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 ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz fullrun_mos1_xmm0601270101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src 16 50.021320 0 0 1 4. ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz 277 272 293 288 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz using pyfits Extracting (276:292, 271:287) Extracting subarray using numpy mask ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz 1 277 272 293 288 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz using pyfits Extracting (276:292, 271:287) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -29.137936 29.137936 -1 setpar 5 0.0 0.010000 -29.137936 29.137936 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 7.284484 0.001000 1.821121 14.568968 -1 setpar 8 7.284484 0.001000 1.821121 14.568968 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 -351783.57 41.3 7.863 -8.276 7.736 -1.049 3.775e+04 3.996 3.996 2 -351783.57 41.3 7.863 -8.276 7.736 -1.049 3.775e+04 3.996 3.996 3 40737.61 49.94 2.847 3.373 -12.21 1.673 1e-06 3.19 3.19 4 49746.03 53.11 0.9421 -0.4311 -17.04 27.88 1e-06 13.23 13.23 5 49746.03 53.11 0.9421 -0.4311 -17.04 27.88 1e-06 3.752 3.752 6 49746.03 53.11 0.9421 -0.4311 -17.04 15.72 1e-06 3.752 3.752 7 49746.03 53.11 0.9421 -0.4311 -17.04 27.88 1e-06 2.163 2.163 8 50255.10 47.46 0.9421 -0.4311 -17.04 27.88 1e-06 3.752 3.752 9 50255.10 47.46 0.9421 -0.4311 -17.04 27.88 1e-06 3.752 3.752 10 50273.68 47.1 0.9421 -0.4311 -20.39 27.88 1e-06 13.23 13.23 11 50273.68 47.1 0.9421 -0.4311 -17.04 27.88 1e-06 13.23 13.23 12 50355.43 43.35 0.9421 -0.4311 7.864 27.3 1e-06 13.23 13.23 13 50355.43 43.35 0.9421 -0.4311 7.864 27.3 1e-06 13.23 13.23 14 50355.43 43.35 0.9421 -0.4311 7.864 27.3 1e-06 13.23 13.23 15 50668.93 51.13 0.9421 0.36 8.692 27.88 1e-06 3.752 3.752 16 51117.65 47.1 0.9421 0.7761 -17.04 27.88 1e-06 13.23 13.23 17 51458.27 43.35 0.9421 0.4132 7.864 27.3 1e-06 13.23 13.23 18 51458.27 43.35 0.9421 0.4132 7.864 27.3 1e-06 13.23 13.23 19 51458.27 43.35 0.9421 0.4132 7.864 27.88 1e-06 13.23 13.23 20 51458.27 43.35 0.9421 0.4132 7.864 27.88 1e-06 13.23 13.23 21 51439.24 43.35 0.9421 0.3507 -20.39 25.3 1e-06 13.23 13.23 22 51458.27 43.35 0.9421 0.4132 7.864 15.72 1e-06 13.33 13.33 23 51481.54 42.09 0.9421 0.3447 7.864 27.88 1e-06 3.752 3.752 24 51511.54 41.59 0.9421 0.3507 7.864 27.3 1e-06 14.17 14.17 25 51511.54 41.59 0.9421 0.3507 7.864 15.72 1e-06 14.17 14.17 26 51511.54 41.59 0.9421 0.3507 7.864 27.3 1e-06 14.17 14.17 27 51551.56 38.15 0.8831 0.3447 7.864 27.3 1e-06 13.23 13.23 28 51516.76 40.93 0.9421 0.3447 -12.21 29.14 1e-06 3.752 3.752 29 51516.76 40.93 0.9421 0.3447 -12.21 27.88 1e-06 3.752 3.752 30 51516.76 40.93 0.9421 0.3447 -8.147 27.88 1e-06 3.752 3.752 31 51524.22 41.59 0.8831 0.3447 -8.147 15.72 1e-06 3.752 3.752 32 51525.94 39.98 0.9421 0.3447 3.948 27.88 1e-06 13.28 13.28 33 51544.73 40.93 0.8831 0.3447 -8.147 27.07 1e-06 4.563 4.563 34 51544.73 40.93 0.8831 0.3447 7.864 29.14 1e-06 3.752 3.752 35 51544.73 40.93 0.8831 0.3447 -8.147 15.72 1e-06 3.752 3.752 36 51548.23 40.93 0.8831 0.36 7.864 29.14 1e-06 3.752 3.752 37 51548.23 40.93 0.8831 0.36 7.864 15.72 1e-06 3.752 3.752 38 51553.64 40.35 0.8831 0.3447 -8.147 15.72 1e-06 4.339 4.339 39 51553.64 40.35 0.8831 0.3447 -8.147 15.72 1e-06 4.339 4.339 40 51553.64 40.35 0.8831 0.3447 -8.147 15.72 1e-06 4.339 4.339 41 51553.64 40.35 0.8831 0.3447 -8.147 15.72 1e-06 4.339 4.339 42 51557.87 38.97 0.8831 0.36 -8.147 15.72 1e-06 3.752 3.752 43 51553.64 40.35 0.8831 0.3447 -8.147 15.72 1e-06 13.23 13.23 44 51571.64 40.04 0.8831 0.36 -8.147 15.72 1e-06 4.339 4.339 45 51571.64 40.04 0.8831 0.36 -8.147 15.72 1e-06 4.339 4.339 46 51571.64 40.04 0.8831 0.36 -8.147 15.72 1e-06 4.339 4.339 47 51571.64 40.04 0.8831 0.36 -8.147 15.72 1e-06 4.339 4.339 48 51571.64 40.04 0.8831 0.36 -7.221 20.24 1e-06 13.23 13.23 49 51588.71 39.24 0.7766 0.3447 -11.23 22.92 1e-06 3.752 3.752 50 51588.71 39.24 0.7766 0.3447 7.864 15.72 1e-06 3.752 3.752 51 51588.71 39.24 0.7766 0.3447 -7.221 19.75 1e-06 13.23 13.23 52 51597.54 38.54 0.7766 0.3447 7.864 19.6 1e-06 4.339 4.339 53 51599.46 40.35 0.7766 0.4293 -8.147 27.88 1e-06 3.752 3.752 54 51599.46 40.35 0.7766 0.4293 -8.147 27.88 1e-06 3.752 3.752 55 51599.46 40.35 0.7766 0.4293 -8.147 27.88 1e-06 3.752 3.752 56 51605.36 38.54 0.7766 0.36 7.864 19.6 1e-06 4.339 4.339 57 51605.36 38.54 0.7766 0.36 7.864 19.6 1e-06 4.339 4.339 58 51605.36 38.54 0.7766 0.36 -2.878 19.6 1e-06 4.339 4.339 59 51605.42 38.52 0.7766 0.36 -7.221 20.24 1e-06 13.23 13.23 60 51605.36 38.54 0.7766 0.36 7.864 15.72 1e-06 13.23 13.23 61 51605.36 38.54 0.7766 0.36 -2.878 15.72 1e-06 13.23 13.23 62 51605.36 38.54 0.7766 0.36 -2.878 15.72 1e-06 13.23 13.23 63 51605.36 38.54 0.7766 0.36 -2.878 14.21 1e-06 13.23 13.23 64 51605.36 38.54 0.7766 0.36 -2.878 14.21 1e-06 13.23 13.23 65 51605.36 38.54 0.7766 0.36 2.942 14.21 1e-06 13.23 13.23 66 51605.36 38.54 0.7766 0.36 -4.564 11.05 1e-06 13.23 13.23 67 51605.36 38.54 0.7766 0.36 -2.878 9.094 1e-06 13.23 13.23 68 51605.36 38.54 0.7766 0.36 -2.878 9.094 1e-06 13.23 13.23 69 51605.36 38.54 0.7766 0.36 -2.878 3.649 1e-06 12.15 12.15 70 51633.02 38.54 0.7766 0.7238 -2.878 9.094 1e-06 13.23 13.23 71 51633.02 38.54 0.7766 0.7238 -2.878 9.094 1e-06 13.23 13.23 72 51605.36 38.54 0.7766 0.36 -2.878 7.665 1e-06 13.23 13.23 73 51605.36 38.54 0.7766 0.36 -2.878 7.665 1e-06 13.23 13.23 74 51626.57 38.54 0.7766 0.5548 -2.878 9.094 1e-06 13.23 13.23 75 51626.57 38.54 0.7766 0.5548 -2.878 9.094 1e-06 13.23 13.23 76 51626.57 38.54 0.7766 0.5548 -2.878 9.094 1e-06 13.23 13.23 77 51626.57 38.54 0.7766 0.5548 2.942 9.094 1e-06 13.23 13.23 78 51626.57 38.54 0.7766 0.5548 -2.878 5.989 1e-06 13.23 13.23 79 51626.57 38.54 0.7766 0.5548 -2.878 5.989 1e-06 13.23 13.23 80 51626.57 38.54 0.7766 0.5548 -1.255 5.989 1e-06 13.23 13.23 81 51626.57 38.54 0.7766 0.5548 3.122 6.293 1e-06 12.49 12.49 82 51633.02 38.64 0.7766 0.5548 2.942 9.094 1e-06 13.23 13.23 83 51633.02 38.64 0.7766 0.5548 2.942 9.094 1e-06 13.23 13.23 84 51633.02 38.64 0.7766 0.5548 -2.878 5.989 1e-06 13.23 13.23 85 51640.32 37.89 0.7766 0.5548 -2.878 5.989 1e-06 13.23 13.23 86 51640.32 37.89 0.7766 0.5548 -2.878 5.989 1e-06 13.23 13.23 87 51657.63 38.54 0.6553 0.5548 -2.878 4.697 1e-06 11.93 11.93 88 51649.91 37.62 0.6685 0.5548 1.414 5.989 1e-06 13.23 13.23 89 51658.09 38.64 0.7341 0.5548 3.122 1.575 1e-06 13.23 13.23 90 51658.09 38.64 0.7341 0.5548 3.122 1.575 1e-06 13.23 13.23 91 51658.09 38.64 0.7341 0.5548 3.122 1.575 1e-06 13.23 13.23 92 51658.09 38.64 0.7341 0.5548 3.122 1.575 1e-06 13.23 13.23 93 51658.09 38.64 0.7341 0.5548 3.122 1.575 1e-06 13.23 13.23 94 51669.94 38.64 0.6685 0.6143 -2.878 5.989 1e-06 12.49 12.49 95 51669.94 38.64 0.6685 0.6143 -2.878 5.989 1e-06 12.49 12.49 96 51669.94 38.64 0.6685 0.6143 -2.878 5.989 1e-06 12.49 12.49 97 51669.94 38.64 0.6685 0.6143 2.942 5.989 1e-06 13.23 13.23 98 51671.09 38.54 0.6685 0.6143 1.414 5.989 1e-06 13.23 13.23 99 51671.09 38.54 0.6685 0.6143 2.942 1.575 1e-06 13.23 13.23 100 51671.09 38.54 0.6685 0.6143 2.942 1.575 1e-06 13.23 13.23 101 51671.09 38.54 0.6685 0.6143 2.942 1.575 1e-06 12.49 12.49 102 51671.09 38.54 0.6685 0.6143 2.942 7.842 1e-06 13.23 13.23 103 51671.09 38.54 0.6685 0.6143 2.942 5.989 1e-06 13.23 13.23 104 51671.09 38.54 0.6685 0.6143 2.942 5.989 1e-06 12.49 12.49 105 51671.09 38.54 0.6685 0.6143 1.88 5.989 1e-06 11.61 11.61 106 51671.09 38.54 0.6685 0.6143 1.88 5.989 1e-06 11.61 11.61 107 51671.21 38.52 0.6685 0.6143 2.942 5.989 1e-06 13.23 13.23 108 51671.21 38.52 0.6685 0.6143 2.942 5.989 1e-06 13.23 13.23 109 51671.21 38.52 0.6685 0.6143 1.794 5.989 1e-06 11.61 11.61 110 51671.21 38.52 0.6685 0.6143 0.2748 5.989 1e-06 11.61 11.61 111 51671.21 38.52 0.6685 0.6143 0.2748 5.989 1e-06 11.61 11.61 112 51671.80 38.45 0.6685 0.6143 2.942 5.989 1e-06 13.23 13.23 113 51671.21 38.52 0.6685 0.6143 0.4436 5.989 1e-06 10.76 10.76 114 51671.21 38.52 0.6685 0.6143 0.4436 5.989 1e-06 10.76 10.76 115 51671.21 38.52 0.6685 0.6143 0.2748 5.059 1e-06 11.61 11.61 116 51671.21 38.52 0.6685 0.6143 0.2748 5.059 1e-06 11.61 11.61 117 51671.21 38.52 0.6685 0.6143 0.2748 5.059 1e-06 11.61 11.61 118 51671.21 38.52 0.6685 0.6143 0.2748 5.059 1e-06 10.76 10.76 119 51671.21 38.52 0.6685 0.6143 0.2748 5.059 1e-06 10.76 10.76 120 51671.21 38.52 0.6685 0.6143 0.2748 5.059 1e-06 10.76 10.76 121 51671.21 38.52 0.6685 0.6143 0.2748 5.059 1e-06 10.76 10.76 122 51671.21 38.52 0.6685 0.6143 0.4436 5.059 1e-06 10.76 10.76 123 51671.21 38.52 0.6685 0.6143 0.4436 5.059 1e-06 10.92 10.92 124 51671.21 38.52 0.6685 0.6143 0.4436 5.059 1e-06 10.92 10.92 125 51671.21 38.52 0.6685 0.6143 0.4436 4.931 1e-06 10.76 10.76 126 51671.80 38.52 0.6685 0.6041 0.4436 5.059 1e-06 10.76 10.76 127 51671.80 38.52 0.6685 0.6041 0.4436 5.059 1e-06 10.76 10.76 128 51671.80 38.52 0.6685 0.6041 0.4436 5.059 1e-06 10.92 10.92 129 51671.80 38.52 0.6685 0.6041 0.4436 5.059 1e-06 10.92 10.92 130 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 131 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 132 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 133 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 134 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 135 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 136 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 137 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.8 10.8 138 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.8 10.8 139 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.8 10.8 140 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.8 10.8 141 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.8 10.8 142 51671.80 38.52 0.6685 0.6041 0.4436 4.931 1e-06 10.8 10.8 143 51673.30 37.77 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 144 51671.80 38.52 0.6685 0.6041 0.6504 4.931 1e-06 10.92 10.92 145 51673.60 37.81 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 146 51673.60 37.81 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 147 51673.60 37.81 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 148 51673.60 37.81 0.6685 0.6041 0.4436 4.931 1e-06 10.92 10.92 149 51673.60 37.81 0.6685 0.6041 0.6504 4.931 1e-06 10.92 10.92 150 51673.60 37.81 0.6685 0.6041 0.6504 4.931 1e-06 10.92 10.92 151 51673.60 37.81 0.6685 0.6041 0.6504 4.931 1e-06 10.92 10.92 152 51673.60 37.81 0.6685 0.6041 0.6504 4.931 1e-06 10.92 10.92 153 51673.60 37.81 0.6685 0.6041 0.6504 4.931 1e-06 10.92 10.92 154 51673.60 37.81 0.6685 0.6041 0.6504 4.931 1e-06 10.92 10.92 155 51675.87 37.81 0.6685 0.5876 1.646 4.931 1e-06 10.89 10.89 156 51675.87 37.81 0.6685 0.5876 0.4436 4.931 1e-06 10.92 10.92 157 51675.87 37.81 0.6685 0.5876 0.4436 4.931 1e-06 10.92 10.92 158 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.89 10.89 159 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 160 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 161 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 162 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 163 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 164 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 165 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 166 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 167 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 168 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 169 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 170 51675.87 37.81 0.6685 0.5876 0.6504 4.931 1e-06 10.92 10.92 171 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.92 10.92 172 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.92 10.92 173 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.92 10.92 174 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.92 10.92 175 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.92 10.92 176 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.92 10.92 177 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 178 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 179 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 180 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 181 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 182 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 183 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 184 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 185 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 186 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 187 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 188 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 189 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 190 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 191 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 192 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 193 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 194 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 195 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 196 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 197 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 198 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 199 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 200 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 201 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 202 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 203 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 204 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 205 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 206 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 207 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 208 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 209 51676.15 37.81 0.6685 0.5779 0.6504 4.931 1e-06 10.95 10.95 210 51676.19 37.81 0.6681 0.5779 0.6504 4.931 1e-06 10.95 10.95 211 51676.19 37.81 0.6681 0.5779 0.6504 4.931 1e-06 10.95 10.95 212 51676.19 37.81 0.6681 0.5779 0.6504 4.931 1e-06 10.95 10.95 213 51676.19 37.81 0.6681 0.5779 0.6504 4.931 1e-06 10.95 10.95 214 51676.19 37.81 0.6681 0.5779 0.6504 4.931 1e-06 10.95 10.95 215 51676.19 37.81 0.6681 0.5779 0.6504 4.931 1e-06 10.95 10.95 216 51676.19 37.81 0.6681 0.5779 0.6504 4.931 1e-06 10.95 10.95 217 51676.19 37.81 0.6681 0.5779 0.6504 4.931 1e-06 10.95 10.95 218 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 219 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 220 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 221 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 222 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 223 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 224 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 225 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 226 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 227 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 228 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 229 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 230 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 231 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 232 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 233 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 234 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 235 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 236 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 237 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 238 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 239 51676.19 37.81 0.6681 0.5779 0.6504 4.87 1e-06 10.95 10.95 240 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 241 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 242 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 243 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 244 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 245 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 246 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 247 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 248 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 249 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 250 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 251 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 252 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 253 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 254 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 255 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 256 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 257 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 258 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 259 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 260 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 261 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 262 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 263 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 264 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 265 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 266 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 267 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 268 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 269 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 270 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 271 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 272 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 273 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.96 10.96 274 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.96 10.96 275 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 276 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 277 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 278 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 279 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 280 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 281 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 282 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 283 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 284 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 285 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 286 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 287 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 288 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 289 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 290 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 291 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 292 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 293 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 294 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 295 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 296 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 297 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 298 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 299 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 300 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 301 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 302 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 303 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 304 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 305 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 306 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 307 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 308 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 309 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 310 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 311 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 312 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 313 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 314 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 315 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 316 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 317 51676.19 37.81 0.6681 0.5779 0.6504 4.853 1e-06 10.95 10.95 318 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 319 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 320 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 321 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 322 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 323 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 324 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 325 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 326 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 327 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 328 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 329 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 330 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 331 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 332 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 333 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 334 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 335 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 336 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 337 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 338 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 339 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 340 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 341 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 342 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 343 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 344 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 345 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 346 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 347 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 348 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 349 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 350 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 351 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 352 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 353 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 354 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 355 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 356 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 357 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 358 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 359 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 360 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 361 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 362 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 363 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 364 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 365 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 366 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 367 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 368 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 369 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 370 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 371 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 372 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 373 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 374 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 375 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 376 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 377 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 378 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 379 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 380 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 381 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 382 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 383 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 384 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 385 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 386 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 387 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 388 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 389 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 390 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 391 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 392 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 393 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 394 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 395 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 396 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 397 51676.19 37.81 0.6681 0.5779 0.5946 4.853 1e-06 10.95 10.95 398 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 399 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 400 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 401 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 402 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 403 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 404 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 405 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 406 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 407 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 408 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 409 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 410 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 411 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 412 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 413 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 414 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 415 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 416 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 417 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 418 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 419 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 420 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 421 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 422 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 423 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 424 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 425 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 426 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 427 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 428 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 429 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 430 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 431 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 432 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 433 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 434 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 435 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 436 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 437 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 438 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 439 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 440 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 441 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 442 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 443 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 444 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 445 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 446 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 447 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 448 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 449 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 450 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 451 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 452 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 453 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 454 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 455 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 456 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 457 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 458 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 459 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 460 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 461 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 462 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 463 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 464 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 465 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 466 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 467 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 468 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 469 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 470 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 471 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 472 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 473 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 474 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 475 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 476 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 477 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 478 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 479 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 480 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 481 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 482 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 483 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 484 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 485 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 486 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 487 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 488 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 489 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 490 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 491 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 492 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 493 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 494 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 495 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 496 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 497 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 498 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 499 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 500 51676.19 37.81 0.6681 0.5779 0.6027 4.853 1e-06 10.95 10.95 Setting fit to best solution... save all fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src1.ximg Saving current fit data in fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src1.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz fullrun_mos1_xmm0601270101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src 16 50.021320 0 0 1 4. ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz 394 377 410 393 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz using pyfits Extracting (393:409, 376:392) Extracting subarray using numpy mask ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz 1 394 377 410 393 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz using pyfits Extracting (393:409, 376:392) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -45.227128 45.227128 -1 setpar 5 0.0 0.010000 -45.227128 45.227128 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 11.306782 0.001000 2.826696 22.613564 -1 setpar 8 11.306782 0.001000 2.826696 22.613564 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 -306684.84 9.129 2.458 4.089 -31.69 -41.86 2.464e+06 4.216 4.216 2 -54072.98 62.9 4.015 6.727 -44.58 -45.1 3.288e+06 4.562 4.562 3 -33939.24 6.379 0.8382 -8.714 44.61 22.52 5.147e+06 2.95 2.95 4 -47352.19 61.2 7.221 -6.663 23.48 -23.17 1e-06 6.441 6.441 5 -30733.60 16.9 6.563 -0.02922 -41.26 -41.86 2.347e+06 2.827 2.827 6 -30102.04 7.622 0.3567 -7.591 29.82 -42.4 2.798e+04 3.321 3.321 7 -26912.91 7.622 2.929 -6.502 29.82 -42.4 2.798e+04 3.321 3.321 8 -11675.50 16.9 2.105 -0.02922 38.64 -41.86 2.347e+06 2.827 2.827 9 -11675.50 16.9 2.105 -0.02922 38.64 -41.86 2.347e+06 2.827 2.827 10 -7578.43 16.9 0.3567 -0.02922 29.82 -41.86 2.347e+06 2.827 2.827 11 -9498.02 7.622 2.105 -0.02922 38.64 -41.86 2.347e+06 2.827 2.827 12 -2414.07 7.622 0.3567 -0.02922 44.61 -39.98 1e-06 3.321 3.321 13 -6402.96 7.622 -0.09054 -0.02922 29.82 -39.98 8.385e+04 3.321 3.321 14 -2570.96 7.622 0.3567 -0.02922 13.42 -42.4 2.798e+04 3.321 3.321 15 -2414.07 7.622 0.3567 -0.02922 44.61 -39.98 1e-06 3.321 3.321 16 -2000.91 1.271 0.3567 -0.02922 38.64 12.37 1e-06 6.441 6.441 17 -1964.36 4.77 0.3567 -0.02922 38.64 -41.86 2.798e+04 2.827 2.827 18 -1964.36 4.77 0.3567 -0.02922 38.64 -41.86 2.798e+04 2.827 2.827 19 -1964.36 4.77 0.3567 -0.02922 38.64 -41.86 2.798e+04 2.827 2.827 20 -1964.14 4.77 0.3567 -0.02922 44.61 -39.98 1e-06 3.321 3.321 21 -1964.14 4.77 0.3567 -0.02922 44.61 -39.98 1e-06 3.321 3.321 22 -1851.36 2.058 0.3567 -0.02922 38.64 -45.23 2.798e+04 2.827 2.827 23 -1851.36 2.058 0.3567 -0.02922 44.61 -45.23 2.798e+04 2.827 2.827 24 -1964.14 4.77 0.3567 -0.02922 44.61 -39.98 1e-06 3.321 3.321 25 -1013.44 4.77 -0.02308 -0.02922 13.42 -41.86 1e-06 3.321 3.321 26 -1013.44 4.77 -0.02308 -0.02922 13.42 -41.86 1e-06 3.321 3.321 27 -1013.44 4.77 -0.02308 -0.02922 13.42 -41.86 1e-06 3.321 3.321 28 -1013.44 4.77 -0.02308 -0.02922 13.42 -41.86 1e-06 3.321 3.321 29 -1013.44 4.77 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 30 -1013.44 4.77 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 31 -1013.44 4.77 -0.02308 -0.02922 43.44 -41.86 1e-06 2.827 2.827 32 -1013.44 4.77 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 33 -1013.44 4.77 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 34 -1013.44 4.77 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 35 -991.77 4.77 0.1125 -0.02922 13.42 -41.86 1e-06 3.321 3.321 36 -473.03 1.991 -0.02308 -0.02922 13.42 -42.4 1e-06 2.827 2.827 37 -473.03 1.991 -0.02308 -0.02922 13.42 -42.4 1e-06 2.827 2.827 38 -473.03 1.991 -0.02308 -0.02922 38.64 -42.4 1e-06 2.827 2.827 39 -473.03 1.991 -0.02308 -0.02922 38.64 -41.85 1e-06 2.827 2.827 40 -473.03 1.991 -0.02308 -0.02922 38.64 -41.85 1e-06 2.827 2.827 41 -473.03 1.991 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 42 -473.03 1.991 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 43 -473.03 1.991 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 44 -473.03 1.991 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 45 -473.03 1.991 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 46 -470.19 2.066 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 47 -470.19 2.066 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 48 -470.19 2.066 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 49 -470.19 2.066 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 50 -470.19 2.066 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 51 -470.19 2.066 -0.02308 -0.02922 45.23 -41.85 1e-06 2.827 2.827 52 -470.19 2.066 -0.02308 -0.02922 44.61 -41.85 1e-06 2.827 2.827 53 -470.19 2.066 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 54 -470.19 2.066 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 55 -470.09 2.188 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 56 -470.09 2.188 -0.02308 -0.02922 38.64 -45.23 1e-06 2.827 2.827 57 -470.09 2.188 -0.02308 -0.02922 45.23 -45.23 1e-06 2.827 2.827 58 -470.09 2.188 -0.02308 -0.02922 45.23 -45.23 1e-06 2.827 2.827 59 -470.09 2.188 -0.02308 -0.02922 45.23 -45.23 1e-06 2.827 2.827 60 -428.74 2.188 -0.02308 0.001684 45.23 -45.23 1e-06 2.827 2.827 61 -420.62 2.066 -0.02308 0.001684 38.64 -45.23 1e-06 2.827 2.827 62 -420.62 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42.69 -43.28 1.605e+06 3.066 3.066 471 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 472 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 473 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 474 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 475 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 476 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 477 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 478 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 479 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 480 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 481 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 482 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 483 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 484 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 485 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 486 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 487 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 488 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 489 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 490 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 491 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 492 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 493 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 494 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 495 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 496 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 497 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 498 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 499 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 500 -369.88 1.81 0.01275 0.009423 42.69 -43.28 1.605e+06 3.066 3.066 Setting fit to best solution... save all fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src2.ximg Saving current fit data in fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src2.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz fullrun_mos1_xmm0601270101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src 16 50.021320 0 0 1 4. ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz 305 146 321 162 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz using pyfits Extracting (304:320, 145:161) Extracting subarray using numpy mask ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz 1 305 146 321 162 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz using pyfits Extracting (304:320, 145:161) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -46.795484 46.795484 -1 setpar 5 0.0 0.010000 -46.795484 46.795484 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 11.698871 0.001000 2.924718 23.397742 -1 setpar 8 11.698871 0.001000 2.924718 23.397742 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 -43752.73 5.635 7.917 5.649 40.59 -38.2 1.585e+05 4.287 4.287 2 -31968.44 28.17 1.65 -6.655 46.8 4.718 9.452e+06 3.26 3.26 3 -17218.02 28.17 1.65 -2.747 46.8 4.718 9.452e+06 3.26 3.26 4 -17155.93 28.17 1.65 -2.747 46.8 32.43 9.452e+06 3.26 3.26 5 -17099.61 28.17 1.65 -2.747 46.8 -38.38 9.452e+06 3.26 3.26 6 -28246.55 15.45 1.65 -6.655 46.8 21.37 9.452e+06 3.26 3.26 7 -18145.34 15.45 -2.843 0.4414 4.547 -38.38 1e-06 4.287 4.287 8 -18145.34 15.45 -2.843 0.4414 4.547 -38.38 1e-06 4.287 4.287 9 -14610.17 31.54 1.65 0.4414 46.8 4.718 4.017e+05 3.26 3.26 10 -7758.21 8.315 1.65 -0.9117 -27.45 -39.44 1e-06 5.41 5.41 11 -7758.21 8.315 1.65 -0.9117 -27.45 -39.44 1e-06 5.41 5.41 12 -5904.58 3.768 1.392 0.4414 46.8 21.37 4.017e+05 3.26 3.26 13 -5904.58 3.768 1.392 0.4414 46.8 21.37 4.017e+05 3.26 3.26 14 -5899.41 3.768 1.392 0.4414 46.8 21.37 1e-06 3.26 3.26 15 -5899.41 3.768 1.392 0.4414 46.8 21.37 1e-06 3.26 3.26 16 -5775.05 3.768 1.392 0.4343 46.8 21.37 1e-06 3.26 3.26 17 -5158.44 4.967 0.8813 -0.9117 10.22 15.96 1e-06 3.26 3.26 18 -4689.98 4.967 0.7907 0.4414 46.8 21.37 1e-06 3.111 3.111 19 -4629.37 5.635 1.021 0.2069 40.5 11.76 1e-06 3.111 3.111 20 -3032.52 5.635 -0.1452 0.4343 46.8 11.76 2.341e+06 3.111 3.111 21 -2425.18 0 -0.1452 -0.2255 -27.45 37.66 1e-06 2.961 2.961 22 -2425.18 0 -0.1452 -0.2255 -27.45 37.66 1e-06 3.26 3.26 23 -2425.18 0 -0.1452 -0.2255 -27.45 17.35 1e-06 3.26 3.26 24 -2209.57 5.635 -0.1452 -0.2255 46.8 11.76 1e-06 3.26 3.26 25 -1984.23 0 -0.1452 0.2069 -27.45 37.66 1e-06 2.961 2.961 26 -1984.23 0 -0.1452 0.2069 -27.45 37.66 1e-06 2.961 2.961 27 -1984.23 0 -0.1452 0.2069 -27.45 37.66 1e-06 2.925 2.925 28 -1984.23 0 -0.1452 0.2069 -39.07 37.66 1e-06 2.961 2.961 29 -1902.85 4.967 -0.09712 -0.2255 46.8 11.76 2.341e+06 3.111 3.111 30 -1902.85 4.967 -0.09712 -0.2255 46.8 11.76 2.341e+06 3.111 3.111 31 -1803.08 0 0.04938 0.2069 46.8 15.96 1e-06 2.961 2.961 32 -1803.08 0 0.04938 0.2069 46.8 15.96 1e-06 2.961 2.961 33 -1803.08 0 0.04938 0.2069 46.8 15.96 1e-06 2.961 2.961 34 -1803.08 0 0.04938 0.2069 46.8 15.96 1e-06 2.961 2.961 35 -1768.17 0 0.09862 0.2069 -27.45 15.96 1e-06 2.961 2.961 36 -1768.17 0 0.09862 0.2069 -27.45 15.96 1e-06 2.961 2.961 37 -1768.17 0 0.09862 0.2069 -27.45 15.96 1e-06 2.961 2.961 38 -1741.43 5.383 0.04938 0.2069 -26.13 37.66 1e-06 2.961 2.961 39 -1741.43 5.383 0.04938 0.2069 -27.45 37.66 1e-06 2.961 2.961 40 -1741.43 5.383 0.04938 0.2069 46.8 37.66 1e-06 2.961 2.961 41 -1612.30 4.039 0.04938 0.2069 46.8 37.66 1e-06 2.961 2.961 42 -1612.30 4.039 0.04938 0.2069 46.8 37.66 1e-06 2.961 2.961 43 -1551.25 4.039 0.09862 0.2069 46.8 37.66 1e-06 2.961 2.961 44 -1551.25 4.039 0.09862 0.2069 44.19 46.8 1e-06 2.961 2.961 45 -1271.05 5.383 0.09862 -0.009848 46.8 37.66 1e-06 2.961 2.961 46 -1339.97 2.439 0.09862 0.2069 46.8 46.8 1e-06 2.961 2.961 47 -1339.97 2.439 0.09862 0.2069 46.8 46.8 1e-06 2.961 2.961 48 -1339.97 2.439 0.09862 0.2069 46.8 46.8 1e-06 2.961 2.961 49 -1200.69 4.039 0.09862 -0.1299 46.8 37.66 1e-06 2.961 2.961 50 -1200.69 4.039 0.09862 -0.1299 46.8 46.8 1e-06 2.961 2.961 51 -1200.69 4.039 0.09862 -0.1299 46.8 46.8 1e-06 2.961 2.961 52 -1200.69 4.039 0.09862 -0.1299 46.8 46.8 1e-06 2.961 2.961 53 -1195.48 2.439 0.04938 -0.1299 45.67 37.66 1e-06 2.961 2.961 54 -1200.69 4.039 0.09862 -0.1299 45.67 46.8 1e-06 2.961 2.961 55 -1200.69 4.039 0.09862 -0.1299 45.67 46.8 1e-06 2.961 2.961 56 -1195.48 2.439 0.04938 -0.1299 45.67 37.66 1e-06 2.961 2.961 57 -1195.48 2.439 0.04938 -0.1299 45.67 37.66 1e-06 2.961 2.961 58 -1195.48 2.439 0.04938 -0.1299 45.67 37.66 1e-06 2.961 2.961 59 -1133.64 3.934 0.09862 -0.1299 46.8 46.8 1e-06 2.961 2.961 60 -1133.64 3.934 0.09862 -0.1299 46.8 46.8 1e-06 2.961 2.961 61 -1133.64 3.934 0.09862 -0.1299 46.8 46.8 1e-06 2.961 2.961 62 -1133.64 3.934 0.09862 -0.1299 46.8 46.8 1e-06 2.961 2.961 63 -1133.64 3.934 0.09862 -0.1299 46.8 46.8 1e-06 2.961 2.961 64 -855.02 4.039 0.09862 0.02465 45.67 46.8 1e-06 2.961 2.961 65 -476.90 2.439 0.04938 0.0206 46.8 37.66 1e-06 2.961 2.961 66 -830.34 2.439 0.04938 0.1058 45.67 37.66 1e-06 2.961 2.961 67 -855.02 4.039 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 68 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 69 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 70 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 71 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 72 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 73 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 74 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 75 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.925 2.925 76 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 77 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 78 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.925 2.925 79 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 80 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.925 2.925 81 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 82 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.925 2.925 83 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 84 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 85 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 86 -633.59 2.439 0.09862 0.02465 46.8 46.8 1e-06 2.961 2.961 87 -595.47 2.439 -0.02563 0.02465 46.8 46.8 1e-06 2.961 2.961 88 -595.47 2.439 -0.02563 0.02465 46.8 46.8 1e-06 2.961 2.961 89 -595.47 2.439 -0.02563 0.02465 46.8 46.8 1e-06 2.961 2.961 90 -595.47 2.439 -0.02563 0.02465 46.8 46.8 1e-06 2.961 2.961 91 -595.47 2.439 -0.02563 0.02465 46.8 46.8 1e-06 2.961 2.961 92 -595.47 2.439 -0.02563 0.02465 46.8 46.8 1e-06 2.961 2.961 93 -595.47 2.439 -0.02563 0.02465 46.8 46.8 1e-06 2.961 2.961 94 -565.91 2.222 -0.02563 0.02465 46.8 46.8 1e-06 2.925 2.925 95 -565.91 2.222 -0.02563 0.02465 46.8 46.8 1e-06 2.925 2.925 96 -565.91 2.222 -0.02563 0.02465 46.8 46.8 1e-06 2.925 2.925 97 -485.16 2.439 0.05556 0.02465 46.8 46.8 1e-06 5.274 5.274 98 -485.16 2.439 0.05556 0.02465 46.8 46.8 1e-06 5.274 5.274 99 -485.16 2.439 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 100 -485.16 2.439 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 101 -485.16 2.439 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 102 -465.12 2.222 0.05556 0.02465 46.8 46.8 1e-06 6.866 6.866 103 -465.12 2.222 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 104 -465.12 2.222 0.05556 0.02465 46.8 46.8 1e-06 2.925 2.925 105 -465.12 2.222 0.05556 0.02465 46.8 46.8 1e-06 2.925 2.925 106 -465.12 2.222 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 107 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.925 2.925 108 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 109 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 110 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.925 2.925 111 -464.33 1.85 0.05556 0.02465 45.76 46.8 1e-06 2.961 2.961 112 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 113 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 114 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 115 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.925 2.925 116 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.925 2.925 117 -464.33 1.85 0.05556 0.02465 46.8 43.71 1e-06 2.925 2.925 118 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.925 2.925 119 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 120 -464.33 1.85 0.05556 0.02465 46.8 43.65 1e-06 2.925 2.925 121 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 122 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.925 2.925 123 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.925 2.925 124 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 125 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.925 2.925 126 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 127 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.925 2.925 128 -464.33 1.85 0.05556 0.02465 46.8 43.71 1e-06 2.925 2.925 129 -464.33 1.85 0.05556 0.02465 46.8 46.8 1e-06 2.961 2.961 130 -439.32 1.85 0.008312 0.02465 44.51 46.8 1e-06 2.925 2.925 131 -439.32 1.85 0.008312 0.02465 44.51 46.8 1e-06 2.925 2.925 132 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 133 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 134 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 135 -439.32 1.85 0.008312 0.02465 46.8 45.28 1e-06 2.925 2.925 136 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.961 2.961 137 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 138 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 139 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 140 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 141 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 142 -439.32 1.85 0.008312 0.02465 44.51 46.8 1e-06 2.925 2.925 143 -439.32 1.85 0.008312 0.02465 44.51 46.8 1e-06 2.961 2.961 144 -439.32 1.85 0.008312 0.02465 44.51 46.8 1e-06 2.961 2.961 145 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 146 -439.32 1.85 0.008312 0.02465 44.51 46.8 1e-06 2.961 2.961 147 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.961 2.961 148 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 149 -439.32 1.85 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 150 -433.03 1.461 0.008312 0.02465 46.8 46.8 1e-06 2.925 2.925 151 -433.78 1.76 0.008312 0.02465 44.52 46.8 1e-06 2.925 2.925 152 -419.97 1.85 0.02216 0.02465 44.51 46.8 1e-06 2.961 2.961 153 -419.97 1.85 0.02216 0.02465 44.51 46.8 1e-06 2.961 2.961 154 -419.97 1.85 0.02216 0.02465 44.51 46.8 1e-06 2.961 2.961 155 -419.97 1.85 0.02216 0.02465 44.51 46.8 1e-06 2.925 2.925 156 -419.97 1.85 0.02216 0.02465 44.51 46.8 1e-06 2.961 2.961 157 -412.30 1.674 0.02216 0.02465 44.51 46.8 1e-06 2.961 2.961 158 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 159 -412.30 1.674 0.02216 0.02465 44.51 46.8 1e-06 2.961 2.961 160 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 161 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 162 -412.30 1.674 0.02216 0.02465 44.51 46.8 1e-06 2.961 2.961 163 -412.30 1.674 0.02216 0.02465 44.51 46.8 1e-06 2.925 2.925 164 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 165 -403.51 1.674 0.02216 0.006541 46.8 46.8 1e-06 2.961 2.961 166 -412.30 1.674 0.02216 0.02465 44.51 46.8 1e-06 2.961 2.961 167 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 168 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 169 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 170 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 171 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 172 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 173 -412.30 1.674 0.02216 0.02465 44.51 46.8 1e-06 2.961 2.961 174 -412.30 1.674 0.02216 0.02465 44.51 46.8 1e-06 2.961 2.961 175 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 176 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 177 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 178 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 179 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 180 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 181 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 182 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 183 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 184 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 185 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 186 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 187 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 188 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 189 -412.30 1.674 0.02216 0.02465 45.24 46.8 1e-06 2.925 2.925 190 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 191 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 192 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 193 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 194 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.925 2.925 195 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 196 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 197 -412.30 1.674 0.02216 0.02465 46.8 46.8 1e-06 2.961 2.961 198 -412.30 1.674 0.02216 0.02465 45.24 46.8 1e-06 2.925 2.925 199 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.961 2.961 200 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 201 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 202 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 203 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 204 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 205 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 206 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.961 2.961 207 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 208 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.961 2.961 209 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 210 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 211 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 3.183 3.183 212 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 213 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 214 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 215 -410.74 1.674 0.02829 0.02465 45.24 46.8 1e-06 2.925 2.925 216 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 217 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.961 2.961 218 -410.74 1.674 0.02829 0.02465 43.94 46.8 1e-06 2.925 2.925 219 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.961 2.961 220 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 3.183 3.183 221 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 222 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 223 -410.74 1.674 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 224 -410.72 1.686 0.02829 0.02465 45.24 46.8 1.088e+06 2.925 2.925 225 -410.72 1.686 0.02829 0.02465 45.24 46.8 1e-06 2.925 2.925 226 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 227 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 228 -410.72 1.686 0.02829 0.02465 45.24 46.8 1e-06 2.961 2.961 229 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 230 -410.72 1.686 0.02829 0.02465 44.51 46.8 1e-06 2.925 2.925 231 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 232 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 3.297 3.297 233 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 234 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 3.183 3.183 235 -410.72 1.686 0.02829 0.02465 44.51 46.8 1e-06 2.925 2.925 236 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 237 -410.72 1.686 0.02829 0.02465 45.82 46.8 1e-06 2.925 2.925 238 -410.72 1.686 0.02829 0.02465 46.11 46.8 1e-06 2.925 2.925 239 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 240 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 241 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.961 2.961 242 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 243 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 244 -410.72 1.686 0.02829 0.02465 46.11 46.8 1e-06 2.925 2.925 245 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 246 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.961 2.961 247 -410.72 1.686 0.02829 0.02465 46.8 46.78 1e-06 2.925 2.925 248 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 249 -410.72 1.686 0.02829 0.02465 45.24 46.8 1e-06 2.925 2.925 250 -410.72 1.686 0.02829 0.02465 45.24 46.8 1e-06 2.925 2.925 251 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 252 -410.72 1.686 0.02829 0.02465 46.8 43.52 1e-06 2.925 2.925 253 -410.72 1.686 0.02829 0.02465 46.11 46.8 1e-06 2.925 2.925 254 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 255 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 256 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 3.183 3.183 257 -410.72 1.686 0.02829 0.02465 46.11 46.8 1e-06 2.925 2.925 258 -410.72 1.686 0.02829 0.02465 46.11 46.8 1e-06 2.925 2.925 259 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 260 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 3.183 3.183 261 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 262 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 3.183 3.183 263 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.961 2.961 264 -410.72 1.686 0.02829 0.02465 45.24 46.8 1e-06 2.925 2.925 265 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 266 -410.72 1.686 0.02829 0.02465 46.11 46.8 1e-06 2.925 2.925 267 -410.72 1.686 0.02829 0.02465 46.11 46.8 1e-06 2.925 2.925 268 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 3.183 3.183 269 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 3.183 3.183 270 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 271 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 272 -410.72 1.686 0.02829 0.02465 46.11 46.8 1e-06 2.925 2.925 273 -410.72 1.686 0.02829 0.02465 45.24 46.8 1e-06 2.925 2.925 274 -410.72 1.686 0.02829 0.02465 46.11 46.78 1e-06 2.925 2.925 275 -410.72 1.686 0.02829 0.02465 46.8 46.78 1e-06 2.925 2.925 276 -410.72 1.686 0.02829 0.02465 46.11 46.8 1e-06 3.183 3.183 277 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.961 2.961 278 -410.72 1.686 0.02829 0.02465 46.8 46.8 1e-06 2.925 2.925 279 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 280 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 281 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 282 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 283 -409.55 1.686 0.02829 0.02382 45.24 46.8 1e-06 2.925 2.925 284 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 285 -409.55 1.686 0.02829 0.02382 45.24 46.8 1e-06 2.925 2.925 286 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 287 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 288 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 289 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 290 -409.55 1.686 0.02829 0.02382 46.8 46.78 1e-06 2.925 2.925 291 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 292 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 293 -409.55 1.686 0.02829 0.02382 45.24 46.8 1e-06 2.925 2.925 294 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 295 -409.55 1.686 0.02829 0.02382 46.15 46.8 1e-06 2.925 2.925 296 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 297 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 298 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 299 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 300 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 301 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 302 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 303 -409.55 1.686 0.02829 0.02382 46.47 46.8 1e-06 2.925 2.925 304 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 305 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 306 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 307 -409.55 1.686 0.02829 0.02382 45.24 46.8 1e-06 2.925 2.925 308 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 309 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 310 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 311 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 312 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 313 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 314 -409.55 1.686 0.02829 0.02382 45.24 46.8 1e-06 2.925 2.925 315 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 316 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 317 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 318 -409.55 1.686 0.02829 0.02382 46.11 46.8 1e-06 2.925 2.925 319 -409.55 1.686 0.02829 0.02382 46.8 46.8 1e-06 2.925 2.925 320 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 321 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 322 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 323 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 324 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 325 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 326 -406.94 1.686 0.02829 0.02179 46.8 46.8 1e-06 2.925 2.925 327 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 328 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 329 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 330 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 331 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 332 -406.94 1.686 0.02829 0.02179 46.11 46.8 1e-06 2.925 2.925 333 -404.66 1.686 0.02829 0.01932 46.11 46.8 1e-06 2.925 2.925 334 -404.66 1.686 0.02829 0.01932 46.11 46.8 1e-06 2.925 2.925 335 -404.66 1.686 0.02829 0.01932 46.11 46.8 1e-06 2.925 2.925 336 -404.66 1.686 0.02829 0.01932 46.11 46.8 1e-06 2.925 2.925 337 -404.66 1.686 0.02829 0.01932 46.11 46.8 1e-06 2.925 2.925 338 -404.66 1.686 0.02829 0.01932 46.11 46.8 1e-06 2.925 2.925 339 -404.66 1.686 0.02829 0.01932 46.11 46.8 1e-06 2.925 2.925 340 -404.66 1.686 0.02829 0.01932 46.11 46.8 1e-06 2.925 2.925 341 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 342 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 343 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 344 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 345 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 346 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 347 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 348 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 349 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 350 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 351 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 352 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 353 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 354 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 355 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 356 -401.30 1.686 0.02829 0.01141 46.11 44.7 1e-06 2.925 2.925 357 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 358 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 359 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 360 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 361 -401.30 1.686 0.02829 0.01141 44.61 46.8 1e-06 2.925 2.925 362 -401.30 1.686 0.02829 0.01141 44.61 46.8 1e-06 2.925 2.925 363 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 364 -401.30 1.686 0.02829 0.01141 46.11 45.73 1e-06 2.925 2.925 365 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 366 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 367 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 368 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 369 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 370 -401.30 1.686 0.02829 0.01141 46.11 45.48 1e-06 2.925 2.925 371 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 372 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 373 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 374 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 375 -401.30 1.686 0.02829 0.01141 46.11 45.48 1e-06 2.925 2.925 376 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 377 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 378 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 379 -401.30 1.686 0.02829 0.01141 46.11 45.48 1e-06 2.925 2.925 380 -401.30 1.686 0.02829 0.01141 44.61 46.8 1e-06 2.925 2.925 381 -401.30 1.686 0.02829 0.01141 44.61 46.8 1e-06 2.925 2.925 382 -401.30 1.686 0.02829 0.01141 46.11 45.48 1e-06 2.925 2.925 383 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 384 -401.30 1.686 0.02829 0.01141 46.11 43.88 1e-06 2.925 2.925 385 -401.30 1.686 0.02829 0.01141 46.4 46.8 1e-06 2.925 2.925 386 -401.30 1.686 0.02829 0.01141 46.11 45.48 1e-06 2.925 2.925 387 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 388 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 389 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 390 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 391 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 392 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 393 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 394 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 395 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 396 -401.30 1.686 0.02829 0.01141 46.8 45.48 1e-06 2.925 2.925 397 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 398 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 399 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 400 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 401 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 402 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 403 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 404 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 405 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 406 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 407 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 408 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 409 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 410 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 411 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 412 -401.30 1.686 0.02829 0.01141 46.4 45.48 1e-06 2.925 2.925 413 -401.30 1.686 0.02829 0.01141 46.4 43.41 1e-06 2.925 2.925 414 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 415 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 416 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 417 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 418 -401.30 1.686 0.02829 0.01141 46.4 46.8 1e-06 2.925 2.925 419 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 420 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 421 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 422 -401.30 1.686 0.02829 0.01141 46.11 46.56 1e-06 2.925 2.925 423 -401.30 1.686 0.02829 0.01141 46.8 46.57 1e-06 2.925 2.925 424 -401.30 1.686 0.02829 0.01141 46.4 46.8 1e-06 2.925 2.925 425 -401.30 1.686 0.02829 0.01141 46.8 46.56 1e-06 2.925 2.925 426 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 427 -401.30 1.686 0.02829 0.01141 46.8 44.03 1e-06 2.925 2.925 428 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 429 -401.30 1.686 0.02829 0.01141 45.46 46.8 1e-06 2.925 2.925 430 -401.30 1.686 0.02829 0.01141 46.8 46.56 1e-06 2.925 2.925 431 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 432 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 433 -401.07 1.606 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 434 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 435 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 436 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 437 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 438 -401.30 1.686 0.02829 0.01141 46.11 46.57 1e-06 2.925 2.925 439 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 440 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 441 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 442 -401.30 1.686 0.02829 0.01141 46.8 46.57 1e-06 2.925 2.925 443 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 444 -401.30 1.686 0.02829 0.01141 46.8 46.57 1e-06 2.925 2.925 445 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 446 -401.30 1.686 0.02829 0.01141 46.8 46.56 1e-06 2.925 2.925 447 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 448 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 449 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 450 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 451 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 452 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 453 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 454 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 455 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 456 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 457 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 458 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 459 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 460 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 461 -401.30 1.686 0.02829 0.01141 46.11 46.56 1e-06 2.925 2.925 462 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 463 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 464 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 465 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 466 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 467 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 468 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 469 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 470 -401.30 1.686 0.02829 0.01141 46.35 46.8 1e-06 2.925 2.925 471 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 472 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 473 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 474 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 475 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 476 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.948 2.948 477 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 478 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 479 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 480 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 481 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 482 -401.03 1.665 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 483 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 484 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 485 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 486 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 487 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 488 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 489 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 490 -401.30 1.686 0.02829 0.01141 45.31 46.8 1e-06 2.925 2.925 491 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 492 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 493 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 494 -401.30 1.686 0.02829 0.01141 46.11 46.8 1e-06 2.925 2.925 495 -401.30 1.686 0.02829 0.01141 46.8 46.8 1e-06 2.925 2.925 496 -401.27 1.686 0.02829 0.01012 46.8 46.8 1e-06 2.925 2.925 497 -401.27 1.686 0.02829 0.01012 46.8 46.8 1e-06 2.925 2.925 498 -401.27 1.686 0.02829 0.01012 46.8 46.8 1e-06 2.925 2.925 499 -401.27 1.686 0.02829 0.01012 45.62 46.8 1e-06 2.925 2.925 500 -401.27 1.686 0.02829 0.01012 46.8 46.8 1e-06 2.925 2.925 Setting fit to best solution... save all fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src3.ximg Saving current fit data in fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src3.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz fullrun_mos1_xmm0601270101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src 16 50.021320 0 0 1 4. ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz 164 402 181 419 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz using pyfits Extracting (163:180, 401:418) Extracting subarray using numpy mask ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz 1 164 402 181 419 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz using pyfits Extracting (163:180, 401:418) Extracting subarray using numpy stat C model Constant Linear Gaussian Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -50.021320 50.021320 -1 setpar 5 0.0 0.010000 -50.021320 50.021320 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.505330 0.001000 3.126333 25.010660 -1 setpar 8 12.505330 0.001000 3.126333 25.010660 6 setpar 9 0. -0.01 -360. 360. -1 setpar 10 37.218265 -0.01 -12.502819 86.939349 -1 setpar 11 22.611957 -0.01 -27.109127 72.333041 -1 setpar 12 1.0 0.01 0.0 10000000 -1 setpar 13 12.430271 -0.01 6.215135 24.860542 -1 setpar 14 12.430271 -0.01 6.215135 24.860542 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 -28775757.07 19.19 1.514 1.324 -30.57 -33.7 1.463e+06 7.091 7.091 1.087e+05 2 -35283340.84 61.42 -1.593 -3.121 -7.885 -38.45 4.839e+05 14.25 14.25 2.447e+05 3 -11633293.56 44.97 -3.726 3.85 4.268 -22.84 1.354e+05 3.654 3.654 2.638e+05 4 -2966755.38 74.03 -9.032 3.759 48.34 23.26 2.496e+06 7.424 7.424 0 5 -9692430.12 72.92 -6.433 -3.121 -7.885 49.94 4.839e+05 3.654 3.654 2.447e+05 6 -257976.78 74.03 -9.032 3.759 48.34 23.26 2.496e+06 5.243 5.243 0 7 -33400.86 12.61 -2.304 -5.97 48.34 -28.88 1e-06 10.46 10.46 0 8 -33400.86 12.61 -2.304 -5.97 48.34 -28.88 1e-06 10.46 10.46 0 9 -14605.98 1.98 -1.593 1.667 48.34 23.26 2.496e+06 3.654 3.654 0 10 -17743.30 12.61 -1.593 1.667 48.34 23.26 2.496e+06 3.654 3.654 0 11 -11314.90 5.356 -0.3811 1.667 48.34 -41.88 1e-06 5.243 5.243 0 12 -11314.90 5.356 -0.3811 1.667 48.34 -41.88 1e-06 5.243 5.243 0 13 -13370.24 0 -1.593 1.667 48.34 -48.22 2.496e+06 4.653 4.653 0 14 -12787.55 12.61 0.02335 1.667 48.34 -48.22 2.496e+06 3.654 3.654 0 15 -12787.55 12.61 0.02335 1.667 48.34 -48.22 2.496e+06 4.291 4.291 0 16 -12787.55 12.61 0.02335 1.667 48.34 -48.22 2.496e+06 4.291 4.291 0 17 -12787.55 12.61 0.02335 1.667 48.34 -48.22 2.496e+06 4.291 4.291 0 18 -10139.55 0 -1.593 0.6084 48.34 -48.22 4.839e+05 4.653 4.653 0 19 -8723.18 0 -1.593 0.06102 48.34 -48.22 4.839e+05 4.653 4.653 0 20 -8723.18 0 -1.593 0.06102 48.34 -48.22 4.839e+05 4.653 4.653 0 21 -8723.18 0 -1.593 0.06102 48.34 -48.22 4.839e+05 4.653 4.653 0 22 -8723.18 0 -1.593 0.06102 48.34 -48.22 4.839e+05 4.653 4.653 0 23 -2809.32 0 0.02335 0.06102 48.34 -48.22 4.839e+05 4.653 4.653 0 24 -2809.32 0 0.02335 0.06102 48.34 -48.22 4.839e+05 4.653 4.653 0 25 -2310.32 0 0.1681 0.06102 48.34 -42.03 4.839e+05 4.653 4.653 0 26 -2536.98 0 -0.0526 0.06102 48.34 -48.22 4.839e+05 3.654 3.654 0 27 -962.93 2.406 0.02335 0.06102 48.34 -48.22 4.839e+05 4.653 4.653 0 28 -958.16 2.406 0.02335 0.06102 48.34 -48.22 1e-06 4.291 4.291 0 29 -958.16 2.406 0.02335 0.06102 50.02 -48.22 1e-06 4.653 4.653 0 30 -958.16 2.406 0.02335 0.06102 48.34 -48.22 1e-06 4.653 4.653 0 31 -954.20 2.406 0.02335 -0.06799 48.34 -48.22 3.986e+06 4.653 4.653 0 32 -957.70 2.406 0.02335 0.06102 48.34 -48.22 4.839e+05 4.291 4.291 0 33 -957.70 2.406 0.02335 0.06102 48.34 -48.22 4.839e+05 4.291 4.291 0 34 -957.70 2.406 0.02335 0.06102 48.34 -48.22 4.839e+05 4.291 4.291 0 35 -957.70 2.406 0.02335 0.06102 48.34 -48.22 4.839e+05 4.291 4.291 0 36 -957.70 2.406 0.02335 0.06102 48.34 -48.22 4.839e+05 4.291 4.291 0 37 -818.34 2.406 0.02335 -0.06672 50.02 -48.22 4.839e+05 4.653 4.653 0 38 -818.34 2.406 0.02335 -0.06672 50.02 -48.22 4.839e+05 4.653 4.653 0 39 -817.11 2.406 0.02335 -0.06672 48.34 -48.22 4.839e+05 4.291 4.291 0 40 -816.03 2.406 0.02335 -0.06672 50.02 -48.22 4.839e+05 3.777 3.777 0 41 -807.06 2.406 0.02335 -0.0612 48.34 -48.22 4.839e+05 4.291 4.291 0 42 -807.06 2.406 0.02335 -0.0612 48.34 -48.22 4.839e+05 4.291 4.291 0 43 -807.06 2.406 0.02335 -0.0612 48.34 -48.22 4.839e+05 4.291 4.291 0 44 -807.06 2.406 0.02335 -0.0612 48.34 -48.22 4.839e+05 4.291 4.291 0 45 -807.06 2.406 0.02335 -0.0612 48.34 -48.22 4.839e+05 4.291 4.291 0 46 -806.21 2.406 0.02335 -0.0612 50.02 -48.22 4.839e+05 4.291 4.291 0 47 -805.99 2.406 0.02335 -0.0612 42.97 -48.22 4.839e+05 3.126 3.126 0 48 -805.98 2.406 0.02335 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 49 -805.98 2.406 0.02335 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 50 -805.98 2.406 0.02335 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 51 -805.98 2.406 0.02335 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 52 -805.98 2.406 0.02335 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 53 -805.98 2.406 0.02335 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 54 -789.16 2.446 0.02335 -0.0612 48.34 -48.22 4.839e+05 4.291 4.291 0 55 -783.70 2.453 0.02335 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 56 -783.70 2.453 0.02335 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 57 -747.69 2.406 -0.0007298 -0.0612 50.02 -48.22 1e-06 4.291 4.291 0 58 -746.72 2.446 -0.0007298 -0.0612 50.02 -48.22 1e-06 4.291 4.291 0 59 -746.72 2.446 -0.0007298 -0.0612 42.97 -48.22 1e-06 4.291 4.291 0 60 -746.72 2.446 -0.0007298 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 61 -746.72 2.446 -0.0007298 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 62 -746.72 2.446 -0.0007298 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 63 -746.72 2.446 -0.0007298 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 64 -746.72 2.446 -0.0007298 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 65 -746.72 2.446 -0.0007298 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 66 -746.72 2.446 -0.0007298 -0.0612 50.02 -48.22 1e-06 3.126 3.126 0 67 -731.64 1.902 -0.0007298 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 68 -731.64 1.902 -0.0007298 -0.0612 42.97 -48.22 1e-06 3.126 3.126 0 69 -695.20 2.446 -0.0007298 0.002138 48.34 -48.22 1e-06 3.126 3.126 0 70 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-0.0007298 0.002138 48.34 -21.24 1e-06 3.126 3.126 0 85 -695.20 2.446 -0.0007298 0.002138 48.34 -21.24 1e-06 3.126 3.126 0 86 -695.20 2.446 -0.0007298 0.002138 48.34 -21.24 1e-06 3.126 3.126 0 87 -695.20 2.446 -0.0007298 0.002138 48.34 -21.24 1e-06 3.126 3.126 0 88 -695.20 2.446 -0.0007298 0.002138 48.34 -21.24 1e-06 3.126 3.126 0 89 -695.20 2.446 -0.0007298 0.002138 48.34 -21.24 1e-06 3.126 3.126 0 90 -549.30 1.597 -0.0007298 0.002138 48.34 -50.02 1e-06 3.126 3.126 0 91 -549.30 1.597 -0.0007298 0.002138 48.34 -50.02 1e-06 3.126 3.126 0 92 -549.30 1.597 -0.0007298 0.002138 48.34 -21.24 1e-06 3.126 3.126 0 93 -544.90 1.597 -0.0007298 -0.02395 50.02 -48.22 1e-06 3.126 3.126 0 94 -544.90 1.597 -0.0007298 -0.02395 50.02 -48.22 1e-06 3.126 3.126 0 95 -549.30 1.597 -0.0007298 0.002138 48.34 -50.02 5.92e+05 3.126 3.126 0 96 -549.30 1.597 -0.0007298 0.002138 48.34 -50.02 5.92e+05 3.126 3.126 0 97 -541.44 1.597 0.01305 0.002138 48.34 -21.24 1e-06 3.126 3.126 0 98 -541.44 1.597 0.01305 0.002138 48.34 -50.02 5.92e+05 3.126 3.126 0 99 -541.44 1.597 0.01305 0.002138 48.34 -50.02 5.92e+05 3.126 3.126 0 100 -541.44 1.597 0.01305 0.002138 48.34 -50.02 5.92e+05 3.126 3.126 0 101 -539.28 1.597 0.01305 0.002138 48.34 -21.24 5.92e+05 3.126 3.126 0 102 -539.28 1.597 0.01305 0.002138 48.34 -21.24 5.92e+05 3.126 3.126 0 103 -539.28 1.597 0.01305 0.002138 48.34 -21.24 5.92e+05 3.126 3.126 0 104 -539.22 1.597 0.01305 0.002138 48.34 -18.81 5.92e+05 3.126 3.126 0 105 -539.22 1.597 0.01305 0.002138 48.34 -18.81 5.92e+05 3.126 3.126 0 106 -539.22 1.597 0.01305 0.002138 48.34 -18.81 5.92e+05 3.126 3.126 0 107 -539.20 1.597 0.01305 0.002138 48.34 -20.01 5.92e+05 3.126 3.126 0 108 -539.20 1.597 0.01305 0.002138 48.34 -20.01 5.92e+05 3.126 3.126 0 109 -539.20 1.597 0.01305 0.002138 48.34 -20.01 5.92e+05 3.126 3.126 0 110 -539.20 1.597 0.01305 0.002138 48.34 -20.01 5.92e+05 3.126 3.126 0 111 -539.20 1.597 0.01305 0.002138 48.34 -20.01 5.92e+05 3.126 3.126 0 112 -539.19 1.597 0.01305 0.002138 48.34 -18.81 6.757e+05 3.126 3.126 0 113 -539.19 1.597 0.01305 0.002138 48.34 -18.81 6.757e+05 3.126 3.126 0 114 -539.19 1.597 0.01305 0.002138 48.34 -20.01 6.056e+05 3.126 3.126 0 115 -539.19 1.597 0.01305 0.002138 48.34 -20.01 6.056e+05 3.126 3.126 0 116 -539.17 1.597 0.01305 0.002138 48.34 -20.01 6.757e+05 3.126 3.126 0 117 -539.17 1.597 0.01305 0.002138 48.34 -20.01 6.757e+05 3.126 3.126 0 118 -533.97 1.43 0.01305 0.002138 48.34 -20.01 5.92e+05 3.126 3.126 0 119 -533.97 1.43 0.01305 0.002138 48.34 -20.01 5.92e+05 3.126 3.126 0 120 -533.97 1.43 0.01305 0.002138 48.34 -20.01 5.92e+05 3.126 3.126 0 121 -533.89 1.43 0.01305 0.002138 48.34 -20.01 6.757e+05 3.126 3.126 0 122 -533.89 1.43 0.01305 0.002138 48.34 -20.01 6.757e+05 3.126 3.126 0 123 -533.89 1.43 0.01305 0.002138 48.34 -20.01 6.757e+05 3.126 3.126 0 124 -533.88 1.43 0.01305 0.002138 48.34 -19.72 6.757e+05 3.126 3.126 0 125 -533.88 1.43 0.01305 0.002138 48.34 -19.72 6.757e+05 3.126 3.126 0 126 -533.88 1.43 0.01305 0.002138 48.34 -20.01 8.68e+05 3.126 3.126 0 127 -533.88 1.43 0.01305 0.002138 48.34 -20.01 8.68e+05 3.126 3.126 0 128 -533.85 1.43 0.01305 0.002138 48.34 -20.01 7.999e+05 3.126 3.126 0 129 -533.85 1.43 0.01305 0.002138 48.34 -20.01 7.534e+05 3.126 3.126 0 130 -533.85 1.43 0.01305 0.002138 48.34 -20.01 7.534e+05 3.126 3.126 0 131 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 132 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 133 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 134 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 135 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 136 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 137 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 138 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 139 -533.84 1.43 0.01305 0.002138 48.34 -19.62 7.876e+05 3.126 3.126 0 140 -533.84 1.43 0.01305 0.002138 48.34 -19.62 7.876e+05 3.126 3.126 0 141 -533.84 1.43 0.01305 0.002138 48.34 -19.62 7.876e+05 3.126 3.126 0 142 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 143 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 144 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 145 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 146 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 147 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 148 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 149 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 150 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 151 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 152 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 153 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 154 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 155 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 156 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 157 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 158 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 159 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 160 -530.20 1.43 0.01305 -0.0002735 48.34 -19.72 7.876e+05 3.126 3.126 0 161 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.876e+05 3.126 3.126 0 162 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 163 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 164 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 165 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 166 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 167 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 168 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 169 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 170 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 171 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 172 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 173 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 174 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 175 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 176 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 177 -533.84 1.43 0.01305 0.002138 48.34 -19.7 7.743e+05 3.126 3.126 0 178 -533.84 1.43 0.01305 0.002138 48.34 -19.7 7.743e+05 3.126 3.126 0 179 -533.84 1.43 0.01305 0.002138 48.34 -19.7 7.743e+05 3.126 3.126 0 180 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 181 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 182 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 183 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 184 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 185 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 186 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 187 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 188 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 189 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 190 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 191 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 192 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 193 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 194 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 195 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 196 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 197 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 198 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 199 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 200 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 201 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 202 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 203 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 204 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 205 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 206 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 207 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 208 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.743e+05 3.126 3.126 0 209 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 210 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 211 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 212 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 213 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 214 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 215 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 216 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 217 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 218 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 219 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 220 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 221 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 222 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 223 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 224 -533.84 1.43 0.01305 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 225 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0 253 -531.44 1.43 0.005928 0.002138 48.34 -19.72 8.164e+05 3.126 3.126 0 254 -531.47 1.43 0.005928 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 255 -531.47 1.43 0.005928 0.002138 48.34 -19.72 7.854e+05 3.126 3.126 0 256 -531.42 1.43 0.005928 0.002138 48.34 -19.72 8.746e+05 3.126 3.126 0 257 -531.42 1.43 0.005928 0.002138 48.34 -19.72 8.746e+05 3.126 3.126 0 258 -531.41 1.43 0.005928 0.002138 48.34 -19.72 9.092e+05 3.126 3.126 0 259 -531.41 1.43 0.005928 0.002138 48.34 -19.72 9.092e+05 3.126 3.126 0 260 -531.41 1.43 0.005928 0.002138 48.34 -19.72 9.092e+05 3.126 3.126 0 261 -531.42 1.43 0.005928 0.002138 48.34 -19.72 8.746e+05 3.126 3.126 0 262 -531.42 1.43 0.005928 0.002138 48.34 -19.72 8.746e+05 3.126 3.126 0 263 -531.42 1.43 0.005928 0.002138 48.34 -19.72 8.746e+05 3.126 3.126 0 264 -531.42 1.43 0.005928 0.002138 48.34 -19.72 8.746e+05 3.126 3.126 0 265 -531.42 1.43 0.005928 0.002138 48.34 -19.72 8.746e+05 3.126 3.126 0 266 -531.42 1.43 0.005928 0.002138 48.34 -19.61 8.746e+05 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3.476 3.476 0 417 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 418 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 419 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 420 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.222e+05 3.476 3.476 0 421 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 422 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 423 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 424 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.138e+05 3.476 3.476 0 425 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 426 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 427 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 428 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 429 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 430 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 431 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 432 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 433 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 434 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 435 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 436 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 437 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 438 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 439 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 440 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 441 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 442 -522.14 1.36 0.005928 -0.007098 50.02 -19.61 7.395e+05 3.476 3.476 0 443 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.395e+05 3.476 3.476 0 444 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.395e+05 3.476 3.476 0 445 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.395e+05 3.476 3.476 0 446 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.395e+05 3.476 3.476 0 447 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.395e+05 3.476 3.476 0 448 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.395e+05 3.476 3.476 0 449 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.244e+05 3.476 3.476 0 450 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.244e+05 3.476 3.476 0 451 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.244e+05 3.476 3.476 0 452 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.244e+05 3.476 3.476 0 453 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.244e+05 3.476 3.476 0 454 -522.14 1.36 0.005928 -0.007098 50.02 -19.6 7.244e+05 3.476 3.476 0 455 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 456 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 457 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 458 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 459 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 460 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 461 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 462 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 463 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 464 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 465 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 466 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 467 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 468 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 469 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 470 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 471 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 472 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 473 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 474 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 475 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 476 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 477 -522.14 1.36 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 478 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 479 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 480 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 481 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 482 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 483 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 484 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 485 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 486 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 487 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 488 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 489 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 490 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 491 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 492 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 493 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.088e+05 3.476 3.476 0 494 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 495 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 496 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 497 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 498 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 499 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 500 -521.79 1.387 0.005928 -0.007098 50.02 -19.58 7.244e+05 3.476 3.476 0 Setting fit to best solution... save all fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src4.ximg Saving current fit data in fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src4.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz fullrun_mos1_xmm0601270101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src 16 50.021320 0 0 1 4. ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz 337 304 353 320 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz using pyfits Extracting (336:352, 303:319) Extracting subarray using numpy mask ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz 1 337 304 353 320 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz using pyfits Extracting (336:352, 303:319) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -32.686288 32.686288 -1 setpar 5 0.0 0.010000 -32.686288 32.686288 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 8.171572 0.001000 2.042893 16.343144 -1 setpar 8 8.171572 0.001000 2.042893 16.343144 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 -64728.41 42.33 -7.98 7.171 15.64 -20.3 1e-06 8.558 8.558 2 -51697.02 67.46 8.636 -5.397 32.03 11.17 1e-06 2.119 2.119 3 -30334.81 52.41 -2.957 -0.01332 -32.69 -8.465 1e-06 8.558 8.558 4 -30334.81 52.41 -2.957 -0.01332 -32.69 -8.465 1e-06 8.558 8.558 5 -18309.48 28.21 1.056 2.138 8.601 30.85 1e-06 13.21 13.21 6 -18309.48 28.21 1.056 2.138 8.601 30.85 1e-06 13.21 13.21 7 -19126.43 13.37 -3.357 -0.9006 8.919 -14.71 1e-06 2.119 2.119 8 -8593.29 13.37 1.263 -0.9006 8.919 -14.71 1e-06 2.119 2.119 9 -7254.31 13.37 -0.581 -0.9006 27.49 11.17 1e-06 5.884 5.884 10 -7254.31 13.37 -0.581 -0.9006 27.49 11.17 1e-06 5.884 5.884 11 -7254.31 13.37 -0.581 -0.9006 27.49 11.17 1e-06 2.119 2.119 12 -7254.31 13.37 -0.581 -0.9006 8.919 -14.71 1e-06 8.303 8.303 13 -5560.70 6.926 -0.581 -0.9006 27.49 -14.71 1e-06 2.119 2.119 14 -5728.70 2.749 1.263 -0.9006 15.64 -14.71 1e-06 2.043 2.043 15 -868.14 2.749 -0.04088 0.0645 27.49 -14.71 1e-06 2.119 2.119 16 -868.14 2.749 -0.04088 0.0645 27.49 -14.71 1e-06 2.119 2.119 17 -868.14 2.749 -0.04088 0.0645 27.49 -14.71 1e-06 2.119 2.119 18 -868.14 2.749 -0.04088 0.0645 27.49 -14.71 1e-06 2.119 2.119 19 -868.14 2.749 -0.04088 0.0645 27.49 -14.71 1e-06 2.119 2.119 20 -868.14 2.749 -0.04088 0.0645 27.49 -14.71 1e-06 9.782 9.782 21 -868.14 2.749 -0.04088 0.0645 27.49 -14.71 1e-06 4.405 4.405 22 -868.14 2.749 -0.04088 0.0645 27.49 -14.71 1e-06 9.782 9.782 23 -746.59 2.749 -0.04088 0.01658 27.49 -14.71 1e-06 2.043 2.043 24 -746.59 2.749 -0.04088 0.01658 27.49 13.63 1e-06 2.119 2.119 25 -746.59 2.749 -0.04088 0.01658 27.49 13.63 1e-06 2.119 2.119 26 -746.59 2.749 -0.04088 0.01658 27.49 13.63 1e-06 2.119 2.119 27 -746.59 2.749 -0.04088 0.01658 27.49 13.63 1e-06 2.119 2.119 28 -746.59 2.749 -0.04088 0.01658 27.49 13.63 1e-06 2.119 2.119 29 -746.59 2.749 -0.04088 0.01658 27.49 -24.55 1e-06 2.119 2.119 30 -746.59 2.749 -0.04088 0.01658 27.49 -24.55 1e-06 2.119 2.119 31 -684.69 2.524 -0.04088 -0.003763 27.49 -14.71 1e-06 9.112 9.112 32 -684.69 2.524 -0.04088 -0.003763 27.49 -14.71 1e-06 9.112 9.112 33 -684.69 2.524 -0.04088 -0.003763 27.49 -14.71 1e-06 9.112 9.112 34 -684.69 2.524 -0.04088 -0.003763 27.49 -14.04 1e-06 9.112 9.112 35 -684.69 2.524 -0.04088 -0.003763 27.49 -14.71 1e-06 8.303 8.303 36 -684.69 2.524 -0.04088 -0.003763 32.69 -14.71 1e-06 9.112 9.112 37 -684.69 2.524 -0.04088 -0.003763 27.49 -14.71 1e-06 7.048 7.048 38 -644.86 1.537 -0.04088 0.01658 27.49 -14.04 1e-06 4.904 4.904 39 -644.86 1.537 -0.04088 0.01658 27.49 -14.71 1e-06 4.904 4.904 40 -684.69 2.524 -0.04088 -0.003763 27.49 -14.71 1e-06 2.119 2.119 41 -684.69 2.524 -0.04088 -0.003763 27.49 -14.71 1e-06 2.119 2.119 42 -684.69 2.524 -0.04088 -0.003763 27.49 -17.59 1e-06 2.119 2.119 43 -683.50 2.518 -0.04088 -0.003763 27.49 18.38 1e-06 8.303 8.303 44 -683.50 2.518 -0.04088 -0.003763 27.49 18.38 1e-06 8.303 8.303 45 -683.50 2.518 -0.04088 -0.003763 27.49 18.38 1e-06 8.303 8.303 46 -683.50 2.518 -0.04088 -0.003763 27.49 18.38 1e-06 8.303 8.303 47 -683.50 2.518 -0.04088 -0.003763 27.49 18.38 1e-06 2.119 2.119 48 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-1.519 2.903 1e-06 9.057 9.057 Setting fit to best solution... save all fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src5.ximg Saving current fit data in fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src5.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz fullrun_mos1_xmm0601270101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src 16 50.021320 0 0 1 4. ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz 304 210 320 226 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz using pyfits Extracting (303:319, 209:225) Extracting subarray using numpy mask ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz 1 304 210 320 226 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz using pyfits Extracting (303:319, 209:225) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -37.733752 37.733752 -1 setpar 5 0.0 0.010000 -37.733752 37.733752 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 9.433438 0.001000 2.358360 18.866876 -1 setpar 8 9.433438 0.001000 2.358360 18.866876 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 -306182.11 11.38 -2.842 -9.626 -32.08 -33.07 3.289e+05 3.9 3.9 2 -109027.83 11.38 -2.842 -9.626 -32.08 -35.46 3.289e+05 3.9 3.9 3 -76103.67 99.03 -2.842 4.015 -32.08 -37.48 3.289e+05 3.9 3.9 4 -42706.88 6.427 -6.626 1.724 -35.8 -37.48 2.444e+05 3.9 3.9 5 -18857.32 6.427 -3.131 1.724 -35.8 -37.73 3.19e+06 2.731 2.731 6 -18857.32 6.427 -3.131 1.724 -35.8 -37.73 3.19e+06 2.731 2.731 7 -18204.97 6.427 -3.131 1.724 -35.8 -37.73 5.623e+05 2.731 2.731 8 -18204.97 6.427 -3.131 1.724 -35.8 -37.73 5.623e+05 2.731 2.731 9 -10649.75 6.427 1.021 1.724 -35.8 -37.48 1e-06 2.731 2.731 10 -10649.75 6.427 1.021 1.724 -35.8 -37.73 1e-06 2.731 2.731 11 -10649.75 6.427 1.021 1.724 -35.8 -37.73 1e-06 2.731 2.731 12 -10649.75 6.427 1.021 1.724 -35.8 -37.73 5.623e+05 2.731 2.731 13 -10649.75 6.427 1.021 1.724 -35.8 -37.73 5.623e+05 2.731 2.731 14 -8309.35 6.427 1.021 1.282 -35.8 -37.73 3.19e+06 2.731 2.731 15 -8309.35 6.427 1.021 1.282 -35.8 -37.73 3.19e+06 2.731 2.731 16 -8309.35 6.427 1.021 1.282 -35.8 -37.73 3.19e+06 2.731 2.731 17 -7752.73 6.427 1.021 1.282 -35.8 -37.73 1.329e+05 2.731 2.731 18 -6818.94 6.427 1.021 1.029 -35.8 -36.88 1.329e+05 2.404 2.404 19 -5325.12 6.427 1.021 -0.5001 -35.8 -37.73 3.289e+05 2.731 2.731 20 -6818.94 6.427 1.021 1.029 -35.8 -37.73 3.905e+05 2.731 2.731 21 -6184.81 5.062 0.4339 1.115 -32.08 -37.73 1e-06 2.731 2.731 22 -5892.48 6.427 1.021 -0.9134 -35.8 -37.73 5.623e+05 2.731 2.731 23 -5601.52 1.321 1.021 1.029 -35.8 -37.73 3.289e+05 2.731 2.731 24 -5601.52 1.321 1.021 1.029 -35.8 -37.73 3.289e+05 2.731 2.731 25 -5566.41 0.7809 1.021 1.029 -31.15 -37.73 1e-06 2.404 2.404 26 -3472.25 5.062 0.4339 0.403 -32.08 -37.73 1e-06 2.445 2.445 27 -3242.74 0 0.4339 -0.7295 -32.08 -37.73 1e-06 2.731 2.731 28 -2890.30 0 0.4339 0.444 -30.23 -36.08 1e-06 2.358 2.358 29 -2738.48 5.062 0.4339 0.1221 -26.07 -37.73 1e-06 2.731 2.731 30 -2738.48 5.062 0.4339 0.1221 -26.07 -37.73 1e-06 2.731 2.731 31 -2413.74 5.062 -0.2913 0.1221 -26.07 -37.73 1e-06 2.731 2.731 32 -2413.74 5.062 -0.2913 0.1221 -26.07 -37.73 1e-06 2.731 2.731 33 -2413.74 5.062 -0.2913 0.1221 -26.07 -37.73 1e-06 2.731 2.731 34 -1989.45 0 0.4339 0.1341 -30.23 -36.08 1e-06 2.358 2.358 35 -1514.03 0.7809 -0.2143 0.1221 -35.8 -37.73 1e-06 2.358 2.358 36 -1514.03 0.7809 -0.2143 0.1221 -35.8 -37.73 1e-06 2.358 2.358 37 -1478.08 0 0.1676 0.1221 -37.73 -37.73 1e-06 2.404 2.404 38 -1478.08 0 0.1676 0.1221 -37.73 -37.73 1e-06 2.404 2.404 39 -1478.08 0 0.1676 0.1221 -26.52 -37.73 1e-06 2.731 2.731 40 -1478.08 0 0.1676 0.1221 -37.73 -37.73 1e-06 2.404 2.404 41 -1478.08 0 0.1676 0.1221 -26.07 -37.73 1e-06 2.404 2.404 42 -1478.08 0 0.1676 0.1221 -35.8 -30.46 1e-06 2.731 2.731 43 -1478.08 0 0.1676 0.1221 -35.8 -30.46 1e-06 2.731 2.731 44 -1478.08 0 0.1676 0.1221 -30.23 -27.63 1e-06 2.358 2.358 45 -1478.08 0 0.1676 0.1221 -35.8 -30.46 1e-06 2.731 2.731 46 -1456.53 0 -0.05873 0.1221 -35.8 -27.63 1e-06 2.358 2.358 47 -1456.53 0 -0.05873 0.1221 -35.8 -27.63 1e-06 2.358 2.358 48 -1456.53 0 -0.05873 0.1221 -35.8 -27.63 1e-06 2.358 2.358 49 -1456.53 0 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3.087 328 -458.02 1.387 -0.008636 0.003372 -5.845 -31.31 1e-06 3.087 3.087 329 -458.02 1.387 -0.008636 0.003372 -5.845 -31.31 1e-06 3.087 3.087 330 -458.02 1.387 -0.008636 0.003372 -5.845 -31.31 1e-06 3.087 3.087 331 -458.02 1.387 -0.008636 0.003372 -5.845 -31.31 1e-06 3.087 3.087 332 -458.02 1.387 -0.008636 0.003372 -5.845 -31.31 1e-06 3.087 3.087 333 -458.02 1.387 -0.008636 0.003372 -5.845 -31.31 1e-06 3.087 3.087 334 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 335 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 336 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 337 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 338 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 339 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 340 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 341 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 342 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 343 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 344 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 345 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 346 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 347 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 348 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 349 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 350 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.087 3.087 351 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 352 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 353 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 354 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 355 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 356 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 357 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 358 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 359 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 360 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 361 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 362 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 363 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 364 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 365 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 366 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 367 -458.02 1.387 -0.008636 0.003372 -5.845 -31.05 1e-06 3.054 3.054 368 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.054 3.054 369 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.054 3.054 370 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.054 3.054 371 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.054 3.054 372 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.054 3.054 373 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.054 3.054 374 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 375 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 376 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 377 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 378 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 379 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 380 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 381 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 382 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 383 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 384 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 385 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 386 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 387 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.087 3.087 388 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.094 3.094 389 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.094 3.094 390 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.094 3.094 391 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.094 3.094 392 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.094 3.094 393 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.094 3.094 394 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.094 3.094 395 -456.68 1.387 -0.0002238 0.003372 -5.845 -31.05 1e-06 3.094 3.094 396 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 397 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 398 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 399 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 400 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 401 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 402 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 403 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 404 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 405 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 406 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 407 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 408 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 409 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 410 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 411 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 412 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 413 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 414 -456.63 1.387 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1e-06 3.094 3.094 429 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 430 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 431 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 432 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 433 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 434 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 435 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 436 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 437 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 438 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 439 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 440 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 441 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 442 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 443 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 444 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 445 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 446 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 447 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 448 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 449 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.094 3.094 450 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 451 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 452 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 453 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 454 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 455 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 456 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 457 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 458 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 459 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 460 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 461 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 462 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 463 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 464 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 465 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 466 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 467 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 468 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 469 -456.63 1.387 -0.005541 0.003372 -5.845 -31.05 1e-06 3.103 3.103 470 -456.36 1.387 -0.004266 0.003372 -5.845 -31.05 1e-06 3.103 3.103 471 -456.36 1.387 -0.004266 0.003372 -5.845 -31.05 1e-06 3.103 3.103 472 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-31.05 1e-06 3.103 3.103 487 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.103 3.103 488 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.103 3.103 489 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.103 3.103 490 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.103 3.103 491 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.103 3.103 492 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.103 3.103 493 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.103 3.103 494 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.103 3.103 495 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.132 3.132 496 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.132 3.132 497 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.132 3.132 498 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.132 3.132 499 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.132 3.132 500 -456.21 1.38 -0.004266 0.003372 -5.845 -31.05 1e-06 3.132 3.132 Setting fit to best solution... save all fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src6.ximg Saving current fit data in fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src6.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs 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 ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz fullrun_mos1_xmm0601270101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src 16 50.021320 0 0 1 4. ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz 190 297 206 313 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz using pyfits Extracting (189:205, 296:312) Extracting subarray using numpy mask ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz 1 190 297 206 313 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz using pyfits Extracting (189:205, 296:312) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -40.173672 40.173672 -1 setpar 5 0.0 0.010000 -40.173672 40.173672 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 10.043418 0.001000 2.510855 20.086836 -1 setpar 8 10.043418 0.001000 2.510855 20.086836 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 -39277.13 1.01 -5.662 -7.899 37.9 -39.45 6.264e+04 4.225 4.225 2 -72216.29 1.01 -5.662 7.589 -1.211 -39.45 6.264e+04 4.225 4.225 3 -72216.29 1.01 -5.662 7.589 -1.211 -39.45 6.264e+04 4.225 4.225 4 -31167.72 67.41 2.906 -2.317 4.386 4.821 1e-06 3.397 3.397 5 -12299.81 1.01 2.906 -2.317 4.386 4.821 1e-06 3.397 3.397 6 -12299.81 1.01 2.906 -2.317 40.17 4.821 1e-06 3.397 3.397 7 -8042.24 1.01 0.4981 1.713 -1.211 -39.45 1e-06 4.225 4.225 8 -12299.81 1.01 2.906 -2.317 4.386 4.821 1e-06 3.397 3.397 9 -12299.81 1.01 2.906 -2.317 -0.8052 4.821 1e-06 3.397 3.397 10 -11466.65 1.01 -1.891 -2.317 40.17 -39.45 1e-06 3.397 3.397 11 -8588.81 1.01 1.247 1.713 4.386 -37.45 1e-06 3.397 3.397 12 -8588.81 1.01 1.247 1.713 4.386 -37.45 1e-06 3.397 3.397 13 -8588.81 1.01 1.247 1.713 4.386 -37.45 1e-06 3.397 3.397 14 -8588.81 1.01 1.247 1.713 4.386 -37.45 1e-06 3.397 3.397 15 -8588.81 1.01 1.247 1.713 4.386 -37.45 1e-06 3.397 3.397 16 -4845.45 1.01 1.247 0.2604 35.86 -40.06 1e-06 3.397 3.397 17 -3423.26 1.01 0.7491 0.2604 -33.79 -39.45 1e-06 3.416 3.416 18 -4530.72 0 1.247 -0.2112 -34.77 -39.45 1e-06 3.416 3.416 19 -4501.36 1.01 1.012 0.2604 -33.79 -39.45 1e-06 3.416 3.416 20 -2626.86 1.01 0.4479 -0.4193 4.386 -39.45 1e-06 3.416 3.416 21 -3423.26 1.01 0.7491 0.2604 -33.79 -39.45 1e-06 3.416 3.416 22 -2452.23 1.01 0.4479 0.2604 35.86 -39.45 1e-06 2.511 2.511 23 -1931.78 1.01 -0.009981 0.2604 4.386 -39.45 1e-06 3.416 3.416 24 -1931.78 1.01 -0.009981 0.2604 4.386 -39.45 1e-06 3.397 3.397 25 -1931.78 1.01 -0.009981 0.2604 40.17 -40.17 1e-06 3.416 3.416 26 -1760.88 1.01 -0.009981 -0.4353 -33.79 -37.45 1e-06 3.397 3.397 27 -1583.00 0 -0.009981 0.2604 -28.35 -39.45 1e-06 3.416 3.416 28 -1427.05 0.4 -0.009981 0.2604 4.386 -39.45 1e-06 3.397 3.397 29 -1427.05 0.4 -0.009981 0.2604 4.386 -39.45 1e-06 3.397 3.397 30 -1427.05 0.4 -0.009981 0.2604 4.386 -39.45 1e-06 3.397 3.397 31 -1427.05 0.4 -0.009981 0.2604 4.386 -39.45 1e-06 2.511 2.511 32 -571.74 1.01 -0.009981 0.02808 -33.79 -40.06 1e-06 2.511 2.511 33 -571.74 1.01 -0.009981 0.02808 -33.79 -40.06 1e-06 2.511 2.511 34 -571.74 1.01 -0.009981 0.02808 -33.79 -40.06 1e-06 2.511 2.511 35 -571.74 1.01 -0.009981 0.02808 -33.79 -40.06 1e-06 2.511 2.511 36 -571.74 1.01 -0.009981 0.02808 -33.79 -40.06 1e-06 2.511 2.511 37 -571.74 1.01 -0.009981 0.02808 4.386 -40.06 1e-06 3.397 3.397 38 -571.74 1.01 -0.009981 0.02808 4.386 -40.06 1e-06 3.397 3.397 39 -571.74 1.01 -0.009981 0.02808 4.386 -40.06 1e-06 3.397 3.397 40 -571.74 1.01 -0.009981 0.02808 4.386 -40.06 1e-06 3.397 3.397 41 -571.74 1.01 -0.009981 0.02808 4.386 -39.45 1e-06 3.397 3.397 42 -571.74 1.01 -0.009981 0.02808 4.386 -32.55 1e-06 3.397 3.397 43 -571.74 1.01 -0.009981 0.02808 4.386 -40.17 1e-06 9.661 9.661 44 -571.74 1.01 -0.009981 0.02808 4.386 -40.17 1e-06 9.661 9.661 45 -571.74 1.01 -0.009981 0.02808 4.386 -40.17 1e-06 9.661 9.661 46 -571.74 1.01 -0.009981 0.02808 4.386 -40.17 1e-06 9.661 9.661 47 -571.74 1.01 -0.009981 0.02808 4.386 -40.17 1e-06 9.661 9.661 48 -571.74 1.01 -0.009981 0.02808 4.386 -40.17 1e-06 13.32 13.32 49 -528.21 1.01 -0.009981 0.02125 4.386 -40.06 1e-06 3.397 3.397 50 -528.21 1.01 -0.009981 0.02125 4.386 -40.06 1e-06 3.397 3.397 51 -528.21 1.01 -0.009981 0.02125 4.386 -40.06 1e-06 3.397 3.397 52 -528.21 1.01 -0.009981 0.02125 4.386 -40.06 1e-06 3.397 3.397 53 -528.21 1.01 -0.009981 0.02125 4.386 -40.06 1e-06 3.397 3.397 54 -528.21 1.01 -0.009981 0.02125 4.386 -32.55 1e-06 9.661 9.661 55 -528.21 1.01 -0.009981 0.02125 12.17 -40.17 1e-06 13.32 13.32 56 -528.21 1.01 -0.009981 0.02125 11.03 -31.67 1e-06 13.32 13.32 57 -528.21 1.01 -0.009981 0.02125 11.03 -31.67 1e-06 13.32 13.32 58 -528.21 1.01 -0.009981 0.02125 12.17 -40.17 1e-06 18.02 18.02 59 -528.21 1.01 -0.009981 0.02125 12.17 -40.17 1e-06 18.02 18.02 60 -528.21 1.01 -0.009981 0.02125 12.17 -40.17 1e-06 18.02 18.02 61 -512.43 1.187 -0.009981 0.02125 -4.531 -40.17 1e-06 13.32 13.32 62 -512.43 1.187 -0.009981 0.02125 -4.531 -40.17 1e-06 13.32 13.32 63 -512.43 1.187 -0.009981 0.02125 -4.531 -40.17 1e-06 13.32 13.32 64 -512.43 1.187 -0.009981 0.02125 -4.531 -40.06 1e-06 13.32 13.32 65 -512.43 1.187 -0.009981 0.02125 -4.531 -31.67 1e-06 13.32 13.32 66 -512.43 1.187 -0.009981 0.02125 7.836 -39.77 1e-06 13.32 13.32 67 -512.43 1.187 -0.009981 0.02125 25.73 -32.55 1e-06 13.32 13.32 68 -512.43 1.187 -0.009981 0.02125 25.73 -32.55 1e-06 18.59 18.59 69 -512.43 1.187 -0.009981 0.02125 25.73 -32.55 1e-06 18.59 18.59 70 -512.43 1.187 -0.009981 0.02125 25.73 -32.55 1e-06 18.59 18.59 71 -512.43 1.187 -0.009981 0.02125 25.73 -26.69 1e-06 20.09 20.09 72 -512.43 1.187 -0.009981 0.02125 12.17 -31.67 1e-06 18.59 18.59 73 -512.43 1.187 -0.009981 0.02125 12.17 -22.97 1e-06 18.02 18.02 74 -512.43 1.187 -0.009981 0.02125 12.17 -31.67 1e-06 18.59 18.59 75 -512.43 1.187 -0.009981 0.02125 25.73 -26.28 1e-06 18.59 18.59 76 -512.43 1.187 -0.009981 0.02125 25.73 -26.28 1e-06 18.59 18.59 77 -512.43 1.187 -0.009981 0.02125 12.17 -18.44 1e-06 18.59 18.59 78 -512.43 1.187 -0.009981 0.02125 12.17 -18.04 1e-06 18.59 18.59 79 -512.43 1.187 -0.009981 0.02125 12.17 -18.44 1e-06 19.8 19.8 80 -481.85 1.187 0.006952 0.02125 12.17 -31.67 1e-06 18.59 18.59 81 -481.85 1.187 0.006952 0.02125 12.17 -31.67 1e-06 18.59 18.59 82 -481.85 1.187 0.006952 0.02125 12.17 -14.14 1e-06 18.59 18.59 83 -481.85 1.187 0.006952 0.02125 12.17 -14.14 1e-06 18.59 18.59 84 -481.85 1.187 0.006952 0.02125 12.17 -14.14 1e-06 18.59 18.59 85 -481.85 1.187 0.006952 0.02125 12.17 -14.14 1e-06 18.59 18.59 86 -481.85 1.187 0.006952 0.02125 12.17 -14.14 1e-06 18.59 18.59 87 -481.85 1.187 0.006952 0.02125 11.35 -12.89 1e-06 18.03 18.03 88 -481.85 1.187 0.006952 0.02125 12.17 -11.06 1e-06 18.59 18.59 89 -481.85 1.187 0.006952 0.02125 12.17 -11.06 1e-06 18.59 18.59 90 -481.85 1.187 0.006952 0.02125 12.17 -11.06 1e-06 19.52 19.52 91 -481.85 1.187 0.006952 0.02125 4.512 -11.06 1e-06 18.59 18.59 92 -481.85 1.187 0.006952 0.02125 4.512 -11.06 1e-06 18.59 18.59 93 -481.85 1.187 0.006952 0.02125 4.512 -11.06 1e-06 18.59 18.59 94 -471.25 1.187 0.006952 0.003086 12.17 -12.89 1e-06 18.59 18.59 95 -471.25 1.187 0.006952 0.003086 12.17 -12.89 1e-06 18.59 18.59 96 -471.25 1.187 0.006952 0.003086 12.17 -11.06 1e-06 18.59 18.59 97 -471.25 1.187 0.006952 0.003086 12.17 -11.06 1e-06 18.59 18.59 98 -471.25 1.187 0.006952 0.003086 12.17 -3.029 1e-06 18.59 18.59 99 -471.25 1.187 0.006952 0.003086 12.17 -3.029 1e-06 18.59 18.59 100 -471.25 1.187 0.006952 0.003086 12.17 -3.029 1e-06 18.59 18.59 101 -471.25 1.187 0.006952 0.003086 12.17 -3.029 1e-06 18.59 18.59 102 -471.25 1.187 0.006952 0.003086 12.17 -3.029 1e-06 18.59 18.59 103 -471.25 1.187 0.006952 0.003086 12.17 -3.029 1e-06 18.59 18.59 104 -471.25 1.187 0.006952 0.003086 12.17 1.193 1e-06 18.59 18.59 105 -471.25 1.187 0.006952 0.003086 12.17 1.193 1e-06 18.59 18.59 106 -471.25 1.187 0.006952 0.003086 12.17 1.193 1e-06 18.59 18.59 107 -471.25 1.187 0.006952 0.003086 12.17 1.193 1e-06 16.98 16.98 108 -471.25 1.187 0.006952 0.003086 12.17 1.193 1e-06 16.98 16.98 109 -471.25 1.187 0.006952 0.003086 12.17 1.193 1e-06 16.98 16.98 110 -471.25 1.187 0.006952 0.003086 12.17 1.193 1e-06 16.98 16.98 111 -471.25 1.187 0.006952 0.003086 12.17 1.193 1e-06 14.64 14.64 112 -470.80 1.164 0.006952 0.003086 12.17 1.193 1e-06 18.59 18.59 113 -470.80 1.164 0.006952 0.003086 12.17 1.193 1e-06 18.59 18.59 114 -470.80 1.164 0.006952 0.003086 7.85 0.9064 1e-06 18.26 18.26 115 -470.80 1.164 0.006952 0.003086 12.17 1.193 1e-06 16.98 16.98 116 -470.80 1.164 0.006952 0.003086 7.85 1.193 1e-06 14.64 14.64 117 -470.80 1.164 0.006952 0.003086 7.85 1.193 1e-06 14.64 14.64 118 -470.80 1.164 0.006952 0.003086 7.85 1.193 1e-06 14.64 14.64 119 -470.80 1.164 0.006952 0.003086 7.367 1.193 1e-06 14.64 14.64 120 -470.80 1.164 0.006952 0.003086 7.367 1.193 1e-06 14.14 14.14 121 -470.80 1.164 0.006952 0.003086 7.367 3.934 1e-06 14.14 14.14 122 -470.80 1.164 0.006952 0.003086 7.367 3.934 1e-06 14.14 14.14 123 -470.80 1.164 0.006952 0.003086 7.367 3.934 1e-06 14.14 14.14 124 -470.80 1.164 0.006952 0.003086 7.367 3.934 1e-06 14.14 14.14 125 -470.80 1.164 0.006952 0.003086 7.367 3.934 1e-06 14.14 14.14 126 -470.80 1.164 0.006952 0.003086 7.367 3.934 1e-06 14.14 14.14 127 -470.72 1.097 0.006952 0.003086 7.367 1.193 1e-06 14.14 14.14 128 -470.72 1.097 0.006952 0.003086 7.367 1.193 1e-06 14.14 14.14 129 -470.72 1.097 0.006952 0.003086 7.367 1.193 1e-06 14.14 14.14 130 -470.72 1.097 0.006952 0.003086 7.367 1.193 1e-06 14.14 14.14 131 -470.72 1.097 0.006952 0.003086 7.367 3.934 1e-06 13.27 13.27 132 -470.72 1.097 0.006952 0.003086 7.367 3.934 1e-06 14.14 14.14 133 -470.72 1.097 0.006952 0.003086 7.367 3.934 1e-06 14.14 14.14 134 -470.72 1.097 0.006952 0.003086 6.532 3.934 1e-06 13.91 13.91 135 -470.72 1.097 0.006952 0.003086 6.532 3.934 1e-06 13.91 13.91 136 -470.72 1.097 0.006952 0.003086 6.532 3.934 1e-06 13.91 13.91 137 -470.72 1.097 0.006952 0.003086 6.532 3.934 1e-06 13.91 13.91 138 -470.72 1.097 0.006952 0.003086 6.532 3.934 1e-06 13.91 13.91 139 -470.72 1.097 0.006952 0.003086 6.532 3.934 1e-06 13.91 13.91 140 -470.72 1.097 0.006952 0.003086 6.532 3.934 1e-06 13.91 13.91 141 -470.72 1.097 0.006952 0.003086 6.532 3.934 1e-06 13.25 13.25 142 -470.72 1.097 0.006952 0.003086 6.532 4.346 1e-06 14.14 14.14 143 -470.72 1.097 0.006952 0.003086 6.378 3.934 1e-06 13.33 13.33 144 -470.72 1.097 0.006952 0.003086 6.532 5.082 1e-06 13.91 13.91 145 -470.72 1.097 0.006952 0.003086 6.532 5.082 1e-06 13.91 13.91 146 -470.72 1.097 0.006952 0.003086 6.532 5.082 1e-06 13.91 13.91 147 -470.72 1.097 0.006952 0.003086 6.532 4.794 1e-06 13.91 13.91 148 -470.72 1.097 0.006952 0.003086 6.532 4.794 1e-06 13.91 13.91 149 -470.72 1.097 0.006952 0.003086 6.532 4.794 1e-06 13.44 13.44 150 -470.72 1.097 0.006952 0.003086 6.378 4.794 1e-06 13.33 13.33 151 -470.72 1.097 0.006952 0.003086 6.305 5.082 1e-06 13.91 13.91 152 -470.72 1.097 0.006952 0.003086 6.378 5.082 1e-06 13.44 13.44 153 -470.72 1.097 0.006952 0.003086 6.378 4.794 1e-06 13.44 13.44 154 -470.72 1.097 0.006952 0.003086 6.378 4.794 1e-06 13.44 13.44 155 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1.097 0.006952 0.003086 5.997 4.794 1e-06 13.44 13.44 171 -470.72 1.097 0.006952 0.003086 5.997 4.794 1e-06 13.44 13.44 172 -470.72 1.097 0.006952 0.003086 5.997 4.794 1e-06 13.44 13.44 173 -470.72 1.097 0.006952 0.003086 5.997 4.794 1e-06 13.44 13.44 174 -470.49 1.097 0.01251 0.003086 5.997 4.794 1e-06 13.44 13.44 175 -470.49 1.097 0.01251 0.003086 5.997 4.794 1e-06 13.44 13.44 176 -470.49 1.097 0.01251 0.003086 5.997 4.794 1e-06 13.44 13.44 177 -470.49 1.097 0.01251 0.003086 5.997 4.794 1e-06 13.44 13.44 178 -470.49 1.097 0.01251 0.003086 5.997 4.794 1e-06 13.44 13.44 179 -470.49 1.097 0.01251 0.003086 5.997 4.794 1e-06 13.44 13.44 180 -470.49 1.097 0.01251 0.003086 5.997 4.794 1e-06 13.44 13.44 181 -470.49 1.097 0.01251 0.003086 5.997 4.794 1e-06 13.44 13.44 182 -470.49 1.097 0.01251 0.003086 5.997 4.794 1e-06 13.44 13.44 183 -470.49 1.097 0.01251 0.003086 5.997 4.794 1e-06 13.44 13.44 184 -470.49 1.097 0.01251 0.003086 5.997 4.794 1e-06 13.44 13.44 185 -470.49 1.097 0.01251 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-468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 420 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 421 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 422 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 423 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 424 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 425 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 426 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 427 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 428 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 429 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 430 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 431 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 432 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 433 -468.68 1.105 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 434 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 435 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 436 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 437 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 438 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 439 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 440 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 441 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 442 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.2 12.2 443 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.04 12.04 444 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.04 12.04 445 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.04 12.04 446 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.18 12.18 447 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.18 12.18 448 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.18 12.18 449 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.18 12.18 450 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.18 12.18 451 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.18 12.18 452 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.18 12.18 453 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 11.91 11.91 454 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.18 12.18 455 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 12.18 12.18 456 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.18 12.18 457 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.18 12.18 458 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.18 12.18 459 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 11.91 11.91 460 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 11.91 11.91 461 -468.55 1.112 0.01251 0.008533 4.273 3.451 1e-06 11.91 11.91 462 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 11.98 11.98 463 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 11.98 11.98 464 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 11.98 11.98 465 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 11.98 11.98 466 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 467 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 468 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 469 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 470 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 471 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 472 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 473 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 474 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.02 12.02 475 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 476 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 477 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 478 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 479 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 480 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 481 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 482 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.02 12.02 483 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 484 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.07 12.07 485 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 486 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 487 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 488 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 489 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 490 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 491 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 492 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 493 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 494 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 495 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 496 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 497 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 498 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 499 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 500 -468.55 1.112 0.01251 0.008533 4.273 3.513 1e-06 12.01 12.01 Setting fit to best solution... save all fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src7.ximg Saving current fit data in fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src7.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 ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz fullrun_mos1_xmm0601270101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src 16 50.021320 0 0 1 4. ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz 362 412 378 428 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz using pyfits Extracting (361:377, 411:427) Extracting subarray using numpy mask ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz 1 362 412 378 428 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz using pyfits Extracting (361:377, 411:427) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -46.045420 46.045420 -1 setpar 5 0.0 0.010000 -46.045420 46.045420 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 11.511355 0.001000 2.877839 23.022710 -1 setpar 8 11.511355 0.001000 2.877839 23.022710 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 -7178.43 64.49 -4.708 -1.446 -33.78 -33.18 3.757e+06 3.17 3.17 2 -7178.43 64.49 -4.708 -1.446 -33.78 -33.18 3.757e+06 3.17 3.17 3 -2898.89 2.26 -8.17 1.566 -27.39 -20.54 7.929e+06 3.17 3.17 4 -2898.89 2.26 -8.17 1.566 -27.39 -20.54 7.929e+06 3.17 3.17 5 -2898.89 2.26 -8.17 1.566 -27.39 -20.54 7.929e+06 3.17 3.17 6 -2410.09 9.528 -6.724 0.531 -42.56 -41.27 3.115e+06 5.639 5.639 7 -2410.09 9.528 -6.724 0.531 -42.56 -41.27 3.115e+06 5.639 5.639 8 -2080.66 9.528 -4.708 0.531 -30.52 -41.27 7.082e+06 5.639 5.639 9 -1946.64 13.83 -1.168 0.531 -42.56 -29.01 7.082e+06 5.639 5.639 10 -1946.64 13.83 -1.168 0.531 -42.56 -29.01 5.565e+06 5.639 5.639 11 -1805.18 2.26 -1.168 0.531 -30.32 -29.01 7.082e+06 5.639 5.639 12 -1037.51 2.26 -1.168 0.531 -30.52 -37.61 7.082e+06 3.17 3.17 13 -1037.51 2.26 -1.168 0.531 -42.56 -41.27 3.115e+06 5.639 5.639 14 -1033.55 2.26 -1.168 0.531 -27.39 -20.54 7.8e+06 3.884 3.884 15 -937.69 0 -1.168 0.531 -29.58 -17.33 7.082e+06 3.17 3.17 16 -690.31 2.26 -1.168 0.2949 -42.56 -41.27 7.082e+06 3.884 3.884 17 -690.31 2.26 -1.168 0.2949 -42.56 -41.27 7.082e+06 3.884 3.884 18 -690.31 2.26 -1.168 0.2949 -42.56 -41.27 7.082e+06 3.884 3.884 19 -690.31 2.26 -1.168 0.2949 -27.39 -41.27 2.525e+06 3.884 3.884 20 -690.31 2.26 -1.168 0.2949 -42.56 -37.61 7.082e+06 5.639 5.639 21 -689.30 2.26 -1.168 0.2949 -27.39 -17.33 2.525e+06 3.884 3.884 22 -689.30 2.26 -1.168 0.2949 -27.39 -17.33 2.525e+06 3.884 3.884 23 -689.13 2.26 -1.168 0.2949 -27.39 -29.01 8.441e+06 3.884 3.884 24 -688.60 2.26 -1.168 0.2949 -27.39 -20.54 2.525e+06 3.884 3.884 25 -688.60 2.26 -1.168 0.2949 -27.39 -20.54 2.525e+06 3.884 3.884 26 -688.60 2.26 -1.168 0.2949 -27.39 -20.54 2.525e+06 3.884 3.884 27 -688.60 2.26 -1.168 0.2949 -27.39 -20.54 2.525e+06 3.884 3.884 28 -647.73 2.26 -0.5949 0.2949 -42.56 -46.05 7.082e+06 6.355 6.355 29 -647.73 2.26 -0.5949 0.2949 -42.56 -46.05 2.525e+06 6.355 6.355 30 -647.73 2.26 -0.5949 0.2949 -42.56 -46.05 2.525e+06 6.355 6.355 31 -647.73 2.26 -0.5949 0.2949 -42.56 -46.05 7.082e+06 5.564 5.564 32 -647.73 2.26 -0.5949 0.2949 -42.56 -46.05 7.082e+06 5.564 5.564 33 -647.73 2.26 -0.5949 0.2949 -42.56 -46.05 7.082e+06 3.93 3.93 34 -613.11 0.8066 -0.5949 0.2949 -42.56 -46.05 7.082e+06 6.355 6.355 35 -613.10 0.8066 -0.5949 0.2949 -42.56 -26.94 7.082e+06 6.355 6.355 36 -613.10 0.8066 -0.5949 0.2949 -42.56 -20.54 7.082e+06 6.355 6.355 37 -613.10 0.8066 -0.5949 0.2949 -42.56 -20.54 7.082e+06 6.355 6.355 38 -613.10 0.8066 -0.5949 0.2949 -42.56 -20.54 7.082e+06 6.355 6.355 39 -613.10 0.8066 -0.5949 0.2949 -42.56 -20.54 7.082e+06 6.355 6.355 40 -613.08 0.8066 -0.5949 0.2949 -41.11 -20.54 7.082e+06 6.355 6.355 41 -535.72 0.8066 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 6.355 6.355 42 -535.72 0.8066 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 6.355 6.355 43 -535.72 0.8066 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 6.355 6.355 44 -535.72 0.8066 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 6.355 6.355 45 -535.72 0.8066 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 6.355 6.355 46 -535.71 0.8066 -0.5949 -0.1198 -46.05 -46.05 7.082e+06 6.355 6.355 47 -535.71 0.8066 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 5.396 5.396 48 -535.71 0.8066 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 5.396 5.396 49 -517.60 0.8319 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 6.355 6.355 50 -483.31 2.49 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 6.355 6.355 51 -483.31 2.49 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 6.355 6.355 52 -483.31 2.49 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 6.355 6.355 53 -483.31 2.49 -0.5949 -0.1198 -42.56 -46.05 7.082e+06 6.355 6.355 54 -483.30 2.49 -0.5949 -0.1198 -46.05 -46.05 6.036e+06 5.396 5.396 55 -483.30 2.49 -0.5949 -0.1198 -42.56 -46.05 7.338e+06 2.878 2.878 56 -483.30 2.49 -0.5949 -0.1198 -42.7 -46.05 7.082e+06 2.878 2.878 57 -483.30 2.49 -0.5949 -0.1198 -33.42 -38.05 7.082e+06 2.878 2.878 58 -483.30 2.49 -0.5949 -0.1198 -42.56 -46.05 3.34e+06 2.878 2.878 59 -483.30 2.49 -0.5949 -0.1198 -42.56 -44.63 8.739e+06 2.878 2.878 60 -483.30 2.49 -0.5949 -0.1198 -42.56 -44.63 8.739e+06 2.878 2.878 61 -483.30 2.49 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1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 437 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 438 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 439 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 440 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 441 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 442 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 443 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 444 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 445 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 446 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 447 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 448 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 449 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 450 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 451 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 452 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 453 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 454 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 455 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 456 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 457 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 458 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 459 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 460 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 461 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 462 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 463 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 464 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 465 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 466 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 467 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 468 -282.53 1.298 -0.007734 -0.01145 -39.5 -0.1719 3.991e+06 6.573 6.573 469 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 470 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 471 -278.76 1.298 -0.007734 -0.004538 -39.5 -0.1719 3.991e+06 6.573 6.573 472 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 473 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 474 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 475 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 476 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 477 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 478 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 479 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 480 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 481 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 482 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 483 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 484 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 485 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 486 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 487 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 488 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 489 -281.01 1.298 -0.007734 -0.009475 -39.5 -0.1719 3.991e+06 6.573 6.573 490 -278.62 1.298 -0.007734 0.001166 -39.5 -0.1719 3.991e+06 6.573 6.573 491 -278.62 1.298 -0.007734 0.001166 -39.5 -0.1719 3.991e+06 6.573 6.573 492 -278.62 1.298 -0.007734 0.001166 -39.5 -0.1719 3.991e+06 6.573 6.573 493 -278.62 1.298 -0.007734 0.001166 -39.5 -0.1719 3.991e+06 6.573 6.573 494 -278.62 1.298 -0.007734 0.001166 -39.5 -0.1719 3.991e+06 6.573 6.573 495 -278.62 1.298 -0.007734 0.001166 -39.5 -0.1719 3.991e+06 6.573 6.573 496 -278.62 1.298 -0.007734 0.001166 -39.5 -0.1719 3.991e+06 6.573 6.573 497 -278.62 1.298 -0.007734 0.001166 -39.5 -0.1719 3.991e+06 6.573 6.573 498 -278.62 1.298 -0.007734 0.001166 -39.5 -0.1719 3.991e+06 6.573 6.573 499 -278.62 1.298 -0.007734 0.001166 -39.5 -0.1719 3.991e+06 6.573 6.573 500 -278.62 1.298 -0.007734 0.001166 -39.5 -0.1719 3.991e+06 6.573 6.573 Setting fit to best solution... save all fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src8.ximg Saving current fit data in fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src8.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 ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz fullrun_mos1_xmm0601270101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src 16 50.021320 0 0 1 4. ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz 275 288 291 304 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz using pyfits Extracting (274:290, 287:303) Extracting subarray using numpy mask ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz 1 275 288 291 304 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz using pyfits Extracting (274:290, 287:303) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -27.996620 27.996620 -1 setpar 5 0.0 0.010000 -27.996620 27.996620 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 6.999155 0.001000 1.749789 13.998310 -1 setpar 8 6.999155 0.001000 1.749789 13.998310 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 -68754.16 69.7 -9.155 4.119 -25.18 0.6633 1e-06 8.781 8.781 2 -68295.00 69.7 -9.155 -7.675 -25.18 0.6633 1e-06 8.781 8.781 3 -66925.46 54.83 6.123 9.713 9.968 10.71 1804 1.949 1.949 4 -32212.52 54.83 4.958 -1.891 9.968 10.71 1e-06 1.949 1.949 5 -32212.52 54.83 4.958 -1.891 9.968 10.71 1e-06 1.949 1.949 6 -25319.01 31.21 4.958 -1.891 9.968 10.71 1e-06 2.596 2.596 7 -24074.94 26.48 4.958 -1.891 9.968 10.71 1e-06 3.814 3.814 8 -24074.94 26.48 4.958 -1.891 9.968 10.71 1e-06 1.949 1.949 9 -24074.94 26.48 4.958 -1.891 9.968 10.71 1e-06 3.814 3.814 10 -21552.22 25.95 -1.68 -3.521 12.09 -9.361 1e-06 1.949 1.949 11 -21552.22 25.95 -1.68 -3.521 12.09 -28 1e-06 1.949 1.949 12 -18249.68 26.48 -1.68 -1.891 7.857 10.71 1e-06 3.814 3.814 13 -18249.68 26.48 -1.68 -1.891 7.857 10.71 1e-06 3.814 3.814 14 -15126.96 25.95 -1.68 -0.772 9.968 -2.278 1e-06 3.814 3.814 15 -14205.56 25.95 1.175 -1.891 9.968 -9.361 1e-06 3.268 3.268 16 -13699.19 26.48 1.175 -1.891 -7.262 10.71 1e-06 1.949 1.949 17 -13699.19 26.48 1.175 -1.891 -7.262 10.71 1e-06 1.949 1.949 18 -12974.19 25.95 0.4622 -1.891 7.452 -3.616 1e-06 1.949 1.949 19 -11425.79 16.06 -0.9517 -1.891 7.452 -3.616 1e-06 1.949 1.949 20 -11425.79 16.06 -0.9517 -1.891 7.452 -3.616 1e-06 1.949 1.949 21 -11425.79 16.06 -0.9517 -1.891 7.452 -3.616 1e-06 1.949 1.949 22 -9562.71 9.807 1.175 -1.891 3.72 10.71 1e-06 1.949 1.949 23 -9886.73 9.807 -0.9517 -1.891 -7.262 -10.65 1e-06 2.269 2.269 24 -7690.71 16.06 1.175 0.1347 -7.262 10.71 1e-06 1.949 1.949 25 -6421.18 11.21 -0.9517 0.1347 -7.262 -10.65 1e-06 2.269 2.269 26 -6288.62 18.87 0.4622 0.1347 11.07 20.15 1e-06 2.089 2.089 27 -5341.84 16.54 0.4622 -0.06735 12.09 -3.616 1e-06 1.949 1.949 28 -3804.53 9.807 0.4622 0.3899 -7.262 -10.65 1e-06 1.949 1.949 29 -3804.53 9.807 0.4622 0.3899 -7.262 -10.65 1e-06 1.949 1.949 30 -3303.76 11.21 0.3457 0.1347 -7.262 10.71 1e-06 1.949 1.949 31 -3303.76 11.21 0.3457 0.1347 -7.262 10.71 1e-06 1.949 1.949 32 -2331.36 3.307 0.4622 0.1347 11.07 -10.65 1e-06 2.089 2.089 33 -2299.26 0 0.4622 0.1347 -3.848 -10.65 1e-06 2.269 2.269 34 -1981.35 0 0.3457 0.1347 -7.262 10.71 1e-06 1.75 1.75 35 -1981.35 0 0.3457 0.1347 -7.262 10.71 1e-06 1.75 1.75 36 -1423.09 0 -0.02432 0.352 -7.262 -10.65 1e-06 2.048 2.048 37 -1423.09 0 -0.02432 0.352 -7.021 -10.65 1e-06 2.048 2.048 38 -1288.14 0 -0.02432 0.1347 -3.848 -10.65 1e-06 2.269 2.269 39 -925.60 2.577 0.02587 0.1347 -7.262 -10.65 1e-06 2.269 2.269 40 -925.60 2.577 0.02587 0.1347 -7.262 -10.65 1e-06 2.269 2.269 41 -867.51 2.824 0.02587 0.1347 -7.262 -10.65 1e-06 2.269 2.269 42 -821.75 2.577 -0.02432 0.1347 -13.61 -10.65 1e-06 2.089 2.089 43 -802.81 3.307 -0.06558 0.1347 -7.021 -14.15 1e-06 2.269 2.269 44 -709.17 2.824 -0.02432 0.1347 -7.262 18.56 1e-06 2.269 2.269 45 -638.25 2.577 -0.06558 0.1347 -7.021 -14.15 1e-06 2.269 2.269 46 -638.25 2.577 -0.06558 0.1347 -7.021 -14.15 1e-06 2.269 2.269 47 -638.25 2.577 -0.06558 0.1347 -7.021 -14.15 1e-06 2.269 2.269 48 -638.25 2.577 -0.06558 0.1347 -7.021 -14.15 1e-06 2.269 2.269 49 -536.09 2.577 -1.63e-05 0.1347 -7.021 -14.15 1e-06 2.269 2.269 50 -536.09 2.577 -1.63e-05 0.1347 -7.021 -14.15 1e-06 2.269 2.269 51 -482.03 2.824 -1.63e-05 0.1347 -7.021 -14.15 1e-06 2.269 2.269 52 -536.09 2.577 -1.63e-05 0.1347 -7.021 -18.7 1e-06 2.269 2.269 53 -482.03 2.824 -1.63e-05 0.1347 -7.021 -14.15 1e-06 2.269 2.269 54 -482.03 2.824 -1.63e-05 0.1347 -7.262 -10.65 1e-06 3.889 3.889 55 -482.03 2.824 -1.63e-05 0.1347 -7.262 -10.65 1e-06 3.889 3.889 56 -478.59 2.577 -1.63e-05 -0.0409 -7.021 -14.15 1e-06 2.269 2.269 57 -478.59 2.577 -1.63e-05 -0.0409 -3.848 -10.65 1e-06 3.598 3.598 58 -418.88 1.657 -1.63e-05 0.1347 -1.795 -11.67 1e-06 2.269 2.269 59 -394.96 2.577 -1.63e-05 -0.02766 -7.021 -14.15 1e-06 2.269 2.269 60 -394.96 2.577 -1.63e-05 -0.02766 -7.021 -14.15 1e-06 2.269 2.269 61 -394.96 2.577 -1.63e-05 -0.02766 -7.021 -14.15 1e-06 2.269 2.269 62 -394.96 2.577 -1.63e-05 -0.02766 -7.021 -14.15 1e-06 2.269 2.269 63 -394.96 2.577 -1.63e-05 -0.02766 -7.021 -14.15 1e-06 2.269 2.269 64 -394.96 2.577 -1.63e-05 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1e-06 9.178 9.178 482 -207.65 2.037 0.006184 0.03211 -2.643 0.4564 1e-06 9.178 9.178 483 -207.65 2.037 0.006184 0.03211 -2.643 0.4564 1e-06 9.178 9.178 484 -207.65 2.037 0.006184 0.03211 -2.643 0.4564 1e-06 9.178 9.178 485 -207.65 2.037 0.006184 0.03211 -2.643 0.4564 1e-06 9.193 9.193 486 -207.65 2.037 0.006184 0.03211 -2.643 0.4564 1e-06 9.193 9.193 487 -207.65 2.037 0.006184 0.03211 -2.643 0.4564 1e-06 9.193 9.193 488 -207.65 2.037 0.006184 0.03211 -2.643 0.4564 1e-06 9.193 9.193 489 -207.65 2.037 0.006184 0.03211 -2.643 0.4564 1e-06 9.193 9.193 490 -207.65 2.037 0.006184 0.03211 -2.643 0.4564 1e-06 9.193 9.193 491 -207.65 2.037 0.006184 0.03211 -2.643 0.4564 1e-06 9.193 9.193 492 -207.65 2.037 0.006184 0.03211 -2.643 0.4564 1e-06 9.193 9.193 493 -207.61 2.047 0.006184 0.03211 -2.643 0.4564 1e-06 9.178 9.178 494 -207.61 2.047 0.006184 0.03211 -2.643 0.4564 1e-06 9.178 9.178 495 -207.61 2.047 0.006184 0.03211 -2.643 0.4564 1e-06 9.178 9.178 496 -207.61 2.047 0.006184 0.03211 -2.643 0.4564 1e-06 8.955 8.955 497 -207.61 2.047 0.006184 0.03211 -2.643 0.4564 1e-06 9.178 9.178 498 -207.61 2.047 0.006184 0.03211 -2.643 0.4564 1e-06 9.178 9.178 499 -207.61 2.047 0.006184 0.03211 -2.643 0.4564 1e-06 9.178 9.178 500 -207.61 2.047 0.006184 0.03211 -2.643 0.4564 1e-06 9.178 9.178 Setting fit to best solution... save all fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src9.ximg Saving current fit data in fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src9.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 ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz fullrun_mos1_xmm0601270101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src 16 50.021320 0 0 1 4. ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz 172 407 189 424 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz using pyfits Extracting (171:188, 406:423) Extracting subarray using numpy mask ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz 1 172 407 189 424 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz using pyfits Extracting (171:188, 406:423) Extracting subarray using numpy stat C model Constant Linear Gaussian Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -49.721084 49.721084 -1 setpar 5 0.0 0.010000 -49.721084 49.721084 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.430271 0.001000 3.107568 24.860542 -1 setpar 8 12.430271 0.001000 3.107568 24.860542 6 setpar 9 0. -0.01 -360. 360. -1 setpar 10 -31.244784 -0.01 -81.266104 18.776536 -1 setpar 11 -21.746816 -0.01 -71.768136 28.274504 -1 setpar 12 1.0 0.01 0.0 10000000 -1 setpar 13 12.505330 -0.01 6.252665 25.010660 -1 setpar 14 12.505330 -0.01 6.252665 25.010660 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 -15444944.76 4.161 -3.958 -8.681 45.89 -33.29 2.924e+05 22.14 22.14 0 2 -10699254.11 26.29 3.578 5.784 -42.93 -33.87 2.605e+06 5.255 5.255 6.764e+04 3 -7367096.95 58.92 -4.654 -8.681 45.89 -49.72 2.924e+05 22.14 22.14 0 4 -74718.33 92.49 -3.958 -8.681 45.89 -31.28 1e-06 22.14 22.14 0 5 -74718.33 92.49 -3.958 -8.681 45.89 -31.28 1e-06 22.14 22.14 0 6 -52963.52 26.29 -3.958 -8.681 45.89 35.2 1e-06 22.14 22.14 0 7 -37208.54 26.29 3.578 -6.21 19.56 -33.87 1e-06 5.255 5.255 0 8 -37208.54 26.29 3.578 -6.21 19.56 -33.87 1e-06 5.255 5.255 0 9 -37208.54 26.29 3.578 -6.21 45.89 -33.87 1e-06 5.255 5.255 0 10 -20165.60 26.29 -2.205 -0.7504 38.61 -34.02 1e-06 4.276 4.276 0 11 -20165.60 26.29 -2.205 -0.7504 38.61 -34.02 1e-06 4.005 4.005 0 12 -20165.60 26.29 -2.205 -0.7504 45.89 -34.02 1e-06 4.005 4.005 0 13 -7892.50 17.8 -0.08846 -0.3433 45.89 35.2 1e-06 22.14 22.14 0 14 -7892.50 17.8 -0.08846 -0.3433 45.89 35.2 1e-06 22.14 22.14 0 15 -17141.43 17.8 -2.205 -0.7504 38.61 -34.02 1e-06 7.951 7.951 0 16 -21942.95 41.05 1.889 -0.561 29.6 35.2 1e-06 5.255 5.255 0 17 -13093.11 26.29 -0.5674 -0.3433 21.6 -42.33 1e-06 3.523 3.523 0 18 -9283.65 18.2 -0.5674 -0.561 29.6 -31.28 1e-06 5.255 5.255 0 19 -9283.65 18.2 -0.5674 -0.561 29.6 -31.28 1e-06 5.255 5.255 0 20 -9283.65 18.2 -0.5674 -0.561 29.6 -31.28 1e-06 5.255 5.255 0 21 -9283.65 18.2 -0.5674 -0.561 29.6 -31.28 1e-06 5.255 5.255 0 22 -4396.24 4.161 -0.5674 -0.561 19.17 -34.02 1e-06 3.785 3.785 0 23 -4396.24 4.161 -0.5674 -0.561 19.17 -31.28 1e-06 4.005 4.005 0 24 -4028.72 4.161 -0.03531 -0.561 19.17 -42.83 1e-06 5.255 5.255 0 25 -4028.72 4.161 -0.03531 -0.561 45.89 -42.83 1e-06 5.255 5.255 0 26 -4028.72 4.161 -0.03531 -0.561 45.89 -42.83 1e-06 5.255 5.255 0 27 -4028.72 4.161 -0.03531 -0.561 29.6 -42.83 1e-06 3.108 3.108 0 28 -4028.72 4.161 -0.03531 -0.561 29.6 -42.83 1e-06 3.108 3.108 0 29 -3524.98 0 -0.03531 -0.561 19.17 -31.28 1e-06 5.255 5.255 0 30 -3524.98 0 -0.03531 -0.561 19.17 -31.28 1e-06 5.255 5.255 0 31 -3276.32 0 0.3657 -0.3433 38.87 -42.83 1e-06 4.83 4.83 0 32 -3276.32 0 0.3657 -0.3433 38.87 -42.83 1e-06 4.83 4.83 0 33 -2566.71 4.161 -0.03531 0.312 29.6 -42.83 1e-06 5.255 5.255 0 34 -1328.79 4.161 -0.03531 0.03655 44.06 -42.83 1e-06 5.232 5.232 0 35 -1328.79 4.161 -0.03531 0.03655 44.06 -42.83 1e-06 5.232 5.232 0 36 -1361.94 4.161 -0.03531 0.06505 29.6 -42.83 1e-06 5.21 5.21 0 37 -1361.94 4.161 -0.03531 0.06505 29.6 -42.83 1e-06 5.21 5.21 0 38 -1361.94 4.161 -0.03531 0.06505 38.87 -42.83 1e-06 3.108 3.108 0 39 -1361.94 4.161 -0.03531 0.06505 38.87 -42.83 1e-06 3.108 3.108 0 40 -1361.94 4.161 -0.03531 0.06505 38.87 -42.83 1e-06 3.108 3.108 0 41 -1361.94 4.161 -0.03531 0.06505 38.87 -42.83 1e-06 3.108 3.108 0 42 -1361.94 4.161 -0.03531 0.06505 38.87 -48.75 1e-06 3.108 3.108 0 43 -873.97 2.001 -0.03531 0.06505 19.17 -29.45 1e-06 5.21 5.21 0 44 -873.97 2.001 -0.03531 0.06505 19.17 -29.45 1e-06 5.21 5.21 0 45 -873.97 2.001 -0.03531 0.06505 19.17 -29.45 1e-06 5.21 5.21 0 46 -873.97 2.001 -0.03531 0.06505 19.17 -29.45 1e-06 5.21 5.21 0 47 -873.97 2.001 -0.03531 0.06505 19.17 -29.45 1e-06 5.255 5.255 0 48 -872.87 2.06 -0.03531 0.06505 38.87 -42.83 1e-06 5.21 5.21 0 49 -872.87 2.06 -0.03531 0.06505 38.87 -42.83 1e-06 5.21 5.21 0 50 -872.87 2.06 -0.03531 0.06505 38.87 -42.83 1e-06 5.21 5.21 0 51 -872.87 2.06 -0.03531 0.06505 38.87 -42.83 1e-06 5.21 5.21 0 52 -872.87 2.06 -0.03531 0.06505 19.17 -42.83 1e-06 5.21 5.21 0 53 -872.87 2.06 -0.03531 0.06505 9.328 -14.62 1e-06 5.21 5.21 0 54 -872.87 2.06 -0.03531 0.06505 -1.988 -29.45 1e-06 5.21 5.21 0 55 -832.39 2.06 0.01696 0.06505 19.17 -42.83 1e-06 5.21 5.21 0 56 -832.39 2.06 0.01696 0.06505 19.17 -42.83 1e-06 5.21 5.21 0 57 -832.39 2.06 0.01696 0.06505 19.17 -42.83 1e-06 5.21 5.21 0 58 -832.39 2.06 0.01696 0.06505 19.17 -42.83 1e-06 5.21 5.21 0 59 -745.20 2.06 0.01696 -0.01906 19.17 -42.83 1e-06 5.21 5.21 0 60 -745.20 2.06 0.01696 -0.01906 19.17 -42.83 1e-06 5.21 5.21 0 61 -745.20 2.06 0.01696 -0.01906 19.17 -42.83 1e-06 5.21 5.21 0 62 -745.20 2.06 0.01696 -0.01906 19.17 -42.83 1e-06 5.21 5.21 0 63 -643.94 2.06 -0.03102 -0.01906 19.17 -42.83 1e-06 5.21 5.21 0 64 -643.94 2.06 -0.03102 -0.01906 19.17 -42.83 1e-06 5.21 5.21 0 65 -634.58 2.001 -0.03102 -0.01906 19.17 -42.83 1e-06 5.21 5.21 0 66 -634.58 2.001 -0.03102 -0.01906 19.17 -42.83 1e-06 5.21 5.21 0 67 -634.58 2.001 -0.03102 -0.01906 33.07 -42.83 1e-06 5.21 5.21 0 68 -624.65 2.06 -0.03102 0.02351 19.17 -42.83 1e-06 5.21 5.21 0 69 -634.58 2.001 -0.03102 -0.01906 33.07 -42.83 1e-06 5.21 5.21 0 70 -634.58 2.001 -0.03102 -0.01906 33.07 -42.83 1e-06 5.21 5.21 0 71 -634.58 2.001 -0.03102 -0.01906 33.97 -42.83 1e-06 5.21 5.21 0 72 -634.58 2.001 -0.03102 -0.01906 19.17 -42.83 1e-06 3.108 3.108 0 73 -634.58 2.001 -0.03102 -0.01906 19.17 -42.83 1e-06 3.108 3.108 0 74 -634.58 2.001 -0.03102 -0.01906 19.17 -42.83 1e-06 3.108 3.108 0 75 -634.58 2.001 -0.03102 -0.01906 33.97 -42.83 1e-06 3.108 3.108 0 76 -634.58 2.001 -0.03102 -0.01906 19.17 -49.72 1e-06 4.585 4.585 0 77 -634.58 2.001 -0.03102 -0.01906 19.17 -49.72 1e-06 4.585 4.585 0 78 -634.58 2.001 -0.03102 -0.01906 49.72 -42.83 1e-06 3.108 3.108 0 79 -620.12 1.89 -0.03102 -0.01906 49.72 -29.45 1e-06 5.21 5.21 0 80 -620.12 1.89 -0.03102 -0.01906 49.72 -29.45 1e-06 3.108 3.108 0 81 -620.12 1.89 -0.03102 -0.01906 19.17 -42.83 1e-06 3.108 3.108 0 82 -620.12 1.89 -0.03102 -0.01906 19.17 -42.83 1e-06 3.108 3.108 0 83 -613.55 1.746 -0.03102 -0.01906 19.17 -45.77 1e-06 3.108 3.108 0 84 -613.55 1.746 -0.03102 -0.01906 19.17 -45.77 1e-06 3.108 3.108 0 85 -613.55 1.746 -0.03102 -0.01906 19.17 -45.77 1e-06 3.108 3.108 0 86 -613.55 1.746 -0.03102 -0.01906 19.17 -45.77 1e-06 3.108 3.108 0 87 -613.55 1.746 -0.03102 -0.01906 49.72 -42.83 1e-06 3.108 3.108 0 88 -613.55 1.746 -0.03102 -0.01906 49.72 -45.77 1e-06 3.108 3.108 0 89 -613.55 1.746 -0.03102 -0.01906 49.72 -45.77 1e-06 3.108 3.108 0 90 -613.55 1.746 -0.03102 -0.01906 49.72 -45.77 1e-06 3.108 3.108 0 91 -613.55 1.746 -0.03102 -0.01906 49.72 -45.77 1e-06 3.234 3.234 0 92 -613.55 1.746 -0.03102 -0.01906 49.72 -45.77 1e-06 3.108 3.108 0 93 -613.55 1.746 -0.03102 -0.01906 49.72 -42.83 1e-06 3.108 3.108 0 94 -613.55 1.746 -0.03102 -0.01906 49.72 -45.77 1e-06 3.108 3.108 0 95 -557.14 1.746 -0.03102 0.006895 49.72 -45.77 1e-06 3.234 3.234 0 96 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 97 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 98 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 99 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 100 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 101 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 102 -557.14 1.746 -0.03102 0.006895 49.72 -46.71 1e-06 3.108 3.108 0 103 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 104 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 105 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 106 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 107 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 108 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 109 -557.14 1.746 -0.03102 0.006895 49.72 -47.36 1e-06 3.234 3.234 0 110 -557.14 1.746 -0.03102 0.006895 49.72 -27.97 1e-06 3.234 3.234 0 111 -557.14 1.746 -0.03102 0.006895 49.72 -24.16 1e-06 3.234 3.234 0 112 -557.14 1.746 -0.03102 0.006895 49.72 -24.16 1e-06 3.234 3.234 0 113 -557.14 1.746 -0.03102 0.006895 46.96 -24.93 1e-06 3.108 3.108 0 114 -557.14 1.746 -0.03102 0.006895 46.96 -24.93 1e-06 3.108 3.108 0 115 -557.14 1.746 -0.03102 0.006895 46.96 -24.93 1e-06 3.108 3.108 0 116 -555.52 1.746 -0.03102 0.006895 49.72 -24.93 1.163e+06 3.108 3.108 0 117 -555.52 1.746 -0.03102 0.006895 49.72 -24.93 1.163e+06 3.108 3.108 0 118 -555.47 1.746 -0.03102 0.006895 49.72 -24.77 1.163e+06 3.108 3.108 0 119 -554.64 1.746 -0.03102 0.006895 49.72 -24.16 1.894e+06 3.108 3.108 0 120 -553.69 1.746 -0.03102 0.006895 49.72 -24.16 1.617e+06 3.234 3.234 0 121 -553.69 1.746 -0.03102 0.006895 49.72 -24.16 1.617e+06 3.234 3.234 0 122 -553.69 1.746 -0.03102 0.006895 49.72 -24.16 1.617e+06 3.234 3.234 0 123 -553.69 1.746 -0.03102 0.006895 49.72 -24.16 1.617e+06 3.234 3.234 0 124 -552.11 1.746 -0.03102 0.006895 49.72 -0.8017 1.894e+06 3.234 3.234 0 125 -552.11 1.746 -0.03102 0.006895 49.72 -0.8017 1.894e+06 3.234 3.234 0 126 -552.11 1.746 -0.03102 0.006895 49.72 -0.8017 1.894e+06 3.234 3.234 0 127 -552.11 1.746 -0.03102 0.006895 49.72 -0.8017 1.894e+06 3.234 3.234 0 128 -552.11 1.746 -0.03102 0.006895 49.72 -0.8017 1.894e+06 3.234 3.234 0 129 -552.08 1.746 -0.03102 0.006895 49.72 -0.8017 1.942e+06 3.234 3.234 0 130 -552.08 1.746 -0.03102 0.006895 49.72 -0.8017 1.942e+06 3.234 3.234 0 131 -552.11 1.746 -0.03102 0.006895 49.72 -0.8017 1.894e+06 3.234 3.234 0 132 -552.11 1.746 -0.03102 0.006895 49.72 -0.8017 1.894e+06 3.234 3.234 0 133 -552.06 1.746 -0.03102 0.006895 49.72 -1 1.894e+06 3.234 3.234 0 134 -552.06 1.746 -0.03102 0.006895 49.72 -1 1.894e+06 3.234 3.234 0 135 -551.98 1.746 -0.03102 0.006895 49.72 -0.8017 2.28e+06 3.234 3.234 0 136 -552.06 1.746 -0.03102 0.006895 49.72 -1 1.894e+06 3.234 3.234 0 137 -552.03 1.746 -0.03102 0.006895 49.72 -0.8017 2.837e+06 3.234 3.234 0 138 -528.43 1.317 -0.03102 0.006895 49.72 -0.8017 1.894e+06 3.234 3.234 0 139 -528.43 1.317 -0.03102 0.006895 49.72 -0.8017 1.894e+06 3.234 3.234 0 140 -528.43 1.317 -0.03102 0.006895 49.72 -0.8017 1.894e+06 3.234 3.234 0 141 -528.43 1.317 -0.03102 0.006895 49.72 -0.8017 1.894e+06 3.234 3.234 0 142 -528.34 1.317 -0.03102 0.006895 49.72 -1 1.894e+06 3.234 3.234 0 143 -527.50 1.317 -0.03102 0.006895 49.72 -0.8017 2.837e+06 3.234 3.234 0 144 -527.50 1.317 -0.03102 0.006895 49.72 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0.006895 49.72 -1.811 2.085e+06 3.255 3.255 0 186 -517.94 1.317 -0.005458 0.006895 49.72 -1.811 1.261e+06 3.255 3.255 0 187 -517.94 1.317 -0.005458 0.006895 49.72 -1.811 1.261e+06 3.255 3.255 0 188 -517.90 1.317 -0.005458 0.006895 49.72 -1.811 2.085e+06 3.206 3.206 0 189 -517.90 1.317 -0.005458 0.006895 49.72 -1.811 2.085e+06 3.206 3.206 0 190 -517.88 1.317 -0.005458 0.006895 49.72 -1.811 2.28e+06 3.206 3.206 0 191 -517.88 1.317 -0.005458 0.006895 49.72 -1.811 2.28e+06 3.206 3.206 0 192 -517.88 1.317 -0.005458 0.006895 49.72 -1.811 2.28e+06 3.206 3.206 0 193 -517.88 1.317 -0.005458 0.006895 49.72 -1.811 2.28e+06 3.206 3.206 0 194 -517.88 1.317 -0.005458 0.006895 49.72 -1.811 2.284e+06 3.206 3.206 0 195 -517.88 1.317 -0.005458 0.006895 49.72 -1.811 2.28e+06 3.206 3.206 0 196 -517.88 1.317 -0.005458 0.006895 49.72 -1.811 2.28e+06 3.206 3.206 0 197 -517.88 1.317 -0.005458 0.006895 49.72 -1.811 2.28e+06 3.206 3.206 0 198 -517.88 1.317 -0.005458 0.006895 49.72 -1.811 2.28e+06 3.206 3.206 0 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3.206 3.206 0 254 -517.86 1.317 -0.005458 0.006895 49.72 -1.217 2.3e+06 3.206 3.206 0 255 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.323e+06 3.206 3.206 0 256 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.323e+06 3.206 3.206 0 257 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.323e+06 3.206 3.206 0 258 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.323e+06 3.206 3.206 0 259 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.3e+06 3.206 3.206 0 260 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 261 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 262 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 263 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 264 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 265 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 266 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 267 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 268 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 269 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 270 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 271 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 272 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 273 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 274 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 275 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 276 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 277 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 278 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 279 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 280 -517.86 1.317 -0.005458 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 281 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3.206 3.206 0 295 -506.39 1.317 -0.01205 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 296 -506.39 1.317 -0.01205 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 297 -506.39 1.317 -0.01205 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 298 -506.39 1.317 -0.01205 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 299 -506.39 1.317 -0.01205 0.006895 49.72 -1.366 2.32e+06 3.206 3.206 0 300 -506.34 1.317 -0.01205 0.006895 49.72 -1.366 2.311e+06 3.223 3.223 0 301 -506.34 1.317 -0.01205 0.006895 49.72 -1.366 2.311e+06 3.223 3.223 0 302 -506.34 1.317 -0.01205 0.006895 49.72 -1.366 2.311e+06 3.223 3.223 0 303 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 304 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 305 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 306 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 307 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 308 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 309 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 310 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 311 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 312 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 313 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 314 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 315 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 316 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 317 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 318 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 319 -506.33 1.317 -0.01205 0.006895 49.72 -1.366 2.802e+06 3.206 3.206 0 320 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 321 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 322 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 323 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 324 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 325 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 326 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 327 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 328 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 329 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 330 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 331 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 332 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.802e+06 3.206 3.206 0 333 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 334 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 335 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 336 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 337 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 338 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 339 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 340 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 341 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 342 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 343 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 344 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 345 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 346 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 347 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 348 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 349 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 350 -504.91 1.317 -0.01205 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 351 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 352 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 353 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 354 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 355 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 356 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 357 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 358 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 359 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 360 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 361 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 362 -502.70 1.317 -0.01616 0.01 49.72 -1.366 2.799e+06 3.206 3.206 0 363 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.156e+06 3.206 3.206 0 364 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.156e+06 3.206 3.206 0 365 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.156e+06 3.206 3.206 0 366 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.156e+06 3.206 3.206 0 367 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.156e+06 3.206 3.206 0 368 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 369 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 370 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 371 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 372 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 373 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 374 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 375 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 376 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 377 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 378 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 379 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 380 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 381 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.06e+06 3.206 3.206 0 382 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.062e+06 3.206 3.206 0 383 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.062e+06 3.206 3.206 0 384 -502.68 1.317 -0.01616 0.01 49.72 -1.366 3.065e+06 3.206 3.206 0 385 -502.68 1.317 -0.01616 0.01 49.72 -1.367 3.06e+06 3.206 3.206 0 386 -502.68 1.317 -0.01616 0.01 49.72 -1.367 3.06e+06 3.206 3.206 0 387 -502.68 1.317 -0.01616 0.01 49.72 -1.367 3.06e+06 3.206 3.206 0 388 -502.68 1.317 -0.01616 0.01 49.72 -1.367 3.06e+06 3.206 3.206 0 389 -502.68 1.317 -0.01616 0.01 49.72 -1.367 3.062e+06 3.206 3.206 0 390 -502.68 1.317 -0.01616 0.01 49.72 -1.367 3.062e+06 3.206 3.206 0 391 -502.68 1.317 -0.01616 0.01 49.72 -1.367 3.065e+06 3.206 3.206 0 392 -502.68 1.317 -0.01616 0.01 49.72 -1.367 3.065e+06 3.206 3.206 0 393 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.062e+06 3.206 3.206 0 394 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.062e+06 3.206 3.206 0 395 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.062e+06 3.206 3.206 0 396 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.062e+06 3.206 3.206 0 397 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.062e+06 3.206 3.206 0 398 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.065e+06 3.206 3.206 0 399 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.065e+06 3.206 3.206 0 400 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.065e+06 3.206 3.206 0 401 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.065e+06 3.206 3.206 0 402 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.065e+06 3.206 3.206 0 403 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.065e+06 3.206 3.206 0 404 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.065e+06 3.206 3.206 0 405 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.065e+06 3.206 3.206 0 406 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.086e+06 3.206 3.206 0 407 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.086e+06 3.206 3.206 0 408 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.086e+06 3.206 3.206 0 409 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.086e+06 3.206 3.206 0 410 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.086e+06 3.206 3.206 0 411 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 412 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 413 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 414 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 415 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 416 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 417 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 418 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 419 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 420 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 421 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 422 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 423 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 424 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 425 -502.37 1.303 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 426 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 427 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 428 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 429 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 430 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 431 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 432 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 433 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 434 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 435 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 436 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 437 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 438 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 439 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 440 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 441 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 442 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 443 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 444 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 445 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 446 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 447 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 448 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 449 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 450 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 451 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 452 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 453 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 454 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 455 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 456 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 457 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 458 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 459 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 460 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 461 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 462 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 463 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 464 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 465 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 466 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 467 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 468 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 469 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 470 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 471 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 472 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 473 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 474 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 475 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 476 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 477 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 478 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 479 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 480 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 481 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 482 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 483 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 484 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 485 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 486 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 487 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 488 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 489 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 490 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 491 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 492 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 493 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 494 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 495 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 496 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 497 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 498 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 499 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 500 -502.68 1.317 -0.01616 0.01 49.72 -1.498 3.083e+06 3.206 3.206 0 Setting fit to best solution... save all fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src10.ximg Saving current fit data in fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src10.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 ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz fullrun_mos1_xmm0601270101_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src 16 50.021320 0 0 1 4. ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz 382 418 399 435 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_cl.img.gz using pyfits Extracting (381:398, 417:434) Extracting subarray using numpy mask ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz 1 382 418 399 435 Reading ../../../xmm0601270101/products/images/fullrun_mos1_xmm0601270101_pi300-10000_mask.img.gz using pyfits Extracting (381:398, 417:434) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -48.557740 48.557740 -1 setpar 5 0.0 0.010000 -48.557740 48.557740 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.139435 0.001000 3.034859 24.278870 -1 setpar 8 12.139435 0.001000 3.034859 24.278870 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 -2633.51 25.74 0.82 -7.181 34.43 -35.6 9.162e+06 6.077 6.077 2 -2624.46 25.74 0.82 -7.181 34.43 -35.6 9.162e+06 3.706 3.706 3 -2624.46 25.74 0.82 -7.181 34.43 -35.6 9.162e+06 3.706 3.706 4 -2624.46 25.74 0.82 -7.181 34.43 -35.6 9.162e+06 3.706 3.706 5 -2848.88 27.66 0.82 -7.181 34.43 -35.6 5.352e+06 6.077 6.077 6 -2568.81 22.08 0.8586 -4.489 -37.72 -24.57 8.887e+06 3.545 3.545 7 -2568.81 22.08 0.8586 -4.489 -37.72 -24.57 8.887e+06 3.545 3.545 8 -2551.90 22.08 0.8586 -4.489 -37.72 -23.57 2.24e+06 3.545 3.545 9 -2551.90 22.08 0.8586 -4.489 -37.72 -23.57 2.24e+06 3.545 3.545 10 -2551.90 22.08 0.8586 -4.489 -37.72 -23.57 2.24e+06 3.545 3.545 11 -1171.16 4.804 0.8586 -4.489 -37.72 -24.57 8.887e+06 3.545 3.545 12 -1589.42 4.804 0.8586 -7.181 -37.72 -24.57 8.887e+06 3.545 3.545 13 -1593.57 4.804 0.8586 -7.984 -41.73 -24.57 3.609e+06 3.035 3.035 14 -1593.54 4.804 0.8586 -7.984 -41.73 -24.57 8.813e+05 3.035 3.035 15 -1468.60 7.063 0.82 -5.96 -37.72 -47.39 8.813e+05 3.94 3.94 16 -1107.26 7.063 0.8586 -3.335 -2.642 -40.8 7.709e+06 3.931 3.931 17 -1107.26 7.063 0.8586 -3.335 -2.642 -40.8 7.709e+06 3.931 3.931 18 -1107.26 7.063 0.8586 -3.335 -37.72 -40.8 7.709e+06 3.931 3.931 19 -1107.03 7.063 0.8586 -3.335 -37.72 -31.96 7.709e+06 3.931 3.931 20 -1103.37 4.804 0.8586 -4.468 -41.73 -42.29 5.585e+06 3.035 3.035 21 -1089.01 7.063 0.82 -3.335 -37.72 -40.8 7.709e+06 3.931 3.931 22 -985.92 0 0.8586 -4.489 31.39 -40.8 2.24e+06 3.706 3.706 23 -799.33 0 0.8586 -3.335 31.39 -40.8 2.24e+06 3.706 3.706 24 -799.33 0 0.8586 -3.335 31.39 -40.8 2.24e+06 3.706 3.706 25 -799.33 0 0.8586 -3.335 -41.73 -40.8 2.24e+06 3.706 3.706 26 -799.33 0 0.8586 -3.335 31.39 -38.68 3.707e+05 3.706 3.706 27 -799.33 0 0.8586 -3.335 -41.73 -40.8 2.24e+06 3.94 3.94 28 -799.33 0 0.8586 -3.335 28.44 -40.8 2.24e+06 3.035 3.035 29 -694.36 0 0.5459 -3.335 31.39 -40.8 2.24e+06 3.706 3.706 30 -694.36 0 0.5459 -3.335 31.39 -40.8 2.24e+06 3.706 3.706 31 -694.36 0 0.5459 -3.335 -41.73 -41.98 2.24e+06 3.706 3.706 32 -694.36 0 0.5459 -3.335 31.39 -40.8 1.41e+06 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1e+07 3.035 3.035 499 -390.73 0.5237 0.0253 -0.6245 -26.17 -48.56 1e+07 3.035 3.035 500 -390.73 0.5237 0.0253 -0.6245 -26.17 -48.56 1e+07 3.035 3.035 Setting fit to best solution... save all fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src11.ximg Saving current fit data in fullrun_mos1_xmm0601270101_pi300-10000_cl_pass0_tfrozen_src11.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs