%***************************************************************************************************************** % 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 | 00:39:19.097 % % Data content: % Ray-tracing results for session: % 10NOV03XU##### % 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: 2010110318 | 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 55503.77106 2010 307 18 30 20.00 KOKEE 0.199743727980578 0.313327581204891 1803+784 14.53 890.45 16.53 2.1438 2.0337 0.1101 6.8775 6.5201 0.3574 0.3142635 0.3133276 0.0046 3.20804 3.20601 3.24546 15.02 890.20 14.94 1 55503.77106 2010 307 18 30 20.00 NYALES20 5.214231934970668 1.367466457066027 1803+784 -10.01 995.00 2.15 2.2800 2.2626 0.0174 2.3279 2.3101 0.0178 1.3675285 1.3674665 0.0000 1.02099 1.02099 1.02105 -6.62 995.01 2.16 2 55503.77216 2010 307 18 31 55.00 KOKEE 1.107924890515591 1.250974039372578 1156+295 14.60 890.60 16.61 2.1438 2.0337 0.1101 2.2580 2.1420 0.1160 1.2510756 1.2509740 0.0000 1.05326 1.05323 1.05374 15.02 890.20 14.94 2 55503.77216 2010 307 18 31 55.00 NYALES20 5.845801010041288 0.335774480252767 1156+295 -9.60 995.00 2.15 2.2800 2.2626 0.0174 6.8540 6.8020 0.0520 0.3366275 0.3357745 0.0044 3.00613 3.00628 2.98614 -6.62 995.01 2.16 3 55503.77362 2010 307 18 34 1.00 KOKEE 5.317313999284741 0.470231686298768 0552+398 14.60 890.58 16.61 2.1438 2.0337 0.1101 4.7099 4.4671 0.2428 0.4708324 0.4702317 0.0013 2.19697 2.19654 2.20504 15.02 890.20 14.94 3 55503.77362 2010 307 18 34 1.00 NYALES20 0.992988963058109 0.599468437503004 0552+398 -9.53 995.00 2.10 2.2800 2.2626 0.0174 4.0303 3.9997 0.0306 0.5999074 0.5994684 0.0007 1.76765 1.76774 1.75646 -6.62 995.01 2.16 4 55503.77461 2010 307 18 35 26.00 KOKEE 4.726235030176322 1.110147818492537 OJ287 14.60 890.52 16.61 2.1438 2.0337 0.1101 2.3926 2.2698 0.1229 1.1103000 1.1101478 0.0000 1.11606 1.11606 1.11599 15.02 890.20 14.94 4 55503.77461 2010 307 18 35 26.00 NYALES20 0.328221106532089 0.167768225999175 OJ287 -9.45 995.00 2.17 2.2800 2.2626 0.0174 13.1452 13.0464 0.0988 0.1694709 0.1677683 0.0331 5.76542 5.76610 5.67631 -6.62 995.01 2.16 5 55503.77656 2010 307 18 38 15.00 KOKEE 4.875361908945924 0.289425409828919 0536+145 14.60 890.56 16.61 2.1438 2.0337 0.1101 7.4145 7.0309 0.3836 0.2904416 0.2894254 0.0059 3.45852 3.45719 3.48310 15.02 890.20 14.94 5 55503.77656 2010 307 18 38 15.00 NYALES20 1.168889482436529 0.182049101467128 0536+145 -9.21 995.00 2.19 2.2800 2.2626 0.0174 12.1927 12.0998 0.0930 0.1836251 0.1820491 0.0264 5.34768 5.34771 5.34376 -6.62 995.01 2.16 6 55503.77937 2010 307 18 42 18.00 KOKEE 4.753057428845277 0.865516147335112 0759+183 14.60 890.58 16.61 2.1438 2.0337 0.1101 2.8132 2.6687 0.1445 0.8657771 0.8655162 0.0001 1.31223 1.31222 1.31242 15.02 890.20 14.94 6 55503.77937 2010 307 18 42 18.00 NYALES20 0.576234354363497 0.155654890522557 0759+183 -9.08 994.97 2.18 2.2800 2.2626 0.0174 14.0788 13.9728 0.1060 0.1574808 0.1556549 0.0407 6.17490 6.17555 6.09055 -6.62 995.01 2.16 7 55503.78221 2010 307 18 46 23.00 KOKEE 5.025384486851775 0.208991413751580 0515+208 14.60 890.66 16.61 2.1438 2.0337 0.1101 10.0768 9.5514 0.5254 0.2104006 0.2089914 0.0152 4.70039 4.69654 4.77151 15.02 890.20 14.94 7 55503.78221 2010 307 18 46 23.00 NYALES20 1.272506295874075 0.314415911461330 0515+208 -9.05 994.90 2.18 2.2800 2.2626 0.0174 7.2917 7.2364 0.0553 0.3153299 0.3144159 0.0054 3.19809 3.19825 3.17755 -6.62 995.01 2.16 8 55503.78475 2010 307 18 50 2.00 KOKEE 5.878599846793129 1.076336009203035 0955+476 14.60 890.63 16.61 2.1438 2.0337 0.1101 2.4347 2.3095 0.1252 1.0765013 1.0763360 0.0001 1.13566 1.13560 1.13664 15.02 890.20 14.94 8 55503.78475 2010 307 18 50 2.00 NYALES20 0.110665395421427 0.634809714490127 0955+476 -9.41 994.90 2.11 2.2800 2.2626 0.0174 3.8358 3.8067 0.0291 0.6352172 0.6348097 0.0006 1.68235 1.68243 1.67162 -6.62 995.01 2.16 9 55503.78745 2010 307 18 53 56.00 KOKEE 1.491283508406293 0.299751206910929 1606+106 14.60 890.70 16.61 2.1438 2.0337 0.1101 7.1720 6.8002 0.3718 0.3007313 0.2997512 0.0053 3.34542 3.34374 3.37654 15.02 890.20 14.94 9 55503.78745 2010 307 18 53 56.00 NYALES20 4.849588750097664 0.159209674122043 1606+106 -10.71 994.90 1.85 2.2800 2.2626 0.0174 13.8120 13.7029 0.1091 0.1609976 0.1592097 0.0383 6.05790 6.05626 6.27092 -6.62 995.01 2.16 10 55503.78931 2010 307 18 56 36.00 KOKEE 0.940691845172537 0.336475289174685 NRAO512 14.60 890.70 16.61 2.1438 2.0337 0.1101 6.4308 6.0974 0.3335 0.3373436 0.3364753 0.0037 2.99968 2.99814 3.02815 15.02 890.20 14.94 10 55503.78931 2010 307 18 56 36.00 NYALES20 4.849662675979167 0.682763614378358 NRAO512 -11.38 994.90 1.85 2.2800 2.2626 0.0174 3.6078 3.5802 0.0276 0.6831328 0.6827636 0.0004 1.58237 1.58232 1.58832 -6.62 995.01 2.16 11 55503.79119 2010 307 18 59 19.00 KOKEE 1.238586713997619 0.262988496192758 1639+230 14.60 890.70 16.61 2.1438 2.0337 0.1101 8.1157 7.6934 0.4224 0.2641092 0.2629885 0.0078 3.78562 3.78293 3.83534 15.02 890.20 14.94 11 55503.79119 2010 307 18 59 19.00 NYALES20 4.779152238496751 0.395193312409304 1639+230 -10.99 994.86 1.93 2.2800 2.2626 0.0174 5.8853 5.8399 0.0454 0.3959092 0.3951933 0.0027 2.58126 2.58106 2.60688 -6.62 995.01 2.16 12 55503.79392 2010 307 19 3 15.00 KOKEE 1.150724039083009 0.610350146664266 1520+319 14.70 890.70 16.71 2.1438 2.0337 0.1101 3.7311 3.5389 0.1922 0.6107876 0.6103502 0.0006 1.74039 1.74011 1.74563 15.02 890.20 14.94 12 55503.79392 2010 307 19 3 15.00 NYALES20 5.162103099026978 0.477880702821949 1520+319 -10.26 994.80 2.04 2.2800 2.2626 0.0174 4.9369 4.8991 0.0378 0.4784588 0.4778807 0.0015 2.16531 2.16526 2.17204 -6.62 995.01 2.16 13 55503.79666 2010 307 19 7 11.00 KOKEE 1.278470970161062 0.377794094852257 1617+229 14.73 890.73 16.75 2.1438 2.0337 0.1101 5.7683 5.4699 0.2983 0.3785612 0.3777942 0.0026 2.69063 2.68963 2.70892 15.02 890.20 14.94 13 55503.79666 2010 307 19 7 11.00 NYALES20 4.905939207836250 0.367502996890075 1617+229 -9.92 994.80 2.03 2.2800 2.2626 0.0174 6.2990 6.2505 0.0485 0.3682777 0.3675030 0.0033 2.76271 2.76252 2.78802 -6.62 995.01 2.16 14 55503.79904 2010 307 19 10 37.00 KOKEE 5.955629196277335 0.528901244555645 0716+714 14.82 890.80 16.84 2.1438 2.0337 0.1101 4.2337 4.0153 0.2184 0.5294243 0.5289013 0.0009 1.97482 1.97436 1.98336 15.02 890.20 14.94 14 55503.79904 2010 307 19 10 37.00 NYALES20 0.588011539690092 1.100711340248578 0716+714 -10.00 994.80 2.11 2.2800 2.2626 0.0174 2.5564 2.5370 0.0195 1.1008642 1.1007113 0.0001 1.12123 1.12125 1.11800 -6.62 995.01 2.16 15 55503.80095 2010 307 19 13 22.00 KOKEE 0.594146328665617 0.773077272162927 1418+546 14.90 890.84 16.93 2.1438 2.0337 0.1101 3.0659 2.9080 0.1579 0.7733913 0.7730773 0.0002 1.43009 1.42990 1.43345 15.02 890.20 14.94 15 55503.80095 2010 307 19 13 22.00 NYALES20 5.549982422595718 0.815727406691067 1418+546 -10.02 994.80 2.07 2.2800 2.2626 0.0174 3.1276 3.1038 0.0238 0.8160102 0.8157274 0.0002 1.37175 1.37176 1.37012 -6.62 995.01 2.16 16 55503.80354 2010 307 19 17 6.00 KOKEE 1.260937490858113 0.331383532345186 1639+230 14.94 890.90 16.98 2.1438 2.0337 0.1101 6.5240 6.1860 0.3380 0.3322660 0.3313835 0.0039 3.04317 3.04174 3.06954 15.02 890.20 14.94 16 55503.80354 2010 307 19 17 6.00 NYALES20 4.854875401678416 0.380337933962835 1639+230 -10.29 994.84 2.03 2.2800 2.2626 0.0174 6.0997 6.0527 0.0470 0.3810844 0.3803379 0.0030 2.67530 2.67511 2.70053 -6.62 995.01 2.16 17 55503.80628 2010 307 19 21 3.00 KOKEE 0.892268458989622 0.675255453052652 1520+437 15.00 890.90 17.04 2.1438 2.0337 0.1101 3.4230 3.2467 0.1763 0.6756378 0.6752555 0.0004 1.59668 1.59644 1.60117 15.02 890.20 14.94 17 55503.80628 2010 307 19 21 3.00 NYALES20 5.287826076092138 0.667074727211094 1520+437 -10.71 994.86 1.95 2.2800 2.2626 0.0174 3.6784 3.6504 0.0281 0.6674559 0.6670747 0.0005 1.61335 1.61334 1.61432 -6.62 995.01 2.16 18 55503.80903 2010 307 19 25 -0.00 KOKEE 1.299047192789686 0.447153210013790 1617+229 15.04 890.94 17.09 2.1438 2.0337 0.1101 4.9322 4.6776 0.2546 0.4477895 0.4471533 0.0015 2.30067 2.30005 2.31206 15.02 890.20 14.94 18 55503.80903 2010 307 19 25 -0.00 NYALES20 4.981151275852152 0.352935994074095 1617+229 -11.10 994.80 1.96 2.2800 2.2626 0.0174 6.5427 6.4923 0.0504 0.3537450 0.3529360 0.0038 2.86960 2.86941 2.89410 -6.62 995.01 2.16 19 55503.81090 2010 307 19 27 42.00 KOKEE 0.962080208404976 0.439153360721139 NRAO512 15.10 890.98 17.15 2.1438 2.0337 0.1101 5.0149 4.7558 0.2591 0.4398028 0.4391534 0.0016 2.33922 2.33846 2.35317 15.02 890.20 14.94 19 55503.81090 2010 307 19 27 42.00 NYALES20 4.979059320183342 0.657184958097342 NRAO512 -11.19 994.80 1.92 2.2800 2.2626 0.0174 3.7254 3.6969 0.0285 0.6575740 0.6571849 0.0005 1.63395 1.63391 1.63893 -6.62 995.01 2.16 20 55503.81199 2010 307 19 29 16.00 KOKEE 0.214777920806173 0.362726740801816 1803+784 15.10 890.91 17.15 2.1438 2.0337 0.1101 5.9921 5.6815 0.3106 0.3635282 0.3627267 0.0030 2.79504 2.79365 2.82067 15.02 890.20 14.94 20 55503.81199 2010 307 19 29 16.00 NYALES20 5.350375938591895 1.325816885978915 1803+784 -11.65 994.80 1.89 2.2800 2.2626 0.0174 2.3500 2.3321 0.0179 1.3258921 1.3258169 0.0000 1.03070 1.03070 1.03058 -6.62 995.01 2.16