%*****************************************************************************************************************
% 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:
%    2019-02-27 | 04:41:07.551
%
% Data content:
%    Ray-tracing results for session:
%        87AUG31XU#####
%    Total number of observations:
%        14
%
% 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: 1987083118 | 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 47038.63709 1987 243 15 17 25.00 WESTFORD    5.934566870643637    0.648059060396289 0212+735  21.38 1007.03  12.71    2.4083    2.2901    0.1182    3.9810    3.7848    0.1962    0.6484801    0.6480590    0.0006    1.65305    1.65268    1.66024  22.17 1004.71  13.01
     1 47038.63709 1987 243 15 17 25.00 WETTZELL    0.043001091644787    0.576236822428157 0212+735  20.65  948.28  12.25    2.2624    2.1560    0.1064    4.1398    3.9449    0.1948    0.5767098    0.5762368    0.0007    1.82978    1.82975    1.83044  17.31  946.39  12.55
     2 47038.64078 1987 243 15 22 43.00 WESTFORD    2.080758328615632    0.536175331787919 3C273B    21.38 1007.03  12.71    2.4083    2.2901    0.1182    4.6983    4.4683    0.2300    0.5367110    0.5361753    0.0011    1.95091    1.95114    1.94636  22.17 1004.71  13.01
     2 47038.64078 1987 243 15 22 43.00 WETTZELL    3.921706526021003    0.592931116034397 3C273B    20.65  948.28  12.25    2.2624    2.1560    0.1064    4.0386    3.8484    0.1902    0.5933873    0.5929311    0.0007    1.78507    1.78497    1.78706  17.31  946.39  12.55
     3 47038.64459 1987 243 15 28 13.00 WESTFORD    1.375287096727910    0.553237024099825 OQ208     21.38 1007.03  12.71    2.4083    2.2901    0.1182    4.5687    4.3446    0.2241    0.5537526    0.5532370    0.0010    1.89710    1.89714    1.89616  22.17 1004.71  13.01
     3 47038.64459 1987 243 15 28 13.00 WETTZELL    3.659418951342203    1.173328446767391 OQ208     20.66  948.28  12.25    2.2624    2.1560    0.1064    2.4533    2.3379    0.1154    1.1734578    1.1733284    0.0000    1.08436    1.08435    1.08456  17.31  946.39  12.55
     4 47038.64809 1987 243 15 33 15.00 WESTFORD    0.189468319611491    0.606800737220818 1803+784  21.39 1007.03  12.71    2.4083    2.2901    0.1182    4.2124    4.0049    0.2075    0.6072597    0.6068007    0.0007    1.74913    1.74880    1.75545  22.17 1004.71  13.01
     4 47038.64809 1987 243 15 33 15.00 WETTZELL    0.258419775939100    0.985777038991582 1803+784  20.66  948.28  12.25    2.2624    2.1560    0.1064    2.7121    2.5845    0.1276    0.9859811    0.9857770    0.0001    1.19875    1.19875    1.19868  17.31  946.39  12.55
     5 47038.65131 1987 243 15 37 53.00 WESTFORD    5.949252029805334    0.625992906285144 0212+735  21.39 1007.02  12.71    2.4083    2.2901    0.1182    4.1007    3.8985    0.2022    0.6264337    0.6259929    0.0006    1.70274    1.70234    1.71056  22.17 1004.71  13.01
     5 47038.65131 1987 243 15 37 53.00 WETTZELL    0.072604160674398    0.579621809399303 0212+735  20.66  948.28  12.24    2.2624    2.1560    0.1064    4.1185    3.9247    0.1938    0.5800913    0.5796218    0.0007    1.82038    1.82035    1.82111  17.31  946.39  12.55
     6 47038.65480 1987 243 15 42 55.00 WESTFORD    2.162143668916424    0.591604026965988 3C273B    21.39 1007.02  12.71    2.4083    2.2901    0.1182    4.3069    4.0960    0.2109    0.5920782    0.5916040    0.0008    1.78837    1.78859    1.78420  22.17 1004.71  13.01
     6 47038.65480 1987 243 15 42 55.00 WETTZELL    4.013782693036404    0.550417946033241 3C273B    20.66  948.28  12.24    2.2624    2.1560    0.1064    4.3123    4.1092    0.2031    0.5509186    0.5504179    0.0009    1.90605    1.90594    1.90828  17.31  946.39  12.55
     7 47038.65862 1987 243 15 48 25.00 WESTFORD    1.427884549377868    0.617342520974327 OQ208     21.40 1007.02  12.71    2.4083    2.2901    0.1182    4.1503    3.9467    0.2035    0.6177914    0.6173425    0.0007    1.72333    1.72340    1.72196  22.17 1004.71  13.01
     7 47038.65862 1987 243 15 48 25.00 WETTZELL    3.834557213855377    1.140378938359801 OQ208     20.67  948.28  12.24    2.2624    2.1560    0.1064    2.4890    2.3719    0.1171    1.1405204    1.1403789    0.0000    1.10013    1.10012    1.10023  17.31  946.39  12.55