%***************************************************************************************************************** % RADIATE format v 2.0 % % This file contains ray-tracing results. % % Created by: Armin Hofmeister, Technische Universität Wien % % Created with RADIATE program developed by Armin Hofmeister % Version: 2.0_Fortran % Subversion: global_limit % % File created on: % 2018-07-24 | 01:04:49.619 % % Data content: % Ray-tracing results for session: % 10SEP22XU##### % Total number of observations: % 40 % % Chosen ray-tracing options: % Assignment of observations to the epochs of the numerical weather model: % one_epoch_per_obs % Method of vertical interpolation (horizontal treatment): % profilewise % Method of numerical weather model usage: % Full grid information used % Ray-tracing approach: % pwl % Station coordinate catalogue-file: % vlbi.ell % % Numerical weather model used: % Epoch 1: 2010092218 | Grib-file resolution: res_lat= 1.000 deg, res_lon= 1.000 deg % % Origin and use of the observational data: % Observational data (scan number, observation time, station, azimuth, elevation, source) % as well as temperature-, pressure- and water vapour pressure-values provided in this file % originate from the AzEl-file created by VieVS. % The reported temperature-, pressure- and water vapour pressure-values from the numerical % weather model at the station positions have been determined from the numerical weather % model by interpolation within the ray-tracing application. % Ray-tracing used temperature-, pressure- and water vapour-values only from the numerical % weather model. % % % Data columns: % 1 .... scannumber % 2 .... mjd % 3 .... year % 4 .... day of year % 5 .... hour % 6 .... min % 7 .... sec % 8 .... station % 9 .... azimuth in [rad] % 10 .... outgoing elevation angle (calculated, theoretical) in [rad] % 11 .... source % 12 .... temperature at station in [°C] % 13 .... pressure at station in [hPa] % 14 .... water vapour pressure at station in [hPa] % 15 .... zenith total delay in [m] % 16 .... zenith hydrostatic delay in [m] % 17 .... zenith wet delay in [m] % 18 .... slant total delay including geometric bending effect in [m] % 19 .... slant hydrostatic delay including geometric bending effect in [m] % 20 .... slant wet delay in [m] % 21 .... elevation angle at station in [rad] % 22 .... outgoing elevation angle from ray-tracing in [rad] % 23 .... geometric bending effect in [m] % 24 .... total mapping factor (includes treatment of geometric bending effect) [total_delay_along_the_path / total_zenith_delay] % 25 .... hydrostatic mapping factor (includes treatment of geometric bending effect) [hydrostatic_delay_along_the_path / hydrostatic_zenith_delay] % 26 .... wet mapping factor [wet_delay_along_the_path / wet_zenith_delay] % 27 .... temperature at the station position interpolated from the numerical weather model in [°C] % 28 .... pressure at the station position interpolated from the numerical weather model in [hPa] % 29 .... water vapour pressure at the station position interpolated from the numerical weather model in [hPa] %***************************************************************************************************************** % % % 1| 2| 3| 4| 5| 6| 7| 8| 9| 10| 11| 12| 13| 14| 15| 16| 17| 18| 19| 20| 21| 22| 23| 24| 25| 26| 27| 28| 29 % scan| mjd|year|doy| h| m| sec| station| azimuth [rad]| calc. elev. [rad]| source|T [°C]|p [hPa]|w[hPa]| ztd [m]| zhd [m]| zwd [m]| std [m]| shd [m]| swd [m]|e at st[rad]|e rtrd [rad]|bend. [m]| total mf| hydr. mf| wet mf|T [°C]|p [hPa]|w[hPa] % 1 55461.77106 2010 265 18 30 20.00 KOKEE 0.100461685591298 0.209309373361472 1803+784 17.66 888.85 16.86 2.1180 2.0301 0.0879 9.9407 9.5166 0.4241 0.2106869 0.2093094 0.0146 4.69340 4.68768 4.82545 17.43 888.69 14.29 1 55461.77106 2010 265 18 30 20.00 NYALES20 4.782072212096109 1.499156307570960 1803+784 2.65 1011.30 6.45 2.3784 2.3000 0.0784 2.3845 2.3059 0.0786 1.4991788 1.4991563 0.0000 1.00257 1.00256 1.00270 3.96 1011.39 6.17 2 55461.77293 2010 265 18 33 1.50 KOKEE 4.881301653641352 0.214383615071857 0229+131 18.84 889.20 16.17 2.1180 2.0301 0.0879 9.7188 9.3116 0.4073 0.2157293 0.2143836 0.0136 4.58865 4.58670 4.63381 17.43 888.69 14.29 2 55461.77293 2010 265 18 33 1.50 NYALES20 1.245124374628398 0.175972482110899 0229+131 2.54 1011.30 6.41 2.3784 2.3000 0.0784 13.1282 12.6874 0.4408 0.1776656 0.1759725 0.0312 5.51986 5.51626 5.62558 3.96 1011.39 6.17 3 55461.77494 2010 265 18 35 55.00 KOKEE 1.696847669994106 1.355712834453305 OJ287 19.02 889.20 16.12 2.1180 2.0301 0.0879 2.1678 2.0779 0.0900 1.3557785 1.3557128 0.0000 1.02352 1.02351 1.02381 17.43 888.69 14.29 3 55461.77494 2010 265 18 35 55.00 NYALES20 5.926513574151882 0.169725059886247 OJ287 2.42 1011.31 6.34 2.3784 2.3000 0.0784 13.5713 13.1138 0.4575 0.1714769 0.1697251 0.0345 5.70615 5.70164 5.83853 3.96 1011.39 6.17 4 55461.77608 2010 265 18 37 33.00 KOKEE 1.261415876354441 0.285266790401779 1324+224 19.11 889.20 15.92 2.1180 2.0301 0.0879 7.4253 7.1123 0.3129 0.2862768 0.2852668 0.0059 3.50576 3.50339 3.56051 17.43 888.69 14.29 4 55461.77608 2010 265 18 37 33.00 NYALES20 4.805511900267321 0.375631089178530 1324+224 2.27 1011.40 6.33 2.3784 2.3000 0.0784 6.4358 6.2220 0.2138 0.3764183 0.3756311 0.0033 2.70597 2.70520 2.72881 3.96 1011.39 6.17 5 55461.77756 2010 265 18 39 41.00 KOKEE 5.412566064966052 0.997163305544357 0552+398 19.24 889.20 15.44 2.1180 2.0301 0.0879 2.5204 2.4158 0.1047 0.9973573 0.9971633 0.0001 1.19000 1.18996 1.19079 17.43 888.69 14.29 5 55461.77756 2010 265 18 39 41.00 NYALES20 0.371113187915340 0.516548936074906 0552+398 2.02 1011.40 6.29 2.3784 2.3000 0.0784 4.7981 4.6399 0.1582 0.5170978 0.5165489 0.0012 2.01739 2.01736 2.01831 3.96 1011.39 6.17 6 55461.77863 2010 265 18 41 14.00 KOKEE 5.539169933716345 0.197158370943222 0133+476 19.40 889.20 15.34 2.1180 2.0301 0.0879 10.5117 10.0662 0.4456 0.1986186 0.1971584 0.0173 4.96301 4.95838 5.06989 17.43 888.69 14.29 6 55461.77863 2010 265 18 41 14.00 NYALES20 1.349467871313153 0.813522610133354 0133+476 1.94 1011.40 6.28 2.3784 2.3000 0.0784 3.2693 3.1617 0.1076 0.8138182 0.8135226 0.0002 1.37461 1.37465 1.37364 3.96 1011.39 6.17 7 55461.78036 2010 265 18 43 43.50 KOKEE 1.004906712498132 0.775580306840718 1128+385 19.46 889.23 15.44 2.1180 2.0301 0.0879 3.0214 2.8956 0.1258 0.7758863 0.7755803 0.0002 1.42653 1.42632 1.43144 17.43 888.69 14.29 7 55461.78036 2010 265 18 43 43.50 NYALES20 5.373287884164852 0.556336662044206 1128+385 1.99 1011.40 6.37 2.3784 2.3000 0.0784 4.4904 4.3419 0.1485 0.5568383 0.5563366 0.0009 1.88802 1.88778 1.89513 3.96 1011.39 6.17 8 55461.78171 2010 265 18 45 39.50 KOKEE 1.383268124181246 0.967036712823296 1040+244 19.63 889.30 15.74 2.1180 2.0301 0.0879 2.5714 2.4645 0.1069 0.9672438 0.9670367 0.0001 1.21406 1.21397 1.21609 17.43 888.69 14.29 8 55461.78171 2010 265 18 45 39.50 NYALES20 5.528146165079901 0.282774652154979 1040+244 2.02 1011.40 6.40 2.3784 2.3000 0.0784 8.4103 8.1300 0.2803 0.2838357 0.2827747 0.0079 3.53618 3.53480 3.57681 3.96 1011.39 6.17 9 55461.78375 2010 265 18 48 36.00 KOKEE 1.465253627293010 0.587070272256300 1212+171 19.74 889.30 15.65 2.1180 2.0301 0.0879 3.8133 3.6544 0.1589 0.5875205 0.5870703 0.0006 1.80042 1.80009 1.80802 17.43 888.69 14.29 9 55461.78375 2010 265 18 48 36.00 NYALES20 5.136893166973210 0.218444757715849 1212+171 2.08 1011.40 6.41 2.3784 2.3000 0.0784 10.7308 10.3704 0.3604 0.2198192 0.2184448 0.0169 4.51183 4.50886 4.59913 3.96 1011.39 6.17 10 55461.78623 2010 265 18 52 10.00 KOKEE 0.658719260371090 0.309774184572892 1418+546 19.86 889.30 15.66 2.1180 2.0301 0.0879 6.8693 6.5797 0.2897 0.3107017 0.3097743 0.0046 3.24329 3.24102 3.29577 17.43 888.69 14.29 10 55461.78623 2010 265 18 52 10.00 NYALES20 4.834181502857291 0.951170139460446 1418+546 2.21 1011.40 6.45 2.3784 2.3000 0.0784 2.9198 2.8234 0.0963 0.9513933 0.9511701 0.0001 1.22765 1.22758 1.22957 3.96 1011.39 6.17 11 55461.78801 2010 265 18 54 44.00 KOKEE 6.176294388345823 0.699360754416959 0716+714 20.04 889.32 15.63 2.1180 2.0301 0.0879 3.2848 3.1479 0.1368 0.6997172 0.6993608 0.0003 1.55087 1.55061 1.55697 17.43 888.69 14.29 11 55461.78801 2010 265 18 54 44.00 NYALES20 0.071004364836165 1.052266920234977 0716+714 2.45 1011.39 6.48 2.3784 2.3000 0.0784 2.7372 2.6471 0.0902 1.0524455 1.0522669 0.0001 1.15089 1.15090 1.15087 3.96 1011.39 6.17 12 55461.78949 2010 265 18 56 52.00 KOKEE 0.545661212361185 1.019328965139190 0955+476 20.20 889.40 15.54 2.1180 2.0301 0.0879 2.4855 2.3822 0.1034 1.0195137 1.0193290 0.0001 1.17352 1.17341 1.17601 17.43 888.69 14.29 12 55461.78949 2010 265 18 56 52.00 NYALES20 5.810270486043884 0.658413371793171 0955+476 2.54 1011.30 6.46 2.3784 2.3000 0.0784 3.8795 3.7514 0.1281 0.6588171 0.6584133 0.0005 1.63117 1.63106 1.63424 3.96 1011.39 6.17 13 55461.79189 2010 265 19 0 19.00 KOKEE 6.172848042893470 1.083547899308188 0804+499 20.28 889.36 15.20 2.1180 2.0301 0.0879 2.3962 2.2966 0.0996 1.0837070 1.0835479 0.0000 1.13134 1.13126 1.13303 17.43 888.69 14.29 13 55461.79189 2010 265 19 0 19.00 NYALES20 6.227113966732455 0.676475469060426 0804+499 2.63 1011.30 6.43 2.3784 2.3000 0.0784 3.7920 3.6670 0.1250 0.6768646 0.6764754 0.0005 1.59440 1.59435 1.59567 3.96 1011.39 6.17 14 55461.79462 2010 265 19 4 15.00 KOKEE 5.824007718133728 0.828766355641805 0613+570 20.48 889.34 15.32 2.1180 2.0301 0.0879 2.8706 2.7513 0.1194 0.8290415 0.8287664 0.0002 1.35534 1.35521 1.35827 17.43 888.69 14.29 14 55461.79462 2010 265 19 4 15.00 NYALES20 0.341283798022431 0.815949093824859 0613+570 2.70 1011.30 6.40 2.3784 2.3000 0.0784 3.2618 3.1544 0.1074 0.8162432 0.8159491 0.0002 1.37147 1.37148 1.37109 3.96 1011.39 6.17 15 55461.79740 2010 265 19 8 15.00 KOKEE 5.309236373681784 0.587486317622177 0415+398 20.64 889.40 15.48 2.1180 2.0301 0.0879 3.8112 3.6527 0.1585 0.5879362 0.5874863 0.0006 1.79940 1.79924 1.80300 17.43 888.69 14.29 15 55461.79740 2010 265 19 8 15.00 NYALES20 0.853989696910783 0.578365743742519 0415+398 2.56 1011.26 6.34 2.3784 2.3000 0.0784 4.3388 4.1959 0.1429 0.5788437 0.5783657 0.0008 1.82429 1.82429 1.82415 3.96 1011.39 6.17 16 55461.80016 2010 265 19 12 14.00 KOKEE 4.858821084859857 0.758419699292650 0515+208 20.77 889.40 15.68 2.1180 2.0301 0.0879 3.0755 2.9479 0.1276 0.7587363 0.7584197 0.0002 1.45206 1.45208 1.45160 17.43 888.69 14.29 16 55461.80016 2010 265 19 12 14.00 NYALES20 0.691349912852267 0.218527612305858 0515+208 2.50 1011.17 6.36 2.3784 2.3000 0.0784 10.7254 10.3681 0.3573 0.2199015 0.2185276 0.0169 4.50959 4.50787 4.56015 3.96 1011.39 6.17 17 55461.80307 2010 265 19 16 25.00 KOKEE 0.605251310332231 0.557045099681822 1300+580 20.94 889.40 16.01 2.1180 2.0301 0.0879 3.9940 3.8272 0.1668 0.5575259 0.5570451 0.0007 1.88574 1.88520 1.89829 17.43 888.69 14.29 17 55461.80307 2010 265 19 16 25.00 NYALES20 5.261631611211509 0.928278908729331 1300+580 2.74 1011.10 6.44 2.3784 2.3000 0.0784 2.9688 2.8709 0.0980 0.9285130 0.9282789 0.0001 1.24828 1.24822 1.25005 3.96 1011.39 6.17 18 55461.80509 2010 265 19 19 19.50 KOKEE 1.124214784068218 0.544710396724646 1308+328 21.03 889.40 16.18 2.1180 2.0301 0.0879 4.0743 3.9042 0.1701 0.5452046 0.5447104 0.0008 1.92362 1.92312 1.93516 17.43 888.69 14.29 18 55461.80509 2010 265 19 19 19.50 NYALES20 5.090095715664152 0.505690665046807 1308+328 2.76 1011.10 6.43 2.3784 2.3000 0.0784 4.8915 4.7295 0.1620 0.5062535 0.5056906 0.0013 2.05666 2.05631 2.06689 3.96 1011.39 6.17 19 55461.80763 2010 265 19 22 59.00 KOKEE 0.372503792949740 1.254527190267401 0920+390 21.14 889.44 16.45 2.1180 2.0301 0.0879 2.2283 2.1357 0.0926 1.2546255 1.2545272 0.0000 1.05206 1.05201 1.05316 17.43 888.69 14.29 19 55461.80763 2010 265 19 22 59.00 NYALES20 6.024621020732002 0.490857902375208 0920+390 2.58 1011.13 6.32 2.3784 2.3000 0.0784 5.0249 4.8589 0.1660 0.4914408 0.4908578 0.0014 2.11277 2.11257 2.11869 3.96 1011.39 6.17 20 55461.81083 2010 265 19 27 36.00 KOKEE 4.875596375101623 0.696883342818896 0515+208 21.20 889.50 16.32 2.1180 2.0301 0.0879 3.2944 3.1577 0.1367 0.6972416 0.6968834 0.0003 1.55543 1.55544 1.55514 17.43 888.69 14.29 20 55461.81083 2010 265 19 27 36.00 NYALES20 0.755140572416133 0.227070547900657 0515+208 2.42 1011.18 6.28 2.3784 2.3000 0.0784 10.3456 10.0012 0.3444 0.2283935 0.2270706 0.0151 4.34991 4.34837 4.39519 3.96 1011.39 6.17