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 ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz fullrun_mos2_xmm0606322001_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src 16 48.755650 0 0 1 4. ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz 292 315 308 331 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz using pyfits Extracting (291:307, 314:330) Extracting subarray using numpy mask ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz 1 292 315 308 331 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz using pyfits Extracting (291:307, 314:330) Extracting subarray using numpy An error has occurred. Proceed with caution. Error was: global name 'fits_util' is not defined stat C model Constant Linear Gaussian Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -21.639440 21.639440 -1 setpar 5 0.0 0.010000 -21.639440 21.639440 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 5.409860 0.001000 1.352465 10.819720 -1 setpar 8 5.409860 0.001000 1.352465 10.819720 6 setpar 9 0. -0.01 -360. 360. -1 setpar 10 53.930282 -0.01 23.721258 84.139306 -1 setpar 11 15.716976 -0.01 -14.492048 45.926000 -1 setpar 12 1.0 0.01 0.0 10000000 -1 setpar 13 7.552256 -0.01 3.776128 15.104512 -1 setpar 14 7.552256 -0.01 3.776128 15.104512 12 setpar 15 0.0 -0.01 -360.0 360.0 -1 ga 200 500 GA fitting set up with cross_prob = 0.600000, mut_prob = 0.020000, mut_amp = 0.100000 Generating 200 random solutions... self.tied_to = -1 -1 -1 -1 -1 -1 -1 6 -1 Iteration update columns are: iternation #, fitness, fit stat, free fit params 1 -27650.46 13.71 2.143 9.934 8.551 4.323 5184 2.621 2.621 2.917e+06 2 72666.76 13.71 2.143 9.934 12.97 4.323 5184 2.621 2.621 1.173e+06 3 72666.76 13.71 2.143 9.934 12.97 4.323 5184 2.621 2.621 1.173e+06 4 135205.78 61.78 8.143 1.406 21.17 -15.93 5184 2.621 2.621 6.815e+05 5 135205.78 61.78 8.143 1.406 21.17 -15.93 5184 2.621 2.621 6.815e+05 6 185792.67 42.77 5.682 -3.639 -6.503 0.5596 5184 3.228 3.228 7.013e+05 7 185792.67 42.77 5.682 -3.639 -6.503 0.5596 5184 3.228 3.228 7.013e+05 8 185792.67 42.77 5.682 -3.639 -6.503 0.5596 5184 3.228 3.228 7.013e+05 9 246005.90 42.77 0.2755 -3.639 0.6036 0.5596 5184 3.228 3.228 7.013e+05 10 228818.78 42.77 5.682 -3.639 3.71 3.282 5184 3.228 3.228 7.013e+05 11 228818.78 42.77 5.682 -3.639 3.71 3.282 5184 3.228 3.228 7.013e+05 12 228818.78 42.77 5.682 -3.639 3.71 3.282 5184 3.228 3.228 7.013e+05 13 242850.58 42.77 5.682 -3.639 3.71 3.282 5184 4.135 4.135 7.013e+05 14 242850.58 42.77 5.682 -3.639 3.71 3.282 5184 4.135 4.135 7.013e+05 15 290958.74 13.71 2.143 2.682 3.71 1.569 5184 2.621 2.621 0 16 290958.74 13.71 2.143 2.682 3.71 1.569 5184 2.621 2.621 0 17 305014.88 42.77 2.143 2.682 3.71 1.569 5184 2.621 2.621 0 18 306437.81 42.77 2.143 2.682 3.71 3.282 5184 2.621 2.621 0 19 307707.72 98.48 0.4879 -3.639 3.71 4.323 5184 2.621 2.621 0 20 314882.17 98.48 2.143 2.682 3.71 4.323 5184 2.621 2.621 0 21 314926.41 98.48 2.143 2.682 5.843 1.569 5184 3.818 3.818 0 22 331725.24 93.81 0.3447 -1.026 3.71 4.323 5184 4.135 4.135 0 23 331725.24 93.81 0.3447 -1.026 3.71 4.323 5184 4.135 4.135 0 24 331725.24 93.81 0.3447 -1.026 3.71 4.323 5184 4.135 4.135 0 25 333492.82 86.78 0.3447 -1.026 3.71 4.323 5184 4.135 4.135 0 26 336690.65 31.63 0.3447 -1.026 0.8642 4.323 5184 4.135 4.135 0 27 341164.58 42.77 0.3447 -1.026 0.8642 4.323 5184 4.135 4.135 0 28 341164.58 42.77 0.3447 -1.026 0.8642 4.323 5184 4.135 4.135 0 29 341164.58 42.77 0.3447 -1.026 0.8642 4.323 5184 4.135 4.135 0 30 341164.58 42.77 0.3447 -1.026 0.8642 4.323 5184 4.135 4.135 0 31 343461.46 42.77 0.3447 0.4403 0.8642 4.323 5184 4.135 4.135 0 32 343396.14 31.63 0.3447 0.4403 0.8642 4.323 5184 4.135 4.135 0 33 343396.14 31.63 0.3447 0.4403 0.8642 4.323 5184 4.135 4.135 0 34 343529.79 31.63 0.3447 0.4403 0.8642 4.323 5184 4.214 4.214 0 35 344233.73 31.63 0.3447 0.4403 2.366 4.323 5184 4.135 4.135 0 36 344233.73 31.63 0.3447 0.4403 2.366 4.323 5184 4.135 4.135 0 37 344430.61 31.63 0.3447 0.4403 1.657 4.323 5184 4.135 4.135 0 38 344503.60 42.77 0.3447 0.4403 0.8642 2.098 5184 4.003 4.003 0 39 345424.09 42.77 0.3447 0.4403 0.8642 3.112 5184 4.135 4.135 0 40 346003.87 31.63 0.1713 0.4403 1.657 3.643 5184 4.135 4.135 0 41 346003.87 31.63 0.1713 0.4403 1.657 3.643 5184 4.135 4.135 0 42 346129.06 31.63 0.1713 0.3238 1.657 3.643 5184 4.135 4.135 0 43 346129.06 31.63 0.1713 0.3238 1.657 3.643 5184 4.135 4.135 0 44 346368.46 42.77 0.3447 0.4403 1.938 3.387 5184 4.135 4.135 0 45 346405.29 44.18 0.4235 0.4403 1.657 3.124 5184 4.135 4.135 0 46 346470.36 31.63 0.4235 0.4403 1.657 3.124 5184 4.135 4.135 0 47 346533.60 31.63 0.3447 0.4403 1.657 3.124 5184 4.135 4.135 0 48 346533.60 31.63 0.3447 0.4403 1.657 3.124 5184 4.135 4.135 0 49 346533.60 31.63 0.3447 0.4403 1.657 3.124 5184 4.135 4.135 0 50 346539.51 31.63 0.3447 0.4403 1.657 2.731 5184 4.135 4.135 0 51 346706.61 35.53 0.3447 0.4403 1.657 3.124 5184 4.135 4.135 0 52 346706.61 35.53 0.3447 0.4403 1.657 3.124 5184 4.135 4.135 0 53 346706.61 35.53 0.3447 0.4403 1.657 3.124 5184 4.135 4.135 0 54 346706.61 35.53 0.3447 0.4403 1.657 3.124 5184 4.135 4.135 0 55 346771.06 37.71 0.3447 0.4403 1.938 3.124 5184 4.135 4.135 0 56 346771.06 37.71 0.3447 0.4403 1.938 3.124 5184 4.135 4.135 0 57 346747.66 38.66 0.4235 0.4403 1.938 3.124 5184 4.135 4.135 0 58 346772.67 35.53 0.3447 0.4403 1.938 3.124 5184 4.135 4.135 0 59 346772.67 35.53 0.3447 0.4403 1.938 3.124 5184 4.135 4.135 0 60 346772.67 35.53 0.3447 0.4403 1.938 3.124 5184 4.135 4.135 0 61 346868.40 35.53 0.3447 0.07003 1.938 3.124 5184 4.135 4.135 0 62 346868.40 35.53 0.3447 0.07003 1.938 3.124 5184 4.135 4.135 0 63 346868.40 35.53 0.3447 0.07003 1.938 3.124 5184 4.135 4.135 0 64 346868.40 35.53 0.3447 0.07003 1.938 3.124 5184 4.135 4.135 0 65 346868.40 35.53 0.3447 0.07003 1.938 3.124 5184 4.135 4.135 0 66 346893.16 35.53 0.3447 0.1462 1.938 3.124 5184 4.135 4.135 0 67 346893.16 35.53 0.3447 0.1462 1.938 3.124 5184 4.135 4.135 0 68 346893.16 35.53 0.3447 0.1462 1.938 3.124 5184 4.135 4.135 0 69 346893.16 35.53 0.3447 0.1462 1.938 3.124 5184 4.135 4.135 0 70 346893.16 35.53 0.3447 0.1462 1.938 3.124 5184 4.135 4.135 0 71 346897.11 35.53 0.3447 0.1973 1.938 3.124 5184 4.135 4.135 0 72 346897.11 35.53 0.3447 0.1973 1.938 3.124 5184 4.135 4.135 0 73 348046.57 35.53 0.3447 0.07003 1.938 3.124 4164 4.135 4.135 0 74 348046.57 35.53 0.3447 0.07003 1.938 3.124 4164 4.135 4.135 0 75 348046.57 35.53 0.3447 0.07003 1.938 3.124 4164 4.135 4.135 0 76 348081.81 35.53 0.3447 0.1973 1.938 3.124 4164 4.135 4.135 0 77 348046.57 35.53 0.3447 0.07003 1.938 3.124 4164 4.135 4.135 0 78 348046.57 35.53 0.3447 0.07003 1.938 3.124 4164 4.135 4.135 0 79 348046.57 35.53 0.3447 0.07003 1.938 3.124 4164 4.135 4.135 0 80 348046.57 35.53 0.3447 0.07003 1.938 3.124 4164 4.135 4.135 0 81 348081.81 35.53 0.3447 0.1973 1.938 3.124 4164 4.135 4.135 0 82 348081.81 35.53 0.3447 0.1973 1.938 3.124 4164 4.135 4.135 0 83 348081.81 35.53 0.3447 0.1973 1.938 3.124 4164 4.135 4.135 0 84 348081.81 35.53 0.3447 0.1973 1.938 3.124 4164 4.135 4.135 0 85 348102.50 35.53 0.3447 0.1462 1.938 2.917 4164 4.135 4.135 0 86 348850.75 35.53 0.3447 0.1462 1.938 3.124 4164 4.328 4.328 0 87 349111.79 35.53 0.3447 0.1973 1.938 3.124 4164 4.482 4.482 0 88 349111.97 35.53 0.3447 0.1462 1.938 3.124 4164 4.482 4.482 0 89 349081.42 35.53 0.3447 0.1973 1.938 3.124 4164 4.624 4.624 0 90 349081.42 35.53 0.3447 0.1973 1.938 3.124 4164 4.624 4.624 0 91 349081.42 35.53 0.3447 0.1973 1.938 3.124 4164 4.624 4.624 0 92 349105.09 35.53 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 93 349105.09 35.53 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 94 349105.09 35.53 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 95 349105.09 35.53 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 96 349109.83 29.9 0.3447 0.1462 1.938 3.124 4164 4.624 4.624 0 97 349109.83 29.9 0.3447 0.1462 1.938 3.124 4164 4.624 4.624 0 98 349109.83 29.9 0.3447 0.1462 1.938 3.124 4164 4.624 4.624 0 99 349132.56 29.9 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 100 349168.50 33.28 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 101 349168.50 33.28 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 102 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 103 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 104 349182.26 32.95 0.2371 0.1973 1.938 2.917 4164 4.624 4.624 0 105 349182.26 32.95 0.2371 0.1973 1.938 2.917 4164 4.624 4.624 0 106 349182.26 32.95 0.2371 0.1973 1.938 2.917 4164 4.624 4.624 0 107 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 108 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 109 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 110 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 111 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 112 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 113 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 114 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 115 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 116 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 117 349172.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.624 4.624 0 118 349190.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.594 4.594 0 119 349190.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.594 4.594 0 120 349190.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.594 4.594 0 121 349190.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.594 4.594 0 122 349190.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.594 4.594 0 123 349190.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.594 4.594 0 124 349190.29 32.95 0.3447 0.1973 1.938 2.917 4164 4.594 4.594 0 125 349192.36 32.95 0.3447 0.1973 1.938 2.917 4164 4.588 4.588 0 126 349192.36 32.95 0.3447 0.1973 1.938 2.917 4164 4.588 4.588 0 127 349192.36 32.95 0.3447 0.1973 1.938 2.917 4164 4.588 4.588 0 128 349192.36 32.95 0.3447 0.1973 1.938 2.917 4164 4.588 4.588 0 129 349192.36 32.95 0.3447 0.1973 1.938 2.917 4164 4.588 4.588 0 130 349192.36 32.95 0.3447 0.1973 1.938 2.917 4164 4.588 4.588 0 131 349195.88 32.95 0.3447 0.1973 1.938 2.917 4164 4.552 4.552 0 132 349195.88 32.95 0.3447 0.1973 1.938 2.917 4164 4.552 4.552 0 133 349195.98 32.95 0.3447 0.1973 1.938 2.917 4164 4.553 4.553 0 134 349195.98 32.95 0.3447 0.1973 1.938 2.917 4164 4.553 4.553 0 135 349203.59 32.95 0.2909 0.1973 1.938 2.917 4164 4.588 4.588 0 136 349203.59 32.95 0.2909 0.1973 1.938 2.917 4164 4.588 4.588 0 137 349203.59 32.95 0.2909 0.1973 1.938 2.917 4164 4.588 4.588 0 138 349203.59 32.95 0.2909 0.1973 1.938 2.917 4164 4.588 4.588 0 139 349206.95 32.95 0.2909 0.1973 1.938 2.917 4164 4.553 4.553 0 140 349206.95 32.95 0.2909 0.1973 1.938 2.917 4164 4.553 4.553 0 141 349206.95 32.95 0.2909 0.1973 1.938 2.917 4164 4.553 4.553 0 142 349206.95 32.95 0.2909 0.1973 1.938 2.917 4164 4.553 4.553 0 143 349206.95 32.95 0.2909 0.1973 1.938 2.917 4164 4.553 4.553 0 144 349206.95 32.95 0.2909 0.1973 1.938 2.917 4164 4.553 4.553 0 145 349206.95 32.95 0.2909 0.1973 1.938 2.917 4164 4.553 4.553 0 146 349206.95 32.95 0.2909 0.1973 1.938 2.917 4164 4.553 4.553 0 147 349206.95 32.95 0.2909 0.1973 1.938 2.917 4164 4.553 4.553 0 148 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 149 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 150 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 151 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 152 349208.92 32.95 0.2736 0.1973 1.938 2.969 4164 4.553 4.553 0 153 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 154 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 155 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 156 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 157 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 158 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 159 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 160 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 161 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 162 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 163 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 164 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 165 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 166 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 167 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 168 349208.24 32.95 0.2909 0.1973 1.938 2.969 4164 4.553 4.553 0 169 349208.77 32.95 0.2909 0.1973 1.938 2.969 4164 4.567 4.567 0 170 349208.77 32.95 0.2909 0.1973 1.938 2.969 4164 4.567 4.567 0 171 349208.77 32.95 0.2909 0.1973 1.938 2.969 4164 4.567 4.567 0 172 349208.77 32.95 0.2909 0.1973 1.938 2.969 4164 4.567 4.567 0 173 349208.77 32.95 0.2909 0.1973 1.938 2.969 4164 4.567 4.567 0 174 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 175 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 176 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 177 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 178 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 179 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 180 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 181 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 182 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 183 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 184 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 185 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 186 349209.21 32.95 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 187 349210.16 32.22 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 188 349210.16 32.22 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 189 349210.16 32.22 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 190 349210.16 32.22 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 191 349210.16 32.22 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 192 349210.16 32.22 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 193 349210.65 32.51 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 194 349210.65 32.51 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 195 349210.65 32.51 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 196 349210.65 32.51 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 197 349210.65 32.51 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 198 349210.65 32.51 0.2909 0.1912 1.938 2.969 4164 4.567 4.567 0 199 349210.99 32.51 0.2909 0.1912 1.89 2.969 4164 4.567 4.567 0 200 349210.99 32.51 0.2909 0.1912 1.89 2.969 4164 4.567 4.567 0 201 349210.99 32.51 0.2909 0.1912 1.89 2.969 4164 4.567 4.567 0 202 349210.99 32.51 0.2909 0.1912 1.89 2.969 4164 4.567 4.567 0 203 349211.04 32.51 0.2909 0.1747 1.938 2.969 4164 4.567 4.567 0 204 349211.48 32.51 0.2823 0.1912 1.938 2.969 4164 4.567 4.567 0 205 349211.48 32.51 0.2823 0.1912 1.938 2.969 4164 4.567 4.567 0 206 349211.87 32.51 0.2823 0.1747 1.938 2.969 4164 4.567 4.567 0 207 349211.87 32.51 0.2823 0.1747 1.938 2.969 4164 4.567 4.567 0 208 349211.87 32.51 0.2823 0.1747 1.938 2.969 4164 4.567 4.567 0 209 349211.87 32.51 0.2823 0.1747 1.938 2.969 4164 4.567 4.567 0 210 349212.10 32.51 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 211 349212.10 32.51 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 212 349212.10 32.51 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 213 349212.10 32.51 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 214 349212.10 32.51 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 215 349212.10 32.51 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 216 349212.10 32.51 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 217 349212.10 32.51 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 218 349212.10 32.51 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 219 349212.10 32.51 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 220 349212.10 32.51 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 221 349212.15 32.42 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 222 349212.15 32.42 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 223 349212.15 32.42 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 224 349212.15 32.42 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 225 349212.15 32.42 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 226 349212.15 32.42 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 227 349212.15 32.42 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 228 349212.15 32.42 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 229 349212.15 32.42 0.2823 0.1747 1.89 2.969 4164 4.567 4.567 0 230 349212.59 32.42 0.2723 0.1747 1.89 2.969 4164 4.567 4.567 0 231 349212.59 32.42 0.2723 0.1747 1.89 2.969 4164 4.567 4.567 0 232 349212.59 32.42 0.2723 0.1747 1.89 2.969 4164 4.567 4.567 0 233 349212.59 32.42 0.2723 0.1747 1.89 2.969 4164 4.567 4.567 0 234 349212.59 32.42 0.2723 0.1747 1.89 2.969 4164 4.567 4.567 0 235 349212.59 32.42 0.2723 0.1747 1.89 2.969 4164 4.567 4.567 0 236 349212.59 32.42 0.2723 0.1747 1.89 2.969 4164 4.567 4.567 0 237 349212.59 32.42 0.2719 0.1747 1.89 2.969 4164 4.567 4.567 0 238 349212.59 32.42 0.2719 0.1747 1.89 2.969 4164 4.567 4.567 0 239 349212.59 32.42 0.2719 0.1747 1.89 2.969 4164 4.567 4.567 0 240 349212.60 32.37 0.2723 0.1747 1.89 2.969 4164 4.567 4.567 0 241 349212.61 32.37 0.2719 0.1747 1.89 2.969 4164 4.567 4.567 0 242 349212.61 32.37 0.2719 0.1747 1.89 2.969 4164 4.567 4.567 0 243 349212.61 32.37 0.2719 0.1747 1.89 2.969 4164 4.567 4.567 0 244 349212.61 32.37 0.2719 0.1747 1.89 2.969 4164 4.567 4.567 0 245 349212.61 32.37 0.2719 0.1747 1.89 2.969 4164 4.567 4.567 0 246 349212.61 32.37 0.2719 0.1747 1.89 2.969 4164 4.567 4.567 0 247 349212.64 32.42 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 248 349212.64 32.42 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 249 349212.68 32.37 0.2723 0.1747 1.89 2.969 4164 4.57 4.57 0 250 349212.68 32.37 0.2723 0.1747 1.89 2.969 4164 4.57 4.57 0 251 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 252 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 253 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 254 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 255 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 256 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 257 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 258 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 259 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 260 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 261 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 262 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 263 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 264 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 265 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 266 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 267 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 268 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 269 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 270 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 271 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 272 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 273 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 274 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 275 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 276 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 277 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 278 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 279 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 280 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 281 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 282 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 283 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 284 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 285 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 286 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 287 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 288 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 289 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 290 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 291 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 292 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 293 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 294 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 295 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 296 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 297 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 298 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 299 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 300 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 301 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 302 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 303 349212.69 32.37 0.2719 0.1747 1.89 2.969 4164 4.57 4.57 0 304 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 305 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 306 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 307 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 308 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 309 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 310 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 311 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 312 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 313 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 314 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 315 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 316 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 317 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 318 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 319 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 320 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 321 349213.02 32.37 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 322 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 323 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 324 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 325 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 326 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 327 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 328 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 329 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 330 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 331 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 332 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 333 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 334 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 335 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 336 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 337 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 338 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 339 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 340 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 341 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 342 349213.02 32.31 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 343 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 344 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 345 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 346 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 347 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 348 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 349 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 350 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 351 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 352 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 353 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 354 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 355 349213.02 32.34 0.2719 0.1747 1.9 2.969 4164 4.57 4.57 0 356 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 357 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 358 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 359 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 360 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 361 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 362 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 363 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 364 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 365 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 366 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 367 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 368 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 369 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 370 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 371 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 372 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 373 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 374 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 375 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 376 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 377 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 378 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 379 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 380 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 381 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 382 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 383 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 384 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 385 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 386 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 387 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 388 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 389 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 390 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 391 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 392 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 393 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 394 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 395 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 396 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 397 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 398 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 399 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 400 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 401 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 402 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 403 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 404 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 405 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 406 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 407 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 408 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 409 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 410 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 411 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 412 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 413 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 414 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 415 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 416 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 417 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 418 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 419 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 420 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 421 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 422 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 423 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 424 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 425 349213.20 32.34 0.2681 0.1747 1.904 2.969 4164 4.57 4.57 0 426 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 427 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 428 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 429 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 430 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 431 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 432 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 433 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 434 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 435 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 436 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 437 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 438 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 439 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 440 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 441 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 442 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 443 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 444 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 445 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 446 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 447 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 448 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 449 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 450 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 451 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 452 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 453 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 454 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 455 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 456 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 457 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 458 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 459 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 460 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 461 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 462 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 463 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 464 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 465 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 466 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 467 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 468 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 469 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 470 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 471 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 472 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 473 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 474 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 475 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 476 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 477 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 478 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 479 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 480 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 481 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 482 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 483 349213.12 32.34 0.2719 0.1747 1.904 2.969 4164 4.57 4.57 0 484 349213.18 32.34 0.2719 0.1747 1.91 2.969 4164 4.57 4.57 0 485 349213.18 32.34 0.2719 0.1747 1.91 2.969 4164 4.57 4.57 0 486 349213.18 32.34 0.2719 0.1747 1.91 2.969 4164 4.57 4.57 0 487 349213.18 32.34 0.2719 0.1747 1.91 2.969 4164 4.57 4.57 0 488 349213.18 32.34 0.2719 0.1747 1.91 2.969 4164 4.57 4.57 0 489 349213.18 32.34 0.2719 0.1747 1.91 2.969 4164 4.57 4.57 0 490 349213.18 32.34 0.2719 0.1747 1.91 2.969 4164 4.57 4.57 0 491 349213.18 32.34 0.2719 0.1747 1.91 2.969 4164 4.57 4.57 0 492 349213.18 32.34 0.2719 0.1747 1.91 2.969 4164 4.57 4.57 0 493 349213.18 32.34 0.2719 0.1747 1.91 2.969 4164 4.57 4.57 0 494 349213.18 32.34 0.2719 0.1747 1.91 2.969 4164 4.57 4.57 0 495 349213.19 32.34 0.2719 0.1758 1.91 2.969 4164 4.57 4.57 0 496 349213.19 32.34 0.2719 0.1758 1.91 2.969 4164 4.57 4.57 0 497 349213.19 32.34 0.2719 0.1758 1.91 2.969 4164 4.57 4.57 0 498 349213.19 32.34 0.2719 0.1758 1.91 2.969 4164 4.57 4.57 0 499 349213.19 32.34 0.2719 0.1758 1.91 2.969 4164 4.57 4.57 0 500 349213.19 32.34 0.2719 0.1758 1.91 2.969 4164 4.57 4.57 0 Setting fit to best solution... save all fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src1.ximg Saving current fit data in fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src1.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz fullrun_mos2_xmm0606322001_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src 16 48.755650 0 0 1 4. ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz 199 264 215 280 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz using pyfits Extracting (198:214, 263:279) Extracting subarray using numpy mask ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz 1 199 264 215 280 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz using pyfits Extracting (198:214, 263:279) Extracting subarray using numpy An error has occurred. Proceed with caution. Error was: global name 'fits_util' is not defined 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 -39.550704 39.550704 -1 setpar 5 0.0 0.010000 -39.550704 39.550704 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 9.887676 0.001000 2.471919 19.775352 -1 setpar 8 9.887676 0.001000 2.471919 19.775352 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 -80647.58 90.2 8.99 -2.11 -25.54 38.51 9312 3.655 3.655 2 -36677.32 2.04 -7.178 -4.07 -34.95 -37.9 1e-06 10.94 10.94 3 -21532.16 15.66 0.08364 -4.191 35.62 28.03 1e-06 2.52 2.52 4 -21532.16 15.66 0.08364 -4.191 35.62 28.03 1e-06 2.52 2.52 5 -21532.16 15.66 0.08364 -4.191 35.62 28.03 1e-06 2.52 2.52 6 -10895.54 15.66 0.08364 1.481 35.62 -31.7 1e-06 2.52 2.52 7 -9704.81 15.66 0.08364 -1.625 35.62 28.03 1e-06 2.52 2.52 8 -7356.14 15.66 0.08364 -0.9956 35.62 -33.64 1e-06 5.343 5.343 9 -7356.14 15.66 0.08364 -0.9956 35.62 -33.64 1e-06 5.343 5.343 10 -6162.19 0 0.08364 -1.625 -20.99 28.03 1e-06 2.52 2.52 11 -6162.19 0 0.08364 -1.625 -20.99 28.03 1e-06 2.52 2.52 12 -5925.25 15.66 0.08364 -0.5186 35.62 -35.23 1e-06 2.52 2.52 13 -5312.21 1.213 0.08364 -1.259 35.62 -31.7 1e-06 5.343 5.343 14 -4796.31 0 0.08364 -1.259 35.62 -31.7 1e-06 5.343 5.343 15 -983.61 1.213 0.08364 -0.04902 35.62 -35.23 1e-06 2.52 2.52 16 -983.61 1.213 0.08364 -0.04902 35.62 -35.23 1e-06 2.52 2.52 17 -983.61 1.213 0.08364 -0.04902 35.62 -35.23 1e-06 2.52 2.52 18 -983.61 1.213 0.08364 -0.04902 31.01 -39.36 1e-06 2.52 2.52 19 -983.61 1.213 0.08364 -0.04902 35.62 -39.36 1e-06 2.52 2.52 20 -983.61 1.213 0.08364 -0.04902 35.62 -39.36 1e-06 2.52 2.52 21 -983.61 1.213 0.08364 -0.04902 35.62 -39.36 1e-06 2.52 2.52 22 -931.22 2.187 0.08364 -0.04902 31.01 -35.23 1e-06 2.52 2.52 23 -931.22 2.187 0.08364 -0.04902 31.01 -35.23 1e-06 2.52 2.52 24 -895.35 1.213 0.08364 -0.002581 -20.99 -35.23 1e-06 2.52 2.52 25 -931.22 2.187 0.08364 -0.04902 31.01 -39.55 1e-06 2.52 2.52 26 -931.22 2.187 0.08364 -0.04902 31.01 -38.84 1e-06 2.52 2.52 27 -860.41 2.136 0.08364 -0.04902 35.62 -39.36 1e-06 2.52 2.52 28 -860.41 2.136 0.08364 -0.04902 35.62 -39.36 1e-06 2.52 2.52 29 -860.41 2.136 0.08364 -0.04902 35.62 -39.36 1e-06 2.52 2.52 30 -851.23 2.089 0.08364 -0.04902 35.62 -39.55 1e-06 2.52 2.52 31 -851.23 2.089 0.08364 -0.04902 35.62 -39.55 1e-06 2.52 2.52 32 -860.41 2.136 0.08364 -0.04902 39.55 -39.55 1e-06 2.52 2.52 33 -818.43 2.136 -0.05258 -0.04902 31.01 -39.55 1e-06 2.52 2.52 34 -818.43 2.136 -0.05258 -0.04902 37.86 -39.55 1e-06 2.52 2.52 35 -818.43 2.136 -0.05258 -0.04902 39.55 -39.36 1e-06 2.52 2.52 36 -818.43 2.136 -0.05258 -0.04902 39.55 -39.36 1e-06 2.52 2.52 37 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 38 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.472 2.472 39 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 40 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 41 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 42 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 43 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 44 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.472 2.472 45 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 46 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 47 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.472 2.472 48 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 49 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 50 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 51 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.472 2.472 52 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 53 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 54 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 55 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 56 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 57 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 58 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 59 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 60 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 61 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.472 2.472 62 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 63 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.472 2.472 64 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.52 2.52 65 -818.43 2.136 -0.05258 -0.04902 39.55 -39.55 1e-06 2.472 2.472 66 -748.74 2.136 -0.05258 -0.02005 39.55 -39.55 1e-06 2.52 2.52 67 -748.74 2.136 -0.05258 -0.02005 39.55 -39.55 1e-06 2.52 2.52 68 -748.74 2.136 -0.05258 -0.02005 39.55 -39.55 1e-06 2.52 2.52 69 -748.74 2.136 -0.05258 -0.02005 39.55 -39.55 1e-06 2.52 2.52 70 -748.74 2.136 -0.05258 -0.02005 39.55 -39.55 1e-06 2.541 2.541 71 -748.74 2.136 -0.05258 -0.02005 39.55 -39.55 1e-06 2.541 2.541 72 -748.35 2.136 -0.05258 -0.02005 39.55 -39.55 1.791e+05 2.52 2.52 73 -748.32 2.136 -0.05258 -0.02005 39.55 -39.55 1.973e+05 2.52 2.52 74 -748.32 2.136 -0.05258 -0.02005 39.55 -39.55 1.973e+05 2.52 2.52 75 -748.24 2.136 -0.05258 -0.02005 39.55 -39.55 5.031e+05 2.52 2.52 76 -748.24 2.136 -0.05258 -0.02005 39.55 -39.55 5.031e+05 2.52 2.52 77 -748.24 2.157 -0.05258 -0.02005 39.55 -39.55 1e-06 2.52 2.52 78 -748.24 2.157 -0.05258 -0.02005 39.55 -39.55 1e-06 2.52 2.52 79 -748.24 2.157 -0.05258 -0.02005 39.55 -39.55 1e-06 2.52 2.52 80 -748.24 2.157 -0.05258 -0.02005 39.55 -39.55 1e-06 2.52 2.52 81 -747.87 2.157 -0.05258 -0.02005 39.55 -39.55 1.791e+05 2.52 2.52 82 -747.87 2.157 -0.05258 -0.02005 39.55 -39.55 1.791e+05 2.52 2.52 83 -747.78 2.157 -0.05258 -0.02005 39.55 -39.55 5.031e+05 2.52 2.52 84 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-488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 480 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 481 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 482 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 483 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 484 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 485 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 486 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 487 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 488 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 489 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 490 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 491 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 492 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 493 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 494 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 495 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 496 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 497 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 498 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 499 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 500 -488.93 1.259 0.01031 -0.004169 39.55 -39.55 2.303e+05 2.472 2.472 Setting fit to best solution... save all fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src2.ximg Saving current fit data in fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src2.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz fullrun_mos2_xmm0606322001_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src 16 48.755650 0 0 1 4. ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz 170 389 187 406 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz using pyfits Extracting (169:186, 388:405) Extracting subarray using numpy mask ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz 1 170 389 187 406 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz using pyfits Extracting (169:186, 388:405) Extracting subarray using numpy An error has occurred. Proceed with caution. Error was: global name 'fits_util' is not defined stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -48.189368 48.189368 -1 setpar 5 0.0 0.010000 -48.189368 48.189368 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.047342 0.001000 3.011836 24.094684 -1 setpar 8 12.047342 0.001000 3.011836 24.094684 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 -29945.81 9.141 1.92 3.902 37.68 -47.29 4.062e+06 3.965 3.965 2 -25853.64 9.141 1.92 3.902 37.68 -47.29 3.018e+04 3.965 3.965 3 -26952.55 6.75 1.92 -4.492 37.68 -47.29 4.062e+06 3.965 3.965 4 -24237.36 9.141 -2.307 1.879 37.68 -47.29 4.062e+06 3.965 3.965 5 -24237.36 9.141 -2.307 1.879 37.68 -47.29 4.062e+06 3.965 3.965 6 -24237.36 9.141 -2.307 1.879 37.68 -47.29 4.062e+06 3.965 3.965 7 -23797.89 1.447 1.92 3.902 37.68 -47.29 3.018e+04 3.965 3.965 8 -17419.82 9.141 -2.307 -1.128 37.68 -47.29 4.062e+06 3.726 3.726 9 -16142.86 6.75 2.089 -1.128 37.68 -47.29 4.062e+06 3.982 3.982 10 -7825.31 9.141 -0.2336 -1.128 37.68 -47.29 4.062e+06 3.012 3.012 11 -7825.31 9.141 -0.2336 -1.128 37.68 -47.29 4.062e+06 3.012 3.012 12 -6581.57 6.75 -0.2336 -1.022 37.68 -47.29 4.062e+06 3.012 3.012 13 -6284.60 1.447 -0.2522 -1.128 37.68 -47.29 3.018e+04 3.965 3.965 14 -6284.60 1.447 -0.2522 -1.128 37.68 -47.29 3.018e+04 3.965 3.965 15 -6284.60 1.447 -0.2522 -1.128 37.68 -47.29 3.018e+04 3.965 3.965 16 -5462.39 0 -0.2336 -1.022 37.68 -47.29 4.168e+06 3.012 3.012 17 -5462.39 0 -0.2336 -1.022 37.68 -47.29 4.168e+06 3.012 3.012 18 -5462.39 0 -0.2336 -1.022 37.68 -47.29 4.168e+06 3.012 3.012 19 -5462.39 0 -0.2336 -1.022 37.68 -47.29 4.168e+06 3.012 3.012 20 -5448.12 0 -0.2336 -1.022 37.68 -47.29 3.018e+04 3.012 3.012 21 -4657.92 6.75 -0.2336 -0.5952 48.19 -48.19 4.062e+06 3.012 3.012 22 -4657.92 6.75 -0.2336 -0.5952 48.19 -48.19 4.062e+06 3.012 3.012 23 -2682.54 0 -0.2336 0.1679 22.09 -48.19 4.168e+06 3.012 3.012 24 -2682.54 0 -0.2336 0.1679 22.09 -48.19 4.168e+06 3.012 3.012 25 -2682.54 0 -0.2336 0.1679 22.09 -48.19 4.168e+06 3.012 3.012 26 -2197.12 0 -0.2336 0.05105 37.68 -48.19 1.336e+06 3.012 3.012 27 -2197.12 0 -0.2336 0.05105 37.68 -48.19 1.336e+06 3.012 3.012 28 -2197.12 0 -0.2336 0.05105 37.68 -48.19 1.336e+06 3.012 3.012 29 -2197.12 0 -0.2336 0.05105 37.68 -47.29 1.336e+06 3.012 3.012 30 -2197.12 0 -0.2336 0.05105 37.68 -47.29 4.062e+06 3.012 3.012 31 -2193.21 0 -0.2336 0.05105 37.68 -47.29 5.688e+06 3.012 3.012 32 -2197.12 0 -0.2336 0.05105 37.68 -47.29 1.336e+06 3.012 3.012 33 -2197.12 0 -0.2336 0.05105 22.09 -48.19 4.062e+06 3.012 3.012 34 -2197.12 0 -0.2336 0.05105 37.68 -47.29 3.05e+06 3.012 3.012 35 -2114.05 0 0.3457 0.1679 22.09 -48.19 4.432e+06 3.012 3.012 36 -1608.79 0 -0.02471 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48.19 -48.19 5.603e+05 3.012 3.012 80 -661.08 1.477 -0.02471 0.007212 48.19 -48.19 1.857e+06 3.012 3.012 81 -661.08 1.477 -0.02471 0.007212 48.19 -48.19 1.857e+06 3.012 3.012 82 -661.08 1.477 -0.02471 0.007212 48.19 -48.19 1.857e+06 3.012 3.012 83 -660.70 1.477 -0.02471 0.007212 39.41 -48.19 1.857e+06 3.012 3.012 84 -660.70 1.477 -0.02471 0.007212 39.41 -48.19 1.857e+06 3.012 3.012 85 -660.70 1.477 -0.02471 0.007212 39.41 -48.19 1.857e+06 3.012 3.012 86 -660.70 1.477 -0.02471 0.007212 39.41 -48.19 1.857e+06 3.012 3.012 87 -660.70 1.477 -0.02471 0.007212 39.41 -48.19 1.857e+06 3.012 3.012 88 -646.58 1.249 -0.02471 0.007212 39.41 -48.19 1.519e+06 3.012 3.012 89 -646.58 1.249 -0.02471 0.007212 39.41 -48.19 1.519e+06 3.012 3.012 90 -646.58 1.249 -0.02471 0.007212 39.41 -48.19 1.519e+06 3.012 3.012 91 -646.58 1.249 -0.02471 0.007212 39.41 -48.19 1.519e+06 3.012 3.012 92 -646.58 1.249 -0.02471 0.007212 39.41 -48.19 1.519e+06 3.012 3.012 93 -646.58 1.249 -0.02471 0.007212 39.41 -48.19 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3.012 3.012 463 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 464 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 465 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 466 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 467 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 468 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 469 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 470 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 471 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 472 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 473 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 474 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 475 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 476 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 477 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0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 492 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 493 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 494 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 495 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 496 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 497 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 498 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 499 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 500 -570.07 1.119 0.009592 -0.003048 1.61 -47.55 4.33e+05 3.012 3.012 Setting fit to best solution... save all fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src3.ximg Saving current fit data in fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src3.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz fullrun_mos2_xmm0606322001_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src 16 48.755650 0 0 1 4. ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz 304 319 320 335 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz using pyfits Extracting (303:319, 318:334) Extracting subarray using numpy mask ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz 1 304 319 320 335 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz using pyfits Extracting (303:319, 318:334) Extracting subarray using numpy An error has occurred. Proceed with caution. Error was: global name 'fits_util' is not defined stat C model Constant Linear Gaussian Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -30.209024 30.209024 -1 setpar 5 0.0 0.010000 -30.209024 30.209024 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 7.552256 0.001000 1.888064 15.104512 -1 setpar 8 7.552256 0.001000 1.888064 15.104512 6 setpar 9 0. -0.01 -360. 360. -1 setpar 10 -50.268378 -0.01 -71.907818 -28.628938 -1 setpar 11 -18.188651 -0.01 -39.828091 3.450789 -1 setpar 12 1.0 0.01 0.0 10000000 -1 setpar 13 5.409860 -0.01 2.704930 10.819720 -1 setpar 14 5.409860 -0.01 2.704930 10.819720 12 setpar 15 0.0 -0.01 -360.0 360.0 -1 ga 200 500 GA fitting set up with cross_prob = 0.600000, mut_prob = 0.020000, mut_amp = 0.100000 Generating 200 random solutions... self.tied_to = -1 -1 -1 -1 -1 -1 -1 6 -1 Iteration update columns are: iternation #, fitness, fit stat, free fit params 1 -789299.90 67.54 4.051 1.447 -17.01 -14.82 6.317e+04 1.966 1.966 5.356e+06 2 -789299.90 67.54 4.051 1.447 -17.01 -14.82 6.317e+04 1.966 1.966 5.356e+06 3 -786298.27 8.416 -3.544 0.7567 30.2 -25.12 3.884e+04 6.923 6.923 9.805e+05 4 -218756.21 81.3 8.834 -5.824 17.18 -9.995 2.948e+04 1.988 1.988 8.17e+05 5 -218756.21 81.3 8.834 -5.824 17.18 -9.995 2.948e+04 1.988 1.988 8.17e+05 6 -207229.84 81.3 -4.798 -5.824 17.53 -9.995 2.948e+04 1.988 1.988 8.17e+05 7 -173933.41 81.3 4.051 1.447 -17.01 -14.82 1e-06 1.966 1.966 1.25e+06 8 -128161.62 81.3 -4.798 -5.824 17.53 -9.995 1e-06 1.988 1.988 8.17e+05 9 -128161.62 81.3 -4.798 -5.824 17.53 -9.995 1e-06 1.988 1.988 8.17e+05 10 -124271.32 81.3 -4.798 3.86 17.53 -9.995 1e-06 1.988 1.988 8.17e+05 11 -71040.90 81.3 -4.798 3.86 17.53 -9.995 1e-06 3.26 3.26 3.414e+05 12 -40611.50 58.07 -9.631 -3.22 -17.01 18.54 1e-06 5.225 5.225 0 13 -32903.62 29.9 -9.631 -3.22 -12.11 18.54 1e-06 5.225 5.225 0 14 -29513.94 58.07 -6.944 -3.22 -12.11 18.54 1e-06 5.225 5.225 0 15 -24459.86 58.07 -4.798 3.86 17.53 -9.995 1e-06 3.26 3.26 0 16 -11770.73 29.9 -3.757 -3.22 -12.11 18.54 1e-06 5.225 5.225 0 17 -11770.73 29.9 -3.757 -3.22 17.53 18.54 1e-06 5.225 5.225 0 18 -6137.17 29.9 -3.757 -0.3982 17.53 18.54 1e-06 5.225 5.225 0 19 -6137.17 29.9 -3.757 -0.3982 17.53 18.54 1e-06 5.225 5.225 0 20 -6137.17 29.9 -3.757 -0.3982 17.53 18.54 1e-06 5.225 5.225 0 21 -3700.68 19.21 -3.757 1.447 -14.11 -9.995 1e-06 1.888 1.888 0 22 6599.82 1.669 -1.847 1.447 17.53 -14.82 1e-06 1.988 1.988 0 23 6599.82 1.669 -1.847 1.447 17.53 -14.82 1e-06 1.988 1.988 0 24 6599.82 1.669 -1.847 1.447 17.53 -14.82 1e-06 1.988 1.988 0 25 6599.82 1.669 -1.847 1.447 17.53 -14.82 1e-06 1.988 1.988 0 26 6599.82 1.669 -1.847 1.447 17.53 -14.82 1e-06 1.988 1.988 0 27 6599.82 1.669 -1.847 1.447 19.56 -14.82 1e-06 1.988 1.988 0 28 7352.91 1.669 -1.847 0.3474 -13.13 -15.82 1e-06 1.888 1.888 0 29 7352.91 1.669 -1.847 0.3474 -13.13 -15.82 1e-06 1.888 1.888 0 30 7366.04 1.669 -1.051 1.447 19.03 19.54 1e-06 1.988 1.988 0 31 7368.94 1.669 -0.7179 1.447 17.53 -9.995 1e-06 5.225 5.225 0 32 8581.98 1.669 -1.432 0.7084 17.53 -9.995 1e-06 5.225 5.225 0 33 8592.35 1.669 -1.371 0.3474 -13.13 -15.82 1e-06 5.225 5.225 0 34 8581.98 1.669 -1.432 0.7084 17.53 -9.995 1e-06 5.225 5.225 0 35 9219.40 0.5346 -1.138 0.3474 -14.11 18.54 1e-06 2.858 2.858 0 36 9753.66 1.669 -0.7179 0.3474 -14.11 -14.82 1e-06 1.988 1.988 0 37 9753.66 1.669 -0.7179 0.3474 -14.11 -14.82 1e-06 1.988 1.988 0 38 9753.66 1.669 -0.7179 0.3474 -14.11 -14.82 1e-06 1.988 1.988 0 39 9753.66 1.669 -0.7179 0.3474 -14.11 -14.82 1e-06 1.988 1.988 0 40 9753.66 1.669 -0.7179 0.3474 -6.383 -14.82 1e-06 1.988 1.988 0 41 9753.66 1.669 -0.7179 0.3474 12.47 18.54 1e-06 5.225 5.225 0 42 9753.66 1.669 -0.7179 0.3474 12.47 18.54 1e-06 5.225 5.225 0 43 9856.01 1.669 -0.7179 0.3871 -14.11 -14.82 1e-06 2.858 2.858 0 44 9856.01 1.669 -0.7179 0.3871 -14.11 -14.82 1e-06 2.858 2.858 0 45 9856.01 1.669 -0.7179 0.3871 -14.11 -14.82 1e-06 2.858 2.858 0 46 9863.60 1.669 -0.7179 0.411 -14.11 -14.82 1e-06 2.858 2.858 0 47 9811.36 2.348 -0.7179 0.3474 17.53 3.792 1e-06 5.225 5.225 0 48 9868.79 3.306 -0.7179 0.3474 -14.11 -14.82 1e-06 2.858 2.858 0 49 9868.79 3.306 -0.7179 0.3474 -14.11 -14.82 1e-06 2.858 2.858 0 50 9868.79 3.306 -0.7179 0.3474 -14.11 -14.82 1e-06 2.858 2.858 0 51 9868.79 3.306 -0.7179 0.3474 -14.11 -14.82 1e-06 2.858 2.858 0 52 9868.79 3.306 -0.7179 0.3474 -14.11 -14.82 1e-06 2.858 2.858 0 53 9868.79 3.306 -0.7179 0.3474 -14.11 -12.56 1e-06 1.988 1.988 0 54 9868.79 3.306 -0.7179 0.3474 -28.35 18.54 1e-06 2.858 2.858 0 55 9921.01 2.348 -0.7179 0.4052 12.47 18.54 1e-06 5.225 5.225 0 56 9868.79 3.306 -0.7179 0.3474 -28.35 18.54 1e-06 2.858 2.858 0 57 9868.79 3.306 -0.7179 0.3474 -28.35 18.54 1e-06 2.858 2.858 0 58 9868.79 3.306 -0.7179 0.3474 -30.21 19.54 1e-06 2.382 2.382 0 59 9868.79 3.306 -0.7179 0.3474 -30.21 18.54 1e-06 2.858 2.858 0 60 9868.79 3.306 -0.7179 0.3474 -30.21 18.54 1e-06 2.858 2.858 0 61 9868.79 3.306 -0.7179 0.3474 -30.21 19.54 1e-06 2.382 2.382 0 62 9868.79 3.306 -0.7179 0.3474 -30.21 19.54 1e-06 2.382 2.382 0 63 9875.36 2.896 -0.7179 0.3474 -14.11 -12.56 1e-06 1.988 1.988 0 64 9875.36 2.896 -0.7179 0.3474 -14.11 -12.56 1e-06 1.988 1.988 0 65 9875.36 2.896 -0.7179 0.3474 -14.11 -12.56 1e-06 1.988 1.988 0 66 9875.36 2.896 -0.7179 0.3474 -14.11 -12.56 1e-06 1.988 1.988 0 67 9875.36 2.896 -0.7179 0.3474 -14.11 -12.56 1e-06 1.988 1.988 0 68 9875.36 2.896 -0.7179 0.3474 -30.21 19.54 1e-06 2.978 2.978 0 69 9883.92 3.306 -0.686 0.3474 -28.35 23.58 1e-06 2.776 2.776 0 70 9883.92 3.306 -0.686 0.3474 -28.35 23.58 1e-06 2.776 2.776 0 71 9892.16 2.896 -0.686 0.3474 -28.35 23.58 1e-06 2.776 2.776 0 72 9892.16 2.896 -0.686 0.3474 -28.35 23.58 1e-06 2.362 2.362 0 73 9892.16 2.896 -0.686 0.3474 -28.35 23.58 1e-06 2.776 2.776 0 74 9896.80 2.896 -0.6077 0.3474 -30.21 24.36 1e-06 2.382 2.382 0 75 9896.80 2.896 -0.6077 0.3474 -30.21 24.36 1e-06 2.382 2.382 0 76 9896.80 2.896 -0.6077 0.3474 -30.21 19.54 1e-06 2.858 2.858 0 77 9896.80 2.896 -0.6077 0.3474 -30.21 19.54 1e-06 2.858 2.858 0 78 9896.80 2.896 -0.6077 0.3474 -30.21 19.54 1e-06 2.858 2.858 0 79 9896.80 2.896 -0.6077 0.3474 -30.21 23.58 1e-06 2.776 2.776 0 80 9896.80 2.896 -0.6077 0.3474 -30.21 22.69 1e-06 2.858 2.858 0 81 9896.80 2.896 -0.6077 0.3474 -28.35 24.36 1e-06 4.838 4.838 0 82 9896.80 2.896 -0.6077 0.3474 -30.21 21.95 1e-06 2.858 2.858 0 83 9896.80 2.896 -0.6077 0.3474 -30.21 21.95 1e-06 2.858 2.858 0 84 9896.80 2.896 -0.6077 0.3474 -30.21 24.36 1e-06 4.696 4.696 0 85 9900.86 3.251 -0.6077 0.3474 -30.21 23.58 1e-06 2.776 2.776 0 86 9900.86 3.251 -0.6077 0.3474 -30.21 23.58 1e-06 2.776 2.776 0 87 9900.86 3.251 -0.6077 0.3474 -30.21 23.58 1e-06 2.776 2.776 0 88 9900.86 3.251 -0.6077 0.3474 -30.21 23.58 1e-06 2.776 2.776 0 89 9913.51 3.848 -0.6077 0.3474 -30.21 21.95 1e-06 2.858 2.858 0 90 9913.51 3.848 -0.6077 0.3474 -30.21 21.95 1e-06 2.858 2.858 0 91 9913.51 3.848 -0.6077 0.3474 -30.21 21.95 1e-06 2.973 2.973 0 92 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 2.973 2.973 0 93 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 4.202 4.202 0 94 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 4.202 4.202 0 95 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 4.202 4.202 0 96 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 4.202 4.202 0 97 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 4.202 4.202 0 98 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 5.364 5.364 0 99 9913.51 3.848 -0.6077 0.3474 -30.21 21.95 1e-06 5.931 5.931 0 100 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 6.777 6.777 0 101 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 6.777 6.777 0 102 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 6.777 6.777 0 103 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 8.745 8.745 0 104 9913.51 3.848 -0.6077 0.3474 -30.21 23.58 1e-06 8.745 8.745 0 105 9941.16 3.406 -0.6077 0.3474 -30.21 21.95 1e-06 5.943 5.943 0 106 9941.16 3.406 -0.6077 0.3474 -30.21 21.95 1e-06 5.943 5.943 0 107 9941.16 3.406 -0.6077 0.3474 -30.21 21.95 1e-06 5.943 5.943 0 108 9941.16 3.406 -0.6077 0.3474 -30.21 21.95 1e-06 5.943 5.943 0 109 9941.16 3.406 -0.6077 0.3474 -30.21 21.95 1e-06 5.943 5.943 0 110 9941.16 3.406 -0.6077 0.3474 -30.21 21.95 1e-06 6.399 6.399 0 111 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.745 8.745 0 112 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.745 8.745 0 113 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.745 8.745 0 114 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.745 8.745 0 115 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.745 8.745 0 116 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.745 8.745 0 117 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.745 8.745 0 118 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.745 8.745 0 119 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.777 8.777 0 120 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.777 8.777 0 121 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.777 8.777 0 122 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 123 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 124 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 125 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 126 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 127 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 128 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 129 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 130 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 131 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 132 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 133 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 134 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 135 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 136 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.987 8.987 0 137 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.89 8.89 0 138 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.89 8.89 0 139 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.89 8.89 0 140 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.89 8.89 0 141 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.89 8.89 0 142 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.89 8.89 0 143 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.89 8.89 0 144 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.89 8.89 0 145 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.89 8.89 0 146 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.89 8.89 0 147 9941.16 3.406 -0.6077 0.3474 -30.21 23.58 1e-06 8.89 8.89 0 148 9941.16 3.406 -0.6077 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 149 9941.16 3.406 -0.6077 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 150 9941.16 3.406 -0.6077 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 151 9941.16 3.406 -0.6077 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 152 9941.16 3.406 -0.6077 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 153 9941.16 3.406 -0.6077 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 154 9941.16 3.406 -0.6077 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 155 9941.16 3.406 -0.6077 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 156 9941.36 3.406 -0.6073 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 157 9941.36 3.406 -0.6073 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 158 9941.36 3.406 -0.6073 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 159 9941.36 3.406 -0.6073 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 160 9941.36 3.406 -0.6073 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 161 9941.36 3.406 -0.6073 0.3474 -30.21 23.59 1e-06 8.89 8.89 0 162 9941.36 3.406 -0.6073 0.3474 -30.21 23.59 1e-06 8.915 8.915 0 163 9941.36 3.406 -0.6073 0.3474 -30.21 23.76 1e-06 8.89 8.89 0 164 9941.36 3.406 -0.6073 0.3474 -30.21 23.76 1e-06 8.89 8.89 0 165 9941.36 3.406 -0.6073 0.3474 -30.21 23.76 1e-06 8.89 8.89 0 166 9941.36 3.406 -0.6073 0.3474 -30.21 23.76 1e-06 8.89 8.89 0 167 9941.36 3.406 -0.6073 0.3474 -30.21 23.76 1e-06 8.89 8.89 0 168 9941.36 3.406 -0.6073 0.3474 -30.21 23.76 1e-06 8.89 8.89 0 169 9941.36 3.406 -0.6073 0.3474 -30.21 23.76 1e-06 8.915 8.915 0 170 9941.36 3.406 -0.6073 0.3474 -30.21 23.76 1e-06 8.915 8.915 0 171 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.89 8.89 0 172 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.89 8.89 0 173 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.89 8.89 0 174 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.915 8.915 0 175 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.915 8.915 0 176 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.915 8.915 0 177 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.915 8.915 0 178 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 179 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 180 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 181 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 182 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 183 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 184 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 185 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 186 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 187 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 188 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 189 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 190 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 191 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 192 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 193 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 194 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 195 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 8.937 8.937 0 196 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 197 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 198 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 199 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 200 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 201 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 202 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 203 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 204 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 205 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 206 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 207 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 208 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 209 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 210 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 211 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 212 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 213 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 214 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 215 9941.36 3.406 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 216 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 217 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 218 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 219 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 220 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 221 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 222 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 223 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 224 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 225 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 226 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 227 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 228 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 229 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.141 9.141 0 230 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.141 9.141 0 231 9943.26 3.039 -0.6073 0.3474 -30.21 23.9 1e-06 9.078 9.078 0 232 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 233 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 234 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 235 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 236 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 237 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 238 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 239 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 240 9945.91 3.039 -0.6315 0.3474 -30.21 23.93 1e-06 9.001 9.001 0 241 9945.91 3.039 -0.6315 0.3474 -30.21 23.93 1e-06 9.001 9.001 0 242 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 9.001 9.001 0 243 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 244 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 245 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 246 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 247 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 248 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 249 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 250 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 251 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 252 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 253 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 254 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 255 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.86 8.86 0 256 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.898 8.898 0 257 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.898 8.898 0 258 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.898 8.898 0 259 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 260 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 261 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 262 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 263 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 264 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 265 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 266 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 267 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 268 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 269 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 270 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 271 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 272 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 273 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 274 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 275 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 276 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 277 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 278 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 279 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 280 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 281 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 282 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.864 8.864 0 283 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.884 8.884 0 284 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.884 8.884 0 285 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.884 8.884 0 286 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.884 8.884 0 287 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.884 8.884 0 288 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.884 8.884 0 289 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.884 8.884 0 290 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.884 8.884 0 291 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.884 8.884 0 292 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.884 8.884 0 293 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.887 8.887 0 294 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 295 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 296 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 297 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 298 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 299 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 300 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 301 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 302 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 303 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 304 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 305 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 306 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 307 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 308 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 309 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 310 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 311 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 312 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 313 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 314 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 315 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 316 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 317 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 318 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 319 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 320 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 321 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 322 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 323 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 324 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 325 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 326 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 327 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 328 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 329 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 330 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 331 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 332 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 333 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 334 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 335 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 336 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 337 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 338 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 339 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 340 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 341 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 342 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 343 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 344 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 345 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 346 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 347 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 348 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 349 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 350 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 351 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 352 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 353 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 354 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 355 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 356 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 357 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 358 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.905 8.905 0 359 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 360 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 361 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 362 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 363 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 364 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 365 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 366 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 367 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 368 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 369 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 370 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 371 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 372 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 373 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 374 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 375 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 376 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 377 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 378 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 379 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 380 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 381 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 382 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 383 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 384 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 385 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 386 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 387 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 388 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 389 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 390 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 391 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 392 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 393 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.895 8.895 0 394 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 395 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 396 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 397 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 398 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 399 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 400 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 401 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 402 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 403 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 404 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 405 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 406 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 407 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 408 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 409 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 410 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 411 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 412 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 413 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 414 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 415 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 416 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 417 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 418 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 419 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 420 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 421 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 422 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 423 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 424 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 425 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 426 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 427 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 428 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 429 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 430 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 431 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 432 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 433 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 434 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 435 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 436 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 437 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 438 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 439 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 440 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 441 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 442 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 443 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 444 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 445 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 446 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 447 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 448 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 449 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 450 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 451 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 452 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 453 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 454 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 455 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 456 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 457 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 458 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 459 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 460 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 461 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 462 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 463 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 464 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 465 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 466 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 467 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 468 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 469 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 470 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 471 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 472 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 473 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 474 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 475 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 476 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 477 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 478 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 479 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 480 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 481 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 482 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 483 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 484 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 485 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 486 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 487 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 488 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 489 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 490 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 491 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 492 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 493 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 494 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 495 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 496 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 497 9945.91 3.039 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 498 9945.97 3.168 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 499 9945.97 3.168 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 500 9945.97 3.168 -0.6315 0.3474 -30.21 23.9 1e-06 8.897 8.897 0 Setting fit to best solution... save all fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src4.ximg Saving current fit data in fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src4.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz fullrun_mos2_xmm0606322001_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src 16 48.755650 0 0 1 4. ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz 360 390 376 406 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz using pyfits Extracting (359:375, 389:405) Extracting subarray using numpy mask ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz 1 360 390 376 406 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz using pyfits Extracting (359:375, 389:405) Extracting subarray using numpy An error has occurred. Proceed with caution. Error was: global name 'fits_util' is not defined stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -43.237416 43.237416 -1 setpar 5 0.0 0.010000 -43.237416 43.237416 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 10.809354 0.001000 2.702339 21.618708 -1 setpar 8 10.809354 0.001000 2.702339 21.618708 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 -47664.69 39.45 -1.785 -4.06 11.4 -35.04 1.122e+04 3.431 3.431 2 -35197.83 46.49 -0.5931 -5.797 43.24 18.26 1.66e+06 3.085 3.085 3 -28176.26 39.45 -1.785 -4.06 11.4 -42.01 1.122e+04 3.431 3.431 4 -28176.26 39.45 -1.785 -4.06 11.4 -42.01 1.122e+04 3.431 3.431 5 -25524.24 39.45 1.036 -4.06 11.4 -42.01 1.122e+04 3.431 3.431 6 -25598.90 46.49 2.262 -1.118 -33.62 -42.05 1.302e+06 3.085 3.085 7 -21946.93 39.45 -0.4226 0.9484 11.4 -43.24 1.122e+04 4.796 4.796 8 -19764.96 39.45 2.262 -1.086 38.29 -39.66 1.122e+04 3.862 3.862 9 -18162.01 34.95 2.262 -1.086 38.29 -39.66 1.122e+04 3.862 3.862 10 -18162.01 34.95 2.262 -1.086 38.29 -39.66 1.122e+04 3.862 3.862 11 -18162.01 34.95 2.262 -1.086 38.29 -39.66 1.122e+04 3.862 3.862 12 -15712.67 23.46 -0.4226 -1.118 -33.62 -42.05 1.66e+06 3.085 3.085 13 -12222.34 23.46 -0.4226 -1.118 -33.62 -43.24 1.66e+06 3.085 3.085 14 -11839.12 23.81 -0.5931 -1.118 43.24 -39.66 7.167e+05 3.431 3.431 15 -11319.30 23.46 -0.4226 -1.118 -33.62 -43.24 1.66e+06 2.702 2.702 16 -11190.52 23.81 -0.4226 -0.2267 38.29 -43.24 1.122e+04 4.796 4.796 17 -10418.19 17.06 -0.5931 -1.118 -33.62 -43.24 1.66e+06 3.085 3.085 18 -8745.01 17.06 0.7452 -1.086 38.29 -43.24 4.6e+05 3.431 3.431 19 -7730.02 17 -0.4226 -0.2267 43.24 -43.24 1.66e+06 3.085 3.085 20 -8080.46 10.89 -0.4226 0.9484 43.24 -43.24 5.735e+05 3.085 3.085 21 -7946.48 17.48 -0.4226 -0.2267 43.24 -43.24 1.66e+06 3.085 3.085 22 -3749.95 5.527 -0.4226 -0.2267 43.24 -43.24 1.122e+04 4.796 4.796 23 -3732.12 5.527 -0.4226 -0.2267 43.24 -43.24 1.122e+04 3.085 3.085 24 -3732.12 5.527 -0.4226 -0.2267 43.24 -43.24 1.122e+04 3.085 3.085 25 -3732.12 5.527 -0.4226 -0.2267 43.24 -43.24 1.122e+04 3.085 3.085 26 -3732.12 5.527 -0.4226 -0.2267 43.24 -43.24 1.122e+04 3.085 3.085 27 -3732.12 5.527 -0.4226 -0.2267 43.24 -43.24 1e-06 3.085 3.085 28 -2392.60 0 -0.4226 -0.2267 43.24 -43.24 1.122e+04 3.085 3.085 29 -2392.60 0 -0.4226 -0.2267 43.24 -43.24 1.122e+04 3.085 3.085 30 -2320.86 5.527 -0.09457 -0.2267 43.24 -43.24 1e-06 3.085 3.085 31 -2206.82 5.527 -0.05662 -0.2267 43.24 -43.24 1.122e+04 3.085 3.085 32 -1504.10 0 -0.09457 -0.2267 43.24 -43.24 1e-06 3.085 3.085 33 -1532.19 0 -0.1266 -0.2267 25.57 -43.24 1e-06 3.085 3.085 34 -1504.11 0 -0.09457 -0.2267 43.24 -43.24 1.29e+05 3.085 3.085 35 -1315.35 0 -0.1266 -0.07974 43.24 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1e-06 9.712 9.712 467 -508.40 1.013 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 468 -508.40 1.013 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 469 -508.40 1.013 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 470 -508.40 1.013 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 471 -508.40 1.013 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 472 -508.40 1.013 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 473 -508.40 1.013 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 474 -508.40 1.013 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 475 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 476 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 477 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 478 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 479 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 480 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 9.712 9.712 481 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 482 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 483 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 484 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 485 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 486 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 487 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 488 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 489 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 490 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 491 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 492 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 493 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 494 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 495 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 496 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 497 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 498 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 499 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.58 10.58 500 -507.79 0.9393 0.008844 -0.009092 1.456 3.976 1e-06 10.66 10.66 Setting fit to best solution... save all fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src5.ximg Saving current fit data in fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src5.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz fullrun_mos2_xmm0606322001_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src 16 48.755650 0 0 1 4. ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz 383 419 400 436 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz using pyfits Extracting (382:399, 418:435) Extracting subarray using numpy mask ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz 1 383 419 400 436 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz using pyfits Extracting (382:399, 418:435) Extracting subarray using numpy An error has occurred. Proceed with caution. Error was: global name 'fits_util' is not defined stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -48.755652 48.755652 -1 setpar 5 0.0 0.010000 -48.755652 48.755652 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.188913 0.001000 3.047228 24.377826 -1 setpar 8 12.188913 0.001000 3.047228 24.377826 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 -57706.86 50.68 -5.608 2.602 23.6 -48.34 5.443e+06 3.849 3.849 2 -51845.39 18.97 -3.895 -7.057 -38.45 -48.76 2.278e+06 4.395 4.395 3 -43570.46 27.42 -1.742 -2.528 11.39 -45.59 4.28e+06 3.532 3.532 4 -26059.08 27.42 -1.742 -2.528 11.39 -45.59 6.706e+05 3.532 3.532 5 -29301.08 22.35 -3.678 -2.528 48.76 46.24 5.328e+06 3.302 3.302 6 -29301.08 22.35 -3.678 -2.528 48.76 -46.18 5.328e+06 3.302 3.302 7 -12448.80 6.936 -1.037 -1.921 -33.4 -45.59 9.976e+05 3.047 3.047 8 -12047.28 6.936 -1.037 -1.921 48.76 -45.59 4.633e+05 3.302 3.302 9 -12047.28 6.936 -1.037 -1.921 48.76 -48.34 4.633e+05 3.302 3.302 10 -12047.28 6.936 -1.037 -1.921 48.76 -48.34 4.633e+05 3.302 3.302 11 -12047.28 6.936 -1.037 -1.921 48.76 -48.34 4.633e+05 3.302 3.302 12 -12047.28 6.936 -1.037 -1.921 48.76 -48.34 1.822e+06 3.302 3.302 13 -12030.64 6.936 -1.742 -0.2428 45.63 -48.34 4.28e+06 4.574 4.574 14 -10852.72 6.936 0.7458 -1.921 43.87 -45.59 4.28e+06 3.766 3.766 15 -6104.33 6.936 0.7458 -0.709 48.76 -45.59 3.259e+06 3.532 3.532 16 -4555.85 6.936 -0.2104 -0.2428 45.63 -48.34 9.916e+06 4.574 4.574 17 -5107.85 2.969 0.7458 -0.709 48.76 -45.59 3.259e+06 3.047 3.047 18 -4459.46 0.6937 -0.4212 -0.709 48.76 -45.59 3.259e+06 3.047 3.047 19 -4506.04 6.936 -0.4212 -0.0765 48.76 -45.59 5.443e+06 3.047 3.047 20 -4506.04 6.936 -0.4212 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48.76 -41.68 1e-06 3.047 3.047 346 -578.02 1.019 0.002258 0.001217 48.76 -41.68 1e-06 3.047 3.047 347 -578.02 1.019 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 348 -578.02 1.019 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 349 -578.02 1.019 0.002258 0.001217 48.76 -41.68 1e-06 3.047 3.047 350 -578.02 1.019 0.002258 0.001217 44.97 -48.76 1e-06 3.047 3.047 351 -578.02 1.019 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 352 -578.02 1.019 0.002258 0.001217 48.76 -48.76 1e-06 3.129 3.129 353 -578.02 1.019 0.002258 0.001217 47.13 -44.79 1e-06 3.047 3.047 354 -578.02 1.019 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 355 -578.02 1.019 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 356 -578.02 1.019 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 357 -578.02 1.019 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 358 -578.02 1.019 0.002258 0.001217 38.17 -48.76 1e-06 3.047 3.047 359 -578.02 1.019 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 360 -578.02 1.019 0.002258 0.001217 48.76 -46.64 1e-06 3.047 3.047 361 -578.02 1.019 0.002258 0.001217 47.13 -44.14 1e-06 3.047 3.047 362 -578.02 1.019 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 363 -578.02 1.019 0.002258 0.001217 47.13 -41.68 1e-06 3.047 3.047 364 -578.02 1.019 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 365 -578.02 1.019 0.002258 0.001217 47.13 -48.76 1e-06 3.374 3.374 366 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 367 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 368 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 369 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 370 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 371 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 372 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 373 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 374 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 375 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 376 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 377 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 378 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 379 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 380 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 381 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 382 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 383 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 384 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 385 -578.00 1.028 0.002258 0.001217 48.76 -48.09 1e-06 3.047 3.047 386 -578.00 1.028 0.002258 0.001217 48.76 -48.09 1e-06 3.047 3.047 387 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 388 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 389 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 390 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 391 -578.00 1.028 0.002258 0.001217 47.13 -45.96 1e-06 3.047 3.047 392 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 393 -578.00 1.028 0.002258 0.001217 47.13 -48.09 1e-06 3.047 3.047 394 -578.00 1.028 0.002258 0.001217 47.14 -48.76 1e-06 3.047 3.047 395 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 396 -578.00 1.028 0.002258 0.001217 47.13 -48.09 1e-06 3.047 3.047 397 -578.00 1.028 0.002258 0.001217 47.14 -48.76 1e-06 3.092 3.092 398 -578.00 1.028 0.002258 0.001217 47.14 -48.76 1e-06 3.092 3.092 399 -578.00 1.028 0.002258 0.001217 47.14 -48.09 1e-06 3.047 3.047 400 -578.00 1.028 0.002258 0.001217 48.76 -43.28 1e-06 3.092 3.092 401 -578.00 1.028 0.002258 0.001217 47.14 -48.76 1e-06 3.047 3.047 402 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 403 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 404 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 405 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 406 -578.00 1.028 0.002258 0.001217 47.14 -48.76 1e-06 3.047 3.047 407 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 408 -578.00 1.028 0.002258 0.001217 48.76 -48.09 1e-06 3.047 3.047 409 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 410 -578.00 1.028 0.002258 0.001217 48.76 -41.7 1e-06 3.047 3.047 411 -578.00 1.028 0.002258 0.001217 48.76 -43.28 1e-06 3.047 3.047 412 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 413 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 414 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 415 -578.00 1.028 0.002258 0.001217 48.76 -41.7 1e-06 3.047 3.047 416 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 417 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 4.017 4.017 418 -578.00 1.028 0.002258 0.001217 48.76 -41.7 1e-06 3.047 3.047 419 -578.00 1.028 0.002258 0.001217 48.76 -41.7 1e-06 3.047 3.047 420 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 421 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 422 -578.00 1.028 0.002258 0.001217 48.76 -41.7 1e-06 3.047 3.047 423 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 424 -578.00 1.028 0.002258 0.001217 47.13 -48.76 1e-06 3.047 3.047 425 -578.00 1.028 0.002258 0.001217 48.32 -48.76 1e-06 3.047 3.047 426 -578.00 1.028 0.002258 0.001217 43.14 -48.09 1e-06 3.047 3.047 427 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 428 -578.00 1.028 0.002258 0.001217 48.76 -48.09 1e-06 3.047 3.047 429 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 430 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.924 3.924 431 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 432 -578.00 1.028 0.002258 0.001217 48.76 -48.09 1e-06 3.047 3.047 433 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 434 -578.00 1.028 0.002258 0.001217 48.76 -45.23 1e-06 3.047 3.047 435 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 436 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 437 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 438 -578.00 1.028 0.002258 0.001217 48.32 -43.75 1e-06 3.047 3.047 439 -578.00 1.028 0.002258 0.001217 48.76 -41.52 1e-06 3.047 3.047 440 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 441 -578.00 1.028 0.002258 0.001217 45.87 -48.09 1e-06 3.047 3.047 442 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 443 -578.00 1.028 0.002258 0.001217 43.14 -48.76 1e-06 3.047 3.047 444 -578.00 1.028 0.002258 0.001217 48.76 -48.09 1e-06 3.047 3.047 445 -578.00 1.028 0.002258 0.001217 43.14 -48.76 1e-06 3.047 3.047 446 -578.00 1.028 0.002258 0.001217 48.76 -43.75 1e-06 3.047 3.047 447 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 448 -578.00 1.028 0.002258 0.001217 43.14 -48.76 1e-06 3.047 3.047 449 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 450 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 451 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 452 -578.00 1.028 0.002258 0.001217 43.14 -48.76 1e-06 3.047 3.047 453 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 454 -578.00 1.028 0.002258 0.001217 43.14 -48.76 1e-06 3.047 3.047 455 -578.00 1.028 0.002258 0.001217 48.76 -48.57 1e-06 3.047 3.047 456 -578.00 1.028 0.002258 0.001217 43.14 -48.76 1e-06 3.047 3.047 457 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 458 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 459 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 460 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 461 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 462 -578.00 1.028 0.002258 0.001217 48.76 -48.09 1e-06 3.047 3.047 463 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 464 -578.00 1.028 0.002258 0.001217 48.76 -48.09 1e-06 3.047 3.047 465 -578.00 1.028 0.002258 0.001217 48.76 -48.57 1e-06 3.047 3.047 466 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 467 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 468 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 469 -578.00 1.028 0.002258 0.001217 48.76 -48.09 1e-06 3.047 3.047 470 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 471 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 472 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 473 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 474 -578.00 1.028 0.002258 0.001217 48.76 -48.09 1e-06 3.33 3.33 475 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 476 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 477 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.33 3.33 478 -578.00 1.028 0.002258 0.001217 45.3 -48.76 1e-06 3.047 3.047 479 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 480 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 481 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 482 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 483 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 484 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 485 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 486 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 487 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 488 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 489 -578.00 1.028 0.002258 0.001217 48.76 -48.09 1e-06 3.047 3.047 490 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 491 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 492 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 493 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 494 -578.00 1.028 0.002258 0.001217 48.76 -48.76 1e-06 3.047 3.047 495 -578.00 1.028 0.002258 0.001217 48.76 -47.69 1e-06 3.047 3.047 496 -577.63 1.028 0.002258 -1.608e-05 48.76 -48.76 1e-06 3.047 3.047 497 -577.63 1.028 0.002258 -1.608e-05 48.76 -48.76 1e-06 3.047 3.047 498 -577.63 1.028 0.002258 -1.608e-05 48.76 -48.76 1e-06 3.047 3.047 499 -577.63 1.028 0.002258 -1.608e-05 48.76 -46.59 1e-06 3.047 3.047 500 -577.63 1.028 0.002258 -1.608e-05 48.76 -48.76 1e-06 3.047 3.047 Setting fit to best solution... save all fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src6.ximg Saving current fit data in fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src6.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz fullrun_mos2_xmm0606322001_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src 16 48.755650 0 0 1 4. ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz 139 311 155 327 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_cl.img.gz using pyfits Extracting (138:154, 310:326) Extracting subarray using numpy mask ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz 1 139 311 155 327 Reading ../../../xmm0606322001/products/images/fullrun_mos2_xmm0606322001_pi300-10000_mask.img.gz using pyfits Extracting (138:154, 310:326) Extracting subarray using numpy An error has occurred. Proceed with caution. Error was: global name 'fits_util' is not defined 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 -47.776232 47.776232 -1 setpar 5 0.0 0.010000 -47.776232 47.776232 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 11.944058 0.001000 2.986015 23.888116 -1 setpar 8 11.944058 0.001000 2.986015 23.888116 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 -36526.21 1.476 -0.9203 -9.205 45.64 47.1 6.423e+06 3.655 3.655 2 -38310.57 77.14 0.1115 0.4857 45.49 -46.63 1.263e+06 4.946 4.946 3 -38310.57 77.14 0.1115 0.4857 45.49 -46.63 1.263e+06 4.946 4.946 4 -22724.19 46.78 -0.9203 -0.7021 45.64 47.1 5.731e+06 3.655 3.655 5 -2524.41 0 0.1115 0.4857 45.49 -46.63 1.263e+06 4.946 4.946 6 -2524.41 0 0.1115 0.4857 45.49 -46.63 1.263e+06 4.946 4.946 7 -2429.34 0 0.1115 0.4857 45.64 -46.63 7.645e+05 3.684 3.684 8 -2429.34 0 0.1115 0.4857 45.49 -46.63 1.263e+06 3.989 3.989 9 -2429.34 0 0.1115 0.4857 45.64 -46.63 7.645e+05 3.684 3.684 10 -2429.34 0 0.1115 0.4857 45.64 -46.63 7.645e+05 3.684 3.684 11 -2429.34 0 0.1115 0.4857 47.78 -46.63 1.263e+06 3.655 3.655 12 -2429.34 0 0.1115 0.4857 39.85 -46.63 7.645e+05 3.684 3.684 13 -1397.07 0 0.1115 0.003849 47.78 -47.78 7.645e+05 3.684 3.684 14 -1316.75 0 0.1115 0.1188 45.49 -46.63 1.263e+06 3.684 3.684 15 -1316.75 0 0.1115 0.1188 45.49 -46.63 1.263e+06 3.684 3.684 16 -1316.75 0 0.1115 0.1188 45.49 -46.63 7.645e+05 3.684 3.684 17 -1316.75 0 0.1115 0.1188 45.49 -46.63 7.645e+05 3.684 3.684 18 -1316.75 0 0.1115 0.1188 47.78 -46.63 7.645e+05 3.684 3.684 19 -1316.75 0 0.1115 0.1188 45.49 -46.63 1e-06 3.655 3.655 20 -1316.75 0 0.1115 0.1188 -41.28 -47.78 7.645e+05 3.655 3.655 21 -1316.75 0 0.1115 0.1188 -41.28 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47.78 -45.97 1e-06 2.986 2.986 446 -736.85 0.7458 0.05932 0.05909 47.78 -45.97 1e-06 2.986 2.986 447 -736.85 0.7458 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 448 -736.85 0.7458 0.05932 0.05909 41.96 -47.78 1e-06 2.986 2.986 449 -736.85 0.7458 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 450 -736.85 0.7458 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 451 -736.85 0.7458 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 452 -736.85 0.7458 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 453 -736.85 0.7458 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 454 -736.85 0.7458 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 455 -736.85 0.7458 0.05932 0.05909 47.78 -45.97 1e-06 2.986 2.986 456 -736.85 0.7458 0.05932 0.05909 47.78 -44.66 1e-06 2.986 2.986 457 -736.85 0.7458 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 458 -736.85 0.7458 0.05932 0.05909 47.78 -45.97 1e-06 2.986 2.986 459 -732.04 0.5019 0.05932 0.05909 47.78 -45.97 1e-06 2.986 2.986 460 -732.04 0.5019 0.05932 0.05909 47.78 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3.574 3.574 476 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 477 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 478 -732.04 0.5019 0.05932 0.05909 47.78 -43.1 1e-06 2.986 2.986 479 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 480 -732.04 0.5019 0.05932 0.05909 43.33 -47.78 1e-06 2.986 2.986 481 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 482 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 483 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 484 -732.04 0.5019 0.05932 0.05909 47.78 -41.3 1e-06 2.986 2.986 485 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 3.23 3.23 486 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 3.23 3.23 487 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 488 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 489 -732.04 0.5019 0.05932 0.05909 43.33 -47.78 1e-06 2.986 2.986 490 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 3.23 3.23 491 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 492 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 493 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 3.23 3.23 494 -732.04 0.5019 0.05932 0.05909 39.7 -47.78 1e-06 2.986 2.986 495 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 3.23 3.23 496 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 497 -732.04 0.5019 0.05932 0.05909 43.33 -47.78 1e-06 2.986 2.986 498 -732.04 0.5019 0.05932 0.05909 46.81 -47.78 1e-06 2.986 2.986 499 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 500 -732.04 0.5019 0.05932 0.05909 47.78 -47.78 1e-06 2.986 2.986 Setting fit to best solution... save all fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src7.ximg Saving current fit data in fullrun_mos2_xmm0606322001_pi300-10000_cl_pass1_tfrozen_src7.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs