Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz fullrun_mos1_xmm0600121501_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src 16 52.330055 0 0 1 4. ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz 277 272 293 288 Reading ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz using pyfits Extracting (276:292, 271:287) Extracting subarray using numpy mask ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz 1 277 272 293 288 Reading ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz using pyfits Extracting (276:292, 271:287) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -29.149504 29.149504 -1 setpar 5 0.0 0.010000 -29.149504 29.149504 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 7.287376 0.001000 1.821844 14.574752 -1 setpar 8 7.287376 0.001000 1.821844 14.574752 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 -43498.22 54.62 5.255 -10 -7.717 -28.06 1e-06 2.582 2.582 2 -115440.79 1.584 -7.678 0.7965 -27.9 9.588 1.914e+04 2.591 2.591 3 -115400.02 1.584 -7.678 0.7965 -20.63 9.588 1.914e+04 2.591 2.591 4 -111614.12 1.584 -7.678 0.7965 17.98 9.588 1.914e+04 2.591 2.591 5 -27714.53 21.07 7.448 0.5295 18.53 9.474 1e-06 2.13 2.13 6 -12145.83 56.66 2.286 0.5295 9.665 21.41 1e-06 3.274 3.274 7 -12145.83 56.66 2.286 0.5295 9.665 21.41 1e-06 3.274 3.274 8 -8414.96 14.46 -2.806 0.5295 18.53 9.474 1e-06 2.582 2.582 9 -1391.62 18.16 0.8208 1.474 -20.32 18.27 1e-06 2.13 2.13 10 -1391.62 18.16 0.8208 1.474 -20.32 18.27 1e-06 2.13 2.13 11 1587.83 18.16 0.8208 0.5295 -20.32 18.27 1e-06 2.13 2.13 12 1587.83 18.16 0.8208 0.5295 -20.32 16.7 1e-06 2.13 2.13 13 1587.83 18.16 0.8208 0.5295 -20.32 16.7 1e-06 2.13 2.13 14 1587.83 18.16 0.8208 0.5295 2.982 16.7 1e-06 2.13 2.13 15 2761.98 18.16 0.3173 0.5295 -20.32 16.7 1e-06 2.13 2.13 16 2761.98 18.16 0.3173 0.5295 -20.32 16.7 1e-06 2.13 2.13 17 2761.98 18.16 0.3173 0.5295 -20.32 16.7 1e-06 2.13 2.13 18 2828.56 18.16 -0.02433 0.5295 -20.32 18.27 1e-06 2.13 2.13 19 2828.56 18.16 -0.02433 0.5295 -20.32 18.27 1e-06 2.13 2.13 20 3469.48 18.16 0.3173 0.01015 -20.32 16.7 1e-06 1.822 1.822 21 3469.48 18.16 0.3173 0.01015 -20.32 16.7 1e-06 1.822 1.822 22 3469.48 18.16 0.3173 0.01015 -20.32 16.7 1e-06 1.822 1.822 23 3469.48 18.16 0.3173 0.01015 -20.32 3.714 1e-06 1.822 1.822 24 4291.86 13.67 0.3173 0.1793 -20.32 16.7 1e-06 1.822 1.822 25 4399.81 13.67 0.2193 0.1722 -20.32 16.7 1e-06 2.13 2.13 26 4425.23 13.67 0.3173 0.01015 -20.32 16.7 1e-06 1.822 1.822 27 4574.84 12.34 -0.02433 0.01015 13.43 3.714 1e-06 2.13 2.13 28 4760.41 6.524 -0.02433 0.1793 -20.32 18.27 1e-06 2.13 2.13 29 4760.41 6.524 -0.02433 0.1793 -20.32 18.27 1e-06 2.13 2.13 30 4760.41 6.524 -0.02433 0.1793 13.43 18.27 1e-06 2.13 2.13 31 4760.41 6.524 -0.02433 0.1793 -20.32 18.27 1e-06 2.13 2.13 32 4760.41 6.524 -0.02433 0.1793 -20.32 18.27 1e-06 2.13 2.13 33 4760.41 6.524 -0.02433 0.1793 -20.32 18.27 1e-06 2.13 2.13 34 4760.41 6.524 -0.02433 0.1793 10.39 18.27 1e-06 2.13 2.13 35 4915.29 9.192 -0.02433 0.01015 13.43 3.714 1e-06 2.9 2.9 36 4915.63 9.183 -0.02433 0.01015 13.43 3.714 1e-06 2.13 2.13 37 4921.51 7.85 -0.02433 0.01015 -20.32 3.714 1e-06 2.2 2.2 38 4921.51 7.85 -0.02433 0.01015 13.43 3.714 1e-06 2.9 2.9 39 4921.51 7.85 -0.02433 0.01015 13.43 3.714 1e-06 2.9 2.9 40 4921.51 7.85 -0.02433 0.01015 -12.53 3.714 1e-06 2.2 2.2 41 4921.51 7.85 -0.02433 0.01015 10.39 3.714 1e-06 2.9 2.9 42 4921.51 7.85 -0.02433 0.01015 10.39 3.714 1e-06 2.9 2.9 43 4921.51 7.85 -0.02433 0.01015 4.173 3.714 1e-06 2.9 2.9 44 4921.51 7.85 -0.02433 0.01015 4.173 3.714 1e-06 2.9 2.9 45 4921.51 7.85 -0.02433 0.01015 4.173 3.714 1e-06 2.9 2.9 46 4931.73 8.33 -0.02433 0.01015 13.43 3.714 1e-06 3.425 3.425 47 4931.73 8.33 -0.02433 0.01015 -12.53 4.753 1e-06 2.2 2.2 48 4950.51 7.85 0.0691 0.01015 -12.53 3.714 1e-06 2.2 2.2 49 4950.51 7.85 0.0691 0.01015 -12.53 3.714 1e-06 2.2 2.2 50 4950.51 7.85 0.0691 0.01015 2.321 3.714 1e-06 2.13 2.13 51 4950.51 7.85 0.0691 0.01015 -12.53 3.714 1e-06 2.2 2.2 52 4950.51 7.85 0.0691 0.01015 -12.53 3.714 1e-06 3.425 3.425 53 4966.03 8.33 0.0691 0.01015 9.878 3.714 1e-06 3.425 3.425 54 4966.03 8.33 0.0691 0.01015 9.878 3.714 1e-06 3.425 3.425 55 4966.43 8.356 0.0691 0.01015 2.321 3.714 1e-06 3.425 3.425 56 4966.43 8.356 0.0691 0.01015 2.321 3.714 1e-06 3.425 3.425 57 4966.43 8.356 0.0691 0.01015 2.321 3.714 1e-06 3.425 3.425 58 4966.43 8.356 0.0691 0.01015 -2.41 3.714 1e-06 3.425 3.425 59 4966.43 8.356 0.0691 0.01015 0.06576 4.966 1e-06 3.425 3.425 60 4966.43 8.356 0.0691 0.01015 2.321 3.714 1e-06 4.44 4.44 61 4966.43 8.356 0.0691 0.01015 2.321 3.714 1e-06 4.44 4.44 62 4966.43 8.356 0.0691 0.01015 -0.7225 3.714 1e-06 4.44 4.44 63 4977.27 8.356 0.0691 0.1378 2.321 3.714 1e-06 3.425 3.425 64 4977.27 8.356 0.0691 0.1378 2.321 3.714 1e-06 3.425 3.425 65 4977.27 8.356 0.0691 0.1378 2.321 3.714 1e-06 4.44 4.44 66 4977.27 8.356 0.0691 0.1378 2.321 3.714 1e-06 4.44 4.44 67 4977.27 8.356 0.0691 0.1378 2.321 3.714 1e-06 4.44 4.44 68 4977.27 8.356 0.0691 0.1378 2.321 3.714 1e-06 6.655 6.655 69 4977.27 8.356 0.0691 0.1378 2.321 3.714 1e-06 6.655 6.655 70 4977.27 8.356 0.0691 0.1378 0.06576 3.714 1e-06 6.655 6.655 71 4977.27 8.356 0.0691 0.1378 -2.41 3.714 1e-06 6.655 6.655 72 4977.27 8.356 0.0691 0.1378 0.06576 3.714 1e-06 6.655 6.655 73 4977.27 8.356 0.0691 0.1378 -0.9846 3.714 1e-06 6.655 6.655 74 4977.27 8.356 0.0691 0.1378 -0.9846 3.714 1e-06 6.655 6.655 75 4977.27 8.356 0.0691 0.1378 2.321 4.966 1e-06 8.266 8.266 76 4977.27 8.356 0.0691 0.1378 -1.649 3.714 1e-06 7.23 7.23 77 4977.27 8.356 0.0691 0.1378 0.06576 4.966 1e-06 7.681 7.681 78 4977.27 8.356 0.0691 0.1378 -1.649 3.714 1e-06 8.069 8.069 79 4977.27 8.356 0.0691 0.1378 -1.649 3.714 1e-06 8.069 8.069 80 4977.27 8.356 0.0691 0.1378 -1.649 3.714 1e-06 8.069 8.069 81 4977.27 8.356 0.0691 0.1378 -1.649 3.714 1e-06 8.266 8.266 82 4985.73 8.356 0.0691 0.04773 -0.9846 3.714 1e-06 6.655 6.655 83 4985.73 8.356 0.0691 0.04773 -0.9846 3.714 1e-06 6.655 6.655 84 4985.73 8.356 0.0691 0.04773 -0.9846 3.714 1e-06 6.655 6.655 85 4992.31 8.356 0.0691 0.08414 -1.649 3.714 1e-06 7.45 7.45 86 4992.31 8.356 0.0691 0.08414 -1.649 3.714 1e-06 8.266 8.266 87 4992.31 8.356 0.0691 0.08414 -1.649 3.714 1e-06 8.266 8.266 88 4992.31 8.356 0.0691 0.08414 -0.9846 3.714 1e-06 8.266 8.266 89 4992.31 8.356 0.0691 0.08414 -0.9846 3.714 1e-06 8.855 8.855 90 4992.31 8.356 0.0691 0.08414 -0.9846 3.714 1e-06 8.855 8.855 91 4992.31 8.356 0.0691 0.08414 0.06576 3.714 1e-06 9.336 9.336 92 4992.31 8.356 0.0691 0.08414 -0.9846 3.714 1e-06 10.05 10.05 93 4992.31 8.356 0.0691 0.08414 -0.9846 3.714 1e-06 10.15 10.15 94 4992.31 8.356 0.0691 0.08414 -0.9846 3.714 1e-06 11.7 11.7 95 4992.31 8.356 0.0691 0.08414 -0.9846 3.714 1e-06 11.48 11.48 96 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 10.15 10.15 97 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 10.15 10.15 98 4992.40 8.375 0.0691 0.08414 0.06576 3.714 1e-06 11.7 11.7 99 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 10.15 10.15 100 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 11.7 11.7 101 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 11.7 11.7 102 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 11.29 11.29 103 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 10.96 10.96 104 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 10.96 10.96 105 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 10.96 10.96 106 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 10.96 10.96 107 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 10.96 10.96 108 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 10.96 10.96 109 4992.40 8.375 0.0691 0.08414 -0.9846 3.714 1e-06 11.2 11.2 110 4992.40 8.375 0.0691 0.08414 -0.9846 3.608 1e-06 10.96 10.96 111 4992.51 8.409 0.0691 0.08414 -0.9846 3.714 1e-06 10.96 10.96 112 4992.51 8.409 0.0691 0.08414 -0.9846 3.714 1e-06 10.96 10.96 113 4992.51 8.409 0.0691 0.08414 -0.9846 3.714 1e-06 10.96 10.96 114 4992.51 8.409 0.0691 0.08414 -0.9846 5.493 1e-06 11.2 11.2 115 4992.51 8.409 0.0691 0.08414 -0.9846 5.493 1e-06 11.2 11.2 116 4992.51 8.409 0.0691 0.08414 -0.9846 3.608 1e-06 10.96 10.96 117 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 10.96 10.96 118 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 10.96 10.96 119 4992.51 8.409 0.0691 0.08414 -0.9846 3.608 1e-06 10.99 10.99 120 4992.51 8.409 0.0691 0.08414 -0.9846 3.608 1e-06 10.99 10.99 121 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 10.99 10.99 122 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 10.99 10.99 123 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 10.99 10.99 124 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 10.99 10.99 125 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 10.99 10.99 126 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 10.99 10.99 127 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 10.99 10.99 128 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 10.99 10.99 129 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 10.99 10.99 130 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.13 11.13 131 4992.51 8.409 0.0691 0.08414 -0.9846 3.608 1e-06 11.09 11.09 132 4992.51 8.409 0.0691 0.08414 -0.9846 3.608 1e-06 11.09 11.09 133 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.06 11.06 134 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 135 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 136 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 137 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 138 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 139 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 140 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 141 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 142 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 143 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 144 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.08 11.08 145 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.08 11.08 146 4992.51 8.409 0.0691 0.08481 -1.01 3.608 1e-06 11.09 11.09 147 4992.51 8.409 0.0691 0.08414 -1.01 3.608 1e-06 11.08 11.08 148 4992.54 8.444 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 149 4992.54 8.444 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 150 4992.54 8.444 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 151 4992.54 8.444 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 152 4992.54 8.444 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 153 4992.54 8.444 0.0691 0.08414 -1.01 3.608 1e-06 11.09 11.09 154 4992.54 8.444 0.0691 0.08414 -1.01 3.608 1e-06 11.08 11.08 155 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.09 11.09 156 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.09 11.09 157 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.08 11.08 158 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.08 11.08 159 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.08 11.08 160 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.08 11.08 161 4992.54 8.444 0.0691 0.08414 -1.01 3.608 1e-06 11.06 11.06 162 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.08 11.08 163 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.08 11.08 164 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 165 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 166 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 167 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 168 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 169 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.04 11.04 170 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 171 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 172 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 173 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 174 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 175 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 176 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 11.02 177 4992.54 8.444 0.0691 0.08414 -1.01 3.565 1e-06 11.02 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11.05 382 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 383 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 384 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 385 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 386 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 387 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 388 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 389 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 390 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 391 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 392 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 393 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 394 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 395 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 396 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 397 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 398 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 399 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 400 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 401 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 402 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.05 11.05 403 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 404 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 405 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 406 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 407 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 408 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 409 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 410 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 411 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 412 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 413 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 414 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 415 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 416 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 417 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 418 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 419 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 420 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 421 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 422 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 423 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 424 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 425 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 426 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 427 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 428 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 429 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 430 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 431 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 432 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 433 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 434 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 435 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 436 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 437 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 438 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 439 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 440 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 441 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 442 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 443 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 444 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 445 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 446 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 447 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 448 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 449 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 450 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 451 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 452 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 453 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 454 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 455 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 456 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 457 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 458 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 459 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 460 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 461 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 462 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 463 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 464 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 465 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 466 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 467 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 468 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 469 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 470 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 471 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 472 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 473 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 474 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 475 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 476 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 477 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 478 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 479 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 480 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 481 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 482 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 483 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 484 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 485 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 486 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 487 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 488 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 489 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 490 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 491 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 492 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 493 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 494 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 495 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 496 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 497 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 498 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 499 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 500 4992.58 8.47 0.07318 0.08414 -1.026 3.565 1e-06 11.04 11.04 Setting fit to best solution... save all fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src1.ximg Saving current fit data in fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src1.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz fullrun_mos1_xmm0600121501_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src 16 52.330055 0 0 1 4. ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz 429 204 446 221 Reading ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz using pyfits Extracting (428:445, 203:220) Extracting subarray using numpy mask ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz 1 429 204 446 221 Reading ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz using pyfits Extracting (428:445, 203:220) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -49.556896 49.556896 -1 setpar 5 0.0 0.010000 -49.556896 49.556896 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.389224 0.001000 3.097306 24.778448 -1 setpar 8 12.389224 0.001000 3.097306 24.778448 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 -196060.79 8.564 6.228 6.442 43.98 -38.21 6.381e+06 4.164 4.164 2 -45751.19 42.14 -0.9727 -7.127 27.91 48.35 7.578e+04 3.235 3.235 3 -45751.19 42.14 -0.9727 -7.127 27.91 48.35 7.578e+04 3.235 3.235 4 -29162.10 1.478 -0.1599 4.843 47.93 -30.98 1e-06 17.45 17.45 5 -29162.10 1.478 -0.1599 4.843 47.93 -30.98 1e-06 17.45 17.45 6 -28998.75 1.478 -0.9727 4.843 47.93 -30.98 1e-06 17.45 17.45 7 -21816.35 15.83 0.165 -3.879 39.78 -47.17 1.313e+06 3.369 3.369 8 -21816.35 15.83 0.165 -3.879 39.78 -47.17 1.313e+06 3.369 3.369 9 -25120.07 8.564 4.126 2.528 46.2 43.76 3.15e+06 3.369 3.369 10 -13848.32 15.83 -1.616 -0.1333 -40.68 -47.17 1.313e+06 3.369 3.369 11 -10154.49 15.83 -0.9727 -0.1333 -40.68 -47.17 1e-06 3.369 3.369 12 -6040.96 1.478 -0.9727 -0.1333 47.93 -30.98 1e-06 3.317 3.317 13 -6040.96 1.478 -0.9727 -0.1333 47.93 -30.98 1e-06 17.45 17.45 14 -5772.05 1.055 -0.9727 -0.1333 -40.68 -47.17 1e-06 3.097 3.097 15 -5772.05 1.055 -0.9727 -0.1333 47.93 -30.98 1e-06 17.45 17.45 16 -5772.05 1.055 -0.9727 -0.1333 -40.68 -47.17 1e-06 3.097 3.097 17 -1959.33 1.478 0.1524 -0.1333 47.93 -47.17 1.313e+06 3.317 3.317 18 -1959.33 1.478 0.1524 -0.1333 49.56 -47.17 1.313e+06 3.317 3.317 19 -1786.04 1.478 -0.02976 -0.1333 -40.68 -30.98 1e-06 7.072 7.072 20 -1786.04 1.478 -0.02976 -0.1333 -40.68 -30.98 1e-06 7.072 7.072 21 -1455.03 1.478 0.1524 0.123 47.93 -47.17 1e-06 3.317 3.317 22 -1455.03 1.478 0.1524 0.123 47.93 -47.17 1e-06 3.317 3.317 23 -1438.32 1.616 0.1524 0.123 49.56 -47.17 1e-06 3.097 3.097 24 -1455.03 1.478 0.1524 0.123 47.93 -47.17 1e-06 3.317 3.317 25 -1455.03 1.478 0.1524 0.123 47.93 -47.17 1e-06 3.097 3.097 26 -1258.12 1.478 0.09219 0.123 47.93 -47.17 1e-06 3.317 3.317 27 -1258.12 1.478 0.09219 0.123 47.93 -47.17 1e-06 3.317 3.317 28 -1258.11 1.478 0.09219 0.123 47.93 -47.17 1.313e+06 3.317 3.317 29 -1258.11 1.478 0.09219 0.123 47.93 -47.17 1.313e+06 3.317 3.317 30 -1258.11 1.478 0.09219 0.123 47.93 -47.17 1.313e+06 3.317 3.317 31 -1258.10 1.478 0.09219 0.123 47.93 -46.46 1.313e+06 3.317 3.317 32 -1255.42 1.478 0.09219 0.123 43.98 -47.17 1.313e+06 3.317 3.317 33 -1255.42 1.478 0.09219 0.123 43.98 -47.17 1.313e+06 3.317 3.317 34 -1255.34 1.478 0.09219 0.123 41.17 -47.17 1.313e+06 3.097 3.097 35 -1255.34 1.478 0.09219 0.123 41.17 -47.17 1.313e+06 3.097 3.097 36 -1255.34 1.478 0.09219 0.123 41.17 -47.17 1.313e+06 3.097 3.097 37 -1255.34 1.478 0.09219 0.123 41.17 -47.17 1.313e+06 3.097 3.097 38 -1255.34 1.478 0.09219 0.123 41.17 -47.17 1.313e+06 3.097 3.097 39 -986.35 1.478 0.09219 0.09071 47.93 -48.89 2.822e+05 3.317 3.317 40 -986.35 1.478 0.09219 0.09071 47.93 -48.89 2.822e+05 3.317 3.317 41 -986.35 1.478 0.09219 0.09071 47.93 -48.89 2.822e+05 3.317 3.317 42 -986.35 1.478 0.09219 0.09071 47.93 -48.89 2.822e+05 3.317 3.317 43 -986.35 1.478 0.09219 0.09071 49.56 -48.89 2.822e+05 3.317 3.317 44 -986.35 1.478 0.09219 0.09071 49.56 -48.89 2.822e+05 3.317 3.317 45 -986.35 1.478 0.09219 0.09071 43.98 -47.17 1e-06 3.317 3.317 46 -986.35 1.478 0.09219 0.09071 43.98 -47.17 1e-06 3.317 3.317 47 -986.35 1.478 0.09219 0.09071 43.98 -48.89 1e-06 3.317 3.317 48 -986.35 1.478 0.09219 0.09071 43.98 -48.89 1e-06 3.317 3.317 49 -986.35 1.478 0.09219 0.09071 47.93 -47.17 1e-06 3.097 3.097 50 -986.35 1.478 0.09219 0.09071 49.56 -47.17 1e-06 3.097 3.097 51 -986.35 1.478 0.09219 0.09071 49.56 -47.17 1e-06 3.097 3.097 52 -986.35 1.478 0.09219 0.09071 43.98 -46.09 1e-06 3.097 3.097 53 -986.35 1.478 0.09219 0.09071 49.56 -47.17 1e-06 3.317 3.317 54 -986.35 1.478 0.09219 0.09071 47.93 -47.17 1e-06 3.317 3.317 55 -986.35 1.478 0.09219 0.09071 49.56 -47.17 1e-06 3.097 3.097 56 -986.35 1.478 0.09219 0.09071 45.7 -47.17 1e-06 3.317 3.317 57 -986.35 1.478 0.09219 0.09071 49.56 -46.09 1e-06 3.097 3.097 58 -986.35 1.478 0.09219 0.09071 49.56 -48.89 1e-06 3.317 3.317 59 -986.35 1.478 0.09219 0.09071 49.56 -46.09 1e-06 3.097 3.097 60 -986.35 1.478 0.09219 0.09071 49.56 -47.17 1e-06 3.097 3.097 61 -986.35 1.478 0.09219 0.09071 49.56 -47.17 1e-06 3.097 3.097 62 -986.35 1.478 0.09219 0.09071 49.56 -49.56 1e-06 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4.14e+06 3.097 3.097 474 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 475 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 476 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 477 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 478 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 479 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 480 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 481 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 482 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 483 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 484 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.149e+06 3.097 3.097 485 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.149e+06 3.097 3.097 486 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 487 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 488 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 489 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 490 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 491 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 492 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 493 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 494 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 495 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 496 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 497 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 498 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 499 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 500 -922.58 0.7621 0.09219 0.0928 38.44 -49.56 4.14e+06 3.097 3.097 Setting fit to best solution... save all fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src2.ximg Saving current fit data in fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src2.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz fullrun_mos1_xmm0600121501_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src 16 52.330055 0 0 1 4. ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz 457 319 475 337 Reading ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz using pyfits Extracting (456:474, 318:336) Extracting subarray using numpy mask ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz 1 457 319 475 337 Reading ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz using pyfits Extracting (456:474, 318:336) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -50.426564 50.426564 -1 setpar 5 0.0 0.010000 -50.426564 50.426564 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 12.606641 0.001000 3.151660 25.213282 -1 setpar 8 12.606641 0.001000 3.151660 25.213282 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 -260089.91 55.95 4.317 -7.066 45.43 -41.4 4.184e+06 4.465 4.465 2 -219660.52 40.08 9.036 1.295 -43.85 38.41 4.591e+04 4.929 4.929 3 -45582.66 62.65 1.922 -4.219 50.43 -45.65 1.253e+06 4.929 4.929 4 -45216.33 62.65 1.922 -4.219 50.43 -45.65 9.792e+05 4.929 4.929 5 -36372.24 8.27 0.8856 -5.907 48.82 49.44 5.99e+06 4.308 4.308 6 -15387.89 2.425 1.922 -1.872 50.43 -45.65 1.253e+06 4.929 4.929 7 -11350.51 8.27 0.8856 -1.409 50.43 49.44 5.99e+06 4.308 4.308 8 -12610.63 2.425 0.8856 -1.872 50.43 -45.65 1.253e+06 4.929 4.929 9 -12610.63 2.425 0.8856 -1.872 50.43 -45.65 1.253e+06 4.929 4.929 10 -10162.86 0.1425 -1.199 1.084 38.06 -6.711 1e-06 5.935 5.935 11 -8223.31 2.425 0.8856 0.4746 50.43 -45.65 1.253e+06 4.929 4.929 12 -7788.08 0.1425 -0.5172 1.084 50.43 -40.67 4.87e+05 3.663 3.663 13 -4473.25 0.1425 -0.5172 0.4746 50.43 -40.67 4.87e+05 3.663 3.663 14 -4473.25 0.1425 -0.5172 0.4746 50.43 -40.67 4.87e+05 3.663 3.663 15 -4473.25 0.1425 -0.5172 0.4746 50.43 -40.67 4.87e+05 3.663 3.663 16 -4473.25 0.1425 -0.5172 0.4746 50.43 -40.67 4.87e+05 3.663 3.663 17 -4481.49 0.1425 -0.5172 0.4746 50.43 -40.67 1.253e+06 3.663 3.663 18 -4481.49 0.1425 -0.5172 0.4746 50.43 -40.67 1.253e+06 3.663 3.663 19 -4473.25 0.1425 -0.5172 0.4746 50.43 -40.67 4.87e+05 3.663 3.663 20 -4473.25 0.1425 -0.5172 0.4746 50.43 -40.67 4.87e+05 3.663 3.663 21 -3650.01 0.1425 -0.5172 0.1248 50.43 -48.72 1.253e+06 3.663 3.663 22 -3650.01 0.1425 -0.5172 0.1248 50.43 -50.43 1e-06 4.929 4.929 23 -3650.01 0.1425 -0.5172 0.1248 50.43 -50.43 1e-06 4.929 4.929 24 -3650.01 0.1425 -0.5172 0.1248 50.43 -48.72 1.253e+06 3.472 3.472 25 -1734.56 0.1425 -0.1446 0.1248 50.43 -40.67 1e-06 4.929 4.929 26 -1462.79 0.1425 -0.01971 0.1248 50.43 -48.72 1.253e+06 3.663 3.663 27 -1462.79 0.1425 -0.01971 0.1248 50.43 -48.72 1.253e+06 3.663 3.663 28 -1462.79 0.1425 -0.01971 0.1248 50.43 -48.72 1.253e+06 3.663 3.663 29 -1462.79 0.1425 -0.01971 0.1248 50.43 -48.72 1.253e+06 3.663 3.663 30 -1462.79 0.1425 -0.01971 0.1248 50.43 -48.72 1.253e+06 3.663 3.663 31 -1462.79 0.1425 -0.01971 0.1248 50.43 -48.72 1.253e+06 3.663 3.663 32 -1462.79 0.1425 -0.01971 0.1248 50.43 -48.72 1.253e+06 3.663 3.663 33 -1462.79 0.1425 -0.01971 0.1248 50.43 -48.72 1.253e+06 3.663 3.663 34 -1462.79 0.1425 -0.01971 0.1248 50.43 -48.72 2.28e+06 3.663 3.663 35 -1462.79 0.1425 -0.01971 0.1248 50.43 -50.43 2.28e+06 3.663 3.663 36 -1462.79 0.1425 -0.01971 0.1248 50.43 -48.72 2.28e+06 3.663 3.663 37 -1462.79 0.1425 -0.01971 0.1248 50.43 -48.72 2.802e+06 3.663 3.663 38 -1167.62 0.1425 -0.01971 0.04091 50.43 -48.72 2.28e+06 3.663 3.663 39 -1167.62 0.1425 -0.01971 0.04091 50.43 -48.72 2.28e+06 3.663 3.663 40 -1167.62 0.1425 -0.01971 0.04091 50.43 -48.72 2.28e+06 3.152 3.152 41 -1167.62 0.1425 -0.01971 0.04091 50.43 -48.72 2.802e+06 3.663 3.663 42 -1167.62 0.1425 -0.01971 0.04091 50.43 -48.72 2.802e+06 3.606 3.606 43 -1167.62 0.1425 -0.01971 0.04091 50.43 -48.72 3.361e+06 3.152 3.152 44 -1117.95 2.35 -0.01971 0.04091 50.43 -48.72 1.734e+06 3.663 3.663 45 -1167.62 0.1425 -0.01971 0.04091 48.6 -48.72 3.361e+06 3.152 3.152 46 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 2.28e+06 3.523 3.523 47 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 2.28e+06 3.523 3.523 48 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 2.28e+06 3.523 3.523 49 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 4.11e+06 3.663 3.663 50 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 4.11e+06 3.663 3.663 51 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 4.11e+06 3.663 3.663 52 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 4.11e+06 3.152 3.152 53 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 4.11e+06 3.663 3.663 54 -930.04 0.1425 -0.04012 0.04091 50.43 -50.43 4.11e+06 3.663 3.663 55 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 4.758e+06 3.663 3.663 56 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 4.758e+06 3.663 3.663 57 -930.04 0.1425 -0.04012 0.04091 50.43 -50.43 4.209e+06 3.663 3.663 58 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.417e+06 3.663 3.663 59 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.417e+06 3.663 3.663 60 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.417e+06 3.663 3.663 61 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.417e+06 3.663 3.663 62 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.417e+06 3.663 3.663 63 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.385e+06 3.663 3.663 64 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.417e+06 3.663 3.663 65 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.962e+06 3.663 3.663 66 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.962e+06 3.663 3.663 67 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.962e+06 3.663 3.663 68 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.979e+06 3.663 3.663 69 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.962e+06 3.663 3.663 70 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 6.626e+06 3.523 3.523 71 -875.55 1.012 -0.04012 0.04091 50.43 -48.72 5.864e+06 3.663 3.663 72 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 5.979e+06 3.663 3.663 73 -930.04 0.1425 -0.04012 0.04091 50.43 -48.72 6.579e+06 3.663 3.663 74 -882.67 0.4813 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-48.72 8.802e+06 3.523 3.523 89 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.523 3.523 90 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.523 3.523 91 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.663 3.663 92 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.523 3.523 93 -888.61 0.9889 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.663 3.663 94 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.663 3.663 95 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.152 3.152 96 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.663 3.663 97 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.663 3.663 98 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.663 3.663 99 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.562e+06 3.663 3.663 100 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.663 3.663 101 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.152 3.152 102 -924.11 0.612 -0.04012 0.04091 50.43 -48.72 8.802e+06 3.663 3.663 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317 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 2.727e+06 3.152 3.152 318 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1.755e+06 3.152 3.152 319 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 2.727e+06 3.152 3.152 320 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 321 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 322 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 323 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 324 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 325 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 326 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 327 -631.96 0.8795 -0.01536 -0.00825 49.83 -50.43 1e-06 3.152 3.152 328 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 329 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 330 -687.80 1.322 -0.01536 -0.00825 50.43 -47.22 1e-06 3.152 3.152 331 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 332 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 333 -687.80 1.322 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 334 -686.88 1.318 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 335 -686.88 1.318 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 336 -686.88 1.318 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 337 -686.88 1.318 -0.01536 -0.00825 50.43 -50.43 1e-06 3.152 3.152 338 -638.77 1.06 -0.01536 -0.00825 50.43 -50.43 1e-06 3.607 3.607 339 -638.77 1.06 -0.01536 -0.00825 50.43 -50.43 1e-06 3.607 3.607 340 -637.83 0.8166 -0.01536 -0.00825 50.43 -48.63 1e-06 3.764 3.764 341 -637.83 0.8166 -0.01536 -0.00825 50.43 -48.63 1e-06 3.764 3.764 342 -637.83 0.8166 -0.01536 -0.00825 50.43 -48.63 1e-06 3.764 3.764 343 -638.77 1.06 -0.01536 -0.00825 50.43 -50.43 1e-06 3.607 3.607 344 -635.13 1.027 -0.01536 -0.00825 50.43 -50.43 1e-06 3.607 3.607 345 -635.13 1.027 -0.01536 -0.00825 50.43 -50.43 1e-06 3.607 3.607 346 -635.13 1.027 -0.01536 -0.00825 50.43 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50.43 -50.43 1e-06 3.152 3.152 362 -632.19 1.027 -0.01536 0.005715 50.43 -50.43 1e-06 3.152 3.152 363 -632.19 1.027 -0.01536 0.005715 50.43 -50.43 1e-06 3.152 3.152 364 -632.19 1.027 -0.01536 0.005715 50.43 -50.43 1e-06 3.152 3.152 365 -632.19 1.027 -0.01536 0.005715 27.09 -50.43 1e-06 3.152 3.152 366 -632.19 1.027 -0.01536 0.005715 27.09 -50.43 1e-06 3.152 3.152 367 -632.19 1.027 -0.01536 0.005715 27.09 -50.43 1e-06 3.607 3.607 368 -632.19 1.027 -0.01536 0.005715 27.09 -50.43 1e-06 3.607 3.607 369 -632.19 1.027 -0.01536 0.005715 27.09 -50.43 1e-06 3.607 3.607 370 -632.19 1.027 -0.01536 0.005715 27.09 -38.98 1e-06 3.152 3.152 371 -632.19 1.027 -0.01536 0.005715 27.09 -37.3 1e-06 3.152 3.152 372 -632.19 1.027 -0.01536 0.005715 27.09 -37.3 1e-06 3.152 3.152 373 -632.19 1.027 -0.01536 0.005715 27.09 -37.3 1e-06 3.152 3.152 374 -632.19 1.027 -0.01536 0.005715 27.09 -37.3 1e-06 3.152 3.152 375 -632.19 1.027 -0.01536 0.005715 27.09 -37.3 1e-06 3.152 3.152 376 -628.50 0.9977 -0.01536 0.005715 27.09 -50.43 1e-06 3.607 3.607 377 -628.50 0.9977 -0.01536 0.005715 27.09 -50.43 1e-06 3.607 3.607 378 -628.50 0.9977 -0.01536 0.005715 27.09 -37.3 1e-06 3.152 3.152 379 -628.50 0.9977 -0.01536 0.005715 21.95 -47.35 1e-06 3.607 3.607 380 -628.50 0.9977 -0.01536 0.005715 27.09 -37.3 1e-06 3.152 3.152 381 -628.50 0.9977 -0.01536 0.005715 27.09 -23.14 1e-06 3.152 3.152 382 -628.50 0.9977 -0.01536 0.005715 27.09 -23.14 1e-06 3.152 3.152 383 -628.50 0.9977 -0.01536 0.005715 27.09 -23.14 1e-06 3.152 3.152 384 -628.50 0.9977 -0.01536 0.005715 27.09 -23.14 1e-06 3.152 3.152 385 -628.50 0.9977 -0.01536 0.005715 27.09 -23.14 1e-06 3.152 3.152 386 -628.50 0.9977 -0.01536 0.005715 27.09 -23.14 1e-06 3.152 3.152 387 -628.50 0.9977 -0.01536 0.005715 27.09 -23.14 1e-06 3.607 3.607 388 -628.50 0.9977 -0.01536 0.005715 27.09 -23.14 1e-06 3.607 3.607 389 -628.50 0.9977 -0.01536 0.005715 27.09 -23.14 1e-06 3.607 3.607 390 -628.50 0.9977 -0.01536 0.005715 27.09 -23.14 1e-06 3.607 3.607 391 -628.50 0.9977 -0.01536 0.005715 27.09 -23.14 1e-06 3.607 3.607 392 -628.50 0.9977 -0.01536 0.005715 28.38 -24.01 1e-06 3.152 3.152 393 -628.50 0.9977 -0.01536 0.005715 28.38 -24.01 1e-06 3.152 3.152 394 -628.50 0.9977 -0.01536 0.005715 28.38 -24.01 1e-06 3.152 3.152 395 -628.50 0.9977 -0.01536 0.005715 28.38 -24.01 1e-06 3.152 3.152 396 -628.50 0.9977 -0.01536 0.005715 28.38 -24.01 1e-06 3.152 3.152 397 -628.50 0.9977 -0.01536 0.005715 28.38 -24.01 1e-06 3.152 3.152 398 -628.50 0.9977 -0.01536 0.005715 28.38 -24.01 1e-06 3.607 3.607 399 -621.18 0.7883 -0.01536 0.005715 27.09 -23.14 1e-06 5.421 5.421 400 -621.18 0.7883 -0.01536 0.005715 27.09 -23.14 1e-06 5.421 5.421 401 -621.18 0.7883 -0.01536 0.005715 27.09 -23.14 1e-06 5.421 5.421 402 -621.18 0.7883 -0.01536 0.005715 28.38 -23.14 1e-06 5.421 5.421 403 -621.18 0.7883 -0.01536 0.005715 28.38 -23.14 1e-06 5.421 5.421 404 -621.18 0.7883 -0.01536 0.005715 28.38 -23.14 1e-06 5.421 5.421 405 -621.18 0.7883 -0.01536 0.005715 30.9 -23.14 1e-06 5.421 5.421 406 -621.18 0.7883 -0.01536 0.005715 28.38 -23.14 1e-06 5.421 5.421 407 -621.18 0.7883 -0.01536 0.005715 31.61 -23.14 1e-06 5.421 5.421 408 -621.18 0.7883 -0.01536 0.005715 28.38 -23.14 1e-06 7.808 7.808 409 -621.18 0.7883 -0.01536 0.005715 28.38 -23.14 1e-06 8.055 8.055 410 -621.18 0.7883 -0.01536 0.005715 28.38 -24.01 1e-06 8.657 8.657 411 -621.18 0.7883 -0.01536 0.005715 31.61 -24.01 1e-06 8.657 8.657 412 -621.18 0.7883 -0.01536 0.005715 31.61 -24.01 1e-06 8.657 8.657 413 -621.18 0.7883 -0.01536 0.005715 28.38 -23.14 1e-06 11.89 11.89 414 -621.18 0.7883 -0.01536 0.005715 28.38 -23.14 1e-06 11.89 11.89 415 -621.18 0.7883 -0.01536 0.005715 28.38 -23.14 1e-06 11.89 11.89 416 -621.18 0.7883 -0.01536 0.005715 31.61 -24.01 1e-06 11.89 11.89 417 -621.18 0.7883 -0.01536 0.005715 31.61 -23.14 1e-06 11.89 11.89 418 -621.18 0.7883 -0.01536 0.005715 31.61 -23.14 1e-06 11.89 11.89 419 -621.18 0.7883 -0.01536 0.005715 31.61 -23.14 1e-06 11.89 11.89 420 -621.18 0.7883 -0.01536 0.005715 31.61 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-0.01536 0.005715 28.38 -11.71 1e-06 19.69 19.69 436 -621.18 0.7883 -0.01536 0.005715 19.1 -4.39 1e-06 19.38 19.38 437 -621.18 0.7883 -0.01536 0.005715 28.38 -11.71 1e-06 21.22 21.22 438 -621.18 0.7883 -0.01536 0.005715 28.38 -11.71 1e-06 24.46 24.46 439 -621.18 0.7883 -0.01536 0.005715 19.1 -11.71 1e-06 22.56 22.56 440 -621.18 0.7883 -0.01536 0.005715 19.1 -11.71 1e-06 22.78 22.78 441 -621.18 0.7883 -0.01536 0.005715 19.1 -11.71 1e-06 22.78 22.78 442 -621.18 0.7883 -0.01536 0.005715 19.1 -11.71 1e-06 22.78 22.78 443 -621.18 0.7883 -0.01536 0.005715 19.17 -11.71 1e-06 22.78 22.78 444 -621.18 0.7883 -0.01536 0.005715 20.11 -11.71 1e-06 24.41 24.41 445 -621.18 0.7883 -0.01536 0.005715 19.1 -11.71 1e-06 24.46 24.46 446 -621.18 0.7883 -0.01536 0.005715 19.1 -11.71 1e-06 25.21 25.21 447 -621.18 0.7883 -0.01536 0.005715 19.1 -11.71 1e-06 25.21 25.21 448 -621.18 0.7883 -0.01536 0.005715 19.1 -11.71 1e-06 25.21 25.21 449 -621.18 0.7883 -0.01536 0.005715 19.1 -11.71 1e-06 25.21 25.21 450 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22.39 22.39 465 -610.66 0.7883 0.005889 0.005715 8.534 -7.045 1e-06 22.39 22.39 466 -610.66 0.7883 0.005889 0.005715 3.244 -7.045 1e-06 25.21 25.21 467 -610.66 0.7883 0.005889 0.005715 8.534 -7.045 1e-06 22.39 22.39 468 -610.66 0.7883 0.005889 0.005715 8.534 -6.874 1e-06 22.39 22.39 469 -610.66 0.7883 0.005889 0.005715 3.538 -7.045 1e-06 25.21 25.21 470 -610.66 0.7883 0.005889 0.005715 3.538 -7.045 1e-06 25.21 25.21 471 -610.66 0.7883 0.005889 0.005715 3.538 -7.045 1e-06 25.21 25.21 472 -610.66 0.7883 0.005889 0.005715 -4.723 -7.045 1e-06 22.39 22.39 473 -610.66 0.7883 0.005889 0.005715 -4.723 -7.045 1e-06 22.39 22.39 474 -610.66 0.7883 0.005889 0.005715 -17.82 -7.045 1e-06 23.18 23.18 475 -610.66 0.7883 0.005889 0.005715 -17.82 -7.045 1e-06 23.18 23.18 476 -610.66 0.7883 0.005889 0.005715 -7.319 -7.045 1e-06 22.39 22.39 477 -610.66 0.7883 0.005889 0.005715 -10.39 -4.601 1e-06 22.9 22.9 478 -610.66 0.7883 0.005889 0.005715 -11.92 -6.874 1e-06 22.39 22.39 479 -610.66 0.7883 0.005889 0.005715 -11.81 -6.874 1e-06 22.39 22.39 480 -610.66 0.7883 0.005889 0.005715 -11.81 -6.874 1e-06 22.39 22.39 481 -610.66 0.7883 0.005889 0.005715 -11.81 -7.045 1e-06 22.39 22.39 482 -610.66 0.7883 0.005889 0.005715 -11.33 -7.045 1e-06 22.39 22.39 483 -610.66 0.7883 0.005889 0.005715 -11.33 -7.045 1e-06 22.39 22.39 484 -610.66 0.7883 0.005889 0.005715 -11.33 -7.045 1e-06 22.39 22.39 485 -610.66 0.7883 0.005889 0.005715 -7.319 -4.601 1e-06 19.07 19.07 486 -610.66 0.7883 0.005889 0.005715 -7.319 -4.601 1e-06 19.07 19.07 487 -610.66 0.7883 0.005889 0.005715 -7.319 -4.601 1e-06 19.07 19.07 488 -610.66 0.7883 0.005889 0.005715 -7.319 -4.601 1e-06 19.07 19.07 489 -610.66 0.7883 0.005889 0.005715 -7.319 -4.601 1e-06 19.07 19.07 490 -610.66 0.7883 0.005889 0.005715 -7.319 -4.601 1e-06 19.07 19.07 491 -610.66 0.7883 0.005889 0.005715 -7.319 -4.601 1e-06 19.07 19.07 492 -610.66 0.7883 0.005889 0.005715 -7.319 -4.601 1e-06 19.07 19.07 493 -610.66 0.7883 0.005889 0.005715 -7.319 -4.601 1e-06 19.07 19.07 494 -610.66 0.7883 0.005889 0.005715 -7.319 -4.601 1e-06 19.07 19.07 495 -610.66 0.7883 0.005889 0.005715 -7.319 -4.601 1e-06 19.07 19.07 496 -610.66 0.7883 0.005889 0.005715 -7.319 -2.915 1e-06 19.07 19.07 497 -610.66 0.7883 0.005889 0.005715 -7.319 -2.915 1e-06 19.07 19.07 498 -610.66 0.7883 0.005889 0.005715 -7.319 -2.915 1e-06 19.07 19.07 499 -610.66 0.7883 0.005889 0.005715 -7.319 -2.915 1e-06 19.07 19.07 500 -610.66 0.7883 0.005889 0.005715 -7.319 -2.915 1e-06 19.07 19.07 Setting fit to best solution... save all fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src3.ximg Saving current fit data in fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src3.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs Found ximgfit at /opt/xassist/scripts/ximgfit root=/opt/xassist /opt/xassist/Python/lib/tcl8.5/ Trying to load Tk... For viewing images, check display (e.g., DISPLAY) setup or use "ppm filename" in lieu of view to save images in raw, ppm format no display name and no $DISPLAY environment variable Registered models: King FlatDisk Constant Linear Exponential FilledEllipsoid Gaussian deVaucCircular Welcome to ximgfit v1.006 Type help for instructions # written by /opt/xassist/scripts/setup_ximg_fits.py ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz fullrun_mos1_xmm0600121501_pi300-10000_cl_wavdet_top100.dat 3 4 5 6 4.0 4.350000 fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src 16 52.330055 0 0 1 4. ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz Gaussian 5 1 0.250000 data ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz 461 225 479 243 Reading ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_cl.img.gz using pyfits Extracting (460:478, 224:242) Extracting subarray using numpy mask ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz 1 461 225 479 243 Reading ../../../xmm0600121501/products/images/fullrun_mos1_xmm0600121501_pi300-10000_mask.img.gz using pyfits Extracting (460:478, 224:242) Extracting subarray using numpy stat C model Constant Linear Gaussian setpar 1 0.01 0.01 0.0 100. -1 setpar 2 0.0 0.01 -10. 10. -1 setpar 3 0.0 0.01 -10. 10. -1 setpar 4 0.0 0.010000 -52.330056 52.330056 -1 setpar 5 0.0 0.010000 -52.330056 52.330056 -1 setpar 6 1.0 0.01 1e-6 10000000 -1 setpar 7 13.082514 0.001000 3.270628 26.165028 -1 setpar 8 13.082514 0.001000 3.270628 26.165028 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 -85051.86 15.2 3.275 -9.192 -35.23 51.53 8.444e+06 3.336 3.336 2 -23432.48 4.664 0.6795 -1.72 45.84 -42.52 7.562e+05 4.284 4.284 3 -44573.02 10.71 0.6795 -1.72 45.84 -39.96 7.562e+05 4.266 4.266 4 -24778.57 15.2 3.275 1.121 -31 51.53 1.112e+05 3.336 3.336 5 -15044.25 10.71 0.6795 -1.72 45.84 -39.96 7.562e+05 3.336 3.336 6 -15044.25 10.71 0.6795 -1.72 45.84 -39.96 7.562e+05 3.336 3.336 7 -7376.71 10.71 0.06458 -0.3848 47.79 -3.241 7.562e+05 3.336 3.336 8 -7376.71 10.71 0.06458 -0.3848 47.79 -3.241 7.562e+05 3.336 3.336 9 -5899.22 10.71 0.06458 -0.3848 47.79 51.53 7.562e+05 3.336 3.336 10 -5899.22 10.71 0.06458 -0.3848 47.79 51.53 7.562e+05 3.336 3.336 11 -5899.22 10.71 0.06458 -0.3848 52.33 51.53 7.562e+05 3.336 3.336 12 -5871.73 10.71 0.0535 -0.3848 52.33 -3.241 7.562e+05 3.387 3.387 13 -5849.67 10.71 0.06458 -0.3679 51.41 51.53 7.562e+05 3.336 3.336 14 -5091.02 8.757 0.06458 -0.3848 45.84 51.53 7.562e+05 3.336 3.336 15 -2371.55 0 0.06458 -0.3679 51.41 51.53 7.562e+05 3.336 3.336 16 -2371.55 0 0.06458 -0.3679 51.41 51.53 7.562e+05 3.336 3.336 17 -2371.55 0 0.06458 -0.3679 51.41 51.53 7.562e+05 3.336 3.336 18 -2371.55 0 0.06458 -0.3679 51.41 51.53 7.562e+05 3.336 3.336 19 -2371.55 0 0.06458 -0.3679 51.41 51.53 7.562e+05 3.336 3.336 20 -2371.55 0 0.06458 -0.3679 51.41 51.53 7.562e+05 3.336 3.336 21 -1554.84 0 0.06458 -0.1019 51.41 51.53 3.774e+05 3.271 3.271 22 -1554.84 0 0.06458 -0.1019 51.41 51.53 3.774e+05 3.271 3.271 23 -1554.84 0 0.06458 -0.1019 51.41 51.53 3.774e+05 3.271 3.271 24 -1540.79 0 0.06458 0.047 45.84 51.53 3.774e+05 3.271 3.271 25 -1540.79 0 0.06458 0.047 45.84 51.53 3.774e+05 3.271 3.271 26 -1540.79 0 0.06458 0.047 45.84 51.53 3.774e+05 3.271 3.271 27 -1540.79 0 0.06458 0.047 45.84 51.53 3.774e+05 3.271 3.271 28 -1542.08 0 0.06458 0.047 45.84 51.53 3.774e+05 3.336 3.336 29 -1542.08 0 0.06458 0.047 45.84 51.53 3.774e+05 3.336 3.336 30 -1362.97 0 -0.1421 -0.01359 51.41 51.53 3.774e+05 3.271 3.271 31 -1362.97 0 -0.1421 -0.01359 51.41 51.53 3.774e+05 3.271 3.271 32 -1362.97 0 -0.1421 -0.01359 51.41 51.53 3.774e+05 3.271 3.271 33 -1362.97 0 -0.1421 -0.01359 51.41 51.53 3.774e+05 3.271 3.271 34 -1362.97 0 -0.1421 -0.01359 51.41 51.53 2.03e+06 3.271 3.271 35 -1362.97 0 -0.1421 -0.01359 51.41 51.53 2.03e+06 3.271 3.271 36 -1362.97 0 -0.1421 -0.01359 51.41 51.53 2.03e+06 3.271 3.271 37 -1362.97 0 -0.1421 -0.01359 51.41 51.53 2.03e+06 3.271 3.271 38 -1362.97 0 -0.1421 -0.01359 51.41 51.53 2.03e+06 3.271 3.271 39 -1362.97 0 -0.1421 -0.01359 51.41 51.53 2.03e+06 3.271 3.271 40 -1362.97 0 -0.1421 -0.01359 51.41 51.53 2.03e+06 3.271 3.271 41 -1337.34 0 -0.1368 -0.01359 51.41 51.53 3.774e+05 3.336 3.336 42 -1337.34 0 -0.1368 -0.01359 51.41 51.53 3.774e+05 3.336 3.336 43 -1337.34 0 -0.1368 -0.01359 51.41 51.53 3.774e+05 3.336 3.336 44 -1255.51 0 -0.04962 -0.01359 51.41 51.53 2.03e+06 3.271 3.271 45 -1255.51 0 -0.04962 -0.01359 51.41 51.53 2.03e+06 3.271 3.271 46 -1255.51 0 -0.04962 -0.01359 51.41 51.53 2.03e+06 3.271 3.271 47 -1255.51 0 -0.04962 -0.01359 51.41 51.53 2.03e+06 3.271 3.271 48 -1255.51 0 -0.04962 -0.01359 51.41 51.53 2.279e+06 3.271 3.271 49 -1255.51 0 -0.04962 -0.01359 51.41 51.53 3.247e+06 3.271 3.271 50 -1255.51 0 -0.04962 -0.01359 51.41 51.53 2.279e+06 3.271 3.271 51 -1255.51 0 -0.04962 -0.01359 51.41 52.33 3.245e+06 3.336 3.336 52 -1255.51 0 -0.04962 -0.01359 51.41 52.33 3.245e+06 3.336 3.336 53 -1121.07 2.202 -0.04962 -0.01359 52.33 51.53 2.279e+06 3.271 3.271 54 -1121.07 2.202 -0.04962 -0.01359 52.33 51.53 2.279e+06 3.271 3.271 55 -1121.07 2.202 -0.04962 -0.01359 52.33 51.53 2.279e+06 3.271 3.271 56 -1255.51 0 -0.04962 -0.01359 51.41 52.33 3.245e+06 3.336 3.336 57 -1255.51 0 -0.04962 -0.01359 51.41 51.53 3.247e+06 3.271 3.271 58 -1255.51 0 -0.04962 -0.01359 51.41 52.33 4.38e+06 3.336 3.336 59 -1255.51 0 -0.04962 -0.01359 51.41 47.21 4.23e+06 3.271 3.271 60 -1255.51 0 -0.04962 -0.01359 51.41 52.33 4.38e+06 3.336 3.336 61 -1255.51 0 -0.04962 -0.01359 51.41 52.33 5.283e+06 3.271 3.271 62 -1061.41 1.698 -0.04962 -0.01359 51.41 52.33 3.245e+06 3.336 3.336 63 -1061.41 1.698 -0.04962 -0.01359 51.41 52.33 3.245e+06 3.336 3.336 64 -1061.41 1.698 -0.04962 -0.01359 51.41 52.33 5.283e+06 3.271 3.271 65 -1042.37 1.548 -0.04962 -0.01359 51.41 52.33 3.247e+06 3.271 3.271 66 -1061.41 1.698 -0.04962 -0.01359 51.41 52.33 5.283e+06 3.271 3.271 67 -1060.26 1.659 -0.04962 -0.01359 51.41 52.33 4.031e+06 3.336 3.336 68 -1060.26 1.659 -0.04962 -0.01359 51.41 52.33 3.245e+06 3.336 3.336 69 -1060.26 1.659 -0.04962 -0.01359 51.41 52.33 3.245e+06 3.336 3.336 70 -1060.26 1.659 -0.04962 -0.01359 51.41 52.33 3.245e+06 3.336 3.336 71 -1060.26 1.659 -0.04962 -0.01359 51.41 52.33 4.031e+06 3.336 3.336 72 -1060.26 1.659 -0.04962 -0.01359 51.41 52.33 3.44e+06 3.336 3.336 73 -1060.26 1.659 -0.04962 -0.01359 52.33 52.33 5.958e+06 3.336 3.336 74 -1060.26 1.659 -0.04962 -0.01359 52.33 52.33 5.958e+06 3.336 3.336 75 -1060.26 1.659 -0.04962 -0.01359 51.41 52.33 5.863e+06 3.336 3.336 76 -1060.26 1.659 -0.04962 -0.01359 51.41 52.33 5.863e+06 3.336 3.336 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3.463 3.463 106 -1059.91 1.914 -0.04962 -0.01359 51.41 51.3 1e+07 3.463 3.463 107 -1059.91 1.914 -0.04962 -0.01359 51.41 51.3 1e+07 3.463 3.463 108 -1059.91 1.914 -0.04962 -0.01359 51.41 51.3 1e+07 3.463 3.463 109 -1059.91 1.914 -0.04962 -0.01359 51.41 52.33 7.559e+06 3.551 3.551 110 -1059.91 1.914 -0.04962 -0.01359 51.41 52.33 1e+07 3.551 3.551 111 -1059.91 1.914 -0.04962 -0.01359 51.41 52.33 1e+07 3.551 3.551 112 -1054.50 1.723 -0.04962 -0.01359 51.41 51.3 8.987e+06 3.463 3.463 113 -1054.50 1.723 -0.04962 -0.01359 51.41 51.3 8.987e+06 3.463 3.463 114 -1054.50 1.723 -0.04962 -0.01359 51.41 51.3 1e+07 3.463 3.463 115 -1054.50 1.723 -0.04962 -0.01359 51.41 51.3 1e+07 3.463 3.463 116 -1054.50 1.723 -0.04962 -0.01359 51.41 52.33 1e+07 3.551 3.551 117 -1054.50 1.723 -0.04962 -0.01359 51.41 51.3 1e+07 3.551 3.551 118 -1051.39 1.426 -0.04962 -0.01359 51.41 51.3 8.987e+06 3.463 3.463 119 -1042.69 1.914 -0.04782 -0.01359 51.41 51.3 1e+07 3.463 3.463 120 -1042.69 1.914 -0.04782 -0.01359 51.41 51.3 1e+07 3.463 3.463 121 -1042.69 1.914 -0.04782 -0.01359 51.41 51.3 1e+07 3.463 3.463 122 -1042.69 1.914 -0.04782 -0.01359 51.41 51.3 1e+07 3.463 3.463 123 -1042.69 1.914 -0.04782 -0.01359 51.41 51.3 1e+07 3.463 3.463 124 -1042.69 1.914 -0.04782 -0.01359 51.41 51.3 1e+07 3.463 3.463 125 -1042.69 1.914 -0.04782 -0.01359 51.4 51.3 1e+07 3.463 3.463 126 -1042.69 1.914 -0.04782 -0.01359 51.4 51.3 1e+07 3.463 3.463 127 -1042.69 1.914 -0.04782 -0.01359 51.4 51.3 1e+07 3.463 3.463 128 -1042.69 1.914 -0.04782 -0.01359 51.4 51.3 1e+07 3.463 3.463 129 -1042.69 1.914 -0.04782 -0.01359 51.4 51.3 1e+07 3.463 3.463 130 -1042.69 1.914 -0.04782 -0.01359 51.4 51.3 1e+07 3.463 3.463 131 -1042.69 1.914 -0.04782 -0.01359 51.41 52.33 1e+07 3.551 3.551 132 -1042.69 1.914 -0.04782 -0.01359 51.4 52.33 1e+07 3.551 3.551 133 -1042.69 1.914 -0.04782 -0.01359 51.4 52.33 1e+07 3.551 3.551 134 -1042.69 1.914 -0.04782 -0.01359 51.4 52.33 1e+07 3.551 3.551 135 -1042.69 1.914 -0.04782 -0.01359 51.4 52.33 1e+07 3.551 3.551 136 -1042.69 1.914 -0.04782 -0.01359 51.4 52.33 1e+07 3.551 3.551 137 -1042.69 1.914 -0.04782 -0.01359 51.4 52.33 1e+07 3.551 3.551 138 -1042.69 1.914 -0.04782 -0.01359 51.4 52.33 1e+07 3.551 3.551 139 -1042.69 1.914 -0.04782 -0.01359 51.23 52.33 9.629e+06 3.551 3.551 140 -1042.69 1.914 -0.04782 -0.01359 51.23 52.33 1e+07 3.551 3.551 141 -1042.69 1.914 -0.04782 -0.01359 51.23 52.33 1e+07 3.551 3.551 142 -1042.69 1.914 -0.04782 -0.01359 51.23 52.33 1e+07 3.551 3.551 143 -1042.69 1.914 -0.04782 -0.01359 51.23 52.33 1e+07 3.551 3.551 144 -914.31 1.914 0.01093 -0.01359 51.4 51.3 1e+07 3.463 3.463 145 -914.31 1.914 0.01093 -0.01359 51.41 51.3 1e+07 3.463 3.463 146 -914.31 1.914 0.01093 -0.01359 51.41 51.3 1e+07 3.463 3.463 147 -914.31 1.914 0.01093 -0.01359 51.41 51.3 1e+07 3.463 3.463 148 -914.33 1.914 0.01093 -0.01359 51.23 52.33 1e+07 3.551 3.551 149 -914.33 1.914 0.01093 -0.01359 51.23 52.33 1e+07 3.551 3.551 150 -914.33 1.914 0.01093 -0.01359 51.23 52.33 1e+07 3.551 3.551 151 -914.24 1.914 0.01093 -0.01359 51.4 52.33 1e+07 3.551 3.551 152 -914.24 1.914 0.01093 -0.01359 51.4 52.33 1e+07 3.551 3.551 153 -913.89 1.914 0.01093 -0.01359 51.23 52.33 1e+07 3.271 3.271 154 -913.89 1.914 0.01093 -0.01359 51.23 52.33 1e+07 3.271 3.271 155 -913.89 1.914 0.01093 -0.01359 51.4 52.33 1e+07 3.271 3.271 156 -913.87 1.914 0.01093 -0.01359 52.33 52.33 1e+07 3.271 3.271 157 -913.87 1.914 0.01093 -0.01359 52.33 52.33 1e+07 3.271 3.271 158 -913.87 1.914 0.01093 -0.01359 52.33 52.33 1e+07 3.271 3.271 159 -913.87 1.914 0.01093 -0.01359 52.33 52.33 1e+07 3.271 3.271 160 -913.87 1.914 0.01093 -0.01359 52.33 52.33 1e+07 3.271 3.271 161 -913.87 1.914 0.01093 -0.01359 52.33 52.33 9.364e+06 3.271 3.271 162 -913.87 1.914 0.01093 -0.01359 52.33 52.33 9.233e+06 3.271 3.271 163 -913.87 1.914 0.01093 -0.01359 52.33 52.33 9.233e+06 3.271 3.271 164 -870.79 1.792 0.01093 -0.01359 52.33 52.33 9.364e+06 3.271 3.271 165 -870.79 1.792 0.01093 -0.01359 52.33 52.33 9.364e+06 3.271 3.271 166 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-0.001003 34.28 18.91 1e-06 13.97 13.97 389 -635.42 0.8919 -0.008587 -0.001003 32.88 21.4 1e-06 13.37 13.37 390 -635.42 0.8919 -0.008587 -0.001003 32.88 21.4 1e-06 10.83 10.83 391 -635.42 0.8919 -0.008587 -0.001003 32.88 21.4 1e-06 10.83 10.83 392 -635.42 0.8919 -0.008587 -0.001003 32.88 21.4 1e-06 10.83 10.83 393 -635.42 0.8919 -0.008587 -0.001003 24.03 21.4 1e-06 10.83 10.83 394 -635.42 0.8919 -0.008587 -0.001003 32.88 18.91 1e-06 10.83 10.83 395 -635.42 0.8919 -0.008587 -0.001003 32.88 21.4 1e-06 4.346 4.346 396 -635.42 0.8919 -0.008587 -0.001003 32.88 21.4 1e-06 4.346 4.346 397 -635.42 0.8919 -0.008587 -0.001003 32.88 21.4 1e-06 4.346 4.346 398 -635.42 0.8919 -0.008587 -0.001003 32.88 21.4 1e-06 4.346 4.346 399 -635.42 0.8919 -0.008587 -0.001003 28.17 18.91 1e-06 8.616 8.616 400 -635.42 0.8919 -0.008587 -0.001003 32.88 21.4 1e-06 4.346 4.346 401 -635.42 0.8919 -0.008587 -0.001003 28.4 18.91 1e-06 8.616 8.616 402 -635.42 0.8919 -0.008587 -0.001003 28.4 18.91 1e-06 8.616 8.616 403 -635.42 0.8919 -0.008587 -0.001003 29.75 18.91 1e-06 7.38 7.38 404 -635.42 0.8919 -0.008587 -0.001003 29.75 18.91 1e-06 7.38 7.38 405 -635.42 0.8919 -0.008587 -0.001003 28.4 18.91 1e-06 7.885 7.885 406 -635.42 0.8919 -0.008587 -0.001003 28.4 21.4 1e-06 7.38 7.38 407 -635.42 0.8919 -0.008587 -0.001003 28.4 21.4 1e-06 7.38 7.38 408 -635.42 0.8919 -0.008587 -0.001003 29.75 18.91 1e-06 7.38 7.38 409 -635.42 0.8919 -0.008587 -0.001003 28.4 18.91 1e-06 7.23 7.23 410 -635.42 0.8919 -0.008587 -0.001003 28.4 18.91 1e-06 7.38 7.38 411 -635.42 0.8919 -0.008587 -0.001003 28.4 18.91 1e-06 7.38 7.38 412 -635.42 0.8919 -0.008587 -0.001003 28.4 18.91 1e-06 7.38 7.38 413 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 8.616 8.616 414 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 8.616 8.616 415 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 8.616 8.616 416 -635.29 0.8919 0.0005924 -0.001003 42.9 18.91 1e-06 8.616 8.616 417 -635.29 0.8919 0.0005924 -0.001003 42.9 18.91 1e-06 8.616 8.616 418 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 7.38 7.38 419 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 7.38 7.38 420 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 7.38 7.38 421 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 7.38 7.38 422 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 5.918 5.918 423 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 4.853 4.853 424 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 3.271 3.271 425 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 4.769 4.769 426 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 4.853 4.853 427 -635.29 0.8919 0.0005924 -0.001003 28.4 18.91 1e-06 4.853 4.853 428 -635.29 0.8919 0.0005924 -0.001003 28.61 18.91 1e-06 4.853 4.853 429 -635.29 0.8919 0.0005924 -0.001003 28.61 18.91 1e-06 3.672 3.672 430 -635.29 0.8919 0.0005924 -0.001003 28.61 18.91 1e-06 3.672 3.672 431 -635.29 0.8919 0.0005924 -0.001003 28.61 18.91 1e-06 3.672 3.672 432 -635.29 0.8919 0.0005924 -0.001003 28.61 18.91 1e-06 3.672 3.672 433 -629.98 0.784 0.0005924 -0.001003 28.61 18.91 1e-06 4.853 4.853 434 -629.98 0.784 0.0005924 -0.001003 28.61 18.91 1e-06 4.853 4.853 435 -629.98 0.784 0.0005924 -0.001003 28.61 18.91 1e-06 4.853 4.853 436 -629.98 0.784 0.0005924 -0.001003 28.61 18.91 1e-06 4.853 4.853 437 -629.98 0.784 0.0005924 -0.001003 31.52 18.91 1e-06 3.672 3.672 438 -629.98 0.784 0.0005924 -0.001003 31.52 18.91 1e-06 3.672 3.672 439 -629.98 0.784 0.0005924 -0.001003 31.52 18.91 1e-06 3.672 3.672 440 -629.98 0.784 0.0005924 -0.001003 30.33 18.91 1e-06 3.672 3.672 441 -629.98 0.784 0.0005924 -0.001003 30.33 18.91 1e-06 3.672 3.672 442 -629.98 0.784 0.0005924 -0.001003 30.33 18.91 1e-06 4.853 4.853 443 -629.98 0.784 0.0005924 -0.001003 31.52 18.91 1e-06 4.38 4.38 444 -629.98 0.784 0.0005924 -0.001003 31.52 18.91 1e-06 4.38 4.38 445 -629.98 0.784 0.0005924 -0.001003 31.52 18.91 1e-06 4.38 4.38 446 -629.98 0.784 0.0005924 -0.001003 30.33 20.25 1e-06 3.672 3.672 447 -629.98 0.784 0.0005924 -0.001003 30.33 20.25 1e-06 3.672 3.672 448 -629.98 0.784 0.0005924 -0.001003 31.52 20.25 1e-06 3.672 3.672 449 -629.98 0.784 0.0005924 -0.001003 30.33 20.25 1e-06 3.672 3.672 450 -629.98 0.784 0.0005924 -0.001003 30.33 20.25 1e-06 4.434 4.434 451 -629.98 0.784 0.0005924 -0.001003 30.33 20.25 1e-06 4.434 4.434 452 -629.98 0.784 0.0005924 -0.001003 30.33 20.25 1e-06 4.434 4.434 453 -629.98 0.784 0.0005924 -0.001003 31.52 20.25 1e-06 3.672 3.672 454 -629.98 0.784 0.0005924 -0.001003 31.52 20.25 1e-06 3.672 3.672 455 -629.98 0.784 0.0005924 -0.001003 31.52 20.25 1e-06 3.672 3.672 456 -629.98 0.784 0.0005924 -0.001003 31.52 20.25 1e-06 3.672 3.672 457 -629.98 0.784 0.0005924 -0.001003 31.52 20.25 1e-06 4.06 4.06 458 -629.98 0.784 0.0005924 -0.001003 31.52 20.25 1e-06 4.06 4.06 459 -629.98 0.784 0.0005924 -0.001003 31.52 20.25 1e-06 4.06 4.06 460 -629.98 0.784 0.0005924 -0.001003 31.52 20.25 1e-06 4.06 4.06 461 -629.98 0.784 0.0005924 -0.001003 31.52 20.25 1e-06 4.06 4.06 462 -629.98 0.784 0.0005924 -0.001003 31.52 20.25 1e-06 4.06 4.06 463 -629.98 0.784 0.0005924 -0.001003 31.52 20.68 1e-06 3.672 3.672 464 -629.98 0.784 0.0005924 -0.001003 31.52 20.68 1e-06 3.672 3.672 465 -629.98 0.784 0.0005924 -0.001003 31.52 20.68 1e-06 3.672 3.672 466 -629.98 0.784 0.0005924 -0.001003 31.52 20.68 1e-06 3.672 3.672 467 -629.98 0.784 0.0005924 -0.001003 31.52 20.68 1e-06 3.672 3.672 468 -629.98 0.784 0.0005924 -0.001003 31.52 20.68 1e-06 3.672 3.672 469 -629.98 0.784 0.0005924 -0.001003 31.52 20.68 1e-06 3.672 3.672 470 -629.98 0.784 0.0005924 -0.001003 31.52 20.68 1e-06 3.672 3.672 471 -629.98 0.784 0.0005924 -0.001003 31.52 20.68 1e-06 3.672 3.672 472 -629.98 0.784 0.0005924 -0.001003 31.52 20.68 1e-06 3.672 3.672 473 -629.98 0.784 0.0005924 -0.001003 31.52 20.68 1e-06 3.747 3.747 474 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 3.672 3.672 475 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 3.672 3.672 476 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 3.672 3.672 477 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 3.672 3.672 478 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 3.672 3.672 479 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 3.672 3.672 480 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 3.672 3.672 481 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 3.672 3.672 482 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 3.68 3.68 483 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 5.929 5.929 484 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 5.929 5.929 485 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 5.929 5.929 486 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 5.929 5.929 487 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 5.929 5.929 488 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 5.929 5.929 489 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 5.929 5.929 490 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 5.929 5.929 491 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 8.159 8.159 492 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 8.159 8.159 493 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 9.12 9.12 494 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 9.12 9.12 495 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 10.96 10.96 496 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 10.96 10.96 497 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 11.11 11.11 498 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 11.11 11.11 499 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 11.11 11.11 500 -628.14 0.784 -0.007357 -0.001003 31.52 20.68 1e-06 11.2 11.2 Setting fit to best solution... save all fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src4.ximg Saving current fit data in fullrun_mos1_xmm0600121501_pi300-10000_cl_pass0_tfrozen_src4.ximg exit logs/ exists xml/ exists csv/ exists stamps/ exists ppmtogif is installed, stamp images will be converted to gifs