#-- 19 13 45.480 39 08 45.60 #\*l [\*mm] Flux [Jy] (error) # m=-1 put[-1r](0.97,0.03) Assumed relative error = 0.1 0.553705 63.8 6.38 0.553705 61.5 6.15 0.531896 66.5 0.1 0.420301 81.6 0.2 0.402001 67.6 0 0.553705 62.7 6.27 0.531896 66.5 0.1 0.420301 81.6 0.2 0.531896 67.0 6.7 0.420301 82.4 8.24 0.531896 67.2 0.6 0.420301 82.4 0.8 2.16379 8.14 0.17 1.64948 14.2 0.5 1.23902 22.8 4.9 2.16379 8.13 0.813 1.64948 14.2 1.42 1.23902 22.8 2.28 0.444203 89.0 0.8 0.402001 67.6 0 2.16379 8.13 0.17 1.64948 14.2 0.5 1.23902 22.8 4.9 2.16379 8.13 0.17 1.64948 14.2 0.5 1.23902 22.8 4.9 2.16379 8.13 0.15 1.64948 14.2 0.5 1.23902 22.8 4.9 0.444203 3.45 2.98 0.762055 41.1 0.2 0.582234 58.3 0.2 0.503599 68.1 0.2 0.531896 67.0 0.6 0.420301 82.2 1.1 0.553705 64.4 6.44 0.877998 32.1 3.21 0.693803 46.7 4.67 0.553705 64.4 6.44 0.444203 85.8 8.58 0.3531 67.6 6.76 0.274008 50.9 0.2 0.236504 56.5 0.2 0.196495 55.1 0.2 0.156501 54.6 0.3 0.553705 64.3 6.43 0.553705 32.9 3.29 0.553705 64.4 6.44 0.553705 63.3 6.33 0.553705 63.8 6.38 0.553705 65.0 6.5 0.553705 63.3 6.33 0.553705 64.4 6.44 0.553705 65.0 6.5 0.553705 63.1 6.31 101.949 1.42 0.142 61.8499 0.400 0.04 23.8802 0.250 0.025 11.5902 0.565 0.051 101.949 3.18 0.64 61.8499 0.129 0.026 23.8802 0.138 0.035 11.5902 0.509 0.046 0.553705 63.1 6.31 0.553705 64.0 6.4 0.553705 1.46 0.146 2.19002 7.87 0.17 1.63002 14.0 0.5 1.25002 23.2 5 18.3899 0.162 0.013 8.61002 0.653 0.029 22.0907 0.0978 0.0023 11.5598 0.321 0.004 4.60002 2.74 0.1 3.35001 3.67 0.26 2.16379 8.13 0.17 1.64948 14.2 0.5 1.23902 22.8 4.9 22.0907 0.0982 0.0025 11.5598 0.319 0.004 4.60002 2.50 0.22 3.35001 3.59 0.6 2.16379 8.13 0.17 1.64948 14.2 0.5 1.23902 22.8 4.9 101.949 3.18 0.318 101.949 1.42 0.142 61.8499 0.129 0.0129 23.8802 0.138 0.0138 22.0907 98.5e-3 0.00985 22.0907 0.0978 0.0023 18.3899 0.162 0.013 11.5902 0.509 0.0509 11.5902 0.565 0.0565 11.5598 0.351 0.0351 11.5598 0.321 0.004 8.61002 0.653 0.029 4.60002 2.76 0.276 4.60002 2.74 0.1 3.35001 3.66 0.366 3.35001 3.67 0.26 2.16379 8.03 0.803 2.16379 8.13 0.17 1.64948 13.8 1.38 1.64948 14.2 0.5 1.23902 23.0 2.3 1.23902 22.8 4.9 5.02999 2.32 0.2 3.40001 3.37 0.56 2.19002 7.87 0.17 1.63002 14.0 0.5 1.25002 23.2 5 0.531896 63.6 0.1 0.420301 76.5 0.2 0.553705 64.4 6.44 2.16379 8.13 0.813 1.64948 14.2 1.42 1.23902 22.8 2.28 4.60002 2.49 0 3.35001 3.13 0 22.0907 0.0982 0.0025 11.5598 0.319 0.004 4.60002 2.50 0.22 3.35001 3.59 0.6 2.16379 8.13 0.17 1.64948 14.2 0.5 1.23902 22.8 4.9 0.672995 56.1 0.2 0.553705 35.7 3.57 0.553705 64.4 6.44 0.553705 64.4 6.44 0.553705 64.4 6.44 22.0907 0.0982 0.0025 11.5598 0.319 0.004 4.60002 2.50 0.22 3.35001 3.59 0.6 2.16379 8.13 0.17 1.63002 14.0 0.5 1.25002 23.2 5 0.553705 61.5 1.7 101.949 3.18 0.318 61.8499 0.129 0.0129 23.8802 0.138 0.0138 11.5902 0.507 0.0507 11.5902 0.509 0.0509 1.64948 14.2 1.42 1.23902 22.8 2.28 0.531896 67.0 0.6 0.420301 82.2 1.1 0.553705 61.5 6.15 0.444203 82.7 8.27 0.402001 68.2 6.82 0.402001 67.6 0.1 0.3531 66.9 6.69 2.16379 8.13 0.17 1.64948 14.1 0.5 1.23902 22.8 4.9 0.553705 63.4 0.5 0.444203 85.5 1.1 0.402001 67.6 6.76 0.553705 63.3 6.33 0.672995 54.3 0.2 0.553705 64.0 6.4 22.0907 98.2e-3 0.00982 11.5598 0.319 0.0319 4.60002 2.50 0.25 3.35001 3.59 0.359 2.16379 8.13 0.813 1.64948 14.2 1.42 1.23902 22.8 2.28 2.19002 7.85 0.14 1.63002 14.0 0.4 1.25002 23.3 5 0.531896 67.2 0.6 0.420301 82.4 0.8 0.553705 64.0 6.4 0.444203 86.5 8.65 22.0907 99.0e-3 0.0099 18.3899 0.162 0.0162 11.5598 0.348 0.0348 8.61002 0.653 0.0653 3.35001 3.62 0.362 0.600281 67.0 6.7 0.553705 63.9 6.39 0.402001 67.6 6.76 2.16379 8.13 0.17 1.64948 14.2 0.5 1.23902 22.8 4.9 2.16379 8.18 0.818 1.64948 14.2 1.42 1.23902 22.9 2.29 0.877998 38.5 3.85 0.877998 38.5 3.85 0.877998 38.5 3.85 0.672995 56.1 5.61 0.553705 64.4 6.44