%***************************************************************************************************************** % 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: % 2019-03-09 | 03:52:51.347 % % Data content: % Ray-tracing results for session: % 98APR23XU##### % 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: 1998042312 | Grib-file resolution: res_lat= 1.000 deg, res_lon= 1.000 deg % Epoch 2: 1998042318 | 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 50926.60123 1998 113 14 25 46.00 MATERA 6.260606684125769 0.508995674012425 1803+784 13.39 957.31 9.63 2.2709 2.1798 0.0911 4.6412 4.4558 0.1854 0.5095225 0.5089956 0.0011 2.04380 2.04416 2.03518 15.32 955.82 8.56 1 50926.60123 1998 113 14 25 46.00 NRAO20 6.025366298610381 0.697318318170014 1803+784 11.46 915.22 7.62 2.1608 2.0874 0.0735 3.3596 3.2451 0.1145 0.6976596 0.6973183 0.0004 1.55477 1.55465 1.55815 6.37 915.37 6.80 2 50926.60551 1998 113 14 31 56.00 MATERA 4.485229496596083 0.369672086186165 0119+041 13.35 957.31 9.56 2.2709 2.1798 0.0911 6.2392 5.9857 0.2535 0.3704275 0.3696721 0.0031 2.74747 2.74599 2.78288 15.32 955.82 8.56 2 50926.60551 1998 113 14 31 56.00 NRAO20 2.316500696528247 0.800448392886975 0119+041 11.50 915.21 7.59 2.1608 2.0874 0.0735 3.0074 2.9052 0.1022 0.8007260 0.8004484 0.0002 1.39177 1.39179 1.39124 6.37 915.37 6.80 3 50926.60924 1998 113 14 37 18.00 MATERA 1.103448643413579 1.375706902711690 0642+449 13.31 957.32 9.50 2.2709 2.1798 0.0911 2.3146 2.2218 0.0928 1.3757653 1.3757069 0.0000 1.01925 1.01928 1.01845 15.32 955.82 8.56 3 50926.60924 1998 113 14 37 18.00 NRAO20 0.752824504596037 0.245004004683884 0642+449 11.54 915.19 7.57 2.1608 2.0874 0.0735 8.7500 8.4488 0.3011 0.2461266 0.2450040 0.0100 4.04932 4.04763 4.09754 6.37 915.37 6.80 4 50926.61192 1998 113 14 41 10.00 MATERA 5.540241232258578 0.737607389439883 0059+581 13.28 957.32 9.44 2.2709 2.1798 0.0911 3.3718 3.2365 0.1353 0.7379318 0.7376074 0.0003 1.48479 1.48479 1.48483 15.32 955.82 8.56 4 50926.61192 1998 113 14 41 10.00 NRAO20 0.519829365231469 1.131846788498197 0059+581 11.57 915.17 7.56 2.1608 2.0874 0.0735 2.3866 2.3054 0.0812 1.1319812 1.1318468 0.0000 1.10446 1.10444 1.10493 6.37 915.37 6.80 5 50926.61461 1998 113 14 45 2.00 MATERA 0.644592220285475 0.925565818989547 0917+624 13.25 957.32 9.38 2.2709 2.1798 0.0911 2.8399 2.7264 0.1136 0.9257879 0.9255658 0.0001 1.25059 1.25075 1.24679 15.32 955.82 8.56 5 50926.61461 1998 113 14 45 2.00 NRAO20 0.260704517957440 0.245424535421440 0917+624 11.59 915.16 7.55 2.1608 2.0874 0.0735 8.7368 8.4356 0.3011 0.2465452 0.2454245 0.0099 4.04321 4.04130 4.09747 6.37 915.37 6.80 6 50926.61734 1998 113 14 48 58.00 MATERA 5.273523210110216 0.759528282639748 0133+476 13.22 957.33 9.33 2.2709 2.1798 0.0911 3.2937 3.1614 0.1323 0.7598388 0.7595283 0.0003 1.45042 1.45034 1.45223 15.32 955.82 8.56 6 50926.61734 1998 113 14 48 58.00 NRAO20 0.993935756217088 1.154279164545326 0133+476 11.59 915.16 7.55 2.1608 2.0874 0.0735 2.3623 2.2819 0.0804 1.1544058 1.1542792 0.0000 1.09323 1.09323 1.09344 6.37 915.37 6.80 7 50926.61988 1998 113 14 52 38.00 MATERA 3.222124416405411 1.277616456636852 0556+238 13.22 957.33 9.32 2.2709 2.1798 0.0911 2.3720 2.2767 0.0953 1.2777056 1.2776165 0.0000 1.04451 1.04446 1.04573 15.32 955.82 8.56 7 50926.61988 1998 113 14 52 38.00 NRAO20 1.187201743958436 0.189634436430810 0556+238 11.60 915.16 7.54 2.1608 2.0874 0.0735 11.1265 10.7418 0.3846 0.1910777 0.1896344 0.0208 5.14913 5.14615 5.23376 6.37 915.37 6.80 8 50926.62291 1998 113 14 56 59.00 MATERA 0.978471061860245 1.175133912395439 0804+499 13.20 957.33 9.29 2.2709 2.1798 0.0911 2.4603 2.3618 0.0985 1.1752572 1.1751339 0.0000 1.08341 1.08349 1.08159 15.32 955.82 8.56 8 50926.62291 1998 113 14 56 59.00 NRAO20 0.556496563512336 0.177378216666191 0804+499 11.60 915.16 7.54 2.1608 2.0874 0.0735 11.8403 11.4286 0.4118 0.1789164 0.1773782 0.0251 5.47949 5.47515 5.60291 6.37 915.37 6.80 9 50926.62586 1998 113 15 1 14.00 MATERA 0.251061061733081 0.591535425890509 1357+769 13.20 957.33 9.28 2.2850 2.1790 0.1060 4.0863 3.8971 0.1893 0.5919798 0.5915354 0.0007 1.78830 1.78845 1.78525 12.01 955.62 8.63 9 50926.62586 1998 113 15 1 14.00 NRAO20 6.144162756933910 0.470742400348589 1357+769 11.61 915.15 7.53 2.1647 2.0861 0.0786 4.7518 4.5788 0.1730 0.4713091 0.4707424 0.0014 2.19507 2.19487 2.20046 8.32 914.92 8.01 10 50926.62888 1998 113 15 5 35.00 MATERA 6.090464280283964 0.699432966516630 0014+813 13.18 957.33 9.26 2.2850 2.1790 0.1060 3.5430 3.3789 0.1641 0.6997882 0.6994329 0.0004 1.55052 1.55065 1.54785 12.01 955.62 8.63 10 50926.62888 1998 113 15 5 35.00 NRAO20 0.023183466686651 0.816957078022702 0014+813 11.61 915.15 7.53 2.1647 2.0861 0.0786 2.9662 2.8584 0.1078 0.8172289 0.8169571 0.0002 1.37022 1.37019 1.37098 8.32 914.92 8.01 11 50926.63127 1998 113 15 9 2.00 MATERA 5.560974166046909 0.675706360174394 0059+581 13.18 957.33 9.24 2.2850 2.1790 0.1060 3.6464 3.4774 0.1690 0.6760791 0.6757063 0.0004 1.59576 1.59586 1.59371 12.01 955.62 8.63 11 50926.63127 1998 113 15 9 2.00 NRAO20 0.402521453700975 1.174560116749427 0059+581 11.61 915.15 7.52 2.1647 2.0861 0.0786 2.3461 2.2609 0.0852 1.1746813 1.1745601 0.0000 1.08376 1.08376 1.08388 8.32 914.92 8.01 12 50926.63447 1998 113 15 13 38.00 MATERA 3.631093402554405 1.052239447202903 0528+134 13.17 957.33 9.22 2.2850 2.1790 0.1060 2.6300 2.5079 0.1222 1.0524102 1.0522394 0.0001 1.15099 1.15092 1.15238 12.01 955.62 8.63 12 50926.63447 1998 113 15 13 38.00 NRAO20 1.461290328493909 0.245135401281751 0528+134 11.62 915.15 7.52 2.1647 2.0861 0.0786 8.7602 8.4389 0.3213 0.2462710 0.2451354 0.0100 4.04677 4.04521 4.08801 8.32 914.92 8.01 13 50926.63769 1998 113 15 18 16.00 MATERA 6.250471717815888 0.310600522645104 1849+670 13.16 957.34 9.20 2.2850 2.1790 0.1060 7.3901 7.0477 0.3424 0.3115215 0.3106005 0.0054 3.23413 3.23433 3.23008 12.01 955.62 8.63 13 50926.63769 1998 113 15 18 16.00 NRAO20 5.768112542881763 0.683374646105780 1849+670 11.63 915.14 7.51 2.1647 2.0861 0.0786 3.4225 3.2981 0.1244 0.6837299 0.6833746 0.0004 1.58102 1.58097 1.58250 8.32 914.92 8.01 14 50926.64166 1998 113 15 23 59.00 MATERA 4.641460680092589 0.198951086716609 0119+041 13.14 957.34 9.17 2.2850 2.1790 0.1060 11.2495 10.7208 0.5287 0.2003910 0.1989511 0.0199 4.92314 4.92003 4.98696 12.01 955.62 8.63 14 50926.64166 1998 113 15 23 59.00 NRAO20 2.619663713811297 0.912159571128969 0119+041 11.63 915.14 7.50 2.1647 2.0861 0.0786 2.7353 2.6360 0.0994 0.9123837 0.9121596 0.0001 1.26359 1.26357 1.26412 8.32 914.92 8.01 15 50926.64465 1998 113 15 28 18.00 MATERA 4.681318944683363 1.418197014534603 0552+398 13.13 957.34 9.15 2.2850 2.1790 0.1060 2.3118 2.2046 0.1073 1.4182431 1.4181970 0.0000 1.01173 1.01173 1.01172 12.01 955.62 8.63 15 50926.64465 1998 113 15 28 18.00 NRAO20 1.028747191787891 0.465868063045699 0552+398 11.64 915.14 7.50 2.1647 2.0861 0.0786 4.7969 4.6223 0.1746 0.4664416 0.4658680 0.0014 2.21592 2.21570 2.22177 8.32 914.92 8.01 16 50926.64674 1998 113 15 31 18.00 MATERA 3.757526366496330 0.721381748994062 0458-020 13.12 957.34 9.13 2.2850 2.1790 0.1060 3.4551 3.2944 0.1607 0.7217216 0.7213817 0.0003 1.51205 1.51186 1.51598 12.01 955.62 8.63 16 50926.64674 1998 113 15 31 18.00 NRAO20 1.811365182228682 0.238008865367465 0458-020 11.64 915.13 7.49 2.1647 2.0861 0.0786 9.0073 8.6768 0.3306 0.2391785 0.2380089 0.0109 4.16092 4.15924 4.20544 8.32 914.92 8.01 17 50926.64942 1998 113 15 35 10.00 MATERA 4.842962451454695 0.669257300315380 0234+285 13.09 957.34 9.06 2.2850 2.1790 0.1060 3.6762 3.5056 0.1706 0.6696350 0.6692573 0.0005 1.60882 1.60880 1.60931 12.01 955.62 8.63 17 50926.64942 1998 113 15 35 10.00 NRAO20 1.721562204772382 1.052258270813844 0234+285 11.63 915.12 7.45 2.1647 2.0861 0.0786 2.4914 2.4009 0.0905 1.0524236 1.0522583 0.0001 1.15089 1.15088 1.15115 8.32 914.92 8.01 18 50926.65211 1998 113 15 39 2.00 MATERA 3.790850423474661 1.221262354376242 0556+238 13.06 957.34 9.00 2.2850 2.1790 0.1060 2.4318 2.3189 0.1129 1.2213715 1.2212624 0.0000 1.06423 1.06420 1.06492 12.01 955.62 8.63 18 50926.65211 1998 113 15 39 2.00 NRAO20 1.299783339265621 0.340146854019101 0556+238 11.63 915.11 7.43 2.1647 2.0861 0.0786 6.4290 6.1943 0.2347 0.3409575 0.3401469 0.0037 2.96986 2.96927 2.98544 8.32 914.92 8.01 19 50926.65479 1998 113 15 42 54.00 MATERA 5.912972061429699 1.491617122906696 0642+449 13.04 957.35 8.93 2.2850 2.1790 0.1060 2.2922 2.1859 0.1063 1.4916409 1.4916171 0.0000 1.00313 1.00314 1.00297 12.01 955.62 8.63 19 50926.65479 1998 113 15 42 54.00 NRAO20 0.879618592693068 0.408959042025177 0642+449 11.65 915.11 7.42 2.1647 2.0861 0.0786 5.4102 5.2131 0.1971 0.4096232 0.4089590 0.0021 2.49924 2.49891 2.50808 8.32 914.92 8.01 20 50926.65711 1998 113 15 46 14.00 MATERA 4.733977688512338 1.358673402381159 0552+398 13.01 957.35 8.87 2.2850 2.1790 0.1060 2.3373 2.2289 0.1084 1.3587379 1.3586734 0.0000 1.02287 1.02288 1.02285 12.01 955.62 8.63 20 50926.65711 1998 113 15 46 14.00 NRAO20 1.060981460707770 0.519022554446134 0552+398 11.67 915.11 7.41 2.1647 2.0861 0.0786 4.3485 4.1903 0.1582 0.5195279 0.5190225 0.0010 2.00877 2.00861 2.01289 8.32 914.92 8.01