TROPO_PATH_DELAY Exchange format v 1.2_TUVienna Format version of 2014.07.10 # # This file contains tropospheric slant and zenith path delays and wet mapping factor. # # 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: # 2022-07-01 | 09:35:26.582 # # Data content: # Ray-tracing results for session: # 22FEB01XU##### # Total number of observations: # 40 # Total number of different observing stations: # 2 # # 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: 2022020118 | Grib-file resolution: res_lat= 1.000 deg, res_lon= 1.000 deg # # Origin and use of the observational data: # Observational data (scan number, source, observation time, site, azimuth, elevation) # as well as pressure- and temperature-values provided in this file originate from the # AzEl-file created by VieVS. # The reported pressure- and temperature-values have not been used for the ray-tracing. # Ray-tracing used temperature- and pressure-values only from the numerical weather # model and the standard atmosphere model. # # # --------------------------------------------------------------------------------------- # ----------------------------------- File description ---------------------------------- # --------------------------------------------------------------------------------------- # # 1) Header record -- the first record line should have a signature: # TROPO_PATH_DELAY Exchange format v N.N_additional Format version of YYYY.MM.DD # stating the version and date of the format # # The header record allows to distinguish a valid file in the TROPO_PATH_DELAY # format from files in other formats. # # 2) E-records section # E-record has letter E in the first field. # It specifies the experiment name. # # 3) H-records section # H-record has letter H in the first field. # It specifies the secondary experiment name. # # 4) M-records section # M-record has letter M in the first field. # The M record keeps the model identifier. # # 5) U-records section # U-record has letter U in the first field. # The U record instructs analysis software how to use the data. # Analysis software may override this recommendation. # # 6) S-records section # S-record has letter S in the first field. # It defines the name and coordinates of each site. A site cannot be # defined more than once. # # 7) O-records section # O-record has letter O in the first field. # It defines the circumstances of the observation: # the time tag, site ID, azimuth and elevation in the local # topocentric coordinate system, surface atmospheric pressure and # surface air temperature, slant and zenith path delay and # wet mapping factor. # # Records, which start from # character, are considered as comments. # # Format of an S-record: # ---------------------- # # Field 1:1 A1 -- Record ID. Should be letter S. # field 2:3 a2 delimiter: blanks. # Field 4:11 A8 -- 8-letter long site identifier. # May contain any characters with decimal codes 32-255, but # blanks are allowed only at the end of the site identifier. # This site identifier should be unique among S-records. # This field should not necessarily have a special meaning. # field 12:13 a2 delimiter: blanks. # Field 14:26 F13.4 -- X site coordinate in a crust fixed reference frame. # Unit: meter # field 27:27 a1 delimiter: blank. # Field 28:40 F13.4 -- Y site coordinate in a crust fixed reference frame. # Unit: meter # field 41:41 a1 delimiter: blank. # Field 42:54 F13.4 -- Z site coordinate in a crust fixed reference frame. # Unit: meter # field 55:56 a2 delimiter: blanks. # Field 57:64 F8.4 -- Geodetic latitude of site, # interval: [-90; 90], positive to north. # Unit: degree # field 65:65 a1 delimiter: blank. # Field 66:73 F8.4 -- Geodetic longitude of site, # interval: [0; 360[, increasing towards east. # Unit: degree # field 74:74 a1 delimiter: blank. # Field 75:81 F7.2 -- Height of site above the reference ellipsoid. # Unit: meter # # Format of an O-record: # ---------------------- # # Field 1:1 A1 -- Record ID. Should be letter O. # field 2:3 a2 delimiter: blanks. # Field 4:8 I5 -- Scan number # field 9:12 a4 delimiter: blanks. # Field 13:20 A8 -- Source name # field 21:25 a5 delimiter: blanks. # Field 26:46 A21 -- Calendar date in TAI in YYYY.MM.DD-hh:mm:ss.s format # Calendar date format: # field 26:29 -- I4 Year # field 30:30 -- a1 delimiter: . # field 31:32 -- I2 Month # field 33:33 -- a1 delimiter: . # field 34:35 -- I2 Day # field 36:36 -- a1 delimiter: - # field 37:38 -- I2 Hour # field 39:39 -- a1 delimiter: : # field 40:41 -- I2 Minute # field 42:42 -- a1 delimiter: : # field 43:46 -- F4.1 Seconds # field 47:48 a2 delimiter: blanks. # Field 49:56 A8 -- Site identifier # field 57:58 a2 delimiter: blanks. # Field 59:67 F9.5 -- Azimuth # Unit: degree # field 68:68 a1 delimiter: blank. # Field 69:76 F8.5 -- Elevation angle (outgoing) # Unit: degree # field 77:78 a2 delimiter: blanks. # Field 79:84 F6.1 -- Atmospheric surface pressure # Unit: hPa (mbar) # field 85:85 a1 delimiter: blank. # Field 86:90 F5.1 -- Surface air temperature # Unit: degree Celsius # field 91:92 a2 delimiter: blanks. # Field 93:107 1PD15.7 -- Slant total delay # Unit: seconds of time # field 108:108 a1 delimiter: blank. # Field 109:123 1PD15.7 -- Wet mapping factor # Tilting of the wet part of the atmosphere in the form # of a wet mapping function: # [wet_delay_along_the_path / wet_zenith_delay] # field 124:124 a1 delimiter: blank. # Field 125:139 1PD15.7 -- Hydrostatic zenith delay # Unit: seconds of time # field 140:140 a1 delimiter: blank. # Field 141:155 1PD15.7 -- Wet zenith delay # Unit: seconds of time # ####################################################################################################### # E $22FEB01XU##### H $22FEB01XU##### # M Ray-tracing results from RADIATE program (version: 2.0_Fortran, subversion: global_limit, created: 2022-07-01 09:35:26.582) developed by Armin Hofmeister, Technische Universität Wien. # U NONE # # Site| X-coordinate| Y-coordinate| Z-coordinate| Latitude| Longit.| Height S KOKEE -5543839.1987 -2054568.1889 2387848.0377 22.1266 200.3349 1176.60 S WETTZELL 4075539.7239 931738.9417 4801628.8003 49.1450 12.8775 669.13 # # # Scan| Source| Time tag in TAI| Site| Azimuth| Elev.| Pres.|Temp.| Slant total del|Wet map. factor|Hydr zenith del|Wet zenith del. O 1 1144+402 2022.02.01-18:30:20.0 KOKEE 304.71763 26.83086 888.2 15.4 1.5374795E-08 2.2177842E+00 6.7623973E-09 2.0923877E-10 O 1 1144+402 2022.02.01-18:30:20.0 WETTZELL 46.54518 15.98385 938.1 -1.1 2.6204910E-08 3.5972254E+00 7.1162717E-09 2.0999342E-10 O 2 2229+695 2022.02.01-18:32:22.0 KOKEE 21.68071 21.59425 888.2 15.3 1.8795060E-08 2.7003473E+00 6.7623973E-09 2.0923877E-10 O 2 2229+695 2022.02.01-18:32:22.0 WETTZELL 329.94718 46.83348 938.0 -1.0 1.0033604E-08 1.3705516E+00 7.1162717E-09 2.0999342E-10 O 3 1746+470 2022.02.01-18:34:36.0 KOKEE 23.71419 61.97562 888.2 15.3 7.8944418E-09 1.1318493E+00 6.7623973E-09 2.0923877E-10 O 3 1746+470 2022.02.01-18:34:36.0 WETTZELL 344.01897 8.25822 937.9 -0.9 4.8478853E-08 6.7813238E+00 7.1162717E-09 2.0999342E-10 O 4 2113+293 2022.02.01-18:36:55.0 KOKEE 67.45784 29.55412 888.3 15.4 1.4079414E-08 2.0167123E+00 6.7623973E-09 2.0923877E-10 O 4 2113+293 2022.02.01-18:36:55.0 WETTZELL 300.43068 13.14994 938.0 -1.0 3.1574372E-08 4.3659044E+00 7.1162717E-09 2.0999342E-10 O 5 2215+150 2022.02.01-18:38:39.0 KOKEE 78.09184 12.19947 888.3 15.5 3.2187449E-08 4.6404810E+00 6.7623973E-09 2.0923877E-10 O 5 2215+150 2022.02.01-18:38:39.0 WETTZELL 280.01614 11.83049 938.0 -0.9 3.4897143E-08 4.8486255E+00 7.1162717E-09 2.0999342E-10 O 6 2214+350 2022.02.01-18:41:34.0 KOKEE 58.60128 19.14672 888.3 15.8 2.1043064E-08 3.0191224E+00 6.7623973E-09 2.0923877E-10 O 6 2214+350 2022.02.01-18:41:34.0 WETTZELL 295.50272 25.46220 937.9 -0.9 1.6961664E-08 2.3249438E+00 7.1162717E-09 2.0999342E-10 O 7 3C371 2022.02.01-18:44:29.0 KOKEE 8.23383 41.07186 888.4 15.8 1.0593167E-08 1.5196335E+00 6.7623973E-09 2.0923877E-10 O 7 3C371 2022.02.01-18:44:29.0 WETTZELL 350.00969 30.44003 938.0 -0.9 1.4406631E-08 1.9695205E+00 7.1162717E-09 2.0999342E-10 O 8 0718+793 2022.02.01-18:47:10.0 KOKEE 353.09840 13.48522 888.4 15.7 2.9293877E-08 4.2490224E+00 6.7623973E-09 2.0923877E-10 O 8 0718+793 2022.02.01-18:47:10.0 WETTZELL 13.95827 55.96092 938.0 -0.8 8.8342258E-09 1.2057610E+00 7.1162717E-09 2.0999342E-10 O 9 1418+546 2022.02.01-18:50:08.0 KOKEE 327.39436 46.21461 888.5 15.8 9.6458555E-09 1.3854801E+00 6.7623973E-09 2.0923877E-10 O 9 1418+546 2022.02.01-18:50:08.0 WETTZELL 18.99608 16.92201 938.0 -0.8 2.4833542E-08 3.4077909E+00 7.1162717E-09 2.0999342E-10 O 10 2215+150 2022.02.01-18:52:48.0 KOKEE 79.26969 15.42146 888.5 15.8 2.5813500E-08 3.7088327E+00 6.7623973E-09 2.0923877E-10 O 10 2215+150 2022.02.01-18:52:48.0 WETTZELL 282.61352 9.55540 937.9 -0.8 4.2562778E-08 5.9562739E+00 7.1162717E-09 2.0999342E-10 O 11 2113+293 2022.02.01-18:54:33.0 KOKEE 68.17758 33.34612 888.5 15.9 1.2645840E-08 1.8112198E+00 6.7623973E-09 2.0923877E-10 O 11 2113+293 2022.02.01-18:54:33.0 WETTZELL 303.45180 10.69635 937.8 -0.8 3.8312546E-08 5.3247830E+00 7.1162717E-09 2.0999342E-10 O 12 NGC6251 2022.02.01-18:57:45.0 KOKEE 358.62429 29.53847 888.6 16.1 1.4086201E-08 2.0236362E+00 6.7623973E-09 2.0923877E-10 O 12 NGC6251 2022.02.01-18:57:45.0 WETTZELL 0.30345 41.63369 937.8 -0.8 1.1007566E-08 1.5031841E+00 7.1162717E-09 2.0999342E-10 O 13 0718+793 2022.02.01-19:01:34.0 KOKEE 353.67347 13.09993 888.5 16.3 3.0103594E-08 4.3690373E+00 6.7623973E-09 2.0923877E-10 O 13 0718+793 2022.02.01-19:01:34.0 WETTZELL 13.25495 56.51671 937.8 -0.8 8.7773813E-09 1.1980042E+00 7.1162717E-09 2.0999342E-10 O 14 1300+580 2022.02.01-19:05:38.0 KOKEE 325.47203 33.02479 888.6 16.4 1.2755194E-08 1.8349538E+00 6.7623973E-09 2.0923877E-10 O 14 1300+580 2022.02.01-19:05:38.0 WETTZELL 29.30262 26.11573 937.7 -0.8 1.6549998E-08 2.2621825E+00 7.1162717E-09 2.0999342E-10 O 15 1053+815 2022.02.01-19:09:40.0 KOKEE 350.50789 21.13440 888.6 16.4 1.9179410E-08 2.7634931E+00 6.7623973E-09 2.0923877E-10 O 15 1053+815 2022.02.01-19:09:40.0 WETTZELL 13.30087 47.93271 937.6 -0.7 9.8562880E-09 1.3454366E+00 7.1162717E-09 2.0999342E-10 O 16 1101+384 2022.02.01-19:13:52.0 KOKEE 307.11796 10.19788 888.7 16.5 3.8055927E-08 5.6091724E+00 6.7623973E-09 2.0923877E-10 O 16 1101+384 2022.02.01-19:13:52.0 WETTZELL 60.99108 26.01896 937.5 -0.7 1.6606699E-08 2.2689892E+00 7.1162717E-09 2.0999342E-10 O 17 NGC6251 2022.02.01-19:18:01.0 KOKEE 357.87949 29.39478 888.7 16.5 1.4148267E-08 2.0326940E+00 6.7623973E-09 2.0923877E-10 O 17 NGC6251 2022.02.01-19:18:01.0 WETTZELL 1.19051 41.67704 937.4 -0.6 1.0998198E-08 1.5018802E+00 7.1162717E-09 2.0999342E-10 O 18 1300+580 2022.02.01-19:22:00.0 KOKEE 325.06978 30.85874 888.8 16.5 1.3545908E-08 1.9495608E+00 6.7623973E-09 2.0923877E-10 O 18 1300+580 2022.02.01-19:22:00.0 WETTZELL 31.23588 27.46867 937.5 -0.6 1.5802640E-08 2.1594314E+00 7.1162717E-09 2.0999342E-10 O 19 2356+385 2022.02.01-19:26:35.0 KOKEE 51.52830 9.15275 888.8 16.7 4.1989212E-08 6.1077314E+00 6.7623973E-09 2.0923877E-10 O 19 2356+385 2022.02.01-19:26:35.0 WETTZELL 289.83454 36.56774 937.6 -0.5 1.2274971E-08 1.6792498E+00 7.1162717E-09 2.0999342E-10 O 20 0059+581 2022.02.01-19:29:15.0 KOKEE 29.43026 8.32765 888.8 16.8 4.5737349E-08 6.6982022E+00 6.7623973E-09 2.0923877E-10 O 20 0059+581 2022.02.01-19:29:15.0 WETTZELL 308.77205 54.08255 937.5 -0.5 9.0413224E-09 1.2350139E+00 7.1162717E-09 2.0999342E-10 TROPO_PATH_DELAY Exchange format v 1.2_TUVienna Format version of 2014.07.10