- Timestamp:
- Dec 18, 2025, 5:59:24 PM (11 days ago)
- Location:
- trunk/BNC/src
- Files:
-
- 6 edited
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IMG/Figure22.png (modified) ( previous)
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IMG/Figure23.png (modified) ( previous)
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bnchelp.html (modified) (25 diffs)
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bncmain.cpp (modified) (3 diffs)
-
bncversion.h (modified) (1 diff)
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bncwindow.cpp (modified) (7 diffs)
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trunk/BNC/src/bnchelp.html
r10753 r10800 175 175 2.13.1.2 <a href=#pppcorrstream>Corrections Stream</a><br> 176 176 2.13.1.3 <a href=#pppcorrfile>Corrections File</a><br> 177 2.13.1.4 <a href=#pppionostream>Ionosphere Stream</a><br> 178 2.13.1.5 <a href=#pppionofile>Ionosphere File</a><br> 179 2.13.1.6 <a href=#ppprnxobs>RINEX Observation File</a><br> 180 2.13.1.7 <a href=#ppprnxnav>RINEX Navigation File</a><br> 181 2.13.1.8 <a href=#pppantexfile>ANTEX File</a><br> 182 2.13.1.9 <a href=#pppmarkcoor>Coordinates File</a><br> 183 2.13.1.10 <a href=#pppblqfile>BLQ File</a><br> 184 2.13.1.11 <a href=#ppplogfile>Logfile Directory</a><br> 185 2.13.1.12 <a href=#pppnmeafile>NMEA Directory</a><br> 186 2.13.1.13 <a href=#pppsnxtrofile>SNX TRO Directory</a><br> 187 2.13.1.13.1 <a href=#pppsnxtrointr>Interval</a><br> 188 2.13.1.13.2 <a href=#pppsnxtrosampl>Sampling</a><br> 189 2.13.1.13.3 <a href=#pppsnxAc>Analysis Center</a><br> 190 2.13.1.13.4 <a href=#pppsnxSol>Solution ID</a><br> 177 2.13.1.4 <a href=#pppbiasstream>Biases Stream</a><br> 178 2.13.1.5 <a href=#pppbiasfile>Biases File</a><br> 179 2.13.1.6 <a href=#pppionostream>Ionosphere Stream</a><br> 180 2.13.1.7 <a href=#pppionofile>Ionosphere File</a><br> 181 2.13.1.8 <a href=#ppprnxobs>RINEX Observation File</a><br> 182 2.13.1.9 <a href=#ppprnxnav>RINEX Navigation File</a><br> 183 2.13.1.10 <a href=#pppantexfile>ANTEX File</a><br> 184 2.13.1.11 <a href=#pppmarkcoor>Coordinates File</a><br> 185 2.13.1.12 <a href=#pppblqfile>BLQ File</a><br> 186 2.13.1.13 <a href=#ppplogfile>Logfile Directory and Log mode</a><br> 187 2.13.1.14 <a href=#pppnmeafile>NMEA Directory</a><br> 188 2.13.1.15 <a href=#pppsnxtrofile>SNX TRO Directory</a><br> 189 2.13.1.15.1 <a href=#pppsnxtrointr>Interval</a><br> 190 2.13.1.15.2 <a href=#pppsnxtrosampl>Sampling</a><br> 191 2.13.1.15.3 <a href=#pppsnxAc>Analysis Center</a><br> 192 2.13.1.15.4 <a href=#pppsnxSol>Solution ID</a><br> 191 193 2.13.2 <a href=#pppOptions><b>PPP (2): Processing Options</b></a><br> 192 194 2.13.2.1 <a href=#pppobs>GNSS Observations</a><br> … … 198 200 2.13.2.7 <a href=#pppwaitclockcorr>Wait for Clock Corrections</a><br> 199 201 2.13.2.8 <a href=#pppseeding>Seeding</a><br> 200 2.13.2.9 <a href=#ppppconstraints>Constraints</a><br> 201 2.13.2.10 <a href=#ppppseudogimobs>GIM Pseudo Observations</a><br> 202 2.13.2.9 <a href=#pppconstraints>Constraints</a><br> 203 2.13.2.9.1 <a href=#ppppseudogimobs>GIM Pseudo Observations</a><br> 204 2.13.2.10 <a href=#pppar>PPP-AR Options</a><br> 205 2.13.2.10.1 <a href=#ppparsys>Constellations</a><br> 206 2.13.2.10.2 <a href=#ppparmin>Min # Epo and Sat</a><br> 207 2.13.2.10.3 <a href=#ppparmax>Max Frac and Sig</a><br> 208 2.13.2.10.4 <a href=#ppparyaw>Yaw Usage</a><br> 202 209 2.13.3 <a href=#pppStation><b>PPP (3): Processed Stations</b></a><br> 203 210 2.13.3.1 <a href=#pppsite>Station</a><br> … … 323 330 <tr><td>22</td><td>Real-time Precise Point Positioning with BNC, PPP Panel 1</td><td>2.13.1</td></tr> 324 331 <tr><td>23</td><td>Precise Point Positioning with BNC, PPP Panel 2</td><td>2.13.2</td></tr> 325 <tr><td>24</td><td>Precise Point Positioning with BNC in 'Quick-Start' mode, PPP Panel 4</td><td>2.13.2.10</td></tr>326 332 <tr><td>25</td><td>Precise Point Positioning with BNC, PPP Panel 3</td><td>2.13.3</td></tr> 327 <tr><td>26</td><td> Track of positionsfrom BNC withOpenStreetMapin background</td><td>2.13.4.3</td></tr>333 <tr><td>26</td><td>Precise Point Positioning with BNC with track of positions using OpenStreetMap, PPP Panel 4</td><td>2.13.4.3</td></tr> 328 334 <tr><td>27</td><td>BNC combining Broadcast Correction streams</td><td>2.14</td></tr> 329 335 <tr><td>28</td><td>'INTERNAL' PPP with BNC using a combination of Broadcast Corrections</td><td>2.14</td></tr> … … 3516 3522 BNC can derive coordinates for rover positions following different Precise Point Positioning (PPP) methods: 3517 3523 <ul> 3518 <li>Uncombined PPP</li> 3519 <li>Ionosphere-free PPP</li> 3520 </ul> 3521 Therefore it uses code data (Pi), phase data (Li) or code&phase data (Pi&Li) from one or more GNSS. 3524 <li>Uncombined PPP for GPS, GLONASS, Galileo and BDS</li> 3525 <li>Ionosphere-free PPP for GPS, GLONASS, Galileo and BDS</li> 3526 <li>PPP with ambiguity resolution for GPS, Galileo and BDS </li> 3527 </ul> 3528 Therefore it uses code data (P), phase data (L) from one or more GNSS. 3522 3529 Besides pulling streams of observations from a dual frequency GNSS receiver, this 3523 3530 <ul> … … 3630 3637 to a Single Point Positioning (SPP) solution. 3631 3638 </p> 3632 <p><h4 id="pppionostream">2.13.1.4 Ionosphere Stream - optional if 'Data source' is set to 'Real-Time Streams'</h4></p> 3639 <p><h4 id="pppbiasstream">2.13.1.4 Biases Stream - optional if 'Data source' is set to 'Real-Time Streams'</h4></p> 3640 <p> 3641 Specify a 'Biases stream' which provides satellite biases in SSR format from the list of selected 'Streams' you are pulling 3642 if you want BNC to correct your observations accordingly. Streams providing such satellite biases are made available e.g. through the 3643 International GNSS Service (IGS) and can for example be be pulled from <a href="https://products.igs-ip.net" target="_blank">https://products.igs-ip.net</a> 3644 The stream format must be RTCM-SSR or IGS-SSR containing so-called SSR messages. Streams 'OSBC00WHU1' is an example using the IGS-SSR format. 3645 If you do not specify a 'Biases stream' via this option, BNC will use satellite biases from the Corrections stream 'mountpoint', 3646 if available. 3647 </p> 3648 <p><h4 id="pppbiasfile">2.13.1.5 Biases File - optional if 'Data source' is set to 'RINEX Files'</h4></p> 3649 <p> 3650 Specify a 'Biases file' as saved beforehand using BNC. The file content is basically the ASCII representation of a 3651 RTCM-SSR or a IGS-SSR Biases stream. 3652 </p> 3653 <p><h4 id="pppionostream">2.13.1.6 Ionosphere Stream - optional if 'Data source' is set to 'Real-Time Streams'</h4></p> 3633 3654 <p> 3634 3655 Specify a 'Ionosphere stream' which provides VTEC informations in SSR format from the list of selected 'Streams' you are pulling … … 3640 3661 if available. 3641 3662 </p> 3642 <p><h4 id="pppionofile">2.13.1. 5Ionosphere File - optional if 'Data source' is set to 'RINEX Files'</h4></p>3663 <p><h4 id="pppionofile">2.13.1.7 Ionosphere File - optional if 'Data source' is set to 'RINEX Files'</h4></p> 3643 3664 <p> 3644 3665 Specify a 'Ionosphere file' as saved beforehand using BNC. The file content is basically the ASCII representation of a 3645 3666 RTCM-SSR or a IGS-SSR Ionosphere stream. 3646 3667 </p> 3647 <p><h4 id="ppprnxobs">2.13.1. 6RINEX Observation File - mandatory if 'Data source' is set to 'RINEX Files'</h4></p>3668 <p><h4 id="ppprnxobs">2.13.1.8 RINEX Observation File - mandatory if 'Data source' is set to 'RINEX Files'</h4></p> 3648 3669 <p> 3649 3670 Specify a RINEX Observation file. The file format can be RINEX Version 2, RINEX Version 3 or RINEX Version 4. 3650 3671 </p> 3651 <p><h4 id="ppprnxnav">2.13.1. 7RINEX Navigation File - mandatory if 'Data source' is set to 'RINEX Files'</h4></p>3672 <p><h4 id="ppprnxnav">2.13.1.9 RINEX Navigation File - mandatory if 'Data source' is set to 'RINEX Files'</h4></p> 3652 3673 <p> 3653 3674 Specify a RINEX Navigation file.The file format can be RINEX Version 2, RINEX Version 3 or RINEX Version 4. 3654 3675 </p> 3655 <p><h4 id="pppantexfile">2.13.1. 8ANTEX File - optional</h4></p>3676 <p><h4 id="pppantexfile">2.13.1.10 ANTEX File - optional</h4></p> 3656 3677 <p> 3657 3678 IGS provides a file containing absolute phase center corrections for GNSS satellite and receiver antennas in ANTEX format Version 1.4 … … 3669 3690 Antenna Phase Center offsets and variations. 3670 3691 </p> 3671 <p><h4 id="pppmarkcoor">2.13.1. 9Coordinates File - optional </h4></p>3692 <p><h4 id="pppmarkcoor">2.13.1.11 Coordinates File - optional </h4></p> 3672 3693 <p> 3673 3694 Enter the full path to an ASCII file which specifies all observation streams or files from stationary or mobile receivers … … 3752 3773 </p> 3753 3774 3754 <p><h4 id="pppblqfile">2.13.1.1 0BLQ File - optional </h4></p>3775 <p><h4 id="pppblqfile">2.13.1.12 BLQ File - optional </h4></p> 3755 3776 <p> 3756 3777 Specify a 'BLQ file' containing the ocean loading coefficients for all stations you want to process. … … 3762 3783 3763 3784 3764 <p><h4 id="ppplogfile">2.13.1.1 1Logfile Directory - optional</h4></p>3785 <p><h4 id="ppplogfile">2.13.1.13 Logfile Directory and Log mode - optional</h4></p> 3765 3786 <p> 3766 3787 Essential PPP results are shown in the 'Log' tab on the bottom of BNC's main window. Depending on the processing options, … … 3768 3789 <pre><p style="font-family:Monospace"> 3769 3790 ... 3770 25-03-20 13:51:56 2025-03-20_13:51:45.000 WTZR00DEU0 X = 4075580.3168 Y = 931854.1084 Z = 4801568.3484 NEU: -0.0033 +0.0107 +0.0603 TRP: +2.1833 +0.0636 3771 25-03-20 13:51:56 2025-03-20_13:51:46.000 WTZR00DEU0 X = 4075580.3147 Y = 931854.1071 Z = 4801568.3468 NEU: -0.0026 +0.0099 +0.0576 TRP: +2.1833 +0.0635 3772 25-03-20 13:51:56 2025-03-20_13:51:47.000 WTZR00DEU0 X = 4075580.3149 Y = 931854.1070 Z = 4801568.3489 NEU: -0.0014 +0.0097 +0.0593 TRP: +2.1833 +0.0633 3773 25-03-20 13:51:56 2025-03-20_13:51:48.000 WTZR00DEU0 X = 4075580.3149 Y = 931854.1072 Z = 4801568.3500 NEU: -0.0007 +0.0099 +0.0602 TRP: +2.1833 +0.0633 3774 25-03-20 13:51:56 2025-03-20_13:51:49.000 WTZR00DEU0 X = 4075580.3129 Y = 931854.1054 Z = 4801568.3486 NEU: +0.0002 +0.0087 +0.0576 TRP: +2.1833 +0.0633 3775 25-03-20 13:51:56 2025-03-20_13:51:50.000 WTZR00DEU0 X = 4075580.3133 Y = 931854.1075 Z = 4801568.3483 NEU: -0.0007 +0.0106 +0.0579 TRP: +2.1833 +0.0633 3776 25-03-20 13:51:56 2025-03-20_13:51:51.000 WTZR00DEU0 X = 4075580.3147 Y = 931854.1072 Z = 4801568.3479 NEU: -0.0019 +0.0100 +0.0585 TRP: +2.1833 +0.0633 3777 25-03-20 13:51:56 2025-03-20_13:51:52.000 WTZR00DEU0 X = 4075580.3161 Y = 931854.1068 Z = 4801568.3461 NEU: -0.0041 +0.0093 +0.0580 TRP: +2.1833 +0.0633 3778 25-03-20 13:51:56 2025-03-20_13:51:53.000 WTZR00DEU0 X = 4075580.3181 Y = 931854.1079 Z = 4801568.3469 NEU: -0.0052 +0.0099 +0.0600 TRP: +2.1833 +0.0634 3779 25-03-20 13:51:56 2025-03-20_13:51:54.000 WTZR00DEU0 X = 4075580.3179 Y = 931854.1074 Z = 4801568.3472 NEU: -0.0048 +0.0095 +0.0600 TRP: +2.1833 +0.0635 3780 25-03-20 13:51:56 2025-03-20_13:51:55.000 WTZR00DEU0 X = 4075580.3184 Y = 931854.1087 Z = 4801568.3509 NEU: -0.0029 +0.0107 +0.0633 TRP: +2.1833 +0.0636 3781 25-03-20 13:51:56 2025-03-20_13:51:56.000 WTZR00DEU0 X = 4075580.3195 Y = 931854.1075 Z = 4801568.3528 NEU: -0.0023 +0.0092 +0.0653 TRP: +2.1833 +0.0637 3791 25-11-17 13:57:28 2025-11-17_13:57:14.000 WTZR00DEU0 X = 4075580.2225 Y = 931854.3919 Z = 4801568.3615 NEU: +0.0270 +0.3080 +0.0515 TRP: +2.1833 +0.0150 3792 25-11-17 13:57:33 2025-11-17_13:57:15.000 WTZR00DEU0 X = 4075580.2214 Y = 931854.3905 Z = 4801568.3587 NEU: +0.0262 +0.3069 +0.0484 TRP: +2.1833 +0.0153 3793 25-11-17 13:57:33 2025-11-17_13:57:16.000 WTZR00DEU0 X = 4075580.2201 Y = 931854.3902 Z = 4801568.3582 NEU: +0.0269 +0.3069 +0.0472 TRP: +2.1833 +0.0154 3794 25-11-17 13:57:33 2025-11-17_13:57:17.000 WTZR00DEU0 X = 4075580.2201 Y = 931854.3896 Z = 4801568.3585 NEU: +0.0271 +0.3064 +0.0473 TRP: +2.1833 +0.0156 3795 25-11-17 13:57:33 2025-11-17_13:57:18.000 WTZR00DEU0 X = 4075580.2187 Y = 931854.3883 Z = 4801568.3571 NEU: +0.0275 +0.3054 +0.0452 TRP: +2.1833 +0.0158 3796 25-11-17 13:57:33 2025-11-17_13:57:19.000 WTZR00DEU0 X = 4075580.2179 Y = 931854.3877 Z = 4801568.3558 NEU: +0.0274 +0.3050 +0.0436 TRP: +2.1833 +0.0159 3797 25-11-17 13:57:38 2025-11-17_13:57:20.000 WTZR00DEU0 X = 4075580.2156 Y = 931854.3862 Z = 4801568.3556 NEU: +0.0292 +0.3041 +0.0417 TRP: +2.1833 +0.0159 3798 25-11-17 13:57:38 2025-11-17_13:57:21.000 WTZR00DEU0 X = 4075580.2150 Y = 931854.3859 Z = 4801568.3559 NEU: +0.0298 +0.3039 +0.0416 TRP: +2.1833 +0.0159 3799 25-11-17 13:57:38 2025-11-17_13:57:22.000 WTZR00DEU0 X = 4075580.2143 Y = 931854.3843 Z = 4801568.3567 NEU: +0.0312 +0.3025 +0.0415 TRP: +2.1833 +0.0159 3800 25-11-17 13:57:38 2025-11-17_13:57:23.000 WTZR00DEU0 X = 4075580.2148 Y = 931854.3842 Z = 4801568.3561 NEU: +0.0304 +0.3023 +0.0414 TRP: +2.1833 +0.0158 3782 3801 ... 3783 3802 </p></pre> … … 3789 3808 <p> 3790 3809 If you require more information, you can specify a 'Logfile directory' to save daily logfiles per station (filename suffix 'ppp') 3791 with additional processing details on disk. 3810 with additional processing details on disk. The details of the PPP client processing output can be controled by the 'log mode' option. 3811 The 'normal' mode produces a log file, related to the estimated parameters and observation residuals as printed below. 3812 If the user selects 'debug' additional information (particularly about used SSR corrections) is printed. 3813 The option value 'all' triggers a very detailed log including the information about the constituents of the observation model. 3792 3814 </p> 3793 3815 <pre><p style="font-family:Monospace"> 3794 3816 .. 3795 PPP of Epoch 2025- 03-20_13:51:56.0003817 PPP of Epoch 2025-11-17_15:12:54.000 3796 3818 --------------------------------------------------------------- 3797 2025-03-20_13:51:56.000 BANCROFT: 4075585.321 931852.141 4801567.688 40.008 3798 3799 2025-03-20_13:51:56.000 SATNUM G 9 3800 2025-03-20_13:51:56.000 RES c1 G07 -0.0922 3801 2025-03-20_13:51:56.000 RES c1 G08 -0.0346 3802 2025-03-20_13:51:56.000 RES c1 G10 0.3659 3803 2025-03-20_13:51:56.000 RES c1 G15 0.2600 3804 2025-03-20_13:51:56.000 RES c1 G16 0.1029 3805 2025-03-20_13:51:56.000 RES c1 G18 -0.1552 3806 2025-03-20_13:51:56.000 RES c1 G23 0.1330 3807 2025-03-20_13:51:56.000 RES c1 G26 -0.1957 3808 2025-03-20_13:51:56.000 RES c1 G27 -0.2936 3809 2025-03-20_13:51:56.000 RES c2 G07 -0.0470 3810 2025-03-20_13:51:56.000 RES c2 G08 0.5082 3811 2025-03-20_13:51:56.000 RES c2 G10 -0.2206 3812 2025-03-20_13:51:56.000 RES c2 G15 -0.2434 3813 2025-03-20_13:51:56.000 RES c2 G16 0.1044 3814 2025-03-20_13:51:56.000 RES c2 G18 0.0225 3815 2025-03-20_13:51:56.000 RES c2 G23 0.0560 3816 2025-03-20_13:51:56.000 RES c2 G26 0.1160 3817 2025-03-20_13:51:56.000 RES c2 G27 -0.1883 3818 2025-03-20_13:51:56.000 RES l1 G07 -0.0008 3819 2025-03-20_13:51:56.000 RES l1 G08 -0.0000 3820 2025-03-20_13:51:56.000 RES l1 G10 0.0002 3821 2025-03-20_13:51:56.000 RES l1 G15 0.0016 3822 2025-03-20_13:51:56.000 RES l1 G16 0.0034 3823 2025-03-20_13:51:56.000 RES l1 G18 0.0003 3824 2025-03-20_13:51:56.000 RES l1 G23 -0.0030 3825 2025-03-20_13:51:56.000 RES l1 G26 -0.0007 3826 2025-03-20_13:51:56.000 RES l1 G27 -0.0010 3827 2025-03-20_13:51:56.000 RES l2 G07 0.0005 3828 2025-03-20_13:51:56.000 RES l2 G08 0.0000 3829 2025-03-20_13:51:56.000 RES l2 G10 -0.0001 3830 2025-03-20_13:51:56.000 RES l2 G15 -0.0010 3831 2025-03-20_13:51:56.000 RES l2 G16 -0.0021 3832 2025-03-20_13:51:56.000 RES l2 G18 -0.0002 3833 2025-03-20_13:51:56.000 RES l2 G23 0.0019 3834 2025-03-20_13:51:56.000 RES l2 G26 0.0004 3835 2025-03-20_13:51:56.000 RES l2 G27 0.0006 3836 2025-03-20_13:51:56.000 SATNUM R 7 3837 2025-03-20_13:51:56.000 RES c1 R01 2.1070 3838 2025-03-20_13:51:56.000 RES c1 R08 0.5894 3839 2025-03-20_13:51:56.000 RES c1 R14 -1.9495 3840 2025-03-20_13:51:56.000 RES c1 R15 0.4845 3841 2025-03-20_13:51:56.000 RES c1 R16 0.2108 3842 2025-03-20_13:51:56.000 RES c1 R17 1.9376 3843 2025-03-20_13:51:56.000 RES c1 R24 -1.2791 3844 2025-03-20_13:51:56.000 RES c2 R01 -0.9446 3845 2025-03-20_13:51:56.000 RES c2 R08 -0.3545 3846 2025-03-20_13:51:56.000 RES c2 R14 1.1628 3847 2025-03-20_13:51:56.000 RES c2 R15 -0.0060 3848 2025-03-20_13:51:56.000 RES c2 R16 0.1488 3849 2025-03-20_13:51:56.000 RES c2 R17 -0.8344 3850 2025-03-20_13:51:56.000 RES c2 R24 0.7618 3851 2025-03-20_13:51:56.000 RES l1 R01 -0.0011 3852 2025-03-20_13:51:56.000 RES l1 R08 0.0015 3853 2025-03-20_13:51:56.000 RES l1 R14 -0.0017 3854 2025-03-20_13:51:56.000 RES l1 R15 0.0031 3855 2025-03-20_13:51:56.000 RES l1 R16 -0.0064 3856 2025-03-20_13:51:56.000 RES l1 R17 0.0022 3857 2025-03-20_13:51:56.000 RES l1 R24 0.0022 3858 2025-03-20_13:51:56.000 RES l2 R01 0.0006 3859 2025-03-20_13:51:56.000 RES l2 R08 -0.0009 3860 2025-03-20_13:51:56.000 RES l2 R14 0.0010 3861 2025-03-20_13:51:56.000 RES l2 R15 -0.0019 3862 2025-03-20_13:51:56.000 RES l2 R16 0.0039 3863 2025-03-20_13:51:56.000 RES l2 R17 -0.0013 3864 2025-03-20_13:51:56.000 RES l2 R24 -0.0013 3865 2025-03-20_13:51:56.000 SATNUM E 7 3866 2025-03-20_13:51:56.000 RES c1 E02 -0.0610 3867 2025-03-20_13:51:56.000 RES c1 E10 0.2312 3868 2025-03-20_13:51:56.000 RES c1 E16 -0.1572 3869 2025-03-20_13:51:56.000 RES c1 E25 -0.0375 3870 2025-03-20_13:51:56.000 RES c1 E30 -0.1610 3871 2025-03-20_13:51:56.000 RES c1 E34 -0.4160 3872 2025-03-20_13:51:56.000 RES c1 E36 0.1600 3873 2025-03-20_13:51:56.000 RES c2 E02 0.0911 3874 2025-03-20_13:51:56.000 RES c2 E10 0.0264 3875 2025-03-20_13:51:56.000 RES c2 E16 -0.2213 3876 2025-03-20_13:51:56.000 RES c2 E25 0.0214 3877 2025-03-20_13:51:56.000 RES c2 E30 -0.1190 3878 2025-03-20_13:51:56.000 RES c2 E34 0.0332 3879 2025-03-20_13:51:56.000 RES c2 E36 -0.1765 3880 2025-03-20_13:51:56.000 RES l1 E02 -0.0012 3881 2025-03-20_13:51:56.000 RES l1 E10 -0.0005 3882 2025-03-20_13:51:56.000 RES l1 E16 0.0024 3883 2025-03-20_13:51:56.000 RES l1 E25 0.0007 3884 2025-03-20_13:51:56.000 RES l1 E30 0.0002 3885 2025-03-20_13:51:56.000 RES l1 E34 -0.0010 3886 2025-03-20_13:51:56.000 RES l1 E36 -0.0004 3887 2025-03-20_13:51:56.000 RES l2 E02 0.0007 3888 2025-03-20_13:51:56.000 RES l2 E10 0.0003 3889 2025-03-20_13:51:56.000 RES l2 E16 -0.0013 3890 2025-03-20_13:51:56.000 RES l2 E25 -0.0004 3891 2025-03-20_13:51:56.000 RES l2 E30 -0.0001 3892 2025-03-20_13:51:56.000 RES l2 E34 0.0006 3893 2025-03-20_13:51:56.000 RES l2 E36 0.0002 3894 2025-03-20_13:51:56.000 SATNUM C 13 3895 2025-03-20_13:51:56.000 RES c1 C11 1.7103 3896 2025-03-20_13:51:56.000 RES c1 C12 0.7755 3897 2025-03-20_13:51:56.000 RES c1 C13 -0.5312 3898 2025-03-20_13:51:56.000 RES c1 C21 -0.5210 3899 2025-03-20_13:51:56.000 RES c1 C22 -0.2512 3900 2025-03-20_13:51:56.000 RES c1 C23 -0.5913 3901 2025-03-20_13:51:56.000 RES c1 C25 -0.8551 3902 2025-03-20_13:51:56.000 RES c1 C34 -0.6865 3903 2025-03-20_13:51:56.000 RES c1 C37 0.1286 3904 2025-03-20_13:51:56.000 RES c1 C38 -0.5545 3905 2025-03-20_13:51:56.000 RES c1 C42 -0.1736 3906 2025-03-20_13:51:56.000 RES c1 C43 -0.4556 3907 2025-03-20_13:51:56.000 RES c1 C44 -0.6540 3908 2025-03-20_13:51:56.000 RES c2 C11 -1.1204 3909 2025-03-20_13:51:56.000 RES c2 C12 -0.5260 3910 2025-03-20_13:51:56.000 RES c2 C13 0.2702 3911 2025-03-20_13:51:56.000 RES c2 C21 0.6068 3912 2025-03-20_13:51:56.000 RES c2 C22 0.4857 3913 2025-03-20_13:51:56.000 RES c2 C23 0.1703 3914 2025-03-20_13:51:56.000 RES c2 C25 0.1651 3915 2025-03-20_13:51:56.000 RES c2 C34 0.4305 3916 2025-03-20_13:51:56.000 RES c2 C37 0.2398 3917 2025-03-20_13:51:56.000 RES c2 C38 0.6690 3918 2025-03-20_13:51:56.000 RES c2 C42 0.6065 3919 2025-03-20_13:51:56.000 RES c2 C43 0.2229 3920 2025-03-20_13:51:56.000 RES c2 C44 0.3162 3921 2025-03-20_13:51:56.000 RES l1 C11 -0.0008 3922 2025-03-20_13:51:56.000 RES l1 C12 -0.0030 3923 2025-03-20_13:51:56.000 RES l1 C13 -0.0009 3924 2025-03-20_13:51:56.000 RES l1 C21 -0.0023 3925 2025-03-20_13:51:56.000 RES l1 C22 0.0020 3926 2025-03-20_13:51:56.000 RES l1 C23 0.0025 3927 2025-03-20_13:51:56.000 RES l1 C25 -0.0030 3928 2025-03-20_13:51:56.000 RES l1 C34 -0.0016 3929 2025-03-20_13:51:56.000 RES l1 C37 0.0026 3930 2025-03-20_13:51:56.000 RES l1 C38 0.0020 3931 2025-03-20_13:51:56.000 RES l1 C42 0.0047 3932 2025-03-20_13:51:56.000 RES l1 C43 -0.0014 3933 2025-03-20_13:51:56.000 RES l1 C44 -0.0007 3934 2025-03-20_13:51:56.000 RES l2 C11 0.0005 3935 2025-03-20_13:51:56.000 RES l2 C12 0.0020 3936 2025-03-20_13:51:56.000 RES l2 C13 0.0006 3937 2025-03-20_13:51:56.000 RES l2 C21 0.0015 3938 2025-03-20_13:51:56.000 RES l2 C22 -0.0013 3939 2025-03-20_13:51:56.000 RES l2 C23 -0.0016 3940 2025-03-20_13:51:56.000 RES l2 C25 0.0020 3941 2025-03-20_13:51:56.000 RES l2 C34 0.0010 3942 2025-03-20_13:51:56.000 RES l2 C37 -0.0017 3943 2025-03-20_13:51:56.000 RES l2 C38 -0.0013 3944 2025-03-20_13:51:56.000 RES l2 C42 -0.0031 3945 2025-03-20_13:51:56.000 RES l2 C43 0.0009 3946 2025-03-20_13:51:56.000 RES l2 C44 0.0005 3947 3948 2025-03-20_13:51:56.000 REC_CLK G 0.0000 -4.5362 +- 0.1110 3949 2025-03-20_13:51:56.000 REC_CLK R 0.0000 -3.4737 +- 0.5979 3950 2025-03-20_13:51:56.000 REC_CLK E 0.0000 -14.0807 +- 0.1131 3951 2025-03-20_13:51:56.000 REC_CLK C 0.0000 +7.3660 +- 0.1165 3952 2025-03-20_13:51:56.000 TRP 2.1833 +0.0637 +- 0.0058 3953 2025-03-20_13:51:56.000 ION G07 0.0000 +8.1342 +- 0.1386 3954 2025-03-20_13:51:56.000 ION G08 0.0000 +8.3626 +- 0.1267 3955 2025-03-20_13:51:56.000 ION G10 0.0000 +5.6349 +- 0.1025 3956 2025-03-20_13:51:56.000 ION G15 0.0000 +9.8491 +- 0.1337 3957 2025-03-20_13:51:56.000 ION G16 0.0000 -2.2958 +- 0.0843 3958 2025-03-20_13:51:56.000 ION G18 0.0000 -0.3032 +- 0.0882 3959 2025-03-20_13:51:56.000 ION G23 0.0000 -0.4144 +- 0.0876 3960 2025-03-20_13:51:56.000 ION G26 0.0000 +1.2265 +- 0.0893 3961 2025-03-20_13:51:56.000 ION G27 0.0000 -0.4665 +- 0.0880 3962 2025-03-20_13:51:56.000 ION G29 0.0000 +14.1656 +- 3000000.0000 3963 2025-03-20_13:51:56.000 ION R01 0.0000 +7.1538 +- 0.6173 3964 2025-03-20_13:51:56.000 ION R08 0.0000 +5.5793 +- 0.6024 3965 2025-03-20_13:51:56.000 ION R14 0.0000 +13.2946 +- 0.5491 3966 2025-03-20_13:51:56.000 ION R15 0.0000 +2.1235 +- 0.4919 3967 2025-03-20_13:51:56.000 ION R16 0.0000 +9.7162 +- 0.6252 3968 2025-03-20_13:51:56.000 ION R17 0.0000 +0.4685 +- 0.4982 3969 2025-03-20_13:51:56.000 ION R24 0.0000 +4.3912 +- 0.4884 3970 2025-03-20_13:51:56.000 ION E02 0.0000 +1.8402 +- 0.0791 3971 2025-03-20_13:51:56.000 ION E10 0.0000 +10.5361 +- 0.1115 3972 2025-03-20_13:51:56.000 ION E16 0.0000 +20.1685 +- 0.1242 3973 2025-03-20_13:51:56.000 ION E25 0.0000 +8.8352 +- 0.0922 3974 2025-03-20_13:51:56.000 ION E30 0.0000 +7.7689 +- 0.0976 3975 2025-03-20_13:51:56.000 ION E34 0.0000 +11.1109 +- 0.1015 3976 2025-03-20_13:51:56.000 ION E36 0.0000 +0.7533 +- 0.0787 3977 2025-03-20_13:51:56.000 ION C11 0.0000 -15.6461 +- 0.0920 3978 2025-03-20_13:51:56.000 ION C12 0.0000 -9.2910 +- 0.1012 3979 2025-03-20_13:51:56.000 ION C13 0.0000 -7.9118 +- 0.0998 3980 2025-03-20_13:51:56.000 ION C21 0.0000 -2.3864 +- 0.1144 3981 2025-03-20_13:51:56.000 ION C22 0.0000 -2.4224 +- 0.1219 3982 2025-03-20_13:51:56.000 ION C23 0.0000 -5.8888 +- 0.1021 3983 2025-03-20_13:51:56.000 ION C25 0.0000 +0.5833 +- 0.1141 3984 2025-03-20_13:51:56.000 ION C34 0.0000 -9.4741 +- 0.0922 3985 2025-03-20_13:51:56.000 ION C37 0.0000 -1.0250 +- 0.1357 3986 2025-03-20_13:51:56.000 ION C38 0.0000 -1.4378 +- 0.1260 3987 2025-03-20_13:51:56.000 ION C42 0.0000 +13.7314 +- 0.1753 3988 2025-03-20_13:51:56.000 ION C43 0.0000 -7.9368 +- 0.0950 3989 2025-03-20_13:51:56.000 ION C44 0.0000 +1.2088 +- 0.1308 3990 2025-03-20_13:51:56.000 AMB l1 G07 -6.0000 +63.0891 +- 1.1603 el = 9.84 epo = 198 3991 2025-03-20_13:51:56.000 AMB l1 G08 177.0000 +69.4782 +- 1.1050 el = 15.30 epo = 198 3992 2025-03-20_13:51:56.000 AMB l1 G10 259.0000 +65.4400 +- 1.0127 el = 30.49 epo = 198 3993 2025-03-20_13:51:56.000 AMB l1 G15 107.0000 +75.3675 +- 1.1324 el = 11.75 epo = 198 3994 2025-03-20_13:51:56.000 AMB l1 G16 34.0000 +31.8539 +- 0.9593 el = 66.80 epo = 198 3995 2025-03-20_13:51:56.000 AMB l1 G18 170.0000 +36.5456 +- 0.9710 el = 49.55 epo = 198 3996 2025-03-20_13:51:56.000 AMB l1 G23 277.0000 +38.3549 +- 0.9679 el = 52.17 epo = 198 3997 2025-03-20_13:51:56.000 AMB l1 G26 140.0000 +44.6294 +- 0.9719 el = 46.45 epo = 198 3998 2025-03-20_13:51:56.000 AMB l1 G27 208.0000 +38.0513 +- 0.9704 el = 51.53 epo = 198 3999 2025-03-20_13:51:56.000 AMB l1 G29 26.0000 +93.8654 +- 1.1914 el = 7.00 epo = 189 4000 2025-03-20_13:51:56.000 AMB l1 R01 173.0000 +61.2840 +- 5.9025 el = 22.26 epo = 198 4001 2025-03-20_13:51:56.000 AMB l1 R08 139.0000 +49.7614 +- 5.8649 el = 23.95 epo = 198 4002 2025-03-20_13:51:56.000 AMB l1 R14 83.0000 +94.5490 +- 5.7098 el = 31.63 epo = 198 4003 2025-03-20_13:51:56.000 AMB l1 R15 89.0000 +45.0587 +- 5.5744 el = 54.97 epo = 198 4004 2025-03-20_13:51:56.000 AMB l1 R16 100.0000 +71.2710 +- 5.9221 el = 21.14 epo = 198 4005 2025-03-20_13:51:56.000 AMB l1 R17 161.0000 +36.6810 +- 5.5940 el = 52.19 epo = 198 4006 2025-03-20_13:51:56.000 AMB l1 R24 212.0000 +56.9595 +- 5.5688 el = 58.21 epo = 198 4007 2025-03-20_13:51:56.000 AMB l1 E02 -4.0000 +104.6767 +- 0.9406 el = 68.43 epo = 198 4008 2025-03-20_13:51:56.000 AMB l1 E10 93.0000 +128.1456 +- 1.0544 el = 18.60 epo = 198 4009 2025-03-20_13:51:56.000 AMB l1 E16 -114.0000 +178.9680 +- 1.0937 el = 11.46 epo = 198 4010 2025-03-20_13:51:56.000 AMB l1 E25 -35.0000 +129.4671 +- 0.9803 el = 33.49 epo = 198 4011 2025-03-20_13:51:56.000 AMB l1 E30 18.0000 +121.4207 +- 1.0011 el = 29.56 epo = 198 4012 2025-03-20_13:51:56.000 AMB l1 E34 144.0000 +141.3792 +- 1.0081 el = 25.91 epo = 198 4013 2025-03-20_13:51:56.000 AMB l1 E36 158.0000 +100.6163 +- 0.9405 el = 79.87 epo = 198 4014 2025-03-20_13:51:56.000 AMB l1 C11 131.0000 -99.1301 +- 1.0332 el = 78.84 epo = 198 4015 2025-03-20_13:51:56.000 AMB l1 C12 114.0000 -77.6293 +- 1.0585 el = 39.72 epo = 198 4016 2025-03-20_13:51:56.000 AMB l1 C13 198.0000 -68.3251 +- 1.0535 el = 42.35 epo = 198 4017 2025-03-20_13:51:56.000 AMB l1 C21 245.0000 -43.9750 +- 1.1028 el = 27.22 epo = 198 4018 2025-03-20_13:51:56.000 AMB l1 C22 181.0000 -49.5256 +- 1.1278 el = 21.43 epo = 198 4019 2025-03-20_13:51:56.000 AMB l1 C23 6.0000 -58.9395 +- 1.0645 el = 39.39 epo = 198 4020 2025-03-20_13:51:56.000 AMB l1 C25 163.0000 -29.5156 +- 1.1048 el = 26.68 epo = 198 4021 2025-03-20_13:51:56.000 AMB l1 C34 -48.0000 -67.7125 +- 1.0328 el = 69.58 epo = 198 4022 2025-03-20_13:51:56.000 AMB l1 C37 33.0000 -44.4341 +- 1.1825 el = 14.82 epo = 198 4023 2025-03-20_13:51:56.000 AMB l1 C38 197.0000 -46.5344 +- 1.1432 el = 18.88 epo = 198 4024 2025-03-20_13:51:56.000 AMB l1 C42 561.0000 +36.3476 +- 1.3407 el = 7.81 epo = 136 4025 2025-03-20_13:51:56.000 AMB l1 C43 433.0000 -62.7475 +- 1.0423 el = 55.00 epo = 198 4026 2025-03-20_13:51:56.000 AMB l1 C44 336.0000 -33.2484 +- 1.1608 el = 16.04 epo = 198 4027 2025-03-20_13:51:56.000 AMB l2 G07 -10.0000 +77.6718 +- 1.2466 el = 9.84 epo = 198 4028 2025-03-20_13:51:56.000 AMB l2 G08 210.0000 +85.2230 +- 1.1742 el = 15.30 epo = 198 4029 2025-03-20_13:51:56.000 AMB l2 G10 297.0000 +80.4211 +- 1.0448 el = 30.49 epo = 198 4030 2025-03-20_13:51:56.000 AMB l2 G15 135.0000 +92.9644 +- 1.2128 el = 11.75 epo = 198 4031 2025-03-20_13:51:56.000 AMB l2 G16 60.0000 +36.3597 +- 0.9632 el = 66.80 epo = 198 4032 2025-03-20_13:51:56.000 AMB l2 G18 209.0000 +41.8503 +- 0.9806 el = 49.55 epo = 198 4033 2025-03-20_13:51:56.000 AMB l2 G23 363.0000 +44.7476 +- 0.9767 el = 52.17 epo = 198 4034 2025-03-20_13:51:56.000 AMB l2 G26 167.0000 +53.1393 +- 0.9835 el = 46.45 epo = 198 4035 2025-03-20_13:51:56.000 AMB l2 G27 245.0000 +43.6817 +- 0.9797 el = 51.53 epo = 198 4036 2025-03-20_13:51:56.000 AMB l2 G29 20.0000 +116.1368 +- 1.2903 el = 7.00 epo = 189 4037 2025-03-20_13:51:56.000 AMB l2 R01 195.0000 +77.8396 +- 6.1199 el = 22.26 epo = 198 4038 2025-03-20_13:51:56.000 AMB l2 R08 174.0000 +62.1264 +- 6.0548 el = 23.95 epo = 198 4039 2025-03-20_13:51:56.000 AMB l2 R14 59.0000 +120.0203 +- 5.8211 el = 31.63 epo = 198 4040 2025-03-20_13:51:56.000 AMB l2 R15 120.0000 +56.5804 +- 5.5925 el = 54.97 epo = 198 4041 2025-03-20_13:51:56.000 AMB l2 R16 86.0000 +90.2417 +- 6.1542 el = 21.14 epo = 198 4042 2025-03-20_13:51:56.000 AMB l2 R17 233.0000 +45.5180 +- 5.6197 el = 52.19 epo = 198 4043 2025-03-20_13:51:56.000 AMB l2 R24 247.0000 +71.9737 +- 5.5804 el = 58.21 epo = 198 4044 2025-03-20_13:51:56.000 AMB l2 E02 39.0000 +105.3368 +- 0.9403 el = 68.43 epo = 198 4045 2025-03-20_13:51:56.000 AMB l2 E10 149.0000 +137.6881 +- 1.1112 el = 18.60 epo = 198 4046 2025-03-20_13:51:56.000 AMB l2 E16 -120.0000 +205.0177 +- 1.1769 el = 11.46 epo = 198 4047 2025-03-20_13:51:56.000 AMB l2 E25 -12.0000 +137.8560 +- 1.0035 el = 33.49 epo = 198 4048 2025-03-20_13:51:56.000 AMB l2 E30 55.0000 +128.1024 +- 1.0332 el = 29.56 epo = 198 4049 2025-03-20_13:51:56.000 AMB l2 E34 187.0000 +155.1319 +- 1.0488 el = 25.91 epo = 198 4050 2025-03-20_13:51:56.000 AMB l2 E36 246.0000 +100.2121 +- 0.9392 el = 79.87 epo = 198 4051 2025-03-20_13:51:56.000 AMB l2 C11 137.0000 -99.5884 +- 1.0373 el = 78.84 epo = 198 4052 2025-03-20_13:51:56.000 AMB l2 C12 120.0000 -72.5786 +- 1.0747 el = 39.72 epo = 198 4053 2025-03-20_13:51:56.000 AMB l2 C13 222.0000 -62.1793 +- 1.0679 el = 42.35 epo = 198 4054 2025-03-20_13:51:56.000 AMB l2 C21 257.0000 -31.7370 +- 1.1355 el = 27.22 epo = 198 4055 2025-03-20_13:51:56.000 AMB l2 C22 188.0000 -38.2798 +- 1.1705 el = 21.43 epo = 198 4056 2025-03-20_13:51:56.000 AMB l2 C23 -16.0000 -49.5821 +- 1.0812 el = 39.39 epo = 198 4057 2025-03-20_13:51:56.000 AMB l2 C25 144.0000 -13.1988 +- 1.1364 el = 26.68 epo = 198 4058 2025-03-20_13:51:56.000 AMB l2 C34 68.0000 -61.1512 +- 1.0375 el = 69.58 epo = 198 4059 2025-03-20_13:51:56.000 AMB l2 C37 40.0000 -32.1492 +- 1.2423 el = 14.82 epo = 198 4060 2025-03-20_13:51:56.000 AMB l2 C38 197.0000 -34.2440 +- 1.1913 el = 18.88 epo = 198 4061 2025-03-20_13:51:56.000 AMB l2 C42 160.0000 +63.1801 +- 1.4534 el = 7.81 epo = 136 4062 2025-03-20_13:51:56.000 AMB l2 C43 -3.0000 -55.0490 +- 1.0503 el = 55.00 epo = 198 4063 2025-03-20_13:51:56.000 AMB l2 C44 331.0000 -19.0593 +- 1.2151 el = 16.04 epo = 198 4064 2025-03-20_13:51:56.000 WTZR00DEU0 X = 4075580.3195 +- 0.0363 Y = 931854.1075 +- 0.0232 Z = 4801568.3528 +- 0.0402 dN = -0.0023 +- 0.0220 dE = 0.0092 +- 0.0218 dU = 0.0653 +- 0.0501 3819 2025-11-17_15:12:54.000 BANCROFT: 4075581.993 931855.467 4801569.715 162.406 3820 3821 2025-11-17_15:12:54.000 SATNUM G 9 3822 2025-11-17_15:12:54.000 RES cG1 G06 -0.0843 3823 2025-11-17_15:12:54.000 RES cG1 G11 1.3248 3824 2025-11-17_15:12:54.000 RES cG1 G12 -0.2851 3825 2025-11-17_15:12:54.000 RES cG1 G19 -0.1960 3826 2025-11-17_15:12:54.000 RES cG1 G24 -0.0450 3827 2025-11-17_15:12:54.000 RES cG1 G25 0.0445 3828 2025-11-17_15:12:54.000 RES cG1 G28 0.3032 3829 2025-11-17_15:12:54.000 RES cG1 G29 0.1576 3830 2025-11-17_15:12:54.000 RES cG1 G32 0.0837 3831 2025-11-17_15:12:54.000 RES cG2 G06 -0.0292 3832 2025-11-17_15:12:54.000 RES cG2 G11 -1.0197 3833 2025-11-17_15:12:54.000 RES cG2 G12 0.1942 3834 2025-11-17_15:12:54.000 RES cG2 G19 0.7225 3835 2025-11-17_15:12:54.000 RES cG2 G24 -0.1137 3836 2025-11-17_15:12:54.000 RES cG2 G25 0.1098 3837 2025-11-17_15:12:54.000 RES cG2 G28 -0.2608 3838 2025-11-17_15:12:54.000 RES cG2 G29 0.2263 3839 2025-11-17_15:12:54.000 RES cG2 G32 -0.3846 3840 2025-11-17_15:12:54.000 RES lG1 G06 0.0011 3841 2025-11-17_15:12:54.000 RES lG1 G11 0.0075 3842 2025-11-17_15:12:54.000 RES lG1 G12 0.0001 3843 2025-11-17_15:12:54.000 RES lG1 G19 -0.0030 3844 2025-11-17_15:12:54.000 RES lG1 G24 -0.0034 3845 2025-11-17_15:12:54.000 RES lG1 G25 0.0014 3846 2025-11-17_15:12:54.000 RES lG1 G28 -0.0056 3847 2025-11-17_15:12:54.000 RES lG1 G29 -0.0000 3848 2025-11-17_15:12:54.000 RES lG1 G32 0.0012 3849 2025-11-17_15:12:54.000 RES lG2 G06 -0.0004 3850 2025-11-17_15:12:54.000 RES lG2 G11 -0.0072 3851 2025-11-17_15:12:54.000 RES lG2 G12 -0.0000 3852 2025-11-17_15:12:54.000 RES lG2 G19 0.0021 3853 2025-11-17_15:12:54.000 RES lG2 G24 0.0032 3854 2025-11-17_15:12:54.000 RES lG2 G25 0.0001 3855 2025-11-17_15:12:54.000 RES lG2 G28 -0.0016 3856 2025-11-17_15:12:54.000 RES lG2 G29 0.0001 3857 2025-11-17_15:12:54.000 RES lG2 G32 -0.0017 3858 2025-11-17_15:12:54.000 RES lG5 G06 -0.0003 3859 2025-11-17_15:12:54.000 RES lG5 G11 0.0024 3860 2025-11-17_15:12:54.000 RES lG5 G24 -0.0011 3861 2025-11-17_15:12:54.000 RES lG5 G25 -0.0008 3862 2025-11-17_15:12:54.000 RES lG5 G28 0.0046 3863 2025-11-17_15:12:54.000 RES lG5 G32 0.0007 3864 2025-11-17_15:12:54.000 SATNUM R 0 3865 2025-11-17_15:12:54.000 SATNUM E 6 3866 2025-11-17_15:12:54.000 RES cE1 E05 -0.0748 3867 2025-11-17_15:12:54.000 RES cE1 E08 -0.1510 3868 2025-11-17_15:12:54.000 RES cE1 E12 0.2572 3869 2025-11-17_15:12:54.000 RES cE1 E16 0.0520 3870 2025-11-17_15:12:54.000 RES cE1 E31 -0.0507 3871 2025-11-17_15:12:54.000 RES cE1 E33 -0.2146 3872 2025-11-17_15:12:54.000 RES cE5 E05 -0.0803 3873 2025-11-17_15:12:54.000 RES cE5 E08 0.0381 3874 2025-11-17_15:12:54.000 RES cE5 E12 0.5395 3875 2025-11-17_15:12:54.000 RES cE5 E16 -0.0434 3876 2025-11-17_15:12:54.000 RES cE5 E31 0.2085 3877 2025-11-17_15:12:54.000 RES cE5 E33 -0.3436 3878 2025-11-17_15:12:54.000 RES lE1 E05 -0.0036 3879 2025-11-17_15:12:54.000 RES lE1 E08 -0.0016 3880 2025-11-17_15:12:54.000 RES lE1 E12 0.0059 3881 2025-11-17_15:12:54.000 RES lE1 E16 0.0024 3882 2025-11-17_15:12:54.000 RES lE1 E31 -0.0069 3883 2025-11-17_15:12:54.000 RES lE1 E33 -0.0050 3884 2025-11-17_15:12:54.000 RES lE5 E05 0.0025 3885 2025-11-17_15:12:54.000 RES lE5 E08 0.0039 3886 2025-11-17_15:12:54.000 RES lE5 E12 0.0009 3887 2025-11-17_15:12:54.000 RES lE5 E16 -0.0012 3888 2025-11-17_15:12:54.000 RES lE5 E31 0.0006 3889 2025-11-17_15:12:54.000 RES lE5 E33 -0.0035 3890 2025-11-17_15:12:54.000 RES lE7 E05 -0.0003 3891 2025-11-17_15:12:54.000 RES lE7 E08 -0.0008 3892 2025-11-17_15:12:54.000 RES lE7 E12 0.0000 3893 2025-11-17_15:12:54.000 RES lE7 E16 -0.0009 3894 2025-11-17_15:12:54.000 RES lE7 E31 0.0039 3895 2025-11-17_15:12:54.000 RES lE7 E33 0.0032 3896 2025-11-17_15:12:54.000 RES lE6 E05 -0.0004 3897 2025-11-17_15:12:54.000 RES lE6 E08 -0.0026 3898 2025-11-17_15:12:54.000 RES lE6 E12 -0.0047 3899 2025-11-17_15:12:54.000 RES lE6 E16 0.0008 3900 2025-11-17_15:12:54.000 RES lE6 E31 -0.0004 3901 2025-11-17_15:12:54.000 RES lE6 E33 0.0036 3902 2025-11-17_15:12:54.000 SATNUM C 9 3903 2025-11-17_15:12:54.000 RES cC2 C23 0.2587 3904 2025-11-17_15:12:54.000 RES cC2 C24 0.3768 3905 2025-11-17_15:12:54.000 RES cC2 C25 0.3865 3906 2025-11-17_15:12:54.000 RES cC2 C32 -0.3338 3907 2025-11-17_15:12:54.000 RES cC2 C34 -0.0603 3908 2025-11-17_15:12:54.000 RES cC2 C40 -0.2315 3909 2025-11-17_15:12:54.000 RES cC2 C41 0.6055 3910 2025-11-17_15:12:54.000 RES cC2 C43 0.2138 3911 2025-11-17_15:12:54.000 RES cC2 C44 0.3710 3912 2025-11-17_15:12:54.000 RES cC6 C23 0.2314 3913 2025-11-17_15:12:54.000 RES cC6 C24 0.0351 3914 2025-11-17_15:12:54.000 RES cC6 C25 -0.0108 3915 2025-11-17_15:12:54.000 RES cC6 C32 -0.2680 3916 2025-11-17_15:12:54.000 RES cC6 C34 -0.0376 3917 2025-11-17_15:12:54.000 RES cC6 C40 0.2456 3918 2025-11-17_15:12:54.000 RES cC6 C41 0.0206 3919 2025-11-17_15:12:54.000 RES cC6 C43 -0.1111 3920 2025-11-17_15:12:54.000 RES cC6 C44 -0.0700 3921 2025-11-17_15:12:54.000 RES lC2 C23 0.0010 3922 2025-11-17_15:12:54.000 RES lC2 C24 -0.0039 3923 2025-11-17_15:12:54.000 RES lC2 C25 -0.0002 3924 2025-11-17_15:12:54.000 RES lC2 C32 -0.0094 3925 2025-11-17_15:12:54.000 RES lC2 C34 0.0020 3926 2025-11-17_15:12:54.000 RES lC2 C40 0.0044 3927 2025-11-17_15:12:54.000 RES lC2 C41 -0.0030 3928 2025-11-17_15:12:54.000 RES lC2 C43 0.0065 3929 2025-11-17_15:12:54.000 RES lC2 C44 -0.0021 3930 2025-11-17_15:12:54.000 RES lC6 C23 -0.0005 3931 2025-11-17_15:12:54.000 RES lC6 C24 0.0027 3932 2025-11-17_15:12:54.000 RES lC6 C25 0.0002 3933 2025-11-17_15:12:54.000 RES lC6 C32 0.0060 3934 2025-11-17_15:12:54.000 RES lC6 C34 -0.0014 3935 2025-11-17_15:12:54.000 RES lC6 C40 -0.0029 3936 2025-11-17_15:12:54.000 RES lC6 C41 0.0022 3937 2025-11-17_15:12:54.000 RES lC6 C43 -0.0043 3938 2025-11-17_15:12:54.000 RES lC6 C44 0.0015 3939 2025-11-17_15:12:54.000 Ambiguity Resolution (BIE) 3940 Group lE1 3941 E05 111.60 +- 0.06 113.00 0.000012 fix 3942 E08 103.70 +- 0.26 106.00 0.000013 fix 3943 E10 100.86 +- 1.27 102.07 0.249298 3944 E12 122.74 +- 0.19 124.00 0.000013 fix 3945 E16 115.00 ref 0.00 115.00 0.000001 fix 3946 E31 118.60 +- 0.12 120.00 0.000013 fix 3947 E33 127.23 +- 0.15 129.00 0.000014 fix 3948 Group lE5 3949 E05 97.98 +- 0.08 100.00 0.000017 fix 3950 E08 103.94 +- 0.34 107.00 0.000018 fix 3951 E10 99.08 +- 1.69 101.07 0.249492 3952 E12 120.00 +- 0.24 122.00 0.000018 fix 3953 E16 102.00 ref 0.00 102.00 0.000001 fix 3954 E31 103.95 +- 0.14 106.00 0.000017 fix 3955 E33 123.47 +- 0.17 126.00 0.000018 fix 3956 Group lE7 3957 E05 99.20 +- 0.08 101.00 0.000016 fix 3958 E08 104.19 +- 0.33 107.00 0.000017 fix 3959 E10 99.35 +- 1.65 101.07 0.249492 3960 E12 119.23 +- 0.23 121.00 0.000017 fix 3961 E16 102.00 ref 0.00 102.00 0.000001 fix 3962 E31 105.17 +- 0.14 107.00 0.000016 fix 3963 E33 123.70 +- 0.17 126.00 0.000017 fix 3964 Group lE6 3965 E05 101.30 +- 0.07 103.00 0.000015 fix 3966 E08 103.31 +- 0.31 106.00 0.000016 fix 3967 E10 98.49 +- 1.56 100.07 0.249492 3968 E12 119.33 +- 0.22 121.00 0.000016 fix 3969 E16 105.00 ref 0.00 105.00 0.000001 fix 3970 E31 106.29 +- 0.13 108.00 0.000016 fix 3971 E33 123.85 +- 0.16 126.00 0.000016 fix 3972 Group lG1 3973 G06 54.50 +- 0.14 54.00 0.000015 fix 3974 G11 51.01 +- 0.19 51.00 0.000014 fix 3975 G12 40.00 ref 0.00 40.00 0.000001 fix 3976 G19 40.00 +- 0.11 40.00 0.000006 fix 3977 G24 35.13 +- 0.07 35.00 0.000007 fix 3978 G25 62.20 +- 0.08 62.00 0.000010 fix 3979 G28 36.44 +- 0.56 38.00 0.002545 3980 G29 64.44 +- 0.22 64.00 0.000005 fix 3981 G32 61.26 +- 0.10 62.00 0.000010 fix 3982 Group lG2 3983 G06 59.61 +- 0.17 59.00 0.000018 fix 3984 G11 54.91 +- 0.24 55.00 0.000018 fix 3985 G12 34.00 ref 0.00 34.00 0.000001 fix 3986 G19 34.97 +- 0.13 35.00 0.000007 fix 3987 G24 28.11 +- 0.08 28.00 0.000008 fix 3988 G25 63.33 +- 0.10 63.00 0.000013 fix 3989 G28 41.99 +- 0.72 44.00 0.002545 3990 G29 75.50 +- 0.28 75.00 0.000006 fix 3991 G32 62.15 +- 0.12 63.00 0.000013 fix 3992 Group lG5 3993 G06 60.52 +- 0.16 60.00 0.000017 fix 3994 G11 55.76 +- 0.24 56.00 0.000016 fix 3995 G24 27.00 ref 0.00 27.00 0.000001 fix 3996 G25 64.23 +- 0.12 64.00 0.000017 fix 3997 G28 43.78 +- 0.75 46.00 0.002545 3998 G32 63.00 +- 0.14 64.00 0.000017 fix 3999 4000 2025-11-17_15:12:54.000 REC_CLK G 0.0000 -2.1037 +- 0.0615 4001 2025-11-17_15:12:54.000 REC_CLK E 0.0000 -11.9527 +- 0.0640 4002 2025-11-17_15:12:54.000 REC_CLK C 0.0000 +7.1099 +- 0.0704 4003 2025-11-17_15:12:54.000 TRP 2.1833 +0.0083 +- 0.0009 4004 2025-11-17_15:12:54.000 ION G06 0.0000 +0.5428 +- 0.0372 4005 2025-11-17_15:12:54.000 ION G11 0.0000 +2.4204 +- 0.0394 4006 2025-11-17_15:12:54.000 ION G12 0.0000 -0.7550 +- 0.0299 4007 2025-11-17_15:12:54.000 ION G19 0.0000 +1.0112 +- 0.0472 4008 2025-11-17_15:12:54.000 ION G24 0.0000 +0.5932 +- 0.0314 4009 2025-11-17_15:12:54.000 ION G25 0.0000 -0.0194 +- 0.0279 4010 2025-11-17_15:12:54.000 ION G28 0.0000 +4.9269 +- 0.1159 4011 2025-11-17_15:12:54.000 ION G29 0.0000 +5.6181 +- 0.0528 4012 2025-11-17_15:12:54.000 ION G32 0.0000 +0.9252 +- 0.0331 4013 2025-11-17_15:12:54.000 ION E05 0.0000 +6.5975 +- 0.0375 4014 2025-11-17_15:12:54.000 ION E08 0.0000 +7.6685 +- 0.0464 4015 2025-11-17_15:12:54.000 ION E12 0.0000 +6.5965 +- 0.0384 4016 2025-11-17_15:12:54.000 ION E16 0.0000 +3.0620 +- 0.0291 4017 2025-11-17_15:12:54.000 ION E31 0.0000 +5.6821 +- 0.0410 4018 2025-11-17_15:12:54.000 ION E33 0.0000 +5.6673 +- 0.0410 4019 2025-11-17_15:12:54.000 ION C23 0.0000 -4.6439 +- 0.0511 4020 2025-11-17_15:12:54.000 ION C24 0.0000 -4.9799 +- 0.0477 4021 2025-11-17_15:12:54.000 ION C25 0.0000 -6.8341 +- 0.0425 4022 2025-11-17_15:12:54.000 ION C32 0.0000 -2.4686 +- 0.0590 4023 2025-11-17_15:12:54.000 ION C34 0.0000 -6.4534 +- 0.0453 4024 2025-11-17_15:12:54.000 ION C40 0.0000 -3.8430 +- 0.0640 4025 2025-11-17_15:12:54.000 ION C41 0.0000 +2.2052 +- 0.0668 4026 2025-11-17_15:12:54.000 ION C43 0.0000 -0.8754 +- 0.0899 4027 2025-11-17_15:12:54.000 ION C44 0.0000 -6.4181 +- 0.0488 4028 2025-11-17_15:12:54.000 AMB lG1 G06 58.0000 +54.0000 +- 0.0001 el = 25.26 epo = 4245 4029 2025-11-17_15:12:54.000 AMB lG1 G11 40.0000 +51.0000 +- 0.0001 el = 20.64 epo = 1908 4030 2025-11-17_15:12:54.000 AMB lG1 G12 103.0000 +40.0000 +- 0.0001 el = 82.67 epo = 4940 4031 2025-11-17_15:12:54.000 AMB lG1 G19 97.0000 +40.0000 +- 0.0001 el = 19.59 epo = 4940 4032 2025-11-17_15:12:54.000 AMB lG1 G24 62.0000 +35.0000 +- 0.0001 el = 47.54 epo = 4940 4033 2025-11-17_15:12:54.000 AMB lG1 G25 88.0000 +62.0000 +- 0.0001 el = 54.13 epo = 4940 4034 2025-11-17_15:12:54.000 AMB lG1 G28 17.0000 +36.7428 +- 0.5548 el = 11.45 epo = 225 4035 2025-11-17_15:12:54.000 AMB lG1 G29 82.0000 +64.0000 +- 0.0001 el = 18.68 epo = 1214 4036 2025-11-17_15:12:54.000 AMB lG1 G32 21.0000 +62.0000 +- 0.0001 el = 36.41 epo = 4940 4037 2025-11-17_15:12:54.000 AMB lG2 G06 88.0000 +59.0000 +- 0.0001 el = 25.26 epo = 4245 4038 2025-11-17_15:12:54.000 AMB lG2 G11 50.0000 +55.0000 +- 0.0001 el = 20.64 epo = 1908 4039 2025-11-17_15:12:54.000 AMB lG2 G12 122.0000 +34.0000 +- 0.0001 el = 82.67 epo = 4940 4040 2025-11-17_15:12:54.000 AMB lG2 G19 104.0000 +35.0000 +- 0.0001 el = 19.59 epo = 4940 4041 2025-11-17_15:12:54.000 AMB lG2 G24 110.0000 +28.0000 +- 0.0001 el = 47.54 epo = 4940 4042 2025-11-17_15:12:54.000 AMB lG2 G25 121.0000 +63.0000 +- 0.0001 el = 54.13 epo = 4940 4043 2025-11-17_15:12:54.000 AMB lG2 G28 34.0000 +42.2723 +- 0.7109 el = 11.45 epo = 225 4044 2025-11-17_15:12:54.000 AMB lG2 G29 105.0000 +75.0000 +- 0.0001 el = 18.68 epo = 1214 4045 2025-11-17_15:12:54.000 AMB lG2 G32 41.0000 +63.0000 +- 0.0001 el = 36.41 epo = 4940 4046 2025-11-17_15:12:54.000 AMB lG5 G06 104.0000 +60.0000 +- 0.0001 el = 25.26 epo = 4245 4047 2025-11-17_15:12:54.000 AMB lG5 G11 79.0000 +56.0000 +- 0.0001 el = 20.64 epo = 1908 4048 2025-11-17_15:12:54.000 AMB lG5 G24 124.0000 +27.0000 +- 0.0001 el = 47.54 epo = 4940 4049 2025-11-17_15:12:54.000 AMB lG5 G25 135.0000 +64.0000 +- 0.0001 el = 54.13 epo = 4940 4050 2025-11-17_15:12:54.000 AMB lG5 G28 63.0000 +44.1763 +- 0.7417 el = 11.45 epo = 225 4051 2025-11-17_15:12:54.000 AMB lG5 G32 42.0000 +64.0000 +- 0.0001 el = 36.41 epo = 4940 4052 2025-11-17_15:12:54.000 AMB lE1 E05 -18.0000 +113.0000 +- 0.0001 el = 36.51 epo = 4940 4053 2025-11-17_15:12:54.000 AMB lE1 E08 -14.0000 +106.0000 +- 0.0001 el = 14.35 epo = 954 4054 2025-11-17_15:12:54.000 AMB lE1 E10 -16.0000 +101.1876 +- 1.2634 el = 11.92 epo = 37 4055 2025-11-17_15:12:54.000 AMB lE1 E12 -33.0000 +124.0000 +- 0.0001 el = 19.48 epo = 1910 4056 2025-11-17_15:12:54.000 AMB lE1 E16 55.0000 +115.0000 +- 0.0001 el = 80.91 epo = 4854 4057 2025-11-17_15:12:54.000 AMB lE1 E31 16.0000 +120.0000 +- 0.0001 el = 14.98 epo = 4854 4058 2025-11-17_15:12:54.000 AMB lE1 E33 -38.0000 +129.0000 +- 0.0001 el = 18.88 epo = 4365 4059 2025-11-17_15:12:54.000 AMB lE5 E05 34.0000 +99.9998 +- 0.0001 el = 36.51 epo = 4940 4060 2025-11-17_15:12:54.000 AMB lE5 E08 20.0000 +107.0000 +- 0.0001 el = 14.35 epo = 954 4061 2025-11-17_15:12:54.000 AMB lE5 E10 8.0000 +99.7500 +- 1.6895 el = 11.92 epo = 37 4062 2025-11-17_15:12:54.000 AMB lE5 E12 4.0000 +122.0000 +- 0.0001 el = 19.48 epo = 1910 4063 2025-11-17_15:12:54.000 AMB lE5 E16 119.0000 +102.0004 +- 0.0001 el = 80.91 epo = 4940 4064 2025-11-17_15:12:54.000 AMB lE5 E31 83.0000 +105.9999 +- 0.0001 el = 14.98 epo = 4940 4065 2025-11-17_15:12:54.000 AMB lE5 E33 0.0000 +126.0000 +- 0.0001 el = 18.88 epo = 4365 4066 2025-11-17_15:12:54.000 AMB lE7 E05 15.0000 +101.0001 +- 0.0001 el = 36.51 epo = 4940 4067 2025-11-17_15:12:54.000 AMB lE7 E08 11.0000 +107.0000 +- 0.0001 el = 14.35 epo = 954 4068 2025-11-17_15:12:54.000 AMB lE7 E10 -2.0000 +99.9157 +- 1.6467 el = 11.92 epo = 37 4069 2025-11-17_15:12:54.000 AMB lE7 E12 -8.0000 +121.0000 +- 0.0001 el = 19.48 epo = 1910 4070 2025-11-17_15:12:54.000 AMB lE7 E16 117.0000 +101.9998 +- 0.0001 el = 80.91 epo = 4940 4071 2025-11-17_15:12:54.000 AMB lE7 E31 71.0000 +107.0001 +- 0.0001 el = 14.98 epo = 4940 4072 2025-11-17_15:12:54.000 AMB lE7 E33 -15.0000 +126.0000 +- 0.0001 el = 18.88 epo = 4365 4073 2025-11-17_15:12:54.000 AMB lE6 E05 -7.0000 +103.0001 +- 0.0001 el = 36.51 epo = 4940 4074 2025-11-17_15:12:54.000 AMB lE6 E08 -2.0000 +106.0000 +- 0.0001 el = 14.35 epo = 954 4075 2025-11-17_15:12:54.000 AMB lE6 E10 0.0000 +98.9898 +- 1.5548 el = 11.92 epo = 37 4076 2025-11-17_15:12:54.000 AMB lE6 E12 -25.0000 +121.0000 +- 0.0001 el = 19.48 epo = 1910 4077 2025-11-17_15:12:54.000 AMB lE6 E16 91.0000 +104.9998 +- 0.0001 el = 80.91 epo = 4940 4078 2025-11-17_15:12:54.000 AMB lE6 E31 41.0000 +108.0001 +- 0.0001 el = 14.98 epo = 4940 4079 2025-11-17_15:12:54.000 AMB lE6 E33 -25.0000 +126.0000 +- 0.0001 el = 18.88 epo = 4365 4080 2025-11-17_15:12:54.000 AMB lC2 C23 -38.0000 +3.9218 +- 0.2750 el = 35.67 epo = 4631 4081 2025-11-17_15:12:54.000 AMB lC2 C24 54.0000 -42.9809 +- 0.2653 el = 30.22 epo = 4940 4082 2025-11-17_15:12:54.000 AMB lC2 C25 91.0000 -42.1713 +- 0.2628 el = 85.61 epo = 4940 4083 2025-11-17_15:12:54.000 AMB lC2 C32 38.0000 -14.4264 +- 0.2758 el = 21.61 epo = 4940 4084 2025-11-17_15:12:54.000 AMB lC2 C34 76.0000 -10.5574 +- 0.2689 el = 47.21 epo = 4940 4085 2025-11-17_15:12:54.000 AMB lC2 C40 63.0000 -27.0413 +- 0.2793 el = 11.73 epo = 4940 4086 2025-11-17_15:12:54.000 AMB lC2 C41 91.0000 -32.3698 +- 0.2716 el = 13.83 epo = 4940 4087 2025-11-17_15:12:54.000 AMB lC2 C43 103.0000 -34.2518 +- 0.4210 el = 14.10 epo = 633 4088 2025-11-17_15:12:54.000 AMB lC2 C44 102.0000 -36.5360 +- 0.2676 el = 33.61 epo = 4940 4089 2025-11-17_15:12:54.000 AMB lC6 C23 -48.0000 +7.3793 +- 0.2812 el = 35.67 epo = 4631 4090 2025-11-17_15:12:54.000 AMB lC6 C24 63.0000 -47.2387 +- 0.2667 el = 30.22 epo = 4940 4091 2025-11-17_15:12:54.000 AMB lC6 C25 106.0000 -45.2740 +- 0.2629 el = 85.61 epo = 4940 4092 2025-11-17_15:12:54.000 AMB lC6 C32 46.0000 -11.4009 +- 0.2822 el = 21.61 epo = 4940 4093 2025-11-17_15:12:54.000 AMB lC6 C34 83.0000 -6.1782 +- 0.2720 el = 47.21 epo = 4940 4094 2025-11-17_15:12:54.000 AMB lC6 C40 66.0000 -26.5230 +- 0.2874 el = 11.73 epo = 4940 4095 2025-11-17_15:12:54.000 AMB lC6 C41 96.0000 -32.9281 +- 0.2761 el = 13.83 epo = 4940 4096 2025-11-17_15:12:54.000 AMB lC6 C43 95.0000 -23.2232 +- 0.4820 el = 14.10 epo = 633 4097 2025-11-17_15:12:54.000 AMB lC6 C44 118.0000 -38.2484 +- 0.2701 el = 33.61 epo = 4940 4098 2025-11-17_15:12:54.000 BIA cG1 G 0.0000 -0.8746 +- 0.5329 4099 2025-11-17_15:12:54.000 BIA cG2 G 0.0000 -0.3107 +- 0.5346 4100 2025-11-17_15:12:54.000 BIA cE1 E 0.0000 -0.7413 +- 0.7093 4101 2025-11-17_15:12:54.000 BIA cE5 E 0.0000 -0.0761 +- 0.7113 4102 2025-11-17_15:12:54.000 BIA lG5 G 0.0000 +0.0428 +- 0.0205 4103 2025-11-17_15:12:54.000 BIA lE7 E 0.0000 +0.0237 +- 0.0190 4104 2025-11-17_15:12:54.000 BIA lE6 E 0.0000 -0.0269 +- 0.0176 4105 2025-11-17_15:12:54.000 WTZR00DEU0 X = 4075580.2440 +- 0.0560 Y = 931854.1442 +- 0.0399 Z = 4801568.3697 +- 0.0673 dN = 0.0582 +- 0.0483 dE = 0.0618 +- 0.0370 dU = 0.0353 +- 0.0746 fix 84 % 4065 4106 .. 4066 4107 </p></pre> 4067 4108 <p> 4068 Depending on selected processing options you find 'GPS Time' stamps (yyyy-mm-dd_hh:mm:ss.sss) followed by 4109 Depending on the selected processing options you find 'GPS Time' stamps (yyyy-mm-dd_hh:mm:ss.sss) followed by 4069 4110 <table> 4070 <tr><td> SATNUM G </td><td> Number of satellites per contributing GNSS, here GPS</td></tr> 4071 <tr><td> RES ci/li </td><td> Code and phase residuals for contributing GNSS in [m] given per satellite</td></tr> 4072 <tr><td> REC_CLK G</td><td> Receiver clock errors per contributing GNSS, here GPS in [m]</td></tr> 4073 <tr><td> TRP </td><td> A priori and correction values of tropospheric zenith delay in [m]</td></tr> 4074 <tr><td> ION </td><td> A priori and correction values of ionospheric delay in [m]</td></tr> 4075 <tr><td> AMB li </td><td> Floated ambiguities given per satellite with 'nEpo' = number of epochs since last ambiguity reset</td></tr> 4076 <tr><td> MOUNTPOINT</td><td> Here 'WTZR00DEU0' with XYZ position in [m] and dN/dE/dU in [m] for North, East, and Up displacements compared to a priori marker coordinates</td></tr> 4111 <tr><td> SATNUM G </td><td> Number of satellites per contributing GNSS, here GPS</td></tr> 4112 <tr><td> RES cG1/lG1 </td><td> Code and phase residuals for contributing GNSS in [m] given per satellite</td></tr> 4113 <tr><td> REC_CLK G </td><td> Receiver clock errors per contributing GNSS, here GPS in [m]</td></tr> 4114 <tr><td> TRP </td><td> A priori and correction values of tropospheric zenith delay in [m]</td></tr> 4115 <tr><td> ION </td><td> A priori and correction values of ionospheric delay in [m]</td></tr> 4116 <tr><td> AMB lG1 </td><td> Floated/fixed ambiguities given per satellite and frequency band with 'nEpo' = number of epochs since last ambiguity reset</td></tr> 4117 <tr><td> BIA cG1 </td><td> Satellite code/phase bias related to GNSS and frequency band in [m], here code bias for GPS and band 1</td></tr> 4118 <tr><td> MOUNTPOINT </td><td> Here 'WTZR00DEU0' with XYZ position in [m], dN/dE/dU in [m] for North, East, and Up displacements compared to a priori marker coordinates)</td></tr> 4119 <tr><td> </td><td> as well as a remark regarding the status of the ambiguities (flt/fix with its percentile)</td></tr> 4077 4120 </table> 4078 4121 <p> … … 4092 4135 </pre> 4093 4136 4094 <p><h4 id="pppnmeafile">2.13.1.1 2NMEA Directory - optional</h4></p>4137 <p><h4 id="pppnmeafile">2.13.1.14 NMEA Directory - optional</h4></p> 4095 4138 <p> 4096 4139 You can specify a 'NMEA directory' to save daily NMEA files with Point Positioning results recorded as NMEA sentences. … … 4140 4183 </p> 4141 4184 4142 <p><h4 id="pppsnxtrofile">2.13.1.1 3SNX TRO Directory - optional</h4></p>4185 <p><h4 id="pppsnxtrofile">2.13.1.15 SNX TRO Directory - optional</h4></p> 4143 4186 <p> 4144 4187 BNC estimates the tropospheric delay according to equation … … 4266 4309 </p> 4267 4310 4268 <p><h4 id="pppsnxtrointr">2.13.1.1 3.1 Interval - mandatory if 'SINEX TRO Directory' is set</h4></p>4311 <p><h4 id="pppsnxtrointr">2.13.1.15.1 Interval - mandatory if 'SINEX TRO Directory' is set</h4></p> 4269 4312 <p> 4270 4313 Select the length of SINEX Troposphere files. … … 4273 4316 Default 'Interval' for saving SINEX Troposphere files on disk is '1 day'. 4274 4317 </p> 4275 <p><h4 id="pppsnxtrosampl">2.13.1.1 3.2 Sampling - mandatory if 'SINEX TRO Directory' is set</h4></p>4318 <p><h4 id="pppsnxtrosampl">2.13.1.15.2 Sampling - mandatory if 'SINEX TRO Directory' is set</h4></p> 4276 4319 <p> 4277 4320 Select a 'Sampling' rate in seconds for saving troposphere parameters. … … 4281 4324 </p> 4282 4325 4283 <p><h4 id="pppsnxAc">2.13.1.1 3.3 Analysis Center - Mandatory if 'SINEX TRO Directory' is set</h4></p>4326 <p><h4 id="pppsnxAc">2.13.1.15.3 Analysis Center - Mandatory if 'SINEX TRO Directory' is set</h4></p> 4284 4327 <p> 4285 4328 Specify a 3-character abbreviation describing you as the generating Analysis Center (AC) in your SINEX troposphere files. String 'BKG' is an example. 4286 4329 </p> 4287 4330 4288 <p><h4 id="pppsnxSol">2.13.1.1 3.4 Solution ID - Mandatory if 'SINEX TRO Directory' is set</h4></p>4331 <p><h4 id="pppsnxSol">2.13.1.15.4 Solution ID - Mandatory if 'SINEX TRO Directory' is set</h4></p> 4289 4332 <p> 4290 4333 Specify a 1-character solution ID to allow a distingtion between different solutions per AC. String '1' is an example. … … 4308 4351 Specify which kind of observations you want to use and on which kind of linear combination the ambiguity resolutions shall be based. 4309 4352 The specification has to be done per GNSS ('GPS', 'GLONASS', 'Galileo', 'BDS'). 4353 The following options are available for all GNSS: 4310 4354 </p> 4311 4355 <ul> … … 4318 4362 <li>'L3' means that the inonosphere-free linear combination of phase data shall be used.</li> 4319 4363 </ul> 4364 Band and attribute can be specified per station using the Signal Priorities in PPP(3). 4365 <p> 4366 For GPS, Galileo and BDS this option is editable. Hence, you can specify your own frequencies for code (P) and phase (L) observations, e.g.: 4367 <ul> 4368 <li>for GPS: P125&L125, which means that band 1,2 and 5 of code and phase observations are used. </li> 4369 <li>for Galileo or BDS 'P1576&L1576' means that band 1,5,7 and 6 of code and phase observations are used. </li> 4370 </ul> 4371 The tracking mode for each frequency can be specified per station using the Signal Priorities in PPP(3). 4320 4372 <p> 4321 4373 Note that most geodetic GPS receivers support the observation of both, code and phase data. … … 4429 4481 </p> 4430 4482 4431 <p><h4 id="ppp pconstraints">2.13.2.9 Constraints - optional</h4></p>4483 <p><h4 id="pppconstraints">2.13.2.9 Constraints - optional</h4></p> 4432 4484 <p> 4433 4485 Specify, whether ionospheric constraints in form of pseudo-observations shall be added. … … 4437 4489 </p> 4438 4490 4439 <p><h4 id="ppppseudogimobs">2.13.2. 10GIM Pseudo Observations - optional</h4></p>4491 <p><h4 id="ppppseudogimobs">2.13.2.9.2 GIM Pseudo Observations - optional</h4></p> 4440 4492 <p> 4441 4493 Enter a 'Sigma GIM' for pseudo observations regarding the Ionosphere in meters. … … 4448 4500 If the maximum is exceeded, contributions from the corresponding observation will be ignored in the PPP solution. 4449 4501 </p> 4450 <p> 4451 The following figure provides the screenshot of an example PPP session with BNC. 4452 </p> 4453 <p><img src="IMG/Figure24.png"width=1000/></p> 4454 <p>Figure 24: Precise Point Positioning with BNC in 'Quick-Start' mode, PPP Panel 4</p> 4502 <p><h4 id="pppar">2.13.2.10 PPP-AR Options - optional</h4></p> 4503 <p> 4504 The algorithm for the ambiguity resolution is the Best Integer Equivariant (BIE) algorithm. 4505 The BIE algorithm generally reveals float ambiguities, not integers. However, the distance between the (float) BIE 4506 result and the nearest integer (the fractional part of the BIE result) is a very good criterion for the 4507 reliability of the resolved ambiguity. 4508 In addition it is possible to compute a variance (or its squareroot – sigma) of each resulting BIE ambiguity. 4509 </p> 4510 <p><h4 id="ppparsys">2.13.2.10.1 Constellations - optional</h4></p> 4511 <p> 4512 Specify, for which constellations the ambiguities should be resolved to their integer values. This option is available for GPS, Galileo and BDS. 4513 </p> 4514 <p><h4 id="ppparmin">2.13.2.10.2 Min # Epo and Sat - optional</h4></p> 4515 <p> 4516 Using 'Min # Epo you can specify the number of epochs for which the unknown ambiguity parameter has to be observed at least, 4517 to be included into the search. 4518 </p> 4519 <p> 4520 Using 'Min # Sat' you can define that the ambiguity search is performed if at least the specified number of satellites per constellation is being tracked. 4521 </p> 4522 <p><h4 id="ppparmax">2.13.2.10.3 Max Frac and Sig - optional</h4></p> 4523 <p> 4524 Using the options 'Max Frac' and 'Max Sig' you may decide whether to use this additional information and fix (constrain) only those 4525 ambiguities which meet these requirements. In more detail: 4526 </p> 4527 <p> 4528 If 'Max Frac' is greater than zero, the ambiguity is constrained only if the absolute value of the fractional part of its BIE value 4529 is lower or equal than the specified value. 4530 </p> 4531 <p> 4532 If 'Max Sig' is greater than zero, the ambiguity is constrained only if the BIE sigma (uncertainty of the BIE result) 4533 is lower or equal than the specified value. 4534 </p> 4535 <p><h4 id="ppparyaw">2.13.2.10.4 Yaw Usage - optional</h4></p> 4536 <p> 4537 If 'Use Yaw' is set, the information about the satellite attitude (yaw angle) is taken from the corresponding 4538 SSR correction (phase bias message). Otherwise a standard satellite attitude model is used. 4539 </p> 4455 4540 4456 4541 <p><h4 id="pppStation">2.13.3 PPP (3): Processed Stations</h4></p> … … 4582 4667 4583 4668 <p><img src="IMG/Figure26.png"width=1000/></p> 4584 <p>Figure 26: Track of positions from BNC with OpenStreetMap in background</p> 4669 <p>Figure 26: Precise Point Positioning with BNC with track of positions using OpenStreetMap, PPP Panel 4.</p> 4670 4585 4671 4586 4672 <p><h4 id="pppdotprop">2.13.4.4 Dot-properties - mandatory before pushing 'Open Map'</h4></p> … … 6445 6531 6446 6532 PPP Client Panel 1 keys: 6447 PPP/dataSource {Data source [character string: Blank|Real-Time Streams|RINEX Files]} 6448 PPP/rinexObs {RINEX observation file, full path [character string]} 6449 PPP/rinexNav {RINEX navigation file, full path [character string]} 6450 PPP/corrMount {Corrections mountpoint [character string]} 6451 PPP/corrFile {Corrections file, full path [character string]} 6452 PPP/crdFile {Coordinates file, full path [character string]} 6453 PPP/logPath {Directory for PPP log files [character string]} 6454 PPP/antexFile {ANTEX file, full path [character string]} 6455 PPP/blqFile {BLQ file, full path [character string]} 6456 PPP/ionoMount {VTEC mountpoint, [char string]} 6457 PPP/ionoFile {VTEC file, full path [char string]} 6533 PPP/dataSource {Data source [character string: Blank|Real-Time Streams|RINEX Files]} 6534 PPP/rinexObs {RINEX observation file, full path [character string]} 6535 PPP/rinexNav {RINEX navigation file, full path [character string]} 6536 PPP/corrMount {Corrections mountpoint [character string]} 6537 PPP/corrFile {Corrections file, full path [character string]} 6538 PPP/crdFile {Coordinates file, full path [character string]} 6539 PPP/logPath {Directory for PPP log files [character string]} 6540 PPP/antexFile {ANTEX file, full path [character string]} 6541 PPP/blqFile {BLQ file, full path [character string]} 6542 PPP/biasMount {Satellite Biases mountpoint, [char string]} 6543 PPP/biasFile {Satellite Biases file, full path [char string]} 6544 PPP/ionoMount {VTEC mountpoint, [char string]} 6545 PPP/ionoFile {VTEC file, full path [char string]} 6458 6546 PPP/nmeaPath {Directory for NMEA output files [character string]} 6459 6547 PPP/snxtroPath {Directory for SINEX troposphere output files [character string]} … … 6474 6562 PPP/maxResC1 {Maximal residuum for code observations in meters [floating-point number]} 6475 6563 PPP/maxResL1 {Maximal residuum for phase observations in meters [floating-point number]} 6476 PPP/eleWgtCode {Elevation dependent w aiting of code observations [integer number: 0=no,2=yes]}6477 PPP/eleWgtPhase {Elevation dependent w aiting of phase observations [integer number: 0=no,2=yes]}6564 PPP/eleWgtCode {Elevation dependent weighting of code observations [integer number: 0=no,2=yes]} 6565 PPP/eleWgtPhase {Elevation dependent weighting of phase observations [integer number: 0=no,2=yes]} 6478 6566 PPP/minObs {Minimum number of observations [integer number: 4|5|6]} 6479 6567 PPP/minEle {Minimum satellite elevation in degrees [integer number: 0-20]} … … 6483 6571 PPP/sigmaGIM {Sigma for GIM pseudo observations in meters [floating-point number]} 6484 6572 PPP/maxResGIM {Maximal residuum for GIM pseudo observations in meters [floating-point number]} 6573 PPP/arGPS {Ambiguities for GPS should be resolved: [integer number: 0=no,2=yes]} 6574 PPP/arGalileo {Ambiguities for Galileo should be resolved: [integer number: 0=no,2=yes]} 6575 PPP/arBDS {Ambiguities for BDS should be resolved: [integer number: 0=no,2=yes]} 6576 PPP/arMinNumEpo {Number of epochs for which the unknown ambiguity parameter has to be at least observed: [integer number: 5|10|15|20|25|30|35|40|45|50|55|60]} 6577 PPP/arMinNumSat {The ambiguity search is performed if at least the specified number of satellites per constellation is being tracked: [integer number: 4|5|6|7|8]} 6578 PPP/arUseYaw {If set, the information about the satellite attitude is taken from the SSR stream. Otherwise a standard satellite attitude model is used: [integer number: 0=no,2=yes]} 6579 PPP/arMaxFrac {If greater than zero, the ambiguity is constrained only if the absolute value of the fractional part of its BIE value is lower or equal than the specified value: [floating-point number]} 6580 PPP/arMaxSig {If greater than zero, the ambiguity is constrained only if the BIE sigma (uncertainty of the BIE result) is lower or equal than the specified value: [floating-point number]} 6485 6581 6486 6582 PPP Client Panel 3 keys: -
trunk/BNC/src/bncmain.cpp
r10791 r10800 241 241 "\n" 242 242 "PPP Client Panel 1 keys:\n" 243 " PPP/dataSource {Data source [character string: Blank|Real-Time Streams|RINEX Files]}\n" 244 " PPP/rinexObs {RINEX observation file, full path [character string]}\n" 245 " PPP/rinexNav {RINEX navigation file, full path [character string]}\n" 246 " PPP/corrMount {Corrections mountpoint [character string]}\n" 247 " PPP/corrFile {Corrections file, full path [character string]}\n" 248 " PPP/crdFile {Coordinates file, full path [character string]}\n" 249 " PPP/logPath {Directory for PPP log files [character string]}\n" 250 " PPP/antexFile {ANTEX file, full path [character string]}\n" 251 " PPP/blqFile {BLQ file, full path [character string]}\n" 252 " PPP/ionoMount {VTEC mountpoint, [char string]}\n" 253 " PPP/ionoFile {VTEC file, full path [char string]}\n" 243 " PPP/dataSource {Data source [character string: Blank|Real-Time Streams|RINEX Files]}\n" 244 " PPP/rinexObs {RINEX observation file, full path [character string]}\n" 245 " PPP/rinexNav {RINEX navigation file, full path [character string]}\n" 246 " PPP/corrMount {Corrections mountpoint [character string]}\n" 247 " PPP/corrFile {Corrections file, full path [character string]}\n" 248 " PPP/crdFile {Coordinates file, full path [character string]}\n" 249 " PPP/logPath {Directory for PPP log files [character string]}\n" 250 " PPP/antexFile {ANTEX file, full path [character string]}\n" 251 " PPP/blqFile {BLQ file, full path [character string]}\n" 252 " PPP/biasMount {Satellite Biases mountpoint, [char string]}\n" 253 " PPP/biasFile {Satellite Biases file, full path [char string]}\n" 254 " PPP/ionoMount {VTEC mountpoint, [char string]}\n" 255 " PPP/ionoFile {VTEC file, full path [char string]}\n" 254 256 " PPP/nmeaPath {Directory for NMEA output files [character string]}\n" 255 257 " PPP/snxtroPath {Directory for SINEX troposphere output files [character string]}\n" … … 270 272 " PPP/maxResC1 {Maximal residuum for code observations in meters [floating-point number]}\n" 271 273 " PPP/maxResL1 {Maximal residuum for phase observations in meters [floating-point number]}\n" 272 " PPP/eleWgtCode {Elevation dependent w aiting of code observations [integer number: 0=no,2=yes]}\n"273 " PPP/eleWgtPhase {Elevation dependent w aiting of phase observations [integer number: 0=no,2=yes]}\n"274 " PPP/eleWgtCode {Elevation dependent weighting of code observations [integer number: 0=no,2=yes]}\n" 275 " PPP/eleWgtPhase {Elevation dependent weighting of phase observations [integer number: 0=no,2=yes]}\n" 274 276 " PPP/minObs {Minimum number of observations [integer number: 4|5|6]}\n" 275 277 " PPP/minEle {Minimum satellite elevation in degrees [integer number: 0-20]}\n" … … 279 281 " PPP/sigmaGIM {Sigma for GIM pseudo observations in meters [floating-point number]}\n" 280 282 " PPP/maxResGIM {Maximal residuum for GIM pseudo observations in meters [floating-point number]}\n" 283 " PPP/arGPS {Ambiguities for GPS should be resolved: [integer number: 0=no,2=yes]}\n" 284 " PPP/arGalileo {Ambiguities for Galileo should be resolved: [integer number: 0=no,2=yes]}\n" 285 " PPP/arBDS {Ambiguities for BDS should be resolved: [integer number: 0=no,2=yes]}\n" 286 " PPP/arMinNumEpo {Number of epochs for which the unknown ambiguity parameter has to be at least observed: [integer number: 5|10|15|20|25|30|35|40|45|50|55|60]}\n" 287 " PPP/arMinNumSat {The ambiguity search is performed if at least the specified number of satellites per constellation is being tracked: [integer number: 4|5|6|7|8]}\n" 288 " PPP/arUseYaw {If set, the information about the satellite attitude is taken from the SSR stream. Otherwise a standard satellite attitude model is used: [integer number: 0=no,2=yes]}\n" 289 " PPP/arMaxFrac {If greater than zero, the ambiguity is constrained only if the absolute value of the fractional part of its BIE value is lower or equal than the specified value: [floating-point number]}\n" 290 " PPP/arMaxSig {If greater than zero, the ambiguity is constrained only if the BIE sigma (uncertainty of the BIE result) is lower or equal than the specified value: [floating-point number]}\n" 291 281 292 "\n" 282 293 "PPP Client Panel 3 keys:\n" -
trunk/BNC/src/bncversion.h
r10766 r10800 3 3 #define BNCVERSION_H 4 4 5 #define BNCVERSION "2.13. 5"5 #define BNCVERSION "2.13.6" 6 6 #define BNCPGMNAME "BNC " BNCVERSION 7 7 -
trunk/BNC/src/bncwindow.cpp
r10791 r10800 1190 1190 pppLayout2->addWidget(new QLabel(""), ir, 8); 1191 1191 pppLayout2->setColumnStretch(8, 999); 1192 1192 1193 1193 pppGroup2->setLayout(pppLayout2); 1194 1194 … … 1609 1609 _pppWidgets._rinexNav->setWhatsThis(tr("<p>Specify the RINEX Navigation file. <i>[key: PPP/rinexNav]</i></p>")); 1610 1610 _pppWidgets._corrMount->setWhatsThis(tr("<p>Specify a 'mountpoint' from the 'Streams' canvas below which provides corrections to Broadcast Ephemeris.</p><p>If you don't specify a corrections stream via this option, BNC will fall back to Single Point Positioning (SPP, positioning from observations and Broadcast Ephemeris only) instead of doing PPP. <i>[key: PPP/corrMount]</i></p>")); 1611 _pppWidgets._biasMount->setWhatsThis(tr("<p>Specify a 'mountpoint' from the 'Streams' canvas below which provides satellite biases in SSR format.</p><p>If you don't specify a corrections stream via this option, BNC will use satellite biases from the Corrections stream 'mountpoint', if available. <i>[key: PPP/biasMount]</i></p>")); 1611 1612 _pppWidgets._ionoMount->setWhatsThis(tr("<p>Specify a 'mountpoint' from the 'Streams' canvas below which provides VTEC informations in SSR format.</p><p>If you don't specify a corrections stream via this option, BNC will use VTEC informations from the Corrections stream 'mountpoint', if available. <i>[key: PPP/ionoMount]</i></p>")); 1612 1613 _pppWidgets._corrFile->setWhatsThis(tr("<p>Specify the Broadcast Ephemeris Corrections file as saved beforehand using BNC.</p><p>If you don't specify corrections by this option, BNC will fall back to Single Point Positioning (SPP, positioning from RINEX Obs and RINEX Nav files only) instead of doing PPP. <i>[key: PPP/corrFile]</i></p>")); 1614 _pppWidgets._biasFile->setWhatsThis(tr("<p>Specify the satellite bias file as saved beforehand using BNC.</p><p>If you don't specify corrections by this option, BNC will use satellite biases from the Corrections file, if available. <i>[key: PPP/biasFile]</i></p>")); 1613 1615 _pppWidgets._ionoFile->setWhatsThis(tr("<p>Specify the VTEC file as saved beforehand using BNC.</p><p>If you don't specify corrections by this option, BNC will use VTEC informations from the Corrections file, if available. <i>[key: PPP/ionoFile]</i></p>")); 1614 1616 _pppWidgets._antexFile->setWhatsThis(tr("<p>Observations in RTCM streams or RINEX files should be referred to the receiver's and to the satellite's Antenna Phase Center (APC) and therefore be corrected for<ul><li>Receiver APC offsets and variations</li><li>Satellite APC offsets and variations.</li></ul> Specify the full path to an IGS 'ANTEX file' which contains APC offsets and variations for satellites and receiver.</p> <i>[key: PPP/antexFile]</i></p>")); 1615 1617 _pppWidgets._crdFile->setWhatsThis(tr("<p>Enter the full path to an ASCII file which specifies the streams or files of those stations you want to process. Specifying a 'Coordinates file' is optional. If it exists, it should contain one record per station with the following parameters separated by blank character:</p><ul><li>Specify the station either by:<ul><li>the 'Mountpoint' of the station's RTCM stream (in real-time PPP mode), or</li><li>the 9-char station ID of the RINEX Version 3 or 4 Observations file (in post processing PPP mode), or </li><li>the 4-char station ID of the RINEX Version 2 Observations file (in post processing PPP mode).</li></ul><li>Approximate X,Y,Z coordinate of station's Antenna Reference Point [m] (ARP, specify '0.0 0.0 0.0' if unknown).</li><li>North, East and Up component of antenna eccentricity [m] (specify '0.0 0.0 0.0' if unknown). </li><li>20 Characters describing the antenna type and radome following the IGS 'ANTEX file' standard (leave blank if unknown).</li><li>Receiver type following the naming conventions for IGS equipment.</li></ul>Records with exclamation mark '!' in the first column or blank records will be interpreted as comment lines and ignored.. <i>[key: PPP/crdFile]</i></p>")); 1616 1618 _pppWidgets._blqFile->setWhatsThis(tr("<p>Specify the full path to a 'BLQ file' containing the ocean loading coefficients for different stations. These coefficients can be obtained from the ocean loading service under request trough the web site http://holt.oso.chalmers.se/loading/. <i>[key: PPP/blqFile]</i></p>")); 1617 _pppWidgets._logPath->setWhatsThis(tr("<p>Specify a directory for saving daily PPP logfiles. If the specified directory does not exist, BNC will not create such files.</p><p>Default is an empty option field, meaning that no PPP logfiles shall be produced. <i>[key: PPP/logPath]</i></p>")); 1619 _pppWidgets._logPath->setWhatsThis(tr("<p>Specify a directory for saving daily PPP log files. If the specified directory does not exist, BNC will not create such files.</p><p>Default is an empty option field, meaning that no PPP logfiles shall be produced. <i>[key: PPP/logPath]</i></p>")); 1620 _pppWidgets._logMode->setWhatsThis(tr("<p>This option controls the details of the PPP client processing output. The 'normal' mode produces a log file, related to the estimated parameters and observation residuals. If the user selects 'debug' additional information (particularly about used SSR corrections) is printed. The option value 'all' triggers a very detailed log including the information about the constituents of the observation model.</p><p>Default is the 'normal' mode. <i>[key: PPP/logMode]</i></p>")); 1618 1621 _pppWidgets._nmeaPath->setWhatsThis(tr("<p>Specify a directory for saving coordinates in daily NMEA files. If the specified directory does not exist, BNC will not create such files.</p><p>Default is an empty option field, meaning that no NMEA file shall be produced. <i>[key: PPP/nmeaPath]</i></p>")); 1619 1622 _pppWidgets._snxtroPath->setWhatsThis(tr("<p>Specify a directory for saving SINEX Troposphere files. If the specified directory does not exist, BNC will not create such files.</p><p>Default is an empty option field, meaning that no SINEX Troposphere files shall be produced. <i>[key: PPP/snxtroPath]</i></p>")); … … 1628 1631 // ------------------ 1629 1632 _pppWidgets._lcGPS->setWhatsThis(tr("<p>Specify which kind of GPS observations you want to use and on which kind of linear combination the GPS ambiguity resolutions shall be based:</p><p><ul>" 1630 "<li>'Pi&Li' means that uncombined code and phase data of two frequencies shall be used.</li>" 1631 "<li>'Pi' means that uncombined code data of two frequencies shall be used.</li>" 1632 "<li>'P1&L1' means that uncombined code and phase data of one frequency shall be used.</li>" 1633 "<li> This option is editable. Hence, you can specify your own frequencies for code (P) and phase (L) observations, e.g. P125&L125, which means that band 1,2 and 5 of code and phase observations are used. The tracking mode for each frequency can be specified per station using the Signal Priorities in PPP(3). </li> " 1634 "<li>'Pi&Li' means that uncombined code and phase data of two frequencies shall be used. Band and attribute can be specified per station using the Signal Priorities in PPP(3). </li>" 1635 "<li>'Pi' means that uncombined code data of two frequencies shall be used. Band and attribute can be specified per station using the Signal Priorities in PPP(3). </li>" 1636 "<li>'P1&L1' means that uncombined code and phase data of one frequency shall be used. Band and attribute can be specified per station using the Signal Priorities in PPP(3). </li>" 1633 1637 "<li>'P1' means that uncombined code data of one frequency shall be used.</li>" 1634 "<li>'P3&L3' means that the inonosphere-free linear combination of code and phase data shall be used.</li>" 1635 "<li>'P3' means that the inonosphere-free linear combination of code data shall be used.</li>" 1636 "<li>'L3' means that the inonosphere-free linear combination of phase data shall be used.</li> " 1638 "<li>'P3&L3' means that the inonosphere-free linear combination of code and phase data shall be used. Band and attribute can be specified per station using the Signal Priorities in PPP(3). </li>" 1639 "<li>'P3' means that the inonosphere-free linear combination of code data shall be used. Band and attribute can be specified per station using the Signal Priorities in PPP(3). </li>" 1640 "<li>'L3' means that the inonosphere-free linear combination of phase data shall be used. Band and attribute can be specified per station using the Signal Priorities in PPP(3). </li> " 1641 "<li>'P125&L125' means that band 1,2 and 5 of code and phase observations are used. The tracking mode for each frequency can be specified using the Signal Priorities in PPP(3). </li> " 1637 1642 "<li>'no' means that you don't want BNC to use GPS data.</li></ul></p><p><i>[key: PPP/lcGPS]</i></p>")); 1638 1643 _pppWidgets._lcGLONASS->setWhatsThis(tr("<p>Specify which kind of GLONASS observations you want to use and on which kind of linear combination the GLONASS ambiguity resolutions shall be based:</p><p><ul>" … … 1646 1651 "<li>'no' means that you don't want BNC to use GLONASS data.</li></ul></p><p><i>[key: PPP/lcGLONASS]</i></p>")); 1647 1652 _pppWidgets._lcGalileo->setWhatsThis(tr("<p>Specify which kind of Galileo observations you want to use and on which kind of linear combination the Galileo ambiguity resolutions shall be based:</p><p><ul>" 1653 "<li> This option is editable. Hence, you can specify your own frequencies for code (P) and phase (L) observations, e.g. P1576&L1576, which means that band 1,5,7 and 6 of code and phase observations are used. The tracking mode for each frequency can be specified per station using the Signal Priorities in PPP(3). </li> " 1648 1654 "<li>'Pi&Li' means that uncombined code and phase data of two frequencies shall be used.</li>" 1649 1655 "<li>'Pi' means that uncombined code data of two frequencies shall be used.</li>" … … 1652 1658 "<li>'P3&L3' means that the inonosphere-free linear combination of code and phase data shall be used.</li>" 1653 1659 "<li>'P3' means that the inonosphere-free linear combination of code data shall be used.</li>" 1654 "<li>'L3' means that the inonosphere-free linear combination of phase data shall be used.</li> " 1660 "<li>'L3' means that the inonosphere-free linear combination of phase data shall be used.</li>" 1661 "<li>'P1576&L1576' means that band 1,5,7 and 6 of code and phase observations are used. The tracking mode for each frequency can be specified using the Signal Priorities in PPP(3). </li> " 1655 1662 "<li>'no' means that you don't want BNC to use Galileo data.</li></ul></p><p><i>[key: PPP/lcGalileo]</i></p>")); 1656 1663 _pppWidgets._lcBDS->setWhatsThis(tr("<p>Specify which kind of BDS observations you want to use and on which kind of linear combination the BDS ambiguity resolutions shall be based:</p><p><ul>" 1664 "<li> This option is editable. Hence, you can specify your own frequencies for code (P) and phase (L) observations, e.g. P1576&L1576, which means that band 1,5,7 and 6 of code and phase observations are used. The tracking mode for each frequency can be specified per station using the Signal Priorities in PPP(3). </li> " 1657 1665 "<li>'Pi&Li' means that uncombined code and phase data of two frequencies shall be used.</li>" 1658 1666 "<li>'Pi' means that uncombined code data of two frequencies shall be used.</li>" … … 1662 1670 "<li>'P3' means that the inonosphere-free linear combination of code data shall be used.</li>" 1663 1671 "<li>'L3' means that the inonosphere-free linear combination of phase data shall be used.</li> " 1672 "<li>'P1576&L1576' means that band 1,5,7 and 6 of code and phase observations are used. The tracking mode for each frequency can be specified using the Signal Priorities in PPP(3). </li> " 1664 1673 "<li>'no' means that you don't want BNC to use BDS data.</li></ul></p><p><i>[key: PPP/lcBDS]</i></p>")); 1665 1674 _pppWidgets._constraints->setWhatsThis(tr("<p>Specify, whether ionospheric constraints in form of pseudo-observations shall be added. Please note, this is only valid, if no ionosphere-free linear-combination is used and only helpful as soon as the ionosphere information is more accurate than the code data accuracy. <i>[key: PPP/constraints]</i></p>")); … … 1674 1683 _pppWidgets._minObs->setWhatsThis(tr("<p>Select a Minimum Number of Observations per epoch for a PPP solution.</p><p>BNC will only process epochs with observation numbers reaching or exceeding this minimum. <i>[key: PPP/minObs]</i></p>")); 1675 1684 _pppWidgets._minEle->setWhatsThis(tr("<p>Select a Minimum satellite Elevation for observations.</p><p>BNC will ignore an observation if the associated satellite Elevation does not reach or exceed this minimum.</p><p>Selecting '10 deg' may be an appropriate choice in order to avoid too noisy observations. <i>[key: PPP/minEle]</i></p>")); 1685 1686 _pppWidgets._arGPS->setWhatsThis(tr("<p>Specify whether for GPS the ambiguities should be resolved to their integer values. <i>[key: PPP/arGPS]</i></p>")); 1687 _pppWidgets._arGalileo->setWhatsThis(tr("<p>Specify whether for Galileo the ambiguities should be resolved to their integer values. <i>[key: PPP/arGalileo]</i></p>")); 1688 _pppWidgets._arBDS->setWhatsThis(tr("<p>Specify whether for BDS the ambiguities should be resolved to their integer values. <i>[key: PPP/arBDS]</i></p>")); 1689 _pppWidgets._arMinNumEpo->setWhatsThis(tr("<p>Specify the number of epochs for which the unknown ambiguity parameter has to be observed at least, to be included into the search. A recommended value is 30. <i>[key: PPP/arMinNumEpo]</i></p>")); 1690 _pppWidgets._arMinNumSat->setWhatsThis(tr("<p>The ambiguity search is performed if at least the specified number of satellites per constellation is being tracked. A recommended value is 5. <i>[key: PPP/arMinNumSat]</i></p>")); 1691 _pppWidgets._arUseYaw->setWhatsThis(tr("<p>If set, the information about the satellite attitude (yaw angle) is taken from the corresponding SSR stream (phase bias message). Otherwise a standard satellite attitude model is used. <i>[key: PPP/arUseYaw]</i></p>")); 1692 _pppWidgets._arMaxFrac->setWhatsThis(tr("<p>If greater than zero, the ambiguity is constrained only if the absolute value of the fractional part of its BIE value is lower or equal than the specified value. A recommended value is 0.01. <i>[key: PPP/arMaxFrac]</i></p>")); 1693 _pppWidgets._arMaxSig->setWhatsThis(tr("<p>If greater than zero, the ambiguity is constrained only if the BIE sigma (uncertainty of the BIE result) is lower or equal than the specified value. A recommended value is 0.001. <i>[key: PPP/arMaxSig]</i></p>")); 1676 1694 1677 1695 // WhatsThis, Combine Corrections
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