%*****************************************************************************************************************
% RADIATE format v 2.0
%
% This file contains ray-tracing results.
%
% Created by: Armin Hofmeister, Technische Universit�t Wien
%
% Created with RADIATE program developed by Armin Hofmeister
%    Version: 2.0_Fortran
%    Subversion: global_limit
%
% File created on:
%    2019-03-07 | 03:43:27.946
%
% Data content:
%    Ray-tracing results for session:
%        96SEP03XU#####
%    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: 1996090318 | 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 50329.73148 1996 247 17 33 20.00 MATERA      4.940785579136300    0.660558076664815 1308+326  18.21  956.87  20.00    2.3124    2.1775    0.1349    3.7609    3.5418    0.2192    0.6609680    0.6605581    0.0005    1.62643    1.62652    1.62490  19.88  954.92  15.29
     1 50329.73148 1996 247 17 33 20.00 NRAO85_3    1.641656589885140    1.120134797464544 1308+326  17.75  927.07  17.29    2.3390    2.1109    0.2281    2.5979    2.3444    0.2535    1.1202893    1.1201348    0.0000    1.11070    1.11062    1.11149  18.41  925.34  16.67
     2 50329.73509 1996 247 17 38 32.00 MATERA      3.829521264547248    0.942164802813353 1606+106  18.21  956.91  19.99    2.3124    2.1775    0.1349    2.8569    2.6906    0.1663    0.9423967    0.9421648    0.0001    1.23546    1.23562    1.23284  19.88  954.92  15.29
     2 50329.73509 1996 247 17 38 32.00 NRAO85_3    1.595460237042095    0.328462656766349 1606+106  17.76  927.06  17.29    2.3390    2.1109    0.2281    7.1831    6.4770    0.7061    0.3293896    0.3284627    0.0049    3.07101    3.06830    3.09601  18.41  925.34  16.67
     3 50329.73787 1996 247 17 42 32.00 MATERA      4.202930010048555    0.213078489094063 1334-127  18.20  956.94  19.99    2.3124    2.1775    0.1349   10.6683   10.0463    0.6220    0.2145160    0.2130785    0.0168    4.61352    4.61369    4.61086  19.88  954.92  15.29
     3 50329.73787 1996 247 17 42 32.00 NRAO85_3    2.440044155321335    0.503884908990546 1334-127  17.77  927.05  17.29    2.3390    2.1109    0.2281    4.8271    4.3548    0.4723    0.5044617    0.5038849    0.0013    2.06376    2.06297    2.07107  18.41  925.34  16.67
     4 50329.74292 1996 247 17 49 48.00 MATERA      5.996705697866171    0.813469974333457 1357+769  18.20  956.97  19.98    2.3124    2.1775    0.1349    3.1789    2.9930    0.1859    0.8137714    0.8134700    0.0002    1.37471    1.37451    1.37796  19.88  954.92  15.29
     4 50329.74292 1996 247 17 49 48.00 NRAO85_3    0.216715685431862    0.840788842173318 1357+769  17.79  927.05  17.27    2.3390    2.1109    0.2281    3.1359    2.8300    0.3059    0.8410744    0.8407888    0.0002    1.34070    1.34063    1.34136  18.41  925.34  16.67
     5 50329.74625 1996 247 17 54 36.00 MATERA      5.629353273768144    0.233254390324537 0955+476  18.19  957.00  19.97    2.3124    2.1775    0.1349    9.8022    9.2227    0.5795    0.2345691    0.2332544    0.0130    4.23898    4.23544    4.29613  19.88  954.92  15.29
     5 50329.74625 1996 247 17 54 36.00 NRAO85_3    5.342736167437506    1.245606944410214 0955+476  17.81  927.04  17.25    2.3390    2.1109    0.2281    2.4679    2.2273    0.2406    1.2457146    1.2456069    0.0000    1.05511    1.05514    1.05480  18.41  925.34  16.67
     6 50329.75032 1996 247 18  0 28.00 MATERA      4.565012546805514    1.187487191633560 1611+343  18.19  957.02  19.97    2.3124    2.1775    0.1349    2.4927    2.3474    0.1453    1.1876159    1.1874872    0.0000    1.07798    1.07804    1.07699  19.88  954.92  15.29
     6 50329.75032 1996 247 18  0 28.00 NRAO85_3    1.242480525634072    0.608305540472849 1611+343  17.81  927.04  17.24    2.3390    2.1109    0.2281    4.0839    3.6846    0.3992    0.6087629    0.6083056    0.0007    1.74601    1.74551    1.75060  18.41  925.34  16.67
     7 50329.75667 1996 247 18  9 36.00 MATERA      5.334545556393886    0.309224391418181 1128+385  18.18  957.04  19.96    2.3124    2.1775    0.1349    7.5109    7.0705    0.4404    0.3102114    0.3092244    0.0056    3.24808    3.24707    3.26446  19.88  954.92  15.29
     7 50329.75667 1996 247 18  9 36.00 NRAO85_3    4.664143496492684    1.529104516855283 1128+385  17.81  927.03  17.23    2.3390    2.1109    0.2281    2.3410    2.1128    0.2282    1.5291178    1.5291045    0.0000    1.00086    1.00087    1.00081  18.41  925.34  16.67
     8 50329.76019 1996 247 18 14 40.00 MATERA      4.038742678621194    0.856613224657808 1606+106  18.18  957.05  19.96    2.3124    2.1775    0.1349    3.0572    2.8792    0.1779    0.8568896    0.8566132    0.0002    1.32207    1.32226    1.31892  19.88  954.92  15.29
     8 50329.76019 1996 247 18 14 40.00 NRAO85_3    1.697709002870707    0.451904032565524 1606+106  17.81  927.03  17.22    2.3390    2.1109    0.2281    5.3320    4.8096    0.5224    0.4525584    0.4519041    0.0018    2.27959    2.27841    2.29056  18.41  925.34  16.67
     9 50329.76315 1996 247 18 18 56.00 MATERA      5.043131113631568    0.515130984180629 1308+326  18.18  957.06  19.96    2.3124    2.1775    0.1349    4.6758    4.4030    0.2727    0.5156926    0.5151310    0.0011    2.02204    2.02206    2.02159  19.88  954.92  15.29
     9 50329.76315 1996 247 18 18 56.00 NRAO85_3    1.831892460033212    1.274272212840383 1308+326  17.81  927.03  17.21    2.3390    2.1109    0.2281    2.4456    2.2070    0.2386    1.2743698    1.2742722    0.0000    1.04558    1.04553    1.04601  18.41  925.34  16.67
    10 50329.76625 1996 247 18 23 24.00 MATERA      4.815156403546954    1.230227423729678 NRAO512   18.18  957.07  19.95    2.3124    2.1775    0.1349    2.4528    2.3098    0.1430    1.2303405    1.2302274    0.0000    1.06073    1.06077    1.06010  19.88  954.92  15.29
    10 50329.76625 1996 247 18 23 24.00 NRAO85_3    1.126939471219107    0.636649009352436 NRAO512   17.82  927.03  17.21    2.3390    2.1109    0.2281    3.9267    3.5429    0.3838    0.6370799    0.6366490    0.0006    1.67878    1.67836    1.68267  18.41  925.34  16.67
    11 50329.76921 1996 247 18 27 40.00 MATERA      5.219420305163160    1.362619473386625 1726+455  18.18  957.09  19.95    2.3124    2.1775    0.1349    2.3633    2.2254    0.1378    1.3626868    1.3626194    0.0000    1.02200    1.02200    1.02188  19.88  954.92  15.29
    11 50329.76921 1996 247 18 27 40.00 NRAO85_3    0.950303914029278    0.551103711494977 1726+455  17.82  927.02  17.20    2.3390    2.1109    0.2281    4.4539    4.0184    0.4355    0.5516216    0.5511037    0.0010    1.90420    1.90363    1.90953  18.41  925.34  16.67
    12 50329.77157 1996 247 18 31  4.00 MATERA      4.672782332375879    1.086378464668641 1611+343  18.17  957.09  19.95    2.3124    2.1775    0.1349    2.6120    2.4598    0.1522    1.0865464    1.0863785    0.0001    1.12957    1.12964    1.12841  19.88  954.92  15.29
    12 50329.77157 1996 247 18 31  4.00 NRAO85_3    1.301888006231655    0.708530440806900 1611+343  17.82  927.02  17.20    2.3390    2.1109    0.2281    3.5894    3.2387    0.3507    0.7089025    0.7085305    0.0004    1.53459    1.53426    1.53767  18.41  925.34  16.67
    13 50329.77500 1996 247 18 36  0.00 MATERA      5.203013644515021    0.216129866780093 1156+295  18.17  957.11  19.94    2.3124    2.1775    0.1349   10.5284    9.9087    0.6196    0.2175475    0.2161299    0.0162    4.55300    4.55050    4.59346  19.88  954.92  15.29
    13 50329.77500 1996 247 18 36  0.00 NRAO85_3    3.376336977495003    1.406850518310286 1156+295  17.82  927.02  17.19    2.3390    2.1109    0.2281    2.3707    2.1396    0.2312    1.4069033    1.4068505    0.0000    1.01356    1.01356    1.01356  18.41  925.34  16.67
    14 50329.77833 1996 247 18 40 48.00 MATERA      4.166650211215737    0.785469057650272 1606+106  18.17  957.11  19.94    2.3124    2.1775    0.1349    3.2657    3.0757    0.1900    0.7857879    0.7854691    0.0003    1.41225    1.41247    1.40866  19.88  954.92  15.29
    14 50329.77833 1996 247 18 40 48.00 NRAO85_3    1.776862263089626    0.540220168993012 1606+106  17.82  927.02  17.18    2.3390    2.1109    0.2281    4.5343    4.0907    0.4437    0.5407508    0.5402202    0.0010    1.93859    1.93784    1.94546  18.41  925.34  16.67
    15 50329.78185 1996 247 18 45 52.00 MATERA      5.418141935965108    0.214404782097084 1128+385  18.17  957.13  19.94    2.3124    2.1775    0.1349   10.6087    9.9822    0.6265    0.2158336    0.2144048    0.0165    4.58773    4.58425    4.64399  19.88  954.92  15.29
    15 50329.78185 1996 247 18 45 52.00 NRAO85_3    4.762052546509021    1.404852377910897 1128+385  17.83  927.02  17.18    2.3390    2.1109    0.2281    2.3714    2.1402    0.2312    1.4049059    1.4048524    0.0000    1.01387    1.01389    1.01368  18.41  925.34  16.67
    16 50329.78435 1996 247 18 49 28.00 MATERA      5.111936364734581    0.420471842096518 1308+326  18.16  957.16  19.93    2.3124    2.1775    0.1349    5.6306    5.3019    0.3287    0.4211812    0.4204718    0.0022    2.43498    2.43485    2.43701  19.88  954.92  15.29
    16 50329.78435 1996 247 18 49 28.00 NRAO85_3    2.068446979381601    1.371753529810795 1308+326  17.83  927.01  17.17    2.3390    2.1109    0.2281    2.3861    2.1534    0.2327    1.3718179    1.3717535    0.0000    1.02013    1.02010    1.02039  18.41  925.34  16.67
    17 50329.78787 1996 247 18 54 32.00 MATERA      3.638497650434585    0.978071328522122 1749+096  18.15  957.20  19.92    2.3124    2.1775    0.1349    2.7862    2.6240    0.1622    0.9782862    0.9780713    0.0001    1.20491    1.20506    1.20257  19.88  954.92  15.29
    17 50329.78787 1996 247 18 54 32.00 NRAO85_3    1.535644270034670    0.228712345266459 1749+096  17.83  927.01  17.13    2.3390    2.1109    0.2281   10.1126    9.1121    1.0005    0.2300532    0.2287123    0.0144    4.32350    4.31664    4.38696  18.41  925.34  16.67
    18 50329.79065 1996 247 18 58 32.00 MATERA      4.751184632537076    0.995224677814292 1611+343  18.15  957.23  19.91    2.3124    2.1775    0.1349    2.7549    2.5944    0.1605    0.9954317    0.9952247    0.0001    1.19138    1.19146    1.19009  19.88  954.92  15.29
    18 50329.79065 1996 247 18 58 32.00 NRAO85_3    1.355418428004127    0.799912580471570 1611+343  17.84  927.00  17.11    2.3390    2.1109    0.2281    3.2577    2.9396    0.3182    0.8002224    0.7999126    0.0002    1.39280    1.39256    1.39502  18.41  925.34  16.67
    19 50329.79412 1996 247 19  3 32.00 MATERA      6.196837211737940    0.901637088512190 1803+784  18.14  957.26  19.90    2.3124    2.1775    0.1349    2.9461    2.7739    0.1723    0.9018893    0.9016370    0.0001    1.27406    1.27388    1.27704  19.88  954.92  15.29
    19 50329.79412 1996 247 19  3 32.00 NRAO85_3    0.257884739058445    0.686020155814923 1803+784  17.84  927.00  17.08    2.3390    2.1109    0.2281    3.6859    3.3262    0.3597    0.6864095    0.6860202    0.0004    1.57586    1.57570    1.57735  18.41  925.34  16.67