 9.683e+06 3.425 3.425 55 -1067.74 1.271 0.1265 -0.1683 40.97 -46.48 9.683e+06 3.19 3.19 56 -1067.74 1.271 0.1265 -0.1683 40.97 -46.48 9.683e+06 3.19 3.19 57 -1044.35 0.8986 0.1265 -0.1683 33.92 -51.03 7.946e+06 3.425 3.425 58 -1044.35 0.8986 0.1265 -0.1683 33.92 -51.03 7.946e+06 3.425 3.425 59 -1044.35 0.8986 0.1265 -0.1683 33.92 -51.03 7.946e+06 3.425 3.425 60 -1044.35 0.8986 0.1265 -0.1683 50.56 -51.03 9.683e+06 3.425 3.425 61 -1044.35 0.8986 0.1265 -0.1683 50.56 -51.03 9.683e+06 3.19 3.19 62 -1044.35 0.8986 0.1265 -0.1683 50.56 -43.9 9.974e+06 3.19 3.19 63 -1044.35 0.8986 0.1265 -0.1683 33.92 -51.03 9.74e+06 3.19 3.19 64 -1006.09 0.357 0.1265 -0.1683 40.97 -46.48 9.683e+06 3.19 3.19 65 -1006.09 0.357 0.1265 -0.1683 40.97 -46.48 9.683e+06 3.19 3.19 66 -1006.09 0.357 0.1265 -0.1683 33.92 -31.87 9.683e+06 3.19 3.19 67 -1006.09 0.357 0.1265 -0.1683 33.92 -31.87 9.683e+06 3.19 3.19 68 -1006.09 0.357 0.1265 -0.1683 33.92 -51.03 9.683e+06 3.425 3.425 69 -1006.09 0.357 0.1265 -0.1683 50.56 -51.03 9.683e+06 3.425 3.425 70 -1006.09 0.357 0.1265 -0.1683 33.92 -51.03 9.74e+06 3.425 3.425 71 -1006.09 0.357 0.1265 -0.1683 50.56 -51.03 9.683e+06 3.425 3.425 72 -1006.09 0.357 0.1265 -0.1683 33.92 -51.03 9.74e+06 3.425 3.425 73 -1006.09 0.357 0.1265 -0.1683 33.92 -46.48 9.74e+06 3.19 3.19 74 -1006.09 0.357 0.1265 -0.1683 33.92 -46.74 1e+07 3.19 3.19 75 -1006.09 0.357 0.1265 -0.1683 51.03 -31.87 1e+07 3.425 3.425 76 -1006.09 0.357 0.1265 -0.1683 51.03 -51.03 1e+07 3.425 3.425 77 -1006.09 0.357 0.1265 -0.1683 33.92 -51.03 1e+07 3.425 3.425 78 -1006.09 0.357 0.1265 -0.1683 33.92 -51.03 1e+07 3.425 3.425 79 -1006.09 0.357 0.1265 -0.1683 33.92 -46.74 1e+07 3.19 3.19 80 -1006.09 0.357 0.1265 -0.1683 41.12 -51.03 1e+07 3.425 3.425 81 -1006.09 0.357 0.1265 -0.1683 33.92 -51.03 1e+07 3.425 3.425 82 -942.74 0.357 0.1265 -0.004064 42.2 -51.03 1e+07 3.425 3.425 83 -942.74 0.357 0.1265 -0.004064 42.2 -51.03 1e+07 3.425 3.425 84 -942.74 0.357 0.1265 -0.004064 50.56 -51.03 1e+07 3.425 3.425 85 -942.74 0.357 0.1265 -0.004064 33.92 -51.03 1e+07 3.425 3.425 86 -942.74 0.357 0.1265 -0.004064 33.92 -51.03 1e+07 3.425 3.425 87 -942.74 0.357 0.1265 -0.004064 33.92 -51.03 1e+07 3.425 3.425 88 -942.74 0.357 0.1265 -0.004064 33.92 -51.03 1e+07 3.425 3.425 89 -942.74 0.357 0.1265 -0.004064 33.92 -51.03 1e+07 3.425 3.425 90 -942.74 0.357 0.1265 -0.004064 33.92 -51.03 1e+07 3.425 3.425 91 -942.74 0.357 0.1265 -0.004064 33.92 -51.03 1e+07 3.425 3.425 92 -942.74 0.357 0.1265 -0.004064 33.92 -51.03 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-0.004064 21.01 -35.02 7.595e+06 3.19 3.19 496 -552.03 0.8747 0.004008 -0.004064 21.01 -35.02 7.595e+06 3.19 3.19 497 -552.03 0.8747 0.004008 -0.004064 21.01 -35.02 7.55e+06 3.19 3.19 498 -552.03 0.8747 0.004008 -0.004064 21.01 -35.02 7.55e+06 3.19 3.19 499 -552.03 0.8747 0.004008 -0.004064 21.01 -35.02 7.55e+06 3.19 3.19 500 -552.03 0.8747 0.004008 -0.004064 21.01 -35.02 7.468e+06 3.19 3.19 Setting fit to best solution... save all fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src6.ximg Saving current fit data in fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_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 ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz fullrun_mos2_xmm0142970101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src 16 52.081993 0 0 1 4. ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz 353 423 369 439 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_cl.img.gz using pyfits Extracting (352:368, 422:438) Extracting subarray using numpy mask ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz 1 353 423 369 439 Reading ../../../xmm0142970101/products/images/fullrun_mos2_xmm0142970101_pi300-10000_mask.img.gz using pyfits Extracting (352:368, 422:438) 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 -35.767340 35.767340 -1 setpar 5 0.0 0.010000 -35.767340 35.767340 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 8.941835 0.001000 2.235459 17.883670 -1 setpar 8 8.941835 0.001000 2.235459 17.883670 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 -943743.69 80.05 8.81 -0.8591 32.55 -6.311 2.154e+05 3.491 3.491 2 -923397.51 5.215 8.81 -0.8591 32.55 -12.62 2.154e+05 3.491 3.491 3 -930763.99 80.05 5.055 -0.8591 32.55 -12.62 2.154e+05 3.491 3.491 4 -64993.36 65.17 0.6049 9.428 -35.19 -31.57 1e-06 8.455 8.455 5 -64993.36 65.17 0.6049 9.428 -35.19 -31.57 1e-06 8.455 8.455 6 -11447.98 23.64 1.303 -0.2739 -5.191 31.76 1e-06 8.064 8.064 7 -11447.98 23.64 1.303 -0.2739 -5.191 -12.62 1e-06 8.064 8.064 8 -22792.59 51.13 1.303 -0.2739 -5.191 -12.62 1e-06 8.064 8.064 9 -22792.59 51.13 1.303 -0.2739 22.97 -12.62 1e-06 8.064 8.064 10 -19645.84 44.57 0.6049 -0.8591 32.55 -12.62 1e-06 3.491 3.491 11 -20248.61 45.76 1.303 -0.8591 35.77 -12.62 1e-06 8.568 8.568 12 -20248.61 45.76 1.303 -0.8591 35.77 -12.62 1e-06 3.491 3.491 13 -19715.01 44.29 1.43 -0.8591 32.55 -10.21 1e-06 3.491 3.491 14 -19715.01 44.29 1.43 -0.8591 6.276 24.48 1e-06 9.475 9.475 15 -19715.01 44.29 1.43 -0.8591 6.276 24.48 1e-06 9.475 9.475 16 -15327.40 34.44 1.303 -0.2739 -5.191 -12.62 1e-06 2.752 2.752 17 -13298.46 30.73 0.6049 -0.8591 35.77 24.48 1e-06 9.475 9.475 18 -13298.46 30.73 0.6049 -0.8591 35.77 24.48 1e-06 9.475 9.475 19 -13298.46 30.73 0.6049 -0.8591 35.77 -12.62 1e-06 9.475 9.475 20 -13113.24 27.99 1.303 -0.8591 -2.02 -12.62 1e-06 8.064 8.064 21 -12860.15 27.33 1.303 -0.8591 35.77 -35.77 1e-06 8.064 8.064 22 -12671.12 25.93 1.43 -0.8591 -5.191 -17.94 1e-06 2.235 2.235 23 -12671.12 25.93 1.43 -0.8591 -5.191 -17.94 1e-06 2.235 2.235 24 -10060.31 22.55 0.6049 -0.8591 35.77 -12.62 1e-06 9.475 9.475 25 -10060.31 22.55 0.6049 -0.8591 35.77 -12.62 1e-06 9.475 9.475 26 -10060.31 22.55 0.6049 -0.8591 35.77 -12.62 1e-06 9.475 9.475 27 -7179.08 8.045 1.303 -0.8591 -5.191 24.48 1e-06 8.064 8.064 28 -7179.08 8.045 1.303 -0.8591 -5.191 24.48 1e-06 8.064 8.064 29 -7179.08 8.045 1.303 -0.8591 -5.191 24.48 1e-06 8.064 8.064 30 -7179.08 8.045 1.303 -0.8591 35.77 -35.77 1e-06 8.064 8.064 31 -7179.08 8.045 1.303 -0.8591 35.77 -35.77 1e-06 8.064 8.064 32 -4680.49 8.045 0.6049 -0.5512 35.77 -12.62 1e-06 9.475 9.475 33 -4680.49 8.045 0.6049 -0.5512 35.77 -12.62 1e-06 9.475 9.475 34 -4680.49 8.045 0.6049 -0.5512 35.77 -12.62 1e-06 8.068 8.068 35 -4378.87 6.256 0.6049 -0.5512 35.77 -12.62 1e-06 9.475 9.475 36 -2939.70 0 0.6049 -0.5512 35.77 -12.62 1e-06 2.235 2.235 37 -2423.55 0 0.2539 -0.5512 35.77 -12.62 1e-06 2.235 2.235 38 -2423.55 0 0.2539 -0.5512 35.77 -12.62 1e-06 2.235 2.235 39 -2423.55 0 0.2539 -0.5512 35.77 -12.62 1e-06 2.235 2.235 40 -2423.55 0 0.2539 -0.5512 35.77 -12.62 1e-06 2.235 2.235 41 -2423.55 0 0.2539 -0.5512 35.77 -3.878 1e-06 2.235 2.235 42 -2358.77 0 0.2539 -0.4845 35.77 -12.62 1e-06 2.235 2.235 43 -2358.77 0 0.2539 -0.4845 35.77 -12.62 1e-06 2.235 2.235 44 -2358.77 0 0.2539 -0.4845 35.77 -15.76 1e-06 2.235 2.235 45 -2287.86 0 0.2539 -0.4789 35.77 -12.62 1e-06 2.235 2.235 46 -1555.46 0 0.2539 0.1321 35.77 -14.38 1e-06 2.235 2.235 47 -1555.46 0 0.2539 0.1321 35.77 -14.38 1e-06 2.235 2.235 48 -1381.78 0 0.2432 0.1321 35.77 -14.38 1e-06 2.235 2.235 49 -1381.78 0 0.2432 0.1321 35.77 -14.38 1e-06 2.235 2.235 50 -1381.78 0 0.2432 0.1321 35.77 -7.42 1e-06 2.235 2.235 51 -1381.78 0 0.2432 0.1321 35.77 -7.42 1e-06 2.235 2.235 52 -1381.78 0 0.2432 0.1321 35.77 -9.389 1e-06 2.235 2.235 53 -1381.78 0 0.2432 0.1321 35.77 -7.42 1e-06 2.235 2.235 54 -1381.78 0 0.2432 0.1321 -5.191 -12.63 1e-06 2.235 2.235 55 -1243.12 0 0.2432 0.02853 35.77 -7.42 1e-06 2.235 2.235 56 -1381.78 0 0.2432 0.1321 -5.191 -12.63 1e-06 2.235 2.235 57 -1381.78 0 0.2432 0.1321 -5.191 -14.38 1e-06 2.235 2.235 58 -1213.05 0 0.1116 0.1321 -5.191 -14.38 1e-06 2.235 2.235 59 -1213.05 0 0.1116 0.1321 -5.191 -14.38 1e-06 2.235 2.235 60 -1162.88 0 0.04155 0.1321 -5.191 -14.38 1e-06 2.235 2.235 61 -1213.05 0 0.1116 0.1321 0.07239 -14.38 1e-06 2.235 2.235 62 -1213.05 0 0.1116 0.1321 0.07239 -14.38 1e-06 2.235 2.235 63 -1213.05 0 0.1116 0.1321 0.07239 -14.38 1e-06 2.235 2.235 64 -1213.05 0 0.1116 0.1321 -5.191 -7.42 1e-06 2.235 2.235 65 -1213.05 0 0.1116 0.1321 -5.191 -3.339 1e-06 2.235 2.235 66 -1213.05 0 0.1116 0.1321 -5.191 -3.339 1e-06 2.235 2.235 67 -1213.05 0 0.1116 0.1321 -5.191 -4.625 1e-06 3.876 3.876 68 -1213.05 0 0.1116 0.1321 -5.191 -4.625 1e-06 3.876 3.876 69 -1213.05 0 0.1116 0.1321 -5.191 -4.625 1e-06 3.876 3.876 70 -1213.05 0 0.1116 0.1321 -5.191 1.785 1e-06 2.235 2.235 71 -1213.05 0 0.1116 0.1321 -5.191 1.785 1e-06 2.235 2.235 72 -1213.05 0 0.1116 0.1321 -5.191 1.785 1e-06 2.235 2.235 73 -1213.05 0 0.1116 0.1321 -5.191 1.29 1e-06 3.876 3.876 74 -1213.05 0 0.1116 0.1321 -5.191 1.785 1e-06 3.876 3.876 75 -1213.05 0 0.1116 0.1321 -5.191 1.785 1e-06 3.876 3.876 76 -1213.05 0 0.1116 0.1321 -5.191 3.046 1e-06 3.876 3.876 77 -1213.05 0 0.1116 0.1321 -5.191 5.231 1e-06 3.876 3.876 78 -1213.05 0 0.1116 0.1321 -5.191 5.231 1e-06 3.876 3.876 79 -1213.05 0 0.1116 0.1321 -5.191 5.231 1e-06 3.876 3.876 80 -1110.46 0 0.1116 0.1264 -5.191 3.046 1e-06 3.876 3.876 81 -1110.46 0 0.1116 0.1264 -5.191 3.046 1e-06 3.876 3.876 82 -1110.46 0 0.1116 0.1264 -5.191 3.046 1e-06 5.211 5.211 83 -1090.15 0 0.02383 0.1321 -3.059 2.09 1e-06 3.876 3.876 84 -1090.15 0 0.02383 0.1321 -3.059 2.09 1e-06 3.876 3.876 85 -1090.15 0 0.02383 0.1321 -3.059 2.09 1e-06 3.876 3.876 86 -1090.15 0 0.02383 0.1321 -5.191 8.801 1e-06 6.444 6.444 87 -1090.15 0 0.02383 0.1321 -5.191 2.09 1e-06 5.534 5.534 88 -1090.15 0 0.02383 0.1321 -3.059 2.09 1e-06 6.594 6.594 89 -1090.15 0 0.02383 0.1321 -3.059 3.046 1e-06 6.674 6.674 90 -1083.83 0.2545 0.02383 0.1321 -3.059 3.046 1e-06 2.582 2.582 91 -1090.15 0 0.02383 0.1321 2.798 2.09 1e-06 5.534 5.534 92 -1090.15 0 0.02383 0.1321 2.798 2.09 1e-06 5.534 5.534 93 -1090.15 0 0.02383 0.1321 5.409 3.046 1e-06 6.674 6.674 94 -1090.15 0 0.02383 0.1321 5.409 3.046 1e-06 6.674 6.674 95 -1090.15 0 0.02383 0.1321 5.409 2.09 1e-06 6.674 6.674 96 -1090.14 0 0.02383 0.1321 13.49 3.046 1e-06 6.674 6.674 97 -1090.14 0 0.02383 0.1321 13.49 3.046 1e-06 6.674 6.674 98 -1090.14 0 0.02383 0.1321 13.49 3.046 1e-06 6.674 6.674 99 -1090.15 0 0.02383 0.1321 5.409 2.09 1e-06 8.728 8.728 100 -1090.14 0 0.02383 0.1321 14.35 3.046 1e-06 6.674 6.674 101 -1090.14 0 0.02383 0.1321 14.35 3.046 1e-06 6.674 6.674 102 -1090.14 0 0.02383 0.1321 14.05 3.046 1e-06 8.858 8.858 103 -1090.14 0 0.02383 0.1321 14.13 3.046 1e-06 8.935 8.935 104 -1090.14 0 0.02383 0.1321 20.76 2.09 1e-06 8.626 8.626 105 -1090.14 0 0.02383 0.1321 20.76 2.09 1e-06 8.626 8.626 106 -1090.14 0 0.02383 0.1321 20.76 2.09 1e-06 8.626 8.626 107 -1090.14 0 0.02383 0.1321 18.12 -3.127 1e-06 8.935 8.935 108 -1090.14 0 0.02383 0.1321 24.08 2.09 1e-06 8.858 8.858 109 -1090.14 0 0.02383 0.1321 24.08 2.09 1e-06 9.043 9.043 110 -1090.14 0 0.02383 0.1321 24.08 2.09 1e-06 9.043 9.043 111 -1090.14 0 0.02383 0.1321 30.12 2.09 1e-06 10.94 10.94 112 -1090.14 0 0.02383 0.1321 24.75 -3.127 1e-06 8.935 8.935 113 -1090.14 0 0.02383 0.1321 24.75 -3.127 1e-06 8.935 8.935 114 -1090.14 0 0.02383 0.1321 24.75 -5.174 1e-06 8.858 8.858 115 -1090.14 0 0.02383 0.1321 26.35 -5.174 1e-06 10.84 10.84 116 -1090.14 0 0.02383 0.1321 26.35 -5.174 1e-06 10.84 10.84 117 -1090.14 0 0.02383 0.1321 26.35 -5.174 1e-06 10.84 10.84 118 -1090.14 0 0.02383 0.1321 26.35 -5.174 1e-06 10.84 10.84 119 -1090.14 0 0.02383 0.1321 26.35 -5.174 1e-06 10.84 10.84 120 -1090.14 0 0.02383 0.1321 26.35 -3.762 1e-06 10.84 10.84 121 -1090.14 0 0.02383 0.1321 26.35 -3.762 1e-06 10.84 10.84 122 -1090.14 0 0.02383 0.1321 26.35 -4.251 1e-06 10.84 10.84 123 -1090.14 0 0.02383 0.1321 26.35 -4.251 1e-06 10.84 10.84 124 -1090.14 0 0.02383 0.1321 26.35 -3.127 1e-06 14.31 14.31 125 -1090.14 0 0.02383 0.1321 26.35 -5.174 1e-06 14.31 14.31 126 -1090.14 0 0.02383 0.1321 26.35 -5.174 1e-06 14.31 14.31 127 -1090.14 0 0.02383 0.1321 26.35 -4.251 1e-06 14.31 14.31 128 -1090.14 0 0.02383 0.1321 26.35 -4.251 1e-06 14.31 14.31 129 -1090.14 0 0.02383 0.1321 26.35 -4.251 1e-06 14.29 14.29 130 -1090.14 0 0.02383 0.1321 26.35 -4.251 1e-06 14.29 14.29 131 -1090.14 0 0.02383 0.1321 26.35 -4.251 1e-06 14.31 14.31 132 -1090.14 0 0.02383 0.1321 26.35 -4.251 1e-06 16.51 16.51 133 -1090.14 0 0.02383 0.1321 26.35 -4.251 1e-06 16.51 16.51 134 -1090.14 0 0.02383 0.1321 26.35 -5.174 1e-06 17.65 17.65 135 -1090.14 0 0.02383 0.1321 26.35 -5.174 1e-06 17.65 17.65 136 -1090.14 0 0.02383 0.1321 26.35 -5.174 1e-06 17.65 17.65 137 -1090.14 0 0.02383 0.1321 26.35 -5.174 1e-06 17.65 17.65 138 -1090.14 0 0.02383 0.1321 26.35 -4.251 1e-06 17.65 17.65 139 -1090.14 0 0.02383 0.1321 25.93 -4.251 1e-06 17.65 17.65 140 -1090.14 0 0.02383 0.1321 25.93 -4.251 1e-06 17.65 17.65 141 -1090.14 0 0.02383 0.1321 25.93 -4.251 1e-06 17.88 17.88 142 -1090.14 0 0.02383 0.1321 25.93 -4.251 1e-06 17.88 17.88 143 -1090.14 0 0.02383 0.1321 25.93 -4.251 1e-06 17.88 17.88 144 -1090.14 0 0.02383 0.1321 25.85 -4.251 1e-06 17.88 17.88 145 -1090.14 0 0.02383 0.1321 25.85 -4.251 1e-06 17.88 17.88 146 -1090.14 0 0.02383 0.1321 25.85 -4.251 1e-06 17.88 17.88 147 -1090.14 0 0.02383 0.1321 25.85 -4.251 1e-06 17.88 17.88 148 -1090.14 0 0.02383 0.1321 25.85 -4.251 1e-06 17.88 17.88 149 -1090.14 0 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377 -508.29 0.9041 0.009417 0.004758 -7.064 3.402 1e-06 14.1 14.1 378 -508.29 0.9041 0.009417 0.004758 -7.064 3.402 1e-06 14.1 14.1 379 -508.29 0.9041 0.009417 0.004758 -7.064 3.885 1e-06 14.1 14.1 380 -508.29 0.9041 0.009417 0.004758 -7.064 3.402 1e-06 14.1 14.1 381 -508.29 0.9041 0.009417 0.004758 -7.064 4.029 1e-06 14.1 14.1 382 -508.29 0.9041 0.009417 0.004758 -7.064 4.029 1e-06 14.1 14.1 383 -508.29 0.9041 0.009417 0.004758 -7.064 4.029 1e-06 14.1 14.1 384 -508.29 0.9041 0.009417 0.004758 -7.064 4.029 1e-06 14.1 14.1 385 -508.29 0.9041 0.009417 0.004758 -7.064 4.029 1e-06 14.1 14.1 386 -508.29 0.9041 0.009417 0.004758 -7.064 4.029 1e-06 14.02 14.02 387 -508.29 0.9041 0.009417 0.004758 -7.064 4.029 1e-06 14.02 14.02 388 -508.29 0.9041 0.009417 0.004758 -7.064 4.029 1e-06 14.02 14.02 389 -508.29 0.9041 0.009417 0.004758 -6.74 4.029 1e-06 14.1 14.1 390 -508.29 0.9041 0.009417 0.004758 -6.74 4.029 1e-06 14.1 14.1 391 -508.29 0.9041 0.009417 0.004758 -6.74 4.029 1e-06 14.1 14.1 392 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0.009417 0.004758 -5.612 3.78 1e-06 12.98 12.98 452 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.98 12.98 453 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 454 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.87 12.87 455 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 456 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 457 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 458 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 459 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 460 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 461 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 462 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 463 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 464 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 465 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.9 12.9 466 -508.24 0.9164 0.009417 0.004758 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-5.612 3.78 1e-06 12.78 12.78 482 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 483 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 484 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 485 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 486 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 487 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 488 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 489 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 490 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 491 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 492 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 493 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 494 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 495 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 496 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 497 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 498 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 499 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 500 -508.24 0.9164 0.009417 0.004758 -5.612 3.78 1e-06 12.78 12.78 Setting fit to best solution... save all fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src7.ximg Saving current fit data in fullrun_mos2_xmm0142970101_pi300-10000_cl_pass1_tfrozen_src7.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs