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 ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz fullrun_mos1_xmm0651680101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src 16 53.588784 0 0 1 4. ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz 279 269 295 285 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz using pyfits Extracting (278:294, 268:284) Extracting subarray using numpy mask ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz 1 279 269 295 285 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz using pyfits Extracting (278:294, 268:284) 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 -29.369108 29.369108 -1 setpar 5 0.0 0.010000 -29.369108 29.369108 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 7.342277 0.001000 1.835569 14.684554 -1 setpar 8 7.342277 0.001000 1.835569 14.684554 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 -703742.71 63.15 8.952 -5.442 7.604 20.61 1.755e+05 2.431 2.431 2 -83127.13 59.63 -6.763 -5.983 -9.288 10.12 2.54e+04 2.009 2.009 3 -83127.13 59.63 -6.763 -5.983 -9.288 10.12 2.54e+04 2.009 2.009 4 -83127.13 59.63 -6.763 -5.983 -9.288 10.12 2.54e+04 2.009 2.009 5 -25299.83 59.73 9.977 -7.824 29.37 8.799 1e-06 4.262 4.262 6 1320.16 6.878 5.907 3.936 -23.44 19.76 1e-06 4.944 4.944 7 1320.16 6.878 5.907 3.936 -23.44 19.76 1e-06 4.944 4.944 8 1320.16 6.878 5.907 3.936 -23.44 19.76 1e-06 4.944 4.944 9 1320.16 6.878 5.907 3.936 -23.44 8.799 1e-06 4.944 4.944 10 17001.48 47.98 1.14 0.593 7.604 -13.5 1e-06 2.009 2.009 11 17001.48 47.98 1.14 0.593 7.604 -13.5 1e-06 2.009 2.009 12 17394.04 37.73 -0.9805 0.593 21.49 23.39 1e-06 2.431 2.431 13 11442.62 37.73 -2.455 0.593 21.49 10.12 1e-06 4.944 4.944 14 17394.04 37.73 -0.9805 0.593 -0.09687 19.76 1e-06 2.835 2.835 15 17394.04 37.73 -0.9805 0.593 -0.09687 -4.545 1e-06 2.835 2.835 16 17394.04 37.73 -0.9805 0.593 -0.09687 -4.545 1e-06 2.835 2.835 17 18733.97 37.73 -0.1097 0.593 -0.09687 19.76 1e-06 4.944 4.944 18 18733.97 37.73 -0.1097 0.593 -0.09687 19.76 1e-06 4.944 4.944 19 18733.97 37.73 -0.1097 0.593 -0.09687 -4.545 1e-06 4.944 4.944 20 18733.97 37.73 -0.1097 0.593 -0.09687 19.76 1e-06 2.835 2.835 21 18733.97 37.73 -0.1097 0.593 -0.09687 19.76 1e-06 2.835 2.835 22 20707.63 22.11 -0.1097 0.593 -0.09687 19.76 1e-06 2.835 2.835 23 20707.63 22.11 -0.1097 0.593 -0.09687 19.76 1e-06 2.835 2.835 24 20707.63 22.11 -0.1097 0.593 21.49 -4.545 1e-06 1.836 1.836 25 20707.63 22.11 -0.1097 0.593 -0.09687 14.51 1e-06 4.944 4.944 26 20707.63 22.11 -0.1097 0.593 -0.09687 14.51 1e-06 4.944 4.944 27 20707.63 22.11 -0.1097 0.593 -0.09687 4.551 1e-06 4.944 4.944 28 20707.63 22.11 -0.1097 0.593 -0.09687 4.551 1e-06 4.944 4.944 29 20716.42 22.11 -0.1036 0.593 21.49 -4.545 1e-06 1.836 1.836 30 20824.70 22.11 -0.1097 -0.08933 -0.09687 14.51 1e-06 1.836 1.836 31 20930.02 22.11 -0.1097 0.2001 -0.09687 -6.851 1e-06 4.944 4.944 32 20930.02 22.11 -0.1097 0.2001 -0.09687 -6.851 1e-06 4.944 4.944 33 20936.24 22.11 -0.1036 0.2001 21.49 4.551 1e-06 1.836 1.836 34 20936.24 22.11 -0.1036 0.2001 21.49 4.551 1e-06 1.836 1.836 35 20936.24 22.11 -0.1036 0.2001 21.49 4.551 1e-06 1.836 1.836 36 20932.84 22.11 -0.1036 0.2647 -0.09687 -13.56 1e-06 1.836 1.836 37 21160.14 22.11 0.2185 0.2647 -0.09687 14.51 1e-06 1.836 1.836 38 21160.14 22.11 0.2185 0.2647 -0.09687 14.51 1e-06 1.836 1.836 39 21160.14 22.11 0.2185 0.2647 -0.09687 4.551 1e-06 1.836 1.836 40 21160.14 22.11 0.2185 0.2647 -0.09687 4.551 1e-06 1.836 1.836 41 21162.99 22.11 0.2185 0.2001 -1.436 1.993 1e-06 4.944 4.944 42 21162.99 22.11 0.2185 0.2001 -1.436 1.993 1e-06 4.944 4.944 43 21162.99 22.11 0.2185 0.2001 -1.436 1.993 1e-06 4.944 4.944 44 21181.55 22.11 0.3439 0.2647 -0.09687 4.551 1e-06 1.836 1.836 45 21181.55 22.11 0.3439 0.2647 -0.09687 4.551 1e-06 1.836 1.836 46 21172.44 22.11 0.2471 0.2001 -1.436 1.993 1e-06 4.944 4.944 47 21172.44 22.11 0.2471 0.2001 -1.436 1.993 1e-06 4.944 4.944 48 21172.44 22.11 0.2471 0.2001 -1.436 1.993 1e-06 4.944 4.944 49 21172.44 22.11 0.2471 0.2001 -0.09687 1.993 1e-06 4.944 4.944 50 21172.44 22.11 0.2471 0.2001 -0.09687 4.551 1e-06 4.944 4.944 51 21172.44 22.11 0.2471 0.2001 -0.09687 4.551 1e-06 7.814 7.814 52 21172.44 22.11 0.2471 0.2001 -0.09687 4.551 1e-06 7.814 7.814 53 21172.44 22.11 0.2471 0.2001 -0.09687 4.551 1e-06 7.814 7.814 54 21187.27 22.11 0.3468 0.2001 2.979 4.551 1e-06 4.944 4.944 55 21187.27 22.11 0.3468 0.2001 2.979 4.551 1e-06 4.944 4.944 56 21187.27 22.11 0.3468 0.2001 2.979 4.551 1e-06 4.944 4.944 57 21187.27 22.11 0.3468 0.2001 2.979 4.551 1e-06 4.944 4.944 58 21183.79 22.11 0.2978 0.2001 -1.436 5.39 1e-06 7.322 7.322 59 21183.79 22.11 0.2978 0.2001 -1.436 5.39 1e-06 7.322 7.322 60 21183.79 22.11 0.2978 0.2001 -1.436 5.39 1e-06 7.814 7.814 61 21183.79 22.11 0.2978 0.2001 -0.09687 1.993 1e-06 8.642 8.642 62 21184.16 22.04 0.2978 0.2001 -1.436 1.993 1e-06 4.944 4.944 63 21185.47 22.04 0.3722 0.2001 -1.436 1.993 1e-06 4.944 4.944 64 21185.47 22.04 0.3722 0.2001 -1.436 1.993 1e-06 4.944 4.944 65 21184.16 22.04 0.2978 0.2001 -1.436 1.993 1e-06 8.642 8.642 66 21184.16 22.04 0.2978 0.2001 -1.436 1.993 1e-06 8.642 8.642 67 21184.16 22.04 0.2978 0.2001 -1.436 1.993 1e-06 8.642 8.642 68 21184.16 22.04 0.2978 0.2001 -1.436 3.431 1e-06 7.814 7.814 69 21184.16 22.04 0.2978 0.2001 -1.436 3.431 1e-06 8.792 8.792 70 21184.16 22.04 0.2978 0.2001 -1.436 5.39 1e-06 9.667 9.667 71 21184.16 22.04 0.2978 0.2001 -1.436 4.223 1e-06 10.26 10.26 72 21184.16 22.04 0.2978 0.2001 -0.09687 4.551 1e-06 10.26 10.26 73 21184.16 22.04 0.2978 0.2001 -0.09687 4.223 1e-06 10.26 10.26 74 21184.16 22.04 0.2978 0.2001 -0.09687 4.551 1e-06 11.03 11.03 75 21184.16 22.04 0.2978 0.2001 -0.09687 4.551 1e-06 11.03 11.03 76 21184.16 22.04 0.2978 0.2001 -0.09687 4.551 1e-06 11.03 11.03 77 21184.16 22.04 0.2978 0.2001 -0.09687 4.551 1e-06 11.03 11.03 78 21184.16 22.04 0.2978 0.2001 -0.09687 4.551 1e-06 11.03 11.03 79 21184.16 22.04 0.2978 0.2001 -0.09687 4.551 1e-06 11.03 11.03 80 21186.88 22.04 0.3241 0.2001 -0.09687 4.223 1e-06 10.26 10.26 81 21186.88 22.04 0.3241 0.2001 -0.09687 4.223 1e-06 10.26 10.26 82 21186.88 22.04 0.3241 0.2001 -0.09687 4.223 1e-06 10.26 10.26 83 21186.88 22.04 0.3241 0.2001 -0.09687 4.223 1e-06 11.03 11.03 84 21186.88 22.04 0.3241 0.2001 -0.09687 4.223 1e-06 11.03 11.03 85 21186.88 22.04 0.3241 0.2001 -0.09687 4.223 1e-06 11.03 11.03 86 21186.88 22.04 0.3241 0.2001 -0.09687 4.223 1e-06 10.9 10.9 87 21186.88 22.04 0.3241 0.2001 -0.09687 4.223 1e-06 11.03 11.03 88 21186.88 22.04 0.3241 0.2001 -0.09687 4.223 1e-06 10.9 10.9 89 21186.98 21.97 0.3241 0.2001 -0.09687 4.551 1e-06 10.26 10.26 90 21186.98 21.97 0.3241 0.2001 -0.09687 4.551 1e-06 10.26 10.26 91 21186.98 21.97 0.3241 0.2001 -0.09687 4.551 1e-06 11.03 11.03 92 21186.98 21.97 0.3241 0.2001 -0.09687 4.551 1e-06 11.03 11.03 93 21186.98 21.97 0.3241 0.2001 -0.09687 4.551 1e-06 11.03 11.03 94 21186.98 21.97 0.3241 0.2001 -0.09687 4.223 1e-06 11.03 11.03 95 21186.98 21.97 0.3241 0.2001 -0.09687 4.223 1e-06 11.03 11.03 96 21186.98 21.97 0.3241 0.2001 -0.09687 4.223 1e-06 10.9 10.9 97 21186.98 21.97 0.3241 0.2001 -0.09687 4.223 1e-06 10.9 10.9 98 21186.98 21.97 0.3241 0.2001 -0.09687 4.223 1e-06 10.9 10.9 99 21186.98 21.97 0.3241 0.2001 -0.09687 4.223 1e-06 10.9 10.9 100 21186.98 21.97 0.3241 0.2001 -0.09687 4.223 1e-06 10.9 10.9 101 21186.98 21.97 0.3241 0.2001 -0.5047 4.223 1e-06 11.14 11.14 102 21186.98 21.97 0.3241 0.2001 -0.5047 4.223 1e-06 11.14 11.14 103 21186.98 21.97 0.3241 0.2001 -0.5047 4.223 1e-06 10.9 10.9 104 21186.98 21.97 0.3241 0.2001 -0.5047 4.223 1e-06 10.9 10.9 105 21186.98 21.97 0.3241 0.2001 -0.5047 4.223 1e-06 10.9 10.9 106 21186.98 21.97 0.3241 0.2001 -0.5047 4.223 1e-06 10.9 10.9 107 21186.98 21.97 0.3241 0.2001 -0.5047 4.223 1e-06 10.9 10.9 108 21186.98 21.97 0.3241 0.2001 -0.5047 4.223 1e-06 10.9 10.9 109 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.9 10.9 110 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.9 10.9 111 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 11.14 11.14 112 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 11.14 11.14 113 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 11.14 11.14 114 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.9 10.9 115 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.9 10.9 116 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.9 10.9 117 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.9 10.9 118 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.96 10.96 119 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.96 10.96 120 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.96 10.96 121 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.96 10.96 122 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.96 10.96 123 21187.19 21.97 0.3495 0.2001 -0.5047 4.223 1e-06 10.96 10.96 124 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.9 10.9 125 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.9 10.9 126 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.9 10.9 127 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.9 10.9 128 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.9 10.9 129 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.9 10.9 130 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.9 10.9 131 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.9 10.9 132 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.9 10.9 133 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 134 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 135 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 136 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 137 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 138 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 139 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 140 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 141 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 142 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 143 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 144 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 145 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 146 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 147 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 148 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 149 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 150 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 151 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 152 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 153 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 154 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 155 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 156 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 157 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 158 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 159 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 160 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 161 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 162 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 163 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 164 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 165 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 166 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 167 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 168 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 169 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 170 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 171 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 172 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 173 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 174 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 175 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 176 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 177 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 178 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 179 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 180 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 181 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 182 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 183 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 184 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 185 21187.37 21.97 0.3356 0.2001 -0.5047 4.223 1e-06 10.91 10.91 186 21187.37 21.97 0.3356 0.2001 -0.5047 4.276 1e-06 10.91 10.91 187 21187.37 21.97 0.3356 0.2001 -0.5047 4.276 1e-06 10.91 10.91 188 21187.37 21.97 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0.2127 -0.4375 4.25 1e-06 10.9 10.9 493 21187.49 21.97 0.338 0.2127 -0.4375 4.25 1e-06 10.9 10.9 494 21187.49 21.97 0.338 0.2127 -0.4375 4.25 1e-06 10.9 10.9 495 21187.49 21.97 0.338 0.2127 -0.4375 4.25 1e-06 10.9 10.9 496 21187.49 21.97 0.338 0.2127 -0.4375 4.25 1e-06 10.9 10.9 497 21187.49 21.97 0.338 0.2127 -0.4375 4.25 1e-06 10.9 10.9 498 21187.49 21.97 0.338 0.2127 -0.4375 4.25 1e-06 10.9 10.9 499 21187.49 21.97 0.338 0.2127 -0.4375 4.25 1e-06 10.9 10.9 500 21187.49 21.97 0.338 0.2127 -0.4375 4.25 1e-06 10.9 10.9 Setting fit to best solution... save all fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src1.ximg Saving current fit data in fullrun_mos1_xmm0651680101_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 ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz fullrun_mos1_xmm0651680101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src 16 53.588784 0 0 1 4. ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz 308 189 324 205 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz using pyfits Extracting (307:323, 188:204) Extracting subarray using numpy mask ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz 1 308 189 324 205 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz using pyfits Extracting (307:323, 188:204) 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 -40.675460 40.675460 -1 setpar 5 0.0 0.010000 -40.675460 40.675460 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 10.168865 0.001000 2.542216 20.337730 -1 setpar 8 10.168865 0.001000 2.542216 20.337730 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 -28040.36 83.29 0.1281 -5.245 32.7 5.363 177.2 9.205 9.205 2 -25788.02 83.29 0.1281 -5.245 32.7 5.363 177.2 5.297 5.297 3 -20523.54 49.53 0.1281 -5.245 32.7 5.363 177.2 9.205 9.205 4 -18507.72 49.53 0.1281 -5.245 32.7 -36.84 177.2 9.205 9.205 5 -14498.14 13.52 0.1281 -5.245 32.7 5.363 177.2 7.005 7.005 6 -14852.20 15.38 0.1281 -5.245 32.7 -36.84 177.2 9.205 9.205 7 -14689.10 15.38 -1.729 -5.245 32.7 5.363 177.2 5.297 5.297 8 -14689.10 15.38 -1.729 -5.245 32.7 5.363 177.2 5.297 5.297 9 -13246.54 15.38 1.844 -5.245 26.84 -14.83 177.2 5.297 5.297 10 -6631.12 15.38 0.1281 -2.569 39.51 -40.44 5.422e+06 2.542 2.542 11 -6631.12 15.38 0.1281 -2.569 39.51 -40.44 5.422e+06 2.542 2.542 12 -10794.36 3.144 0.1281 -5.245 32.7 5.363 1e-06 9.205 9.205 13 -4093.11 15.38 0.1281 0.08428 32.7 -39.24 1e-06 9.205 9.205 14 -4093.11 15.38 0.1281 0.08428 32.7 -39.24 1e-06 9.205 9.205 15 -4093.11 15.38 0.1281 0.08428 32.7 -14.83 1e-06 9.205 9.205 16 -4093.11 15.38 0.1281 0.08428 32.7 -14.83 1e-06 9.205 9.205 17 -908.23 1.997 0.1281 0.08428 32.7 -14.83 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-0.032 40.68 -40.68 1e-06 2.542 2.542 475 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 476 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 477 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 478 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 479 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 480 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 481 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 482 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 483 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 484 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 485 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 486 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 487 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 488 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 489 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 490 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 491 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 492 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 493 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 494 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 495 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 496 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 497 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 498 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 499 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 500 -210.45 2.282 -0.001588 -0.032 40.68 -40.68 1e-06 2.542 2.542 Setting fit to best solution... save all fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src2.ximg Saving current fit data in fullrun_mos1_xmm0651680101_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 ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz fullrun_mos1_xmm0651680101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src 16 53.588784 0 0 1 4. ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz 246 242 262 258 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz using pyfits Extracting (245:261, 241:257) Extracting subarray using numpy mask ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz 1 246 242 262 258 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz using pyfits Extracting (245:261, 241:257) 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 -35.215260 35.215260 -1 setpar 5 0.0 0.010000 -35.215260 35.215260 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 8.803815 0.001000 2.200954 17.607630 -1 setpar 8 8.803815 0.001000 2.200954 17.607630 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 -41353.30 34.39 -8.578 -1.101 -24.93 30.24 2.065e+06 2.213 2.213 2 -35756.70 34.39 -8.578 5.701 -24.93 30.24 2.065e+06 2.213 2.213 3 -35100.87 32.37 -8.578 5.701 -24.93 30.24 2.065e+06 2.213 2.213 4 -22906.72 59.45 3.164 5.245 -32.1 34.21 7.997e+05 2.413 2.413 5 -22906.72 59.45 3.164 5.245 -32.1 34.21 7.997e+05 2.413 2.413 6 -17700.61 34.39 3.164 5.245 -32.1 34.21 7.997e+05 2.413 2.413 7 -17700.61 34.39 3.164 5.245 -32.1 34.21 7.997e+05 2.413 2.413 8 -17335.23 34.39 3.928 2.106 -30.49 34.21 1.205e+06 2.213 2.213 9 -17463.77 34.39 -1.692 5.701 -24.93 30.24 8.388e+05 2.213 2.213 10 -15196.00 34.39 -1.692 5.701 -24.93 22.68 1e-06 2.383 2.383 11 -14436.89 34.39 -1.692 5.245 -32.1 34.21 7.997e+05 2.413 2.413 12 -14436.89 34.39 -1.692 5.245 -32.1 34.21 7.997e+05 2.413 2.413 13 -14436.89 34.39 -1.692 5.245 -32.1 34.21 7.997e+05 2.413 2.413 14 -13148.10 21.14 -1.692 5.701 -28.27 32.1 7.997e+05 2.327 2.327 15 -11905.14 34.39 -0.1753 3.761 -24.93 34.21 7.997e+05 2.413 2.413 16 -11701.43 21.14 -1.692 4.778 -32.1 34.21 7.997e+05 2.413 2.413 17 -10694.02 8.525 -1.692 5.245 -28.04 32.72 3.24e+06 2.213 2.213 18 -10694.02 8.525 -1.692 5.245 -28.04 32.72 3.24e+06 2.213 2.213 19 -8896.24 8.525 -1.692 4.138 -28.61 32.72 4.61e+06 2.213 2.213 20 -8880.17 8.525 -1.692 4.138 -28.61 32.72 3.24e+06 2.213 2.213 21 -8507.13 8.525 -1.692 3.119 -27.6 32.72 4.61e+06 2.213 2.213 22 -8306.44 21.14 -0.1753 3.253 -23.99 32.72 1e-06 2.213 2.213 23 -8239.47 21.14 -1.692 1.737 -28.04 32.1 4.61e+06 2.213 2.213 24 -6233.00 21.14 -0.1753 1.946 -35.17 35.22 1e-06 2.213 2.213 25 -3935.35 8.525 0.6245 0.8948 -28.61 32.72 3.24e+06 2.201 2.201 26 -3080.68 1.126 -0.1753 1.597 -28.27 32.72 7.997e+05 2.213 2.213 27 -3080.68 1.126 -0.1753 1.597 -28.27 32.72 7.997e+05 2.213 2.213 28 -2200.40 8.525 -0.1753 -0.1556 -28.61 32.72 3.24e+06 2.213 2.213 29 -2200.40 8.525 -0.1753 -0.1556 -28.61 32.72 3.24e+06 2.213 2.213 30 -2200.40 8.525 -0.1753 -0.1556 -28.61 32.72 3.24e+06 2.213 2.213 31 -1634.01 0 -0.1753 -0.1556 -24.93 32.72 1e-06 2.213 2.213 32 -1634.01 0 -0.1753 -0.1556 -24.93 32.72 1e-06 2.213 2.213 33 -1634.01 0 -0.1753 -0.1556 -24.93 32.72 1e-06 2.213 2.213 34 -1455.50 1.732 -0.1753 -0.1556 -28.27 32.72 1e-06 2.354 2.354 35 -1455.50 1.732 -0.1753 -0.1556 -28.27 32.72 1e-06 2.354 2.354 36 -1455.50 1.732 -0.1753 -0.1556 -28.27 32.72 1e-06 2.354 2.354 37 -1455.50 1.732 -0.1753 -0.1556 -28.27 32.72 1e-06 2.213 2.213 38 -1455.50 1.732 -0.1753 -0.1556 -24.93 32.72 1e-06 2.354 2.354 39 -1455.50 1.732 -0.1753 -0.1556 -24.93 32.72 1e-06 2.354 2.354 40 -1289.42 1.732 -0.1183 -0.1556 -28.27 32.72 1e-06 2.354 2.354 41 -1047.12 1.732 0.01308 -0.1556 -28.27 32.72 3.24e+06 2.354 2.354 42 -1040.33 1.732 0.08202 -0.1556 -24.93 32.72 1e-06 2.354 2.354 43 -1040.33 1.732 0.08202 -0.1556 -24.93 32.72 1e-06 2.354 2.354 44 -1040.33 1.732 0.08202 -0.1556 -24.93 32.72 1e-06 2.354 2.354 45 -1040.33 1.732 0.08202 -0.1556 -28.27 32.72 1e-06 2.213 2.213 46 -1040.33 1.732 0.08202 -0.1556 -28.27 32.72 1.656e+05 2.213 2.213 47 -1040.33 1.732 0.08202 -0.1556 -28.27 32.72 1.656e+05 2.213 2.213 48 -1030.59 1.732 0.08202 -0.1556 -28.27 32.72 2.423e+06 2.201 2.201 49 -826.80 1.732 0.08202 -0.1178 -24.93 32.72 1e-06 2.354 2.354 50 -826.80 1.732 0.08202 -0.1178 -24.93 32.72 1e-06 2.354 2.354 51 -826.80 1.732 0.08202 -0.1178 -24.93 32.72 1e-06 2.354 2.354 52 -807.25 1.925 0.08202 -0.1178 -24.93 32.72 1e-06 2.354 2.354 53 -657.11 1.732 0.08202 -0.02208 -28.27 32.72 4.146e+05 2.354 2.354 54 -657.11 1.732 0.08202 -0.02208 -28.27 32.72 4.146e+05 2.354 2.354 55 -554.60 2.104 0.08202 -0.02208 -28.27 32.72 4.146e+05 2.354 2.354 56 -554.60 2.104 0.08202 -0.02208 -28.27 32.72 4.146e+05 2.354 2.354 57 -518.25 2.104 0.08202 -0.02208 -26.72 35.22 3.24e+06 2.213 2.213 58 -518.25 2.104 0.08202 -0.02208 -26.72 35.22 3.24e+06 2.213 2.213 59 -445.32 2.563 0.08202 -0.02208 -28.27 32.72 2.651e+05 2.354 2.354 60 -445.32 2.563 0.08202 -0.02208 -28.27 32.72 2.651e+05 2.354 2.354 61 -445.10 2.563 0.08202 -0.02208 -28.61 32.72 2.651e+05 2.354 2.354 62 -445.10 2.563 0.08202 -0.02208 -28.61 32.72 2.651e+05 2.354 2.354 63 -443.15 2.563 0.08202 -0.02208 -28.61 32.72 2.651e+05 2.213 2.213 64 -286.50 1.732 0.002198 -0.02208 -35.22 32.72 4.146e+05 2.354 2.354 65 -286.50 1.732 0.002198 -0.02208 -35.22 32.72 4.146e+05 2.354 2.354 66 -278.98 1.732 0.002198 -0.02208 -35.22 32.72 4.146e+05 2.201 2.201 67 -281.01 1.732 0.002198 -0.02208 -28.61 32.72 4.146e+05 2.213 2.213 68 -279.39 1.732 0.002198 -0.02208 -28.61 33.89 4.146e+05 2.213 2.213 69 -279.41 1.732 0.002198 -0.02208 -28.27 33.89 4.146e+05 2.213 2.213 70 -281.01 1.732 0.002198 -0.02208 -28.61 32.72 4.146e+05 2.213 2.213 71 -281.01 1.732 0.002198 -0.02208 -28.61 32.72 4.146e+05 2.213 2.213 72 -278.74 1.732 0.002198 -0.02208 -32.01 32.72 4.146e+05 2.213 2.213 73 -278.74 1.732 0.002198 -0.02208 -32.01 32.72 4.146e+05 2.213 2.213 74 -278.74 1.732 0.002198 -0.02208 -32.01 32.72 4.146e+05 2.213 2.213 75 -278.74 1.732 0.002198 -0.02208 -32.01 32.72 4.146e+05 2.213 2.213 76 -304.62 2.563 0.009597 -0.02208 -32.01 33.13 4.146e+05 2.354 2.354 77 -304.62 2.563 0.009597 -0.02208 -32.01 33.13 4.146e+05 2.354 2.354 78 -301.76 2.563 0.009597 -0.02208 -30.42 33.13 1e-06 2.354 2.354 79 -301.76 2.563 0.009597 -0.02208 -32.18 33.13 1e-06 2.354 2.354 80 -301.76 2.563 0.009597 -0.02208 -32.18 33.13 1e-06 2.354 2.354 81 -301.76 2.563 0.009597 -0.02208 -32.18 33.13 1e-06 2.354 2.354 82 -259.24 2.563 0.002198 0.02307 -32.01 32.72 2.651e+05 2.201 2.201 83 -258.14 2.563 0.002198 0.02307 -28.57 35.22 4.146e+05 2.201 2.201 84 -258.14 2.563 0.002198 0.02307 -28.57 35.22 4.146e+05 2.201 2.201 85 -258.14 2.563 0.002198 0.02307 -28.57 35.22 4.146e+05 2.201 2.201 86 -258.14 2.563 0.002198 0.02307 -28.57 35.22 4.146e+05 2.201 2.201 87 -256.09 2.563 0.009597 0.02307 -28.57 35.22 4.146e+05 2.201 2.201 88 -256.09 2.563 0.009597 0.02307 -28.57 35.22 4.146e+05 2.201 2.201 89 -239.03 2.079 0.002198 0.02307 -28.57 35.22 4.146e+05 2.201 2.201 90 -237.48 2.079 0.009597 0.02307 -28.57 33.13 1e-06 2.201 2.201 91 -237.48 2.079 0.009597 0.02307 -32.18 33.13 1e-06 2.201 2.201 92 -237.48 2.079 0.009597 0.02307 -32.01 35.22 1e-06 2.354 2.354 93 -237.48 2.079 0.009597 0.02307 -28.57 33.13 1e-06 2.201 2.201 94 -237.48 2.079 0.009597 0.02307 -28.57 33.13 1e-06 2.201 2.201 95 -237.48 2.079 0.009597 0.02307 -32.01 35.22 1e-06 2.354 2.354 96 -237.48 2.079 0.009597 0.02307 -28.57 35.22 1e-06 2.201 2.201 97 -237.44 2.079 0.009597 0.02307 -25.11 35.22 4.146e+05 2.201 2.201 98 -237.44 2.079 0.009597 0.02307 -25.11 35.22 4.146e+05 2.201 2.201 99 -237.44 2.079 0.009597 0.02307 -25.11 35.22 4.146e+05 2.201 2.201 100 -237.44 2.079 0.009597 0.02307 -25.11 35.22 4.146e+05 2.201 2.201 101 -237.44 2.079 0.009597 0.02307 -25.11 35.22 4.146e+05 2.201 2.201 102 -237.43 2.079 0.009597 0.02307 -25.11 35.22 4.146e+05 2.228 2.228 103 -237.43 2.079 0.009597 0.02307 -25.11 35.22 4.146e+05 2.228 2.228 104 -237.43 2.079 0.009597 0.02307 -25.11 35.22 4.146e+05 2.228 2.228 105 -237.43 2.079 0.009597 0.02307 -25.11 35.22 4.146e+05 2.228 2.228 106 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0.009597 0.02307 -24.95 35.22 7.461e+05 2.201 2.201 121 -237.41 2.079 0.009597 0.02307 -24.95 35.22 7.461e+05 2.201 2.201 122 -237.41 2.079 0.009597 0.02307 -24.95 35.22 7.461e+05 2.201 2.201 123 -237.42 2.079 0.009597 0.02307 -25.11 35.22 9.925e+05 2.201 2.201 124 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.062e+06 2.201 2.201 125 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.062e+06 2.201 2.201 126 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.062e+06 2.201 2.201 127 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 128 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 129 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 130 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 131 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 132 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 133 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 134 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 135 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 136 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 137 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 138 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.005e+06 2.201 2.201 139 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 140 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 141 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 142 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 143 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 144 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 145 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 146 -237.41 2.079 0.009597 0.02307 -25.01 35.22 1.023e+06 2.201 2.201 147 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 148 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 149 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 150 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 151 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 152 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 153 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 154 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 155 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 156 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 157 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 158 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 159 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 160 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 161 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 162 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 163 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 164 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 165 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 166 -237.42 2.079 0.009597 0.02307 -25.11 35.22 1.023e+06 2.201 2.201 167 -237.42 2.079 0.009597 0.02307 -25.07 35.22 1.023e+06 2.201 2.201 168 -237.42 2.079 0.009597 0.02307 -25.07 35.22 1.023e+06 2.201 2.201 169 -237.42 2.079 0.009597 0.02307 -25.07 35.22 1.023e+06 2.201 2.201 170 -237.42 2.079 0.009597 0.02307 -25.07 35.22 1.023e+06 2.201 2.201 171 -237.42 2.079 0.009597 0.02307 -25.07 35.22 1.023e+06 2.201 2.201 172 -237.42 2.079 0.009597 0.02307 -25.07 35.22 1.023e+06 2.201 2.201 173 -237.42 2.079 0.009597 0.02307 -25.07 35.22 1.023e+06 2.201 2.201 174 -237.42 2.079 0.009597 0.02307 -25.07 35.22 1.023e+06 2.201 2.201 175 -237.42 2.079 0.009597 0.02307 -25.07 35.22 1.023e+06 2.201 2.201 176 -237.42 2.079 0.009597 0.02307 -25.07 35.22 1.023e+06 2.201 2.201 177 -237.42 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2.201 448 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.458e+05 2.201 2.201 449 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.458e+05 2.201 2.201 450 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.458e+05 2.201 2.201 451 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.458e+05 2.201 2.201 452 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.458e+05 2.201 2.201 453 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.458e+05 2.201 2.201 454 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.458e+05 2.201 2.201 455 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.458e+05 2.201 2.201 456 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.622e+05 2.201 2.201 457 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.622e+05 2.201 2.201 458 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 459 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 460 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 461 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 462 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 463 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 464 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 465 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 466 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 467 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 468 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 469 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 470 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 471 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 472 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 473 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 474 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 475 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 476 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 477 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 478 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 479 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 480 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 481 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 482 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 483 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.966e+05 2.201 2.201 484 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.955e+05 2.201 2.201 485 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.955e+05 2.201 2.201 486 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.955e+05 2.201 2.201 487 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.955e+05 2.201 2.201 488 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.955e+05 2.201 2.201 489 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.955e+05 2.201 2.201 490 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.94e+05 2.201 2.201 491 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.922e+05 2.201 2.201 492 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.922e+05 2.201 2.201 493 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.922e+05 2.201 2.201 494 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.922e+05 2.201 2.201 495 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.922e+05 2.201 2.201 496 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.922e+05 2.201 2.201 497 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.922e+05 2.201 2.201 498 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.922e+05 2.201 2.201 499 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.922e+05 2.201 2.201 500 -236.75 2.085 0.009597 0.02132 -24.64 35.22 5.922e+05 2.201 2.201 Setting fit to best solution... save all fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src3.ximg Saving current fit data in fullrun_mos1_xmm0651680101_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 ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz fullrun_mos1_xmm0651680101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src 16 53.588784 0 0 1 4. ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz 169 357 185 373 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz using pyfits Extracting (168:184, 356:372) Extracting subarray using numpy mask ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz 1 169 357 185 373 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz using pyfits Extracting (168:184, 356:372) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -45.751288 45.751288 -1 setpar 5 0.0 0.010000 -45.751288 45.751288 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 11.437822 0.001000 2.859456 22.875644 -1 setpar 8 11.437822 0.001000 2.859456 22.875644 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 -54040.14 86.26 5.8 0.9388 45.65 12.52 9.754e+06 3.629 3.629 2 -31360.27 7.723 -3.334 -4.73 40.57 -35.25 1.556e+06 3.161 3.161 3 -24497.73 23.55 1.988 3.617 40.75 -42.81 6.587e+06 2.859 2.859 4 -24497.73 23.55 1.988 3.617 40.75 -42.81 6.587e+06 2.859 2.859 5 -19645.78 7.723 -3.334 0.9388 40.57 -35.25 1.581e+05 3.161 3.161 6 -14381.73 0.5291 2.322 -0.905 3.77 -45.75 8.32e+06 3.629 3.629 7 -12489.41 7.937 -0.2767 2.079 7.834 -45.75 1.556e+06 3.108 3.108 8 -10282.48 7.723 0.1248 1.585 45.65 -7.147 1.193e+06 3.629 3.629 9 -9612.79 0.5291 2.322 -0.905 3.77 -45.75 8.32e+06 2.859 2.859 10 -9596.71 0.5291 2.322 -0.905 3.77 -45.75 1e-06 3.629 3.629 11 -7038.82 7.723 -0.2767 0.9388 41.87 -40.51 2.805e+06 3.161 3.161 12 -7038.82 7.723 -0.2767 0.9388 45.65 -35.25 2.805e+06 3.161 3.161 13 -4026.72 0.5291 -0.2767 -0.905 3.77 -45.75 2.145e+05 3.629 3.629 14 -4026.72 0.5291 -0.2767 -0.905 3.77 -45.75 2.145e+05 3.629 3.629 15 -3989.46 0.5291 -0.2767 -0.905 3.77 -45.75 1.484e+05 3.629 3.629 16 -3906.61 0.5291 -0.2767 -0.905 3.77 9.292 1e-06 3.629 3.629 17 -3794.43 0.5291 0.1248 -0.905 3.77 -45.75 1.484e+05 3.629 3.629 18 -3658.67 7.723 -0.2767 -0.1196 45.65 -7.147 2.805e+06 3.161 3.161 19 -2876.44 0.5291 -0.2767 0.4842 45.75 -45.75 1e-06 3.629 3.629 20 -2631.49 0.5291 -0.2767 -0.1196 45.65 -35.25 2.805e+06 3.629 3.629 21 -2273.69 0.5291 -0.2767 -0.1196 45.65 -45.75 2.805e+06 3.161 3.161 22 -2273.69 0.5291 -0.2767 -0.1196 45.65 -45.75 2.805e+06 3.161 3.161 23 -2021.32 0 -0.2767 -0.1196 45.65 -45.75 4.305e+06 3.161 3.161 24 -1634.80 0.5291 -0.1439 -0.2103 45.65 -45.75 2.805e+06 3.82 3.82 25 -1542.08 0.5291 0.1248 -0.1196 45.65 -45.75 1.484e+05 3.629 3.629 26 -1472.45 0.5291 0.08456 -0.1196 45.65 -45.75 1e-06 3.629 3.629 27 -1542.08 0.5291 0.1248 -0.1196 45.65 -45.75 1.484e+05 3.629 3.629 28 -1459.82 0.5291 0.03646 -0.1196 45.65 -45.75 1.484e+05 3.629 3.629 29 -1338.46 0 -0.1095 -0.1196 45.65 -45.75 1e-06 3.161 3.161 30 -1177.01 0 0.03646 -0.1196 45.65 -45.75 1.484e+05 3.629 3.629 31 -1177.00 0 0.03646 -0.1196 45.65 -45.75 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10.87 10.87 449 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 450 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 451 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 452 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 453 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 454 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 455 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 456 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 457 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 458 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 459 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.799 1e-06 10.87 10.87 460 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 461 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 462 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 463 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 464 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 465 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 466 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 467 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 468 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 469 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 470 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.962 1e-06 10.87 10.87 471 -499.86 0.8436 0.00687 0.0002314 -0.6324 1.962 1e-06 10.87 10.87 472 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 473 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 474 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 475 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 476 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 477 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 478 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 479 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 480 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 481 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 482 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 483 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 484 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 485 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 486 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 487 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 488 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 489 -499.86 0.8436 0.00687 0.0002314 -0.6981 1.77 1e-06 10.87 10.87 490 -499.86 0.8436 0.00687 0.0002314 -0.5663 1.77 1e-06 10.87 10.87 491 -499.86 0.8436 0.00687 0.0002314 -0.5663 1.77 1e-06 10.87 10.87 492 -499.86 0.8436 0.00687 0.0002314 -0.5663 1.77 1e-06 10.87 10.87 493 -499.86 0.8436 0.00687 0.0002314 -0.5663 1.77 1e-06 10.87 10.87 494 -499.86 0.8436 0.00687 0.0002314 -0.5663 1.77 1e-06 10.87 10.87 495 -499.86 0.8436 0.00687 0.0002314 -0.5663 1.77 1e-06 10.87 10.87 496 -499.86 0.8436 0.00687 0.0002314 -0.5663 1.77 1e-06 10.87 10.87 497 -499.86 0.8436 0.00687 0.0002314 -0.5663 1.77 1e-06 10.87 10.87 498 -499.86 0.8436 0.00687 0.0002314 -0.5663 1.846 1e-06 10.87 10.87 499 -499.86 0.8436 0.00687 0.0002314 -0.5663 1.846 1e-06 10.87 10.87 500 -499.86 0.8436 0.00687 0.0002314 -0.5663 1.846 1e-06 10.87 10.87 Setting fit to best solution... save all fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src4.ximg Saving current fit data in fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src4.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz fullrun_mos1_xmm0651680101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src 16 53.588784 0 0 1 4. ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz 454 272 472 290 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz using pyfits Extracting (453:471, 271:289) Extracting subarray using numpy mask ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz 1 454 272 472 290 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz using pyfits Extracting (453:471, 271:289) 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 -49.696684 49.696684 -1 setpar 5 0.0 0.010000 -49.696684 49.696684 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.424171 0.001000 3.106043 24.848342 -1 setpar 8 12.424171 0.001000 3.106043 24.848342 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 -83824.49 93.62 9.028 -0.6011 49.65 48.65 2.207e+06 4.505 4.505 2 -83824.49 93.62 9.028 -0.6011 49.65 48.65 2.207e+06 4.505 4.505 3 -35572.05 30.6 2.852 -4.474 22.1 -45.71 1e-06 21.05 21.05 4 -35572.05 30.6 2.852 -4.474 22.1 -45.71 1e-06 6.145 6.145 5 -35572.05 30.6 2.852 -4.474 22.1 -45.71 1e-06 6.145 6.145 6 -29408.86 49.77 -0.4206 -0.6206 48.75 -37.67 6.335e+06 3.106 3.106 7 -29408.86 49.77 -0.4206 -0.6206 48.75 -37.67 6.335e+06 3.106 3.106 8 -26685.94 30.6 2.852 -1.412 22.1 -45.71 1e-06 6.145 6.145 9 -22152.10 30.6 -1.636 -0.6011 22.1 -45.71 1e-06 4.505 4.505 10 -23175.61 30.6 2.385 -0.6011 22.1 -34.11 1e-06 6.145 6.145 11 -14111.65 23.43 -0.4206 -0.6206 48.75 -37.67 6.335e+06 3.106 3.106 12 -6026.17 5.484 -0.4206 -0.6206 48.75 48.65 6.335e+06 3.435 3.435 13 -6026.17 5.484 -0.4206 -0.6206 48.75 48.65 6.335e+06 3.435 3.435 14 -6026.17 5.484 -0.4206 -0.6206 48.75 48.65 6.335e+06 3.435 3.435 15 -6026.17 5.484 -0.4206 -0.6206 48.75 48.65 6.335e+06 3.435 3.435 16 -5789.83 5.484 -0.4206 -0.6011 48.75 48.65 6.335e+06 3.435 3.435 17 -5789.83 5.484 -0.4206 -0.6011 48.75 48.65 6.335e+06 3.435 3.435 18 -5501.61 1.747 -0.4206 -0.6206 48.75 48.65 6.335e+06 3.435 3.435 19 -4569.92 0 -0.4206 -0.6206 48.75 -37.67 5.627e+05 3.106 3.106 20 -4544.78 0 -0.4206 -0.6206 49.65 -45.71 6.512e+06 3.435 3.435 21 -3909.44 0 -0.4206 0.263 49.65 -45.71 6.512e+06 3.435 3.435 22 -3485.84 0 -0.4206 -0.1672 49.65 -45.71 6.512e+06 3.435 3.435 23 -3323.12 0 -0.4206 0.06522 48.75 -37.67 6.335e+06 3.106 3.106 24 -2069.67 0 -0.006954 0.263 48.75 48.65 6.335e+06 3.106 3.106 25 -2065.60 0 -0.006954 0.263 49.65 -45.71 6.335e+06 3.435 3.435 26 -1628.58 0 -0.1546 0.06522 48.75 -45.71 6.512e+06 3.435 3.435 27 -1273.23 0 -0.0114 0.06522 49.65 -37.67 5.821e+06 3.106 3.106 28 -1074.02 0 -0.006954 0.06522 48.75 -45.71 6.335e+06 3.106 3.106 29 -1074.02 0 -0.006954 0.06522 48.75 -45.71 6.335e+06 3.106 3.106 30 -1074.02 0 -0.006954 0.06522 48.75 -45.71 6.335e+06 3.106 3.106 31 -1074.02 0 -0.006954 0.06522 48.75 -45.71 6.335e+06 3.106 3.106 32 -1074.02 0 -0.006954 0.06522 48.75 -45.71 6.335e+06 3.106 3.106 33 -1074.02 0 -0.006954 0.06522 48.75 -45.71 7.774e+06 3.106 3.106 34 -1025.30 1.029 -0.006954 0.06522 48.75 -45.71 6.335e+06 3.106 3.106 35 -1025.30 1.029 -0.006954 0.06522 48.75 -45.71 7.133e+06 3.106 3.106 36 -1025.30 1.029 -0.006954 0.06522 48.75 -45.71 6.335e+06 3.106 3.106 37 -1025.30 1.029 -0.006954 0.06522 48.75 -45.71 6.335e+06 3.106 3.106 38 -1025.30 1.029 -0.006954 0.06522 49.7 -45.71 7.607e+06 3.106 3.106 39 -1025.30 1.029 -0.006954 0.06522 49.7 -45.71 7.607e+06 3.106 3.106 40 -1019.97 1.029 -0.006954 0.06522 49.65 -45.71 6.989e+06 3.435 3.435 41 -1019.36 1.029 -0.006954 0.06522 49.7 -45.71 6.335e+06 3.435 3.435 42 -1019.36 1.029 -0.006954 0.06522 49.7 -45.71 6.335e+06 3.435 3.435 43 -1019.36 1.029 -0.006954 0.06522 49.7 -45.71 6.335e+06 3.435 3.435 44 -1018.87 1.029 -0.006954 0.06522 49.7 -45.6 4.072e+06 3.435 3.435 45 -1018.87 1.029 -0.006954 0.06522 49.7 -45.6 4.072e+06 3.435 3.435 46 -1018.87 1.029 -0.006954 0.06522 49.7 -45.6 4.072e+06 3.435 3.435 47 -1018.87 1.029 -0.006954 0.06522 49.7 -45.71 4.778e+06 3.435 3.435 48 -637.73 1.029 -0.006954 0.001624 49.7 -45.71 6.335e+06 3.435 3.435 49 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.335e+06 3.435 3.435 50 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.335e+06 3.435 3.435 51 -634.31 1.029 -0.006954 0.001624 49.65 -48.21 6.335e+06 3.435 3.435 52 -634.31 1.029 -0.006954 0.001624 49.65 -48.21 6.335e+06 3.435 3.435 53 -634.31 1.029 -0.006954 0.001624 49.65 -48.21 6.335e+06 3.435 3.435 54 -634.31 1.029 -0.006954 0.001624 49.65 -48.21 6.335e+06 3.435 3.435 55 -634.31 1.029 -0.006954 0.001624 49.65 -48.21 6.335e+06 3.435 3.435 56 -634.31 1.029 -0.006954 0.001624 49.65 -48.21 6.335e+06 3.435 3.435 57 -634.31 1.029 -0.006954 0.001624 49.65 -48.21 6.335e+06 3.435 3.435 58 -634.31 1.029 -0.006954 0.001624 49.65 -48.21 6.335e+06 3.435 3.435 59 -634.31 1.029 -0.006954 0.001624 49.65 -48.21 6.335e+06 3.435 3.435 60 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 61 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 62 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 63 -596.50 0.6734 -0.006954 0.001624 49.7 -48.21 6.741e+06 3.435 3.435 64 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 65 -621.41 0.961 -0.006954 0.001624 49.65 -48.21 6.335e+06 3.435 3.435 66 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 67 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 68 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 69 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 70 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 71 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 72 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 73 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 74 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 75 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 76 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 77 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 78 -634.31 1.029 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 79 -598.95 0.6277 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 80 -598.95 0.6277 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 81 -598.95 0.6277 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 82 -598.95 0.6277 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 83 -598.95 0.6277 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 84 -598.95 0.6277 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 85 -598.95 0.6277 -0.006954 0.001624 49.7 -48.21 6.641e+06 3.435 3.435 86 -598.89 0.6277 -0.006954 0.001624 49.7 -48.21 7.859e+06 3.435 3.435 87 -598.73 0.6277 -0.006954 0.001624 49.06 -48.21 6.641e+06 3.435 3.435 88 -598.73 0.6277 -0.006954 0.001624 49.06 -48.21 6.641e+06 3.435 3.435 89 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-584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.806e+06 3.106 3.106 471 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.806e+06 3.106 3.106 472 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.806e+06 3.106 3.106 473 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.806e+06 3.106 3.106 474 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.806e+06 3.106 3.106 475 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.806e+06 3.106 3.106 476 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.806e+06 3.106 3.106 477 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.806e+06 3.106 3.106 478 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.806e+06 3.106 3.106 479 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.806e+06 3.106 3.106 480 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.823e+06 3.106 3.106 481 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.823e+06 3.106 3.106 482 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 483 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 484 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 485 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 486 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 487 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 488 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 489 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 490 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 491 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 492 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 493 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 494 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 495 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 496 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 497 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 498 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 499 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 500 -584.12 0.6735 -0.0003321 0.002197 46.87 -48.21 8.821e+06 3.106 3.106 Setting fit to best solution... save all fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src5.ximg Saving current fit data in fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src5.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz fullrun_mos1_xmm0651680101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src 16 53.588784 0 0 1 4. ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz 139 410 158 429 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_cl.img.gz using pyfits Extracting (138:157, 409:428) Extracting subarray using numpy mask ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz 1 139 410 158 429 Reading ../../../xmm0651680101/products/images/fullrun_mos1_xmm0651680101_pi300-10000_mask.img.gz using pyfits Extracting (138:157, 409:428) 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 -53.588784 53.588784 -1 setpar 5 0.0 0.010000 -53.588784 53.588784 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 13.397196 0.001000 3.349299 26.794392 -1 setpar 8 13.397196 0.001000 3.349299 26.794392 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 -42880.71 37.8 4.394 -2.007 -39.33 -23.86 1e-06 14.75 14.75 2 -33882.45 38 2.88 -1.928 -22.02 -39.72 1e-06 19.16 19.16 3 -32625.67 43.45 1.839 -2.797 -44.39 -43.92 1e-06 14.74 14.74 4 -24752.82 9.18 -4.236 -3.894 -46.62 -48.11 2.012e+06 5.76 5.76 5 -19348.62 9.18 -1.09 -3.894 -46.62 -48.11 2.012e+06 5.76 5.76 6 -19348.60 9.18 -1.09 -3.894 -46.62 -50.87 2.012e+06 5.76 5.76 7 -19348.60 9.18 -1.09 -3.894 -46.62 -50.87 2.012e+06 5.76 5.76 8 -18919.82 23.45 -1.168 -2.797 -44.39 -50.87 1e-06 5.895 5.895 9 -18919.82 23.45 -1.168 -2.797 -44.39 -50.87 1e-06 5.895 5.895 10 -16035.03 23.45 -1.168 -2.007 -44.39 -50.87 1e-06 5.895 5.895 11 -12376.96 12.3 -1.168 -2.007 -44.39 -43.92 1e-06 14.74 14.74 12 -11438.74 9.18 -1.09 -2.007 -46.62 -48.11 2.608e+05 5.76 5.76 13 -9153.94 0.6849 -1.168 -2.007 -44.39 -43.92 1e-06 14.74 14.74 14 -9153.94 0.6849 -1.168 -2.007 -44.39 -43.92 1e-06 14.79 14.79 15 -8064.27 7.459 -1.168 -0.8116 -46.62 -45.79 2.012e+06 5.895 5.895 16 -8064.09 7.459 -1.168 -0.8116 -46.62 -48.11 2.012e+06 5.895 5.895 17 -6382.61 1.614 -0.5713 -1.355 -44.39 -50.87 1.723e+05 5.895 5.895 18 -6382.61 1.614 -0.5713 -1.355 -44.39 -50.87 1.723e+05 5.895 5.895 19 -6382.61 1.614 -0.5713 -1.355 -44.39 -50.87 1.723e+05 5.895 5.895 20 -3812.53 1.614 -0.5713 -0.1638 -44.39 -50.87 1e-06 5.895 5.895 21 -3812.53 1.614 -0.5713 -0.1638 -44.39 -50.87 1e-06 5.895 5.895 22 -3812.53 1.614 -0.5713 -0.1638 -44.39 -45.79 1e-06 5.895 5.895 23 -1701.78 1.614 -0.177 -0.1638 -44.39 -50.87 1.723e+05 5.895 5.895 24 -1701.78 1.614 -0.177 -0.1638 -44.39 -50.87 1e-06 5.895 5.895 25 -1701.78 1.614 -0.177 -0.1638 -44.39 -50.87 1e-06 5.895 5.895 26 -1626.88 0 -0.177 -0.1638 -44.39 -50.87 1.723e+05 5.895 5.895 27 -1626.88 0 -0.177 -0.1638 -44.39 -50.87 1.723e+05 5.895 5.895 28 -1626.88 0 -0.177 -0.1638 -44.39 -50.87 1.723e+05 5.895 5.895 29 -1626.88 0 -0.177 -0.1638 -44.39 -53.59 1.723e+05 5.895 5.895 30 -1626.88 0 -0.177 -0.1638 -44.39 -50.87 1e-06 5.895 5.895 31 -1626.88 0 -0.177 -0.1638 -44.39 -50.87 1e-06 5.895 5.895 32 -1626.88 0 -0.177 -0.1638 -44.39 -50.87 1e-06 5.895 5.895 33 -1626.88 0 -0.177 -0.1638 -44.39 -50.87 1e-06 5.895 5.895 34 -1626.88 0 -0.177 -0.1638 -44.39 -53.59 1.723e+05 3.349 3.349 35 -1626.88 0 -0.177 -0.1638 -44.39 -50.87 1e-06 5.895 5.895 36 -1626.88 0 -0.177 -0.1638 -44.39 -50.87 1e-06 5.895 5.895 37 -1173.04 0 0.004022 -0.1638 -44.39 -45.79 1e-06 5.328 5.328 38 -1173.04 0 0.004022 -0.1638 -44.39 -45.79 1e-06 5.328 5.328 39 -1173.04 0 0.004022 -0.1638 -44.39 -45.79 1e-06 5.328 5.328 40 -1173.04 0 0.004022 -0.1638 -44.39 -45.79 1e-06 5.328 5.328 41 -1173.04 0 0.004022 -0.1638 -44.39 -49.02 1e-06 10.47 10.47 42 -1173.04 0 0.004022 -0.1638 -44.39 -50.68 1e-06 5.328 5.328 43 -854.61 1.614 -0.03632 -0.005205 -32.58 -50.87 1e-06 5.895 5.895 44 -854.61 1.614 -0.03632 -0.005205 -32.58 -50.87 1e-06 5.895 5.895 45 -854.61 1.614 -0.03632 -0.005205 -53.59 -50.68 1e-06 5.895 5.895 46 -854.61 1.614 -0.03632 -0.005205 -44.39 -53.59 1e-06 5.895 5.895 47 -823.79 1.614 0.004022 -0.005205 -44.39 -53.59 1e-06 5.895 5.895 48 -823.79 1.614 0.004022 -0.005205 -44.39 -53.59 1e-06 5.895 5.895 49 -823.79 1.614 0.004022 -0.005205 -53.59 -50.68 1e-06 5.895 5.895 50 -823.79 1.614 0.004022 -0.005205 -53.59 -50.68 1e-06 5.895 5.895 51 -823.79 1.614 0.004022 -0.005205 -44.39 -50.68 1e-06 5.895 5.895 52 -823.79 1.614 0.004022 -0.005205 -44.39 -50.68 1e-06 5.328 5.328 53 -823.79 1.614 0.004022 -0.005205 -48.65 -50.68 1e-06 5.895 5.895 54 -823.79 1.614 0.004022 -0.005205 -53.59 -50.68 1e-06 5.895 5.895 55 -823.79 1.614 0.004022 -0.005205 -44.39 -50.68 1e-06 5.895 5.895 56 -823.79 1.614 0.004022 -0.005205 -48.65 -50.68 1e-06 5.895 5.895 57 -823.79 1.614 0.004022 -0.005205 -53.59 -50.68 1e-06 5.895 5.895 58 -823.79 1.614 0.004022 -0.005205 -53.59 -50.68 1e-06 5.895 5.895 59 -823.79 1.614 0.004022 -0.005205 -53.59 -50.68 1e-06 5.895 5.895 60 -823.79 1.614 0.004022 -0.005205 -44.39 -50.68 1e-06 5.895 5.895 61 -823.79 1.614 0.004022 -0.005205 -48.65 -50.68 1e-06 5.895 5.895 62 -823.79 1.614 0.004022 -0.005205 -53.59 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1e-06 5.895 5.895 93 -695.10 1.233 0.004022 -0.0131 -40.3 -50.68 1e-06 3.349 3.349 94 -695.10 1.233 0.004022 -0.0131 -40.3 -50.71 1e-06 3.349 3.349 95 -695.10 1.233 0.004022 -0.0131 -40.3 -50.68 1e-06 3.349 3.349 96 -695.10 1.233 0.004022 -0.0131 -45.49 -53.59 1e-06 5.196 5.196 97 -695.10 1.233 0.004022 -0.0131 -45.49 -53.59 1e-06 5.196 5.196 98 -695.10 1.233 0.004022 -0.0131 -40.3 -50.68 1e-06 3.349 3.349 99 -695.10 1.233 0.004022 -0.0131 -47.85 -50.68 1e-06 5.895 5.895 100 -695.10 1.233 0.004022 -0.0131 -40.3 -50.68 1e-06 3.349 3.349 101 -695.10 1.233 0.004022 -0.0131 -47.85 -50.68 1e-06 5.895 5.895 102 -695.10 1.233 0.004022 -0.0131 -40.3 -50.68 1e-06 3.349 3.349 103 -695.10 1.233 0.004022 -0.0131 -47.85 -50.68 1e-06 3.349 3.349 104 -695.10 1.233 0.004022 -0.0131 -47.85 -50.68 1e-06 3.349 3.349 105 -695.10 1.233 0.004022 -0.0131 -40.3 -50.68 1e-06 3.349 3.349 106 -695.10 1.233 0.004022 -0.0131 -36.92 -50.68 1e-06 3.349 3.349 107 -695.10 1.233 0.004022 -0.0131 -47.85 -50.68 1e-06 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fullrun_mos1_xmm0651680101_pi300-10000_cl_pass0_tfrozen_src6.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs