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 ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz fullrun_mos2_xmm0600121501_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src 16 50.434733 0 0 1 4. ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz 277 272 293 288 Reading ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz using pyfits Extracting (276:292, 271:287) Extracting subarray using numpy mask ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz 1 277 272 293 288 Reading ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz using pyfits Extracting (276:292, 271:287) 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 -29.142464 29.142464 -1 setpar 5 0.0 0.010000 -29.142464 29.142464 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 7.285616 0.001000 1.821404 14.571232 -1 setpar 8 7.285616 0.001000 1.821404 14.571232 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 -245171.38 11.79 1.251 -5.345 -19.1 -5.471 7.708e+04 2.139 2.139 2 -23655.23 52.72 -3.927 7.478 -13.8 8.884 1e-06 7.249 7.249 3 -23655.23 52.72 -3.927 7.478 -13.8 8.884 1e-06 7.249 7.249 4 -14827.64 5.166 -1.467 -7.352 -26.7 -4.387 1e-06 2.358 2.358 5 -4916.18 52.72 -3.927 0.6356 9.123 10.21 1e-06 7.249 7.249 6 -4916.18 52.72 -3.927 0.6356 -13.8 10.21 1e-06 7.249 7.249 7 -4916.18 52.72 -3.927 0.6356 -13.8 10.21 1e-06 7.249 7.249 8 -4916.18 52.72 -3.927 0.6356 -13.8 10.21 1e-06 7.249 7.249 9 -1722.63 11.79 -3.927 1.067 20.04 8.884 1e-06 3.699 3.699 10 -1722.63 11.79 -3.927 1.067 20.04 29.14 1e-06 3.699 3.699 11 1624.57 5.166 -1.467 0.4551 -26.7 -4.387 1e-06 3.105 3.105 12 1624.57 5.166 -1.467 0.4551 -26.7 -4.387 1e-06 2.385 2.385 13 2819.72 26.17 -1.106 1.067 -13.8 8.366 1e-06 4.694 4.694 14 4595.45 11.5 -0.4533 0.6356 -26.7 -24.1 1e-06 4.175 4.175 15 3626.88 11.79 -1.467 0.416 20.04 10.21 1e-06 2.385 2.385 16 3626.88 11.79 -1.467 0.416 20.04 10.21 1e-06 7.249 7.249 17 3679.45 11.79 -1.106 1.067 -13.8 8.366 1e-06 4.694 4.694 18 4218.95 11.79 -1.106 0.416 20.04 10.21 1e-06 3.542 3.542 19 4218.95 11.79 -1.106 0.416 20.04 10.21 1e-06 3.542 3.542 20 5212.74 11.51 -0.09541 0.5441 -16.69 -25.76 1e-06 2.385 2.385 21 5223.70 11.79 -0.6041 0.416 20.04 8.884 1e-06 3.699 3.699 22 5529.32 11.79 -0.4748 0.416 -13.8 -24.1 1e-06 3.542 3.542 23 5529.32 11.79 -0.4748 0.416 -13.8 -24.1 1e-06 3.542 3.542 24 5529.32 11.79 -0.4748 0.416 -13.8 -24.1 1e-06 3.542 3.542 25 5548.57 11.79 -0.4731 0.416 20.04 10.21 1e-06 2.139 2.139 26 5769.62 11.79 -0.4748 0.1347 -13.8 -24.1 1e-06 7.249 7.249 27 5769.62 11.79 -0.4748 0.1347 -13.8 10.21 1e-06 7.249 7.249 28 6070.20 11.79 -0.4748 -0.004866 22.73 10.21 1e-06 2.385 2.385 29 6070.20 11.79 -0.4748 -0.004866 20.04 7.802 1e-06 2.139 2.139 30 6070.20 11.79 -0.4748 -0.004866 22.73 10.21 1e-06 7.249 7.249 31 6070.20 11.79 -0.4748 -0.004866 20.04 10.21 1e-06 8.123 8.123 32 6133.52 11.79 -0.4188 -0.004866 22.73 10.21 1e-06 2.385 2.385 33 6137.71 13.81 -0.4748 -0.004866 20.04 10.21 1e-06 7.249 7.249 34 6137.71 13.81 -0.4748 -0.004866 20.04 10.21 1e-06 7.249 7.249 35 6187.78 11.79 -0.2028 0.1347 20.04 7.802 1e-06 2.139 2.139 36 6187.78 11.79 -0.2028 0.1347 20.04 7.802 1e-06 7.249 7.249 37 6187.78 11.79 -0.2028 0.1347 20.04 7.802 1e-06 7.249 7.249 38 6187.78 11.79 -0.2028 0.1347 20.04 10.21 1e-06 7.249 7.249 39 6187.78 11.79 -0.2028 0.1347 20.04 10.21 1e-06 7.249 7.249 40 6177.89 13.78 -0.4188 -0.004866 1.77 10.21 1e-06 8.06 8.06 41 6188.15 13.81 -0.3724 -0.004866 13.41 10.21 1e-06 8.027 8.027 42 6188.15 13.81 -0.3724 -0.004866 13.41 10.21 1e-06 8.027 8.027 43 6188.15 13.81 -0.3724 -0.004866 13.41 10.21 1e-06 8.027 8.027 44 6188.15 13.81 -0.3724 -0.004866 13.41 10.21 1e-06 8.027 8.027 45 6188.15 13.81 -0.3724 -0.004866 13.41 10.21 1e-06 8.027 8.027 46 6188.15 13.81 -0.3724 -0.004866 13.41 10.21 1e-06 9.414 9.414 47 6189.56 13.78 -0.3724 -0.004866 13.41 7.802 1e-06 8.06 8.06 48 6189.56 13.78 -0.3724 -0.004866 13.41 2.968 1e-06 8.027 8.027 49 6189.56 13.78 -0.3724 -0.004866 1.77 1.926 1e-06 8.06 8.06 50 6189.56 13.78 -0.3724 -0.004866 1.77 1.926 1e-06 8.06 8.06 51 6189.56 13.78 -0.3724 -0.004866 5.159 10.21 1e-06 8.027 8.027 52 6189.56 13.78 -0.3724 -0.004866 4.523 2.968 1e-06 8.027 8.027 53 6189.56 13.78 -0.3724 -0.004866 4.523 2.968 1e-06 8.027 8.027 54 6189.56 13.78 -0.3724 -0.004866 1.77 1.926 1e-06 8.06 8.06 55 6215.07 12.28 -0.3724 -0.004866 13.41 10.21 1e-06 8.027 8.027 56 6215.07 12.28 -0.3724 -0.004866 13.41 10.21 1e-06 8.027 8.027 57 6215.07 12.28 -0.3724 -0.004866 13.41 10.21 1e-06 9.414 9.414 58 6215.07 12.28 -0.3724 -0.004866 4.523 10.21 1e-06 8.027 8.027 59 6220.70 12.5 -0.3724 -0.004866 4.523 2.968 1e-06 8.027 8.027 60 6220.70 12.5 -0.3724 -0.004866 4.523 2.968 1e-06 8.027 8.027 61 6221.86 12.62 -0.3724 -0.004866 1.77 1.926 1e-06 8.027 8.027 62 6221.86 12.62 -0.3724 -0.004866 1.77 1.926 1e-06 8.027 8.027 63 6221.86 12.62 -0.3724 -0.004866 1.77 1.926 1e-06 9.414 9.414 64 6221.86 12.62 -0.3724 -0.004866 1.77 2.968 1e-06 9.414 9.414 65 6221.86 12.62 -0.3724 -0.004866 1.77 4.019 1e-06 9.414 9.414 66 6221.86 12.62 -0.3724 -0.004866 1.77 2.968 1e-06 9.414 9.414 67 6221.86 12.62 -0.3724 -0.004866 1.77 2.968 1e-06 9.87 9.87 68 6221.86 12.62 -0.3724 -0.004866 1.77 2.968 1e-06 9.87 9.87 69 6223.55 12.62 -0.3146 -0.004866 1.77 10.21 1e-06 8.027 8.027 70 6223.55 12.62 -0.3146 -0.004866 1.77 1.926 1e-06 8.027 8.027 71 6223.55 12.62 -0.3146 -0.004866 1.77 1.926 1e-06 9.414 9.414 72 6223.55 12.62 -0.3146 -0.004866 1.77 2.968 1e-06 9.414 9.414 73 6223.55 12.62 -0.3146 -0.004866 1.77 2.968 1e-06 9.414 9.414 74 6223.55 12.62 -0.3146 -0.004866 1.77 2.968 1e-06 9.87 9.87 75 6223.55 12.62 -0.3146 -0.004866 1.77 2.968 1e-06 9.87 9.87 76 6228.44 12.62 -0.3299 -0.004866 1.77 2.968 1e-06 9.87 9.87 77 6223.55 12.62 -0.3146 -0.004866 0.1103 2.968 1e-06 9.87 9.87 78 6223.55 12.62 -0.3146 -0.004866 0.1103 2.968 1e-06 9.87 9.87 79 6223.55 12.62 -0.3146 -0.004866 0.1103 2.968 1e-06 9.87 9.87 80 6223.55 12.62 -0.3146 -0.004866 0.1103 2.968 1e-06 9.87 9.87 81 6223.92 12.62 -0.3155 -0.004866 1.77 2.968 1e-06 10.59 10.59 82 6223.92 12.62 -0.3155 -0.004866 1.77 2.968 1e-06 9.87 9.87 83 6223.55 12.62 -0.3146 -0.004866 -0.3085 4.259 1e-06 9.87 9.87 84 6223.55 12.62 -0.3146 -0.004866 0.1103 4.259 1e-06 9.87 9.87 85 6225.91 12.62 -0.3209 -0.004866 -0.3085 2.968 1e-06 9.414 9.414 86 6225.91 12.62 -0.3209 -0.004866 -0.3085 2.968 1e-06 10.23 10.23 87 6225.91 12.62 -0.3209 -0.004866 -0.3085 2.968 1e-06 9.87 9.87 88 6236.84 11.85 -0.3146 -0.004866 1.77 4.259 1e-06 10.23 10.23 89 6236.84 11.85 -0.3146 -0.004866 1.77 4.259 1e-06 10.23 10.23 90 6236.84 11.85 -0.3146 -0.004866 0.1103 4.259 1e-06 10.23 10.23 91 6236.84 11.85 -0.3146 -0.004866 0.1103 4.259 1e-06 10.23 10.23 92 6236.84 11.85 -0.3146 -0.004866 0.1103 4.259 1e-06 10.23 10.23 93 6236.84 11.85 -0.3146 -0.004866 0.1103 4.259 1e-06 10.23 10.23 94 6236.84 11.85 -0.3146 -0.004866 0.1103 4.259 1e-06 10.23 10.23 95 6236.84 11.85 -0.3146 -0.004866 0.1103 4.259 1e-06 10.23 10.23 96 6236.84 11.85 -0.3146 -0.004866 0.1103 4.259 1e-06 10.23 10.23 97 6236.84 11.85 -0.3146 -0.004866 0.1103 4.259 1e-06 10.23 10.23 98 6236.84 11.85 -0.3146 -0.004866 0.1103 4.259 1e-06 10.23 10.23 99 6236.84 11.85 -0.3146 -0.004866 0.1103 4.259 1e-06 10.23 10.23 100 6236.84 11.85 -0.3146 -0.004866 1.143 4.259 1e-06 10.23 10.23 101 6236.84 11.85 -0.3146 -0.004866 1.143 4.259 1e-06 10.23 10.23 102 6236.84 11.85 -0.3146 -0.004866 1.143 4.259 1e-06 10.23 10.23 103 6236.84 11.85 -0.3146 -0.004866 1.143 4.259 1e-06 10.23 10.23 104 6236.84 11.85 -0.3146 -0.004866 1.143 4.259 1e-06 10.23 10.23 105 6236.84 11.85 -0.3146 -0.004866 1.143 4.259 1e-06 10.23 10.23 106 6236.84 11.85 -0.3146 -0.004866 1.143 4.259 1e-06 10.41 10.41 107 6236.84 11.85 -0.3146 -0.004866 1.143 4.259 1e-06 10.41 10.41 108 6236.84 11.85 -0.3146 -0.004866 1.143 3.777 1e-06 10.23 10.23 109 6236.84 11.85 -0.3146 -0.004866 1.143 3.777 1e-06 10.23 10.23 110 6253.63 11.85 -0.3146 0.05442 1.143 4.259 1e-06 10.41 10.41 111 6253.63 11.85 -0.3146 0.05442 1.143 4.259 1e-06 10.41 10.41 112 6253.63 11.85 -0.3146 0.05442 1.143 4.259 1e-06 10.41 10.41 113 6253.63 11.85 -0.3146 0.05442 1.143 3.642 1e-06 10.41 10.41 114 6253.63 11.85 -0.3146 0.05442 1.143 3.777 1e-06 10.41 10.41 115 6253.63 11.85 -0.3146 0.05442 1.143 4.259 1e-06 10.27 10.27 116 6253.63 11.85 -0.3146 0.05442 1.143 4.259 1e-06 10.27 10.27 117 6253.63 11.85 -0.3146 0.05442 1.143 3.642 1e-06 10.27 10.27 118 6253.63 11.85 -0.3146 0.05442 1.143 3.642 1e-06 10.27 10.27 119 6253.63 11.85 -0.3146 0.05442 0.6275 3.777 1e-06 10.41 10.41 120 6253.63 11.85 -0.3146 0.05442 1.143 3.642 1e-06 10.27 10.27 121 6253.63 11.85 -0.3146 0.05442 0.57 3.642 1e-06 10.27 10.27 122 6253.63 11.85 -0.3146 0.05442 0.57 3.642 1e-06 10.27 10.27 123 6253.63 11.85 -0.3146 0.05442 0.57 3.642 1e-06 10.27 10.27 124 6253.63 11.85 -0.3146 0.05442 0.57 3.642 1e-06 10.27 10.27 125 6253.63 11.85 -0.3146 0.05442 0.57 3.642 1e-06 10.27 10.27 126 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 127 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 128 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 129 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 130 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 131 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 132 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 133 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 134 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 135 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 136 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 137 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 138 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 139 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 140 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 141 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 142 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 143 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.27 10.27 144 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 145 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 146 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 147 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 148 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 149 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 150 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 151 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 152 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 153 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 154 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 155 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 156 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 157 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 158 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 159 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 160 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 161 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 162 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 163 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 164 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 165 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.19 10.19 166 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 167 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 168 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 169 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 170 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 171 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 172 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 173 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 174 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 175 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 176 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 177 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 178 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 179 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 180 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 181 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 182 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 183 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 184 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 185 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 186 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 187 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 188 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 189 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 190 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 191 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 192 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 193 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 194 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 195 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 196 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 197 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 198 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 199 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 200 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 201 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 202 6253.63 11.85 -0.3146 0.05442 0.57 3.696 1e-06 10.22 10.22 203 6253.63 11.85 -0.3146 0.05442 0.7891 3.696 1e-06 10.22 10.22 204 6253.63 11.85 -0.3146 0.05442 0.7114 3.696 1e-06 10.22 10.22 205 6253.63 11.85 -0.3146 0.05442 0.7114 3.696 1e-06 10.22 10.22 206 6253.63 11.85 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10.28 377 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 378 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 379 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 380 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 381 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 382 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 383 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 384 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 385 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 386 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 387 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 388 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 389 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 390 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 391 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 392 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 393 6254.01 11.7 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 394 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 395 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 396 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 397 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 398 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 399 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 400 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 401 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 402 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 403 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 404 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 405 6254.03 11.76 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 406 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 407 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 408 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 409 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 410 6254.04 11.73 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 411 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 412 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 413 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 414 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 415 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 416 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 417 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 418 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 419 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 420 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 421 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 422 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 423 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 424 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 425 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 426 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 427 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 428 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 429 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 430 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 431 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 432 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.28 10.28 433 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 434 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 435 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 436 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 437 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 438 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 439 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 440 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 441 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 442 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 443 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 444 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 445 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 446 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 447 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 448 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 449 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 450 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 451 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 452 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 453 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 454 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 455 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.27 10.27 456 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 457 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 458 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 459 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 460 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 461 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 462 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 463 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 464 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 465 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 466 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 467 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 468 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 469 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 470 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 471 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 472 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 473 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 474 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 475 6254.04 11.74 -0.3059 0.05442 0.6572 3.696 1e-06 10.25 10.25 476 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 477 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 478 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 479 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 480 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 481 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 482 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 483 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 484 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 485 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 486 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 487 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 488 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 489 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 490 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 491 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 492 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 493 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 494 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 495 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 496 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 497 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 498 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 499 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 500 6254.06 11.74 -0.3059 0.0536 0.6572 3.696 1e-06 10.25 10.25 Setting fit to best solution... save all fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src1.ximg Saving current fit data in fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src1.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz fullrun_mos2_xmm0600121501_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src 16 50.434733 0 0 1 4. ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz 429 204 446 221 Reading ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz using pyfits Extracting (428:445, 203:220) Extracting subarray using numpy mask ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz 1 429 204 446 221 Reading ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz using pyfits Extracting (428:445, 203:220) 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 -49.573204 49.573204 -1 setpar 5 0.0 0.010000 -49.573204 49.573204 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.393301 0.001000 3.098325 24.786602 -1 setpar 8 12.393301 0.001000 3.098325 24.786602 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 -46351.10 25.67 -5.476 3.058 22.02 -49.46 6.417e+05 4.477 4.477 2 -46351.10 25.67 -5.476 3.058 22.02 -49.46 6.417e+05 4.477 4.477 3 -45518.37 25.67 -5.476 3.058 -44.05 -49.46 6.417e+05 4.477 4.477 4 -43524.67 21.86 7.165 -3.586 48.61 -35.54 1e-06 4.621 4.621 5 -32727.21 50.96 -1.413 1.47 48.61 -49.57 1.864e+06 5.479 5.479 6 -32257.86 50.96 -1.413 1.42 47.11 -49.57 1.594e+06 4.621 4.621 7 -12162.09 21.86 -0.2539 0.4516 48.61 -45.21 2.532e+06 4.139 4.139 8 -12149.37 21.86 -0.2539 0.4516 48.61 -49.57 2.532e+06 4.139 4.139 9 -12149.37 21.86 -0.2539 0.4516 48.61 -49.57 2.532e+06 4.139 4.139 10 -8663.49 15.14 -0.2539 0.4516 44.77 -49.46 2.532e+06 4.139 4.139 11 -8663.49 15.14 -0.2539 0.4516 44.77 -49.46 2.532e+06 4.139 4.139 12 -8663.49 15.14 -0.2539 0.4516 44.77 -49.46 2.532e+06 4.139 4.139 13 -7612.44 15.14 -0.2539 -0.4013 49.57 -41.26 1.568e+05 4.139 4.139 14 -5173.98 6.577 -0.2539 0.4516 49.57 -41.26 1.568e+05 4.139 4.139 15 -5173.98 6.577 -0.2539 0.4516 49.57 -41.26 1.568e+05 4.139 4.139 16 -4183.43 6.577 -0.2539 0.2401 49.57 -49.57 1.568e+05 4.139 4.139 17 -4183.43 6.577 -0.2539 0.2401 49.57 -49.57 1.568e+05 4.139 4.139 18 -4265.65 6.577 -0.2539 -0.4013 49.57 -41.26 1.568e+05 4.139 4.139 19 -3360.46 0 -0.2539 0.4516 44.77 -49.46 2.532e+06 3.142 3.142 20 -3360.46 0 -0.2539 0.4516 44.77 -49.46 2.532e+06 3.142 3.142 21 -3000.29 0 -0.2539 -0.4013 49.57 -49.57 1.568e+05 4.139 4.139 22 -3000.29 0 -0.2539 -0.4013 49.57 -49.57 1.568e+05 4.139 4.139 23 -2605.35 0 -0.2539 0.2799 -49.57 -49.57 1.568e+05 4.139 4.139 24 -2589.76 0 -0.2539 0.2401 -48.19 -49.57 4.19e+04 4.139 4.139 25 -2382.66 2.852 -0.2539 0.08633 49.57 -41.26 1.568e+05 4.139 4.139 26 -2382.66 2.852 -0.2539 0.08633 49.57 -41.26 1.568e+05 4.139 4.139 27 -2382.66 2.852 -0.2539 0.08633 49.57 -41.26 1.568e+05 4.139 4.139 28 -2521.15 0 -0.2539 0.08633 49.57 -41.26 1e-06 4.139 4.139 29 -1900.44 0 0.2166 0.2401 48.61 -49.29 1e-06 4.139 4.139 30 -1757.47 0 0.07319 0.2401 49.57 -45.43 1.568e+05 4.139 4.139 31 -1757.47 0 0.07319 0.2401 49.57 -45.43 1.568e+05 4.139 4.139 32 -1757.47 0 0.07319 0.2401 49.57 -45.43 1.568e+05 4.139 4.139 33 -1757.47 0 0.07319 0.2401 49.57 -45.43 1.568e+05 4.139 4.139 34 -1757.47 0 0.07319 0.2401 49.57 -45.43 1.064e+06 4.139 4.139 35 -1560.78 0 0.2166 0.1025 -48.19 -49.57 1e-06 4.139 4.139 36 -1533.27 0 0.07319 0.08633 48.61 -49.57 1.064e+06 4.139 4.139 37 -1533.27 0 0.07319 0.08633 48.61 -49.57 1.064e+06 4.139 4.139 38 -1533.27 0 0.07319 0.08633 48.61 -49.57 1.064e+06 4.139 4.139 39 -1472.94 0 0.2166 0.08633 -48.19 -49.57 1.064e+06 4.139 4.139 40 -1471.42 0 0.2166 0.08633 -48.19 -49.57 2.351e+06 4.139 4.139 41 -1471.42 0 0.2166 0.08633 -48.19 -49.57 2.351e+06 4.139 4.139 42 -1471.42 0 0.2166 0.08633 -48.19 -49.57 2.351e+06 4.139 4.139 43 -1391.10 0 0.1194 0.08633 49.57 -49.57 1.064e+06 3.098 3.098 44 -1390.54 1.386 0.07319 0.08633 49.57 -49.57 1.064e+06 4.139 4.139 45 -1163.22 0.6822 0.07319 0.08633 48.61 -49.57 1.064e+06 4.139 4.139 46 -1391.10 0 0.1194 0.08633 48.61 -49.57 1.064e+06 3.098 3.098 47 -1390.89 0 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0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 452 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 453 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 454 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 455 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 456 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 457 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 458 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 459 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 460 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 461 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 462 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 463 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 464 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 465 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 466 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 467 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 468 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 469 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 470 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 471 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 472 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 473 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 474 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 475 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 476 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 477 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 478 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 479 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 480 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 481 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 482 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 483 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 484 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 485 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 486 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 487 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 488 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 489 -553.41 0.8417 0.005259 0.000517 7.191 -49.57 5.061e+06 3.098 3.098 490 -553.41 0.8417 0.005259 0.000517 7.191 -49.57 5.061e+06 3.098 3.098 491 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 492 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 493 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 494 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 495 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 496 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 497 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 498 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 499 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 500 -554.10 0.8417 0.005259 -0.003933 7.191 -49.57 5.061e+06 3.098 3.098 Setting fit to best solution... save all fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src2.ximg Saving current fit data in fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src2.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz fullrun_mos2_xmm0600121501_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src 16 50.434733 0 0 1 4. ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz 457 320 475 338 Reading ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz using pyfits Extracting (456:474, 319:337) Extracting subarray using numpy mask ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz 1 457 320 475 338 Reading ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz using pyfits Extracting (456:474, 319:337) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -50.434732 50.434732 -1 setpar 5 0.0 0.010000 -50.434732 50.434732 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.608683 0.001000 3.152171 25.217366 -1 setpar 8 12.608683 0.001000 3.152171 25.217366 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 -53953.31 2.466 -2.239 -9.608 48.21 -36.7 5.435e+05 4.513 4.513 2 -39109.59 53.25 -1.341 -2.56 -40.53 -49.21 3.675e+06 3.644 3.644 3 -39109.59 53.25 -1.341 -2.56 -40.53 -49.21 3.675e+06 3.644 3.644 4 -31176.28 34.2 -1.341 -2.56 -40.53 -49.21 3.675e+06 3.644 3.644 5 -27482.88 24.09 -1.341 -2.56 -40.53 -49.21 3.675e+06 3.644 3.644 6 -19805.05 2.466 -2.239 -2.436 48.21 -36.7 5.435e+05 3.152 3.152 7 -19805.05 2.466 -2.239 -2.436 48.21 -36.7 5.435e+05 3.152 3.152 8 -16217.75 2.466 -1.341 -2.436 48.21 -36.7 5.435e+05 3.152 3.152 9 -10035.96 2.466 -1.341 -0.4214 48.21 -36.7 5.435e+05 3.152 3.152 10 -6354.65 2.466 0.9288 -0.2405 48.21 -31.72 8.844e+05 5.169 5.169 11 -6354.65 2.466 0.9288 -0.2405 48.21 -31.72 8.844e+05 5.169 5.169 12 -5009.87 2.466 0.9288 -0.2405 48.21 -49.21 5.435e+05 3.644 3.644 13 -5009.87 2.466 0.9288 -0.2405 48.21 -49.21 5.435e+05 3.644 3.644 14 -4365.95 2.466 0.7315 -0.4214 48.21 -49.21 1.806e+06 3.644 3.644 15 -4103.17 2.466 0.7315 -0.2405 48.21 -49.21 1.806e+06 3.644 3.644 16 -4103.17 2.466 0.7315 -0.2405 48.21 -50.43 1.806e+06 3.644 3.644 17 -2987.97 2.466 0.1133 -0.2405 48.21 -49.21 4.45e+06 3.644 3.644 18 -2987.97 2.466 0.1133 -0.2405 48.21 -49.21 4.45e+06 3.644 3.644 19 -2987.97 2.466 0.1133 -0.2405 48.21 -49.21 4.45e+06 3.644 3.644 20 -2987.97 2.466 0.1133 -0.2405 48.21 -49.21 4.45e+06 3.644 3.644 21 -2987.97 2.466 0.1133 -0.2405 48.21 -49.21 4.45e+06 3.644 3.644 22 -1900.02 0.04776 0.1133 -0.2405 48.21 -49.21 8.844e+05 3.644 3.644 23 -1900.02 0.04776 0.1133 -0.2405 48.21 -49.21 8.844e+05 3.644 3.644 24 -2245.08 2.466 -0.118 -0.2405 48.21 -49.21 5.435e+05 3.152 3.152 25 -2245.08 2.466 -0.118 -0.2405 48.21 -49.21 5.435e+05 3.152 3.152 26 -1775.77 0.04776 0.1133 -0.2054 48.21 -50.43 8.844e+05 3.644 3.644 27 -1775.77 0.04776 0.1133 -0.2054 48.21 -50.43 8.844e+05 3.644 3.644 28 -1512.53 0.04776 0.1133 -0.04293 50.43 -49.21 8.844e+05 5.169 5.169 29 -1512.53 0.04776 0.1133 -0.04293 50.43 -49.21 8.844e+05 5.169 5.169 30 -1487.42 0 0.1133 -0.04706 50.43 -49.21 8.844e+05 5.169 5.169 31 -1487.18 0 0.1133 -0.04706 50.43 -50.43 8.844e+05 5.169 5.169 32 -1487.18 0 0.1133 -0.04706 50.43 -50.43 8.844e+05 5.169 5.169 33 -1143.99 2.601 -0.009819 -0.04293 50.43 -50.43 8.844e+05 5.169 5.169 34 -1143.99 2.601 -0.009819 -0.04293 50.43 -50.43 8.844e+05 5.169 5.169 35 -1107.76 2.452 -0.009819 -0.04706 45.66 -50.43 8.844e+05 5.169 5.169 36 -1107.76 2.452 -0.009819 -0.04706 45.66 -50.43 8.844e+05 5.169 5.169 37 -1095.01 2.452 -0.009819 -0.04706 45.66 -50.43 8.844e+05 4.406 4.406 38 -1107.76 2.452 -0.009819 -0.04706 45.66 -50.43 8.844e+05 5.169 5.169 39 -1107.76 2.452 -0.009819 -0.04706 45.66 -50.43 8.844e+05 5.169 5.169 40 -1094.88 2.452 -0.009819 -0.04706 45.66 -50.43 8.844e+05 3.972 3.972 41 -1094.88 2.452 -0.009819 -0.04706 50.43 -50.43 1e-06 3.644 3.644 42 -1094.88 2.452 -0.009819 -0.04706 45.66 -50.43 1e-06 3.364 3.364 43 -1094.88 2.452 -0.009819 -0.04706 45.66 -50.43 1e-06 3.364 3.364 44 -1094.88 2.452 -0.009819 -0.04706 45.66 -50.43 1e-06 3.839 3.839 45 -1084.41 2.422 -0.009819 -0.04706 50.43 -50.43 1e-06 3.644 3.644 46 -983.24 1.996 -0.009819 -0.04706 50.43 -49.21 8.844e+05 5.169 5.169 47 -1009.56 1.685 -0.009819 -0.04706 50.43 -49.21 1e-06 3.644 3.644 48 -1009.56 1.685 -0.009819 -0.04706 50.43 -49.21 1e-06 3.644 3.644 49 -1009.56 1.685 -0.009819 -0.04706 45.66 -50.43 1e-06 3.644 3.644 50 -1009.56 1.685 -0.009819 -0.04706 45.66 -50.43 1e-06 3.221 3.221 51 -1009.56 1.685 -0.009819 -0.04706 45.66 -49.21 1e-06 3.644 3.644 52 -1009.56 1.685 -0.009819 -0.04706 45.66 -50.43 1e-06 3.644 3.644 53 -1009.56 1.685 -0.009819 -0.04706 50.43 -49.21 1e-06 3.644 3.644 54 -1009.56 1.685 -0.009819 -0.04706 50.43 -49.21 1e-06 3.644 3.644 55 -1009.56 1.685 -0.009819 -0.04706 50.43 -49.21 1e-06 3.644 3.644 56 -1009.56 1.685 -0.009819 -0.04706 45.66 -50.43 1e-06 3.644 3.644 57 -809.27 1.685 -0.009819 -0.02046 50.43 -50.43 1e-06 3.644 3.644 58 -809.27 1.685 -0.009819 -0.02046 48.21 -50.43 1e-06 3.644 3.644 59 -809.27 1.685 -0.009819 -0.02046 50.43 -49.21 1e-06 3.644 3.644 60 -809.27 1.685 -0.009819 -0.02046 48.21 -50.43 1e-06 3.644 3.644 61 -809.27 1.685 -0.009819 -0.02046 48.21 -50.43 1e-06 3.644 3.644 62 -809.27 1.685 -0.009819 -0.02046 50.43 -49.21 1e-06 3.644 3.644 63 -809.27 1.685 -0.009819 -0.02046 43.92 -50.43 1e-06 3.644 3.644 64 -809.27 1.685 -0.009819 -0.02046 48.21 -50.43 1e-06 3.152 3.152 65 -809.27 1.685 -0.009819 -0.02046 50.43 -50.43 1e-06 3.644 3.644 66 -809.27 1.685 -0.009819 -0.02046 50.43 -49.21 1e-06 3.644 3.644 67 -720.24 1.261 -0.009819 -0.02046 48.21 -50.43 8.373e+05 3.644 3.644 68 -720.24 1.261 -0.009819 -0.02046 48.21 -50.43 8.373e+05 3.644 3.644 69 -720.24 1.261 -0.009819 -0.02046 48.21 -49.21 1e-06 3.644 3.644 70 -720.24 1.261 -0.009819 -0.02046 48.21 -49.21 1e-06 3.644 3.644 71 -720.24 1.261 -0.009819 -0.02046 50.43 -49.21 1e-06 3.644 3.644 72 -720.24 1.261 -0.009819 -0.02046 48.21 -49.21 1e-06 3.644 3.644 73 -720.24 1.261 -0.009819 -0.02046 48.21 -49.21 1e-06 3.696 3.696 74 -720.24 1.261 -0.009819 -0.02046 48.21 -49.21 1e-06 3.644 3.644 75 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7.368 1e-06 11.92 11.92 480 -613.52 0.8739 0.007841 -0.001695 0.421 7.368 1e-06 11.92 11.92 481 -613.52 0.8739 0.007841 -0.001695 0.3697 7.368 1e-06 11.67 11.67 482 -613.52 0.8739 0.007841 -0.001695 0.3697 7.368 1e-06 11.67 11.67 483 -613.52 0.8739 0.007841 -0.001695 0.3697 7.368 1e-06 11.67 11.67 484 -613.52 0.8739 0.007841 -0.001695 0.3697 7.368 1e-06 11.67 11.67 485 -613.52 0.8739 0.007841 -0.001695 0.3697 7.368 1e-06 11.67 11.67 486 -613.52 0.8739 0.007841 -0.001695 0.3697 7.368 1e-06 11.92 11.92 487 -613.52 0.8739 0.007841 -0.001695 0.3697 7.368 1e-06 11.92 11.92 488 -613.52 0.8739 0.007841 -0.001695 0.3697 7.368 1e-06 11.92 11.92 489 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.92 11.92 490 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.92 11.92 491 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.92 11.92 492 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.92 11.92 493 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.92 11.92 494 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.92 11.92 495 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.92 11.92 496 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.92 11.92 497 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.92 11.92 498 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.78 11.78 499 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.79 11.79 500 -613.52 0.8739 0.007841 -0.001695 0.3697 7.504 1e-06 11.79 11.79 Setting fit to best solution... save all fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src3.ximg Saving current fit data in fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src3.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz fullrun_mos2_xmm0600121501_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src 16 50.434733 0 0 1 4. ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz 226 152 243 169 Reading ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_cl.img.gz using pyfits Extracting (225:242, 151:168) Extracting subarray using numpy mask ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz 1 226 152 243 169 Reading ../../../xmm0600121501/products/images/fullrun_mos2_xmm0600121501_pi300-10000_mask.img.gz using pyfits Extracting (225:242, 151:168) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -47.773416 47.773416 -1 setpar 5 0.0 0.010000 -47.773416 47.773416 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 11.943354 0.001000 2.985838 23.886708 -1 setpar 8 11.943354 0.001000 2.985838 23.886708 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 -36477.24 7.125 7.004 -4.22 46.3 24.96 1.815e+05 3.221 3.221 2 -34603.20 7.125 7.004 0.2851 46.3 24.96 1.815e+05 3.221 3.221 3 -34603.20 7.125 7.004 0.2851 46.3 24.96 1.815e+05 3.221 3.221 4 -34603.18 7.125 7.004 0.2851 46.3 16.24 1.815e+05 3.221 3.221 5 -27725.38 21.85 3.567 1.92 -22.17 -47.57 7.774e+05 3.988 3.988 6 -27725.38 21.85 3.567 1.92 -22.17 -47.57 7.774e+05 3.988 3.988 7 -25657.18 21.85 3.567 1.92 -22.17 -47.57 1.815e+05 3.988 3.988 8 -25319.83 21.85 3.567 0.3456 -22.17 -47.57 7.774e+05 3.988 3.988 9 -11720.16 7.125 1.972 -1.36 45.77 44.17 1e-06 3.221 3.221 10 -11727.24 7.125 1.972 -1.36 45.77 44.17 1.815e+05 3.221 3.221 11 -11727.24 7.125 1.972 -1.36 45.77 44.17 1.815e+05 3.221 3.221 12 -11720.16 7.125 1.972 -1.36 45.77 44.17 1e-06 3.221 3.221 13 -9525.22 7.125 1.612 0.3456 46.3 -47.57 4.091e+06 3.988 3.988 14 -9504.73 7.125 1.612 0.3456 -18.37 25.49 1e-06 8.28 8.28 15 -9320.41 7.125 1.612 0.1996 46.3 -47.57 4.091e+06 3.988 3.988 16 -8155.71 7.125 0.425 -1.36 45.77 44.17 1e-06 3.221 3.221 17 -4332.59 7.125 0.3457 0.3456 -18.37 32.27 1e-06 6.857 6.857 18 -4332.59 7.125 0.3457 0.3456 -18.37 32.27 1e-06 6.857 6.857 19 -4332.59 7.125 0.3457 0.3456 -18.37 25.49 1e-06 2.986 2.986 20 -4332.59 7.125 0.3457 0.3456 -18.37 44.17 1e-06 3.221 3.221 21 -3618.10 0 -0.5617 0.1996 46.3 -47.57 1e-06 3.221 3.221 22 -2443.16 0 0.425 0.07913 45.77 44.17 1e-06 3.221 3.221 23 -2443.16 0 0.425 0.07913 45.77 44.17 1e-06 3.221 3.221 24 -2367.10 0 0.3457 0.2746 46.3 -47.57 1e-06 3.221 3.221 25 -1991.70 0 0.3457 0.1781 46.3 -47.57 1e-06 3.221 3.221 26 -2204.15 0 0.4063 0.1996 -41.06 -47.57 1e-06 3.221 3.221 27 -2236.54 0 0.3457 0.1996 -5.187 -47.57 1e-06 3.221 3.221 28 -1991.70 0 0.3457 0.1781 47.51 -47.57 1e-06 3.221 3.221 29 -1991.70 0 0.3457 0.1781 -5.187 -47.57 1e-06 3.221 3.221 30 -1991.70 0 0.3457 0.1781 47.51 -47.57 1e-06 3.221 3.221 31 -1760.07 0 0.1655 0.1996 -5.187 44.17 1e-06 3.221 3.221 32 -1760.07 0 0.1655 0.1996 -5.187 44.17 1e-06 3.221 3.221 33 -1710.09 0 -0.07737 0.07913 47.51 44.17 1e-06 4.77 4.77 34 -1572.25 0 0.1305 0.1996 46.3 32.27 1e-06 3.988 3.988 35 -1572.25 0 0.1305 0.1996 46.3 32.27 1e-06 3.988 3.988 36 -1572.25 0 0.1305 0.1996 46.3 -47.57 1e-06 3.988 3.988 37 -1447.00 0 0.1655 0.07913 47.51 -47.57 1e-06 3.221 3.221 38 -1447.00 0 0.1655 0.07913 47.51 -47.57 1e-06 3.221 3.221 39 -1422.91 0 -0.07737 0.08476 -18.37 -47.57 1e-06 3.221 3.221 40 -1422.91 0 -0.07737 0.08476 -18.37 -47.57 1e-06 3.221 3.221 41 -1422.91 0 -0.07737 0.08476 -18.37 -47.57 1e-06 3.221 3.221 42 -1422.91 0 -0.07737 0.08476 -18.37 -47.57 1e-06 3.221 3.221 43 -1422.91 0 -0.07737 0.08476 -18.37 -47.57 1e-06 3.988 3.988 44 -1306.49 0 0.1655 0.08476 -18.37 44.17 1e-06 3.221 3.221 45 -1306.49 0 0.1655 0.08476 47.51 -47.57 1e-06 3.221 3.221 46 -1306.49 0 0.1655 0.08476 47.51 -47.57 1e-06 3.221 3.221 47 -1306.49 0 0.1655 0.08476 47.51 -47.57 1e-06 3.221 3.221 48 -1258.34 0 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 49 -1258.34 0 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 50 -1258.34 0 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 51 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 52 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 53 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 54 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 55 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 56 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 57 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 58 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 59 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 60 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 61 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 62 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 63 -1121.39 0.5272 0.04112 0.07913 47.51 -47.57 1e-06 3.221 3.221 64 -1026.25 0.5885 0.04112 0.08476 47.51 -47.57 6.908e+05 3.043 3.043 65 -1026.25 0.5885 0.04112 0.08476 47.51 -47.57 6.908e+05 3.043 3.043 66 -1026.25 0.5885 0.04112 0.08476 47.51 -47.57 1e-06 6.836 6.836 67 -1026.25 0.5885 0.04112 0.08476 47.51 -47.57 1e-06 5.832 5.832 68 -1023.98 0.5885 0.04112 0.08476 34.65 -47.57 6.297e+05 3.043 3.043 69 -1023.98 0.5885 0.04112 0.08476 34.65 -47.57 6.297e+05 3.043 3.043 70 -1023.98 0.5885 0.04112 0.08476 34.65 -47.57 6.297e+05 3.043 3.043 71 -1022.95 0.5885 0.04112 0.08476 47.51 -33.16 6.908e+05 3.043 3.043 72 -1023.29 0.5885 0.04112 0.08476 43.28 -47.57 6.908e+05 3.625 3.625 73 -1022.63 0.5885 0.04112 0.08476 32.44 -47.57 6.908e+05 3.043 3.043 74 -1022.63 0.5885 0.04112 0.08476 32.44 -47.57 6.908e+05 3.043 3.043 75 -1022.63 0.5885 0.04112 0.08476 32.44 -47.57 6.908e+05 3.043 3.043 76 -1022.63 0.5885 0.04112 0.08476 32.44 -47.57 6.908e+05 3.043 3.043 77 -1022.11 0.5885 0.04112 0.08476 31.7 -47.57 6.908e+05 3.043 3.043 78 -1022.11 0.5885 0.04112 0.08476 31.7 -47.57 6.908e+05 3.043 3.043 79 -1022.11 0.5885 0.04112 0.08476 31.7 -47.57 6.908e+05 3.043 3.043 80 -1020.44 0.5885 0.04112 0.08476 29.77 -47.57 6.908e+05 2.986 2.986 81 -1021.21 0.5885 0.04112 0.08476 31.7 -47.77 6.908e+05 3.043 3.043 82 -834.59 0.5885 0.04112 -7.718e-05 34.65 -47.77 6.908e+05 3.043 3.043 83 -834.59 0.5885 0.04112 -7.718e-05 34.65 -47.77 6.908e+05 3.043 3.043 84 -834.59 0.5885 0.04112 -7.718e-05 34.65 -47.77 6.908e+05 3.043 3.043 85 -834.59 0.5885 0.04112 -7.718e-05 34.65 -47.77 6.908e+05 3.043 3.043 86 -834.59 0.5885 0.04112 -7.718e-05 34.65 -47.77 6.908e+05 3.043 3.043 87 -831.26 0.5885 0.04112 -7.718e-05 41.87 -47.77 6.908e+05 3.043 3.043 88 -831.26 0.5885 0.04112 -7.718e-05 41.87 -47.77 6.908e+05 3.043 3.043 89 -831.26 0.5885 0.04112 -7.718e-05 41.87 -47.77 6.908e+05 3.043 3.043 90 -831.26 0.5885 0.04112 -7.718e-05 41.87 -47.77 6.908e+05 3.043 3.043 91 -831.23 0.5885 0.04112 -7.718e-05 34.65 -47.77 1e-06 3.043 3.043 92 -831.23 0.5885 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 93 -831.23 0.5885 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 94 -831.23 0.5885 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 95 -831.23 0.5885 0.04112 -7.718e-05 41.87 -47.77 1e-06 3.043 3.043 96 -831.23 0.5885 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 97 -831.23 0.5885 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 98 -831.23 0.5885 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 99 -831.23 0.5885 0.04112 -7.718e-05 41.87 -47.57 1e-06 3.043 3.043 100 -797.74 1.692 0.04112 -7.718e-05 34.65 -47.77 1e-06 3.043 3.043 101 -797.74 1.692 0.04112 -7.718e-05 34.65 -47.77 1e-06 3.043 3.043 102 -797.74 1.692 0.04112 -7.718e-05 37.87 -47.77 1e-06 3.043 3.043 103 -797.74 1.692 0.04112 -7.718e-05 37.87 -47.77 1e-06 3.043 3.043 104 -797.74 1.692 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 105 -797.74 1.692 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 106 -797.74 1.692 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 107 -797.74 1.692 0.04112 -7.718e-05 44.55 -47.77 1e-06 2.986 2.986 108 -797.74 1.692 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 109 -797.74 1.692 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 110 -797.74 1.692 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 111 -797.74 1.692 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 112 -797.74 1.692 0.04112 -7.718e-05 47.77 -47.77 1e-06 3.043 3.043 113 -797.74 1.692 0.04112 -7.718e-05 42.66 -47.77 1e-06 2.986 2.986 114 -797.74 1.692 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 115 -797.74 1.692 0.04112 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 116 -797.35 0.9292 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 117 -797.74 1.692 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 118 -797.74 1.692 0.04112 -7.718e-05 42.66 -47.77 1e-06 2.986 2.986 119 -779.47 1.31 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 120 -779.47 1.31 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 121 -779.47 1.31 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 122 -779.47 1.31 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 123 -779.47 1.31 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 124 -779.47 1.31 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 125 -779.47 1.31 0.04112 -7.718e-05 47.77 -47.77 1e-06 3.043 3.043 126 -779.47 1.31 0.04112 -7.718e-05 45.91 -47.77 1e-06 3.043 3.043 127 -779.47 1.31 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 128 -779.47 1.31 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 129 -779.47 1.31 0.04112 -7.718e-05 47.77 -47.77 1e-06 3.043 3.043 130 -779.47 1.31 0.04112 -7.718e-05 42.66 -47.77 1e-06 3.043 3.043 131 -779.47 1.31 0.04112 -7.718e-05 47.77 -47.77 1e-06 3.043 3.043 132 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 133 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 134 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 3.043 3.043 135 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 136 -621.66 1.31 0.005139 -7.718e-05 42.66 -47.77 1e-06 2.986 2.986 137 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 138 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 139 -621.66 1.31 0.005139 -7.718e-05 42.66 -47.77 1e-06 2.986 2.986 140 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 141 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 142 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 143 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 3.043 3.043 144 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 3.043 3.043 145 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 3.043 3.043 146 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 3.043 3.043 147 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 148 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 149 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 150 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 2.986 2.986 151 -621.66 1.31 0.005139 -7.718e-05 47.77 -47.77 1e-06 3.192 3.192 152 -577.58 0.9237 0.005139 -7.718e-05 46.45 -47.77 1e-06 2.986 2.986 153 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3.772 487 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 488 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 489 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 490 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 491 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 492 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 493 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 494 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 495 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 496 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 497 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 498 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 499 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 500 -572.21 0.8524 -0.005261 0.004539 46.41 -47.77 1.207e+06 3.772 3.772 Setting fit to best solution... save all fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src4.ximg Saving current fit data in fullrun_mos2_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src4.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs