%***************************************************************************************************************** % 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: % 2018-07-27 | 20:00:27.606 % % Data content: % Ray-tracing results for session: % 98MAR21XU##### % Total number of observations: % 38 % % 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: 1998032118 | 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 50893.69137 1998 80 16 35 34.00 MATERA 6.260715098412201 0.508971632369795 1803+784 0.45 959.58 5.52 2.2239 2.1859 0.0380 4.5443 4.4674 0.0769 0.5094782 0.5089716 0.0011 2.04337 2.04373 2.02253 3.47 958.75 3.12 1 50893.69137 1998 80 16 35 34.00 NRAO20 6.025339474211302 0.697222830592293 1803+784 4.62 902.71 7.82 2.1328 2.0594 0.0734 3.3159 3.2017 0.1141 0.6975675 0.6972228 0.0003 1.55468 1.55468 1.55468 2.88 902.64 7.27 2 50893.69519 1998 80 16 41 4.00 MATERA 4.483300335481834 0.371646794624517 0119+041 0.43 959.59 5.52 2.2239 2.1859 0.0380 6.0839 5.9784 0.1055 0.3723689 0.3716468 0.0030 2.73570 2.73498 2.77695 3.47 958.75 3.12 2 50893.69519 1998 80 16 41 4.00 NRAO20 2.313379330763889 0.798899070777890 0119+041 4.60 902.71 7.80 2.1328 2.0594 0.0734 2.9734 2.8709 0.1025 0.7991802 0.7988991 0.0002 1.39414 1.39404 1.39695 2.88 902.64 7.27 3 50893.69850 1998 80 16 45 50.00 MATERA 1.109103965292018 1.372063468493746 0642+449 0.41 959.59 5.53 2.2239 2.1859 0.0380 2.2682 2.2295 0.0387 1.3721206 1.3720635 0.0000 1.01994 1.01996 1.01882 3.47 958.75 3.12 3 50893.69850 1998 80 16 45 50.00 NRAO20 0.750249647012396 0.242130965183194 0642+449 4.58 902.72 7.79 2.1328 2.0594 0.0734 8.7352 8.4303 0.3049 0.2432785 0.2421310 0.0100 4.09559 4.09354 4.15310 2.88 902.64 7.27 4 50893.70086 1998 80 16 49 14.00 MATERA 5.539250391940882 0.741383383186564 0059+581 0.39 959.60 5.53 2.2239 2.1859 0.0380 3.2885 3.2324 0.0561 0.7416930 0.7413834 0.0003 1.47870 1.47877 1.47473 3.47 958.75 3.12 4 50893.70086 1998 80 16 49 14.00 NRAO20 0.525768060388671 1.128951142317946 0059+581 4.57 902.73 7.77 2.1328 2.0594 0.0734 2.3588 2.2776 0.0812 1.1290879 1.1289511 0.0000 1.10597 1.10595 1.10640 2.88 902.64 7.27 5 50893.70308 1998 80 16 52 26.00 MATERA 0.646186279744008 0.920847953610126 0917+624 0.37 959.60 5.53 2.2239 2.1859 0.0380 2.7906 2.7431 0.0474 0.9210636 0.9208479 0.0001 1.25481 1.25492 1.24842 3.47 958.75 3.12 5 50893.70308 1998 80 16 52 26.00 NRAO20 0.256237013938356 0.243328633029322 0917+624 4.56 902.73 7.76 2.1328 2.0594 0.0734 8.6920 8.3897 0.3023 0.2444705 0.2433286 0.0099 4.07536 4.07382 4.11856 2.88 902.64 7.27 6 50893.70539 1998 80 16 55 46.00 MATERA 5.270136588991527 0.767827727673223 0133+476 0.37 959.60 5.53 2.2239 2.1859 0.0380 3.1981 3.1435 0.0546 0.7681214 0.7678277 0.0003 1.43808 1.43810 1.43719 3.47 958.75 3.12 6 50893.70539 1998 80 16 55 46.00 NRAO20 0.998114904194460 1.145796794110814 0133+476 4.55 902.74 7.75 2.1328 2.0594 0.0734 2.3406 2.2600 0.0806 1.1459277 1.1457968 0.0000 1.09743 1.09741 1.09817 2.88 902.64 7.27 7 50893.70812 1998 80 16 59 42.00 MATERA 3.184895918226709 1.278169578200159 0556+238 0.36 959.61 5.53 2.2239 2.1859 0.0380 2.3226 2.2829 0.0398 1.2782551 1.2781696 0.0000 1.04440 1.04436 1.04666 3.47 958.75 3.12 7 50893.70812 1998 80 16 59 42.00 NRAO20 1.180535853685186 0.181095581212045 0556+238 4.55 902.74 7.75 2.1328 2.0594 0.0734 11.4706 11.0656 0.4050 0.1826197 0.1810956 0.0231 5.37815 5.37319 5.51731 2.88 902.64 7.27 8 50893.71110 1998 80 17 3 59.00 MATERA 0.982718408727079 1.167518891443834 0804+499 0.36 959.61 5.53 2.2239 2.1859 0.0380 2.4169 2.3757 0.0412 1.1676400 1.1675189 0.0000 1.08677 1.08682 1.08405 3.47 958.75 3.12 8 50893.71110 1998 80 17 3 59.00 NRAO20 0.550415371931822 0.172392649025862 0804+499 4.55 902.74 7.74 2.1328 2.0594 0.0734 11.9998 11.5771 0.4227 0.1739896 0.1723927 0.0265 5.62627 5.62157 5.75829 2.88 902.64 7.27 9 50893.71340 1998 80 17 7 18.00 MATERA 0.248554936610169 0.588497392383537 1357+769 0.35 959.61 5.53 2.2239 2.1859 0.0380 3.9934 3.9258 0.0676 0.5889215 0.5884973 0.0007 1.79566 1.79596 1.77838 3.47 958.75 3.12 9 50893.71340 1998 80 17 7 18.00 NRAO20 6.140507605774872 0.472463897606378 1357+769 4.54 902.74 7.74 2.1328 2.0594 0.0734 4.6654 4.5046 0.1608 0.4730270 0.4724639 0.0013 2.18741 2.18731 2.19027 2.88 902.64 7.27 10 50893.71559 1998 80 17 10 27.00 MATERA 6.090036831445986 0.702531952038844 0014+813 0.35 959.61 5.53 2.2239 2.1859 0.0380 3.4351 3.3768 0.0583 0.7028667 0.7025319 0.0004 1.54462 1.54480 1.53465 3.47 958.75 3.12 10 50893.71559 1998 80 17 10 27.00 NRAO20 0.027683028484603 0.816486797942087 0014+813 4.54 902.75 7.74 2.1328 2.0594 0.0734 2.9236 2.8229 0.1007 0.8167583 0.8164868 0.0002 1.37076 1.37075 1.37114 2.88 902.64 7.27 11 50893.71813 1998 80 17 14 6.00 MATERA 5.557112016333386 0.686003427921239 0059+581 0.34 959.62 5.53 2.2239 2.1859 0.0380 3.5045 3.4448 0.0597 0.6863496 0.6860034 0.0004 1.57585 1.57593 1.57103 3.47 958.75 3.12 11 50893.71813 1998 80 17 14 6.00 NRAO20 0.424510979900351 1.168087241896814 0059+581 4.54 902.75 7.73 2.1328 2.0594 0.0734 2.3178 2.2380 0.0798 1.1682104 1.1680872 0.0000 1.08673 1.08672 1.08702 2.88 902.64 7.27 12 50893.72132 1998 80 17 18 42.00 MATERA 3.593210138336894 1.059296297467156 0528+134 0.33 959.62 5.53 2.2239 2.1859 0.0380 2.5500 2.5062 0.0438 1.0594556 1.0592963 0.0001 1.14664 1.14655 1.15164 3.47 958.75 3.12 12 50893.72132 1998 80 17 18 42.00 NRAO20 1.448984874027739 0.229170575214541 0528+134 4.53 902.75 7.73 2.1328 2.0594 0.0734 9.2032 8.8807 0.3226 0.2303827 0.2291706 0.0118 4.31505 4.31224 4.39387 2.88 902.64 7.27 13 50893.72454 1998 80 17 23 20.00 MATERA 6.242176827960039 0.311162304456894 1849+670 0.33 959.62 5.53 2.2239 2.1859 0.0380 7.1767 7.0558 0.1208 0.3120339 0.3111623 0.0052 3.22705 3.22790 3.17842 3.47 958.75 3.12 13 50893.72454 1998 80 17 23 20.00 NRAO20 5.766835875187772 0.691230133545585 1849+670 4.53 902.75 7.73 2.1328 2.0594 0.0734 3.3396 3.2247 0.1149 0.6915790 0.6912301 0.0004 1.56580 1.56582 1.56512 2.88 902.64 7.27 14 50893.72809 1998 80 17 28 27.00 MATERA 4.626119163147094 0.216415617916711 0119+041 0.32 959.63 5.53 2.2239 2.1859 0.0380 10.1372 9.9592 0.1780 0.2176731 0.2164156 0.0151 4.55830 4.55610 4.68448 3.47 958.75 3.12 14 50893.72809 1998 80 17 28 27.00 NRAO20 2.585439521540407 0.902866034104187 0119+041 4.53 902.76 7.72 2.1328 2.0594 0.0734 2.7149 2.6213 0.0936 0.9030940 0.9028660 0.0001 1.27290 1.27284 1.27459 2.88 902.64 7.27 15 50893.73058 1998 80 17 32 2.00 MATERA 4.658247466675638 1.438182689391011 0552+398 0.31 959.63 5.53 2.2239 2.1859 0.0380 2.2437 2.2053 0.0384 1.4382206 1.4381827 0.0000 1.00888 1.00888 1.00932 3.47 958.75 3.12 15 50893.73058 1998 80 17 32 2.00 NRAO20 1.017639450189606 0.448239202500258 0552+398 4.52 902.76 7.71 2.1328 2.0594 0.0734 4.8978 4.7283 0.1695 0.4488373 0.4482391 0.0015 2.29641 2.29597 2.30875 2.88 902.64 7.27 16 50893.73266 1998 80 17 35 2.00 MATERA 3.725679677256542 0.732662226854795 0458-020 0.31 959.63 5.53 2.2239 2.1859 0.0380 3.3219 3.2646 0.0573 0.7329773 0.7326622 0.0003 1.49371 1.49348 1.50696 3.47 958.75 3.12 16 50893.73266 1998 80 17 35 2.00 NRAO20 1.793891747952816 0.217917394659213 0458-020 4.52 902.77 7.70 2.1328 2.0594 0.0734 9.6504 9.3116 0.3388 0.2191913 0.2179174 0.0136 4.52470 4.52148 4.61509 2.88 902.64 7.27 17 50893.73539 1998 80 17 38 58.00 MATERA 4.827977197774963 0.688866007207397 0234+285 0.27 959.65 5.53 2.2239 2.1859 0.0380 3.4938 3.4339 0.0599 0.6892101 0.6888660 0.0004 1.57101 1.57092 1.57628 3.47 958.75 3.12 17 50893.73539 1998 80 17 38 58.00 NRAO20 1.700473533246905 1.032074654941435 0234+285 4.51 902.79 7.69 2.1328 2.0594 0.0734 2.4839 2.3983 0.0856 1.0322474 1.0320747 0.0001 1.16462 1.16457 1.16605 2.88 902.64 7.27 18 50893.73752 1998 80 17 42 2.00 MATERA 3.720255154641875 1.234189856202407 0556+238 0.24 959.66 5.54 2.2239 2.1859 0.0380 2.3562 2.3158 0.0404 1.2342892 1.2341899 0.0000 1.05947 1.05943 1.06226 3.47 958.75 3.12 18 50893.73752 1998 80 17 42 2.00 NRAO20 1.283581604842406 0.317885837394616 0556+238 4.50 902.80 7.67 2.1328 2.0594 0.0734 6.7547 6.5198 0.2349 0.3187547 0.3178858 0.0045 3.16703 3.16585 3.20010 2.88 902.64 7.27 19 50893.74012 1998 80 17 45 46.00 MATERA 6.184807145531981 1.496987840921912 0642+449 0.22 959.67 5.54 2.2239 2.1859 0.0380 2.2299 2.1918 0.0381 1.4970088 1.4969878 0.0000 1.00270 1.00271 1.00222 3.47 958.75 3.12 19 50893.74012 1998 80 17 45 46.00 NRAO20 0.867279857148728 0.390846766188806 0642+449 4.48 902.81 7.66 2.1328 2.0594 0.0734 5.5616 5.3689 0.1926 0.3915434 0.3908467 0.0024 2.60762 2.60703 2.62425 2.88 902.64 7.27