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- Nov 3, 2015, 1:51:58 PM (9 years ago)
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trunk/BNC/src/bnchelp.html
r7557 r7566 11 11 12 12 <p><b>Table of <a name="contents">Contents</b><br><br> 13 <b>1.</b> <a href=#genInstruction><b>General In structions</b></a><br><br>13 <b>1.</b> <a href=#genInstruction><b>General Information</b></a><br><br> 14 14 1.1 <a href=#introPurpose>Purpose</a><br> 15 15 1.2 <a href=#introSystem>Supported Systems</a><br> … … 244 244 <tr><td>34</td><td>Bandwidth consumption of incoming streams</td><td>2.18.2</td></tr> 245 245 <tr><td>35</td><td>Latency of incoming streams</td><td>2.18.3</td></tr> 246 <tr><td>36</td><td>Time series plot of PPP session </td><td>2.18.4</td></tr>246 <tr><td>36</td><td>Time series plot of PPP session showing displacements</td><td>2.18.4</td></tr> 247 247 <tr><td>37</td><td>Steam input communication links</td><td>2.19</td></tr> 248 248 <tr><td>38</td><td>Casters table</td><td>2.19.1.1.2</td></tr> … … 260 260 </p> 261 261 262 <p><h3>1. <a name="genInstruction">General In structions</h3></p>262 <p><h3>1. <a name="genInstruction">General Information</h3></p> 263 263 <p> 264 264 The BKG Ntrip Client (BNC) is a program for simultaneously retrieving, decoding, converting and processing or analyzing real-time GNSS data streams applying the 'Networked Transport of RTCM via Internet Protocol' (Ntrip) standard. It has been developed within the framework of the IAG sub-commission for Europe (EUREF) and the International GNSS Service (IGS). Although meant as a real-time tool, it comes with some Post Processing functionality. You may like to use it for data coming from Ntrip Broadcasters like … … 304 304 305 305 <p> 306 BNC provides context-sensitive online help (<i>What's This</i>) related to specific objects. It furthermore comes with the here presented documentation, available as an integralpart of the software and as a PDF file. Responsible for online and offline documentation, example configurations (and till February 2014 the overall BNC policy concept) is Dr. Georg Weber [georg.weber@bkg.bund.de].306 BNC provides context-sensitive help (<i>What's This</i>) related to specific objects. It furthermore comes with the here presented documentation, available as part of the software and as a PDF file. Responsible for online and offline documentation, example configurations (and till February 2014 the overall BNC policy concept) is Dr. Georg Weber [georg.weber@bkg.bund.de]. 307 307 </p> 308 308 … … 1608 1608 <br> 1609 1609 <pre> 1610 C:2&7 E:1&5 G:1&2 J:1&2 R:1&2 S:1&51611 </pre> 1612 This default configuration will present ;1610 C:2&7 E:1&5 G:1&2 J:1&2 R:1&2 S:1&5 1611 </pre> 1612 This default configuration will present: 1613 1613 <ul> 1614 1614 <li>BDS plots for L2 and L7,</li> … … 1692 1692 </p> 1693 1693 <pre> 1694 ./bnc --nw --conf rnx.conf --key reqcAction Edit/Concatenate --key reqcObsFile "tlse119b00.12o,tlse119b15.12o,tlse119b30.12o,tlse119b45.12o" --key reqcOutObsFile tlse119b.12o --key reqcRnxVersion 3 --key reqcSampling 30 1694 ./bnc --nw --conf rnx.conf --key reqcAction Edit/Concatenate --key reqcObsFile 1695 "tlse119b00.12o,tlse119b15.12o,tlse119b30.12o,tlse119b45.12o" --key 1696 reqcOutObsFile tlse119b.12o --key reqcRnxVersion 3 --key reqcSampling 30 1695 1697 </pre> 1696 1698 <p> … … 1705 1707 <p>The following Linux command line produces RINEX QC plots (see Estey and Meertens 1999) offline in 'no window' mode and saves them in directory '/home/user'. Introducing a dummy configuration file /dev/null makes sure that no configuration options previously saved on disc are used:</p> 1706 1708 <pre> 1707 /home/user/bnc --conf /dev/null --key reqcAction Analyze --key reqcObsFile CUT02070.12O --key reqcNavFile BRDC2070.12P --key reqcOutLogFile CUT0.txt --key reqcPlotDir /home/user --nw 1709 /home/user/bnc --conf /dev/null --key reqcAction Analyze --key reqcObsFile 1710 CUT02070.12O --key reqcNavFile BRDC2070.12P --key reqcOutLogFile CUT0.txt --key 1711 reqcPlotDir /home/user --nw 1708 1712 </pre> 1709 1713 </p> … … 1711 1715 </p> 1712 1716 <pre> 1713 /home/user/bnc --conf /dev/null --key reqcAction Analyze --key reqcObsFile CUT02070.12O --key reqcNavFile BRDC2070.12P --key reqcOutLogFile CUT0.txt --key --key startTab 4 --key autoStart 2 1717 /home/user/bnc --conf /dev/null --key reqcAction Analyze --key reqcObsFile 1718 CUT02070.12O --key reqcNavFile BRDC2070.12P --key reqcOutLogFile CUT0.txt --key 1719 --key startTab 4 --key autoStart 2 1714 1720 </pre> 1715 1721 </p> … … 3476 3482 </p> 3477 3483 <p> 3484 <ul> 3478 3485 <li>Satellite specific parameters </li> 3479 </p> 3480 <ul> 3486 </ul> 3487 </p> 3488 <p> 3481 3489 A set of parameters can be defined for each satellite as follows: 3482 <p> 3483 <SatelliteID> <key> <numValues> <value1 value2 ...> <key> <numValues> <value1 value2 ...> ... 3490 <pre> 3491 <SatelliteID> <key> <numValues> <value1 value2 ...> <key> <numValues> 3492 <value1 value2 ...> ... 3484 3493 3485 </p> 3486 <p> 3487 The following satellite specific keys and values are currently specified in BNC: 3488 </p> 3494 </pre> 3495 The following satellite specific keys and values are currently specified in BNC:<br><br> 3489 3496 <table> 3490 3497 <tr><td><i>Key </i></td><td><i>Values</i></td></tr> … … 3498 3505 <tr><td>PhaseBias</td><td>Satellite Phase Biases in meters with two characters for frequency and tracking mode per bias as defined in RINEX 3, preceded by total number of biases and followed by Signal Wilde-Lane Integer Indicator as well as Signal Discontinuity Counter</td></tr> 3499 3506 </table> 3500 </p> 3501 </ul> 3507 <ul> 3502 3508 <li> Non-satellite specific parameters 3503 <ul> 3504 The following non-satellite specific keys and values are currently specified in BNC: 3505 </p> 3509 </ul> 3510 The following non-satellite specific keys and values are currently specified in BNC:<br><br> 3506 3511 <table> 3507 3512 <tr><td><i>Key </i></td><td><i>Values</i></td></tr> … … 3509 3514 <tr><td>VTEC</td><td>Stands for Vertical TEC information and is followed by Update Interval and Number of Ionospheric Layers</td></tr> 3510 3515 </table> 3511 < /p>3516 <br> 3512 3517 If the key VTEC is specified, a data set for each layer contains within its first line the Layers Number, followed by Maximum Degree, Maximum Order and Layer Height. After that follow Cosine and Sinus Spherical Harmonic Coefficients, one block each. 3513 </ ul>3518 </p> 3514 3519 <p> 3515 3520 Because each keyword is associated to a certain number of values, an 'old' BNC could be operated with an incoming 'new' RTNET stream containing so far unknown keys - they would just be skipped in BNC. … … 3747 3752 3748 3753 <p><h4>2.15.5 <a name="upsp3">SP3 File - optional</h4></p> 3749 <p>Specify a path for saving the generated orbit corrections as SP3 orbit files. If the specified directory does not exist, BNC will not create SP3 orbit files. The following is a path example for a Linux system:<br>/home/user/BNC${GPSWD}.sp3<br>Note that '${GPSWD}' produces the GPS Week and Day number in the filename.</p> 3754 <p>Specify a path for saving the generated orbit corrections as SP3 orbit files. If the specified directory does not exist, BNC will not create SP3 orbit files. The following is a path example for a Linux system: 3755 3756 <pre> 3757 /home/user/BNC${GPSWD}.sp3 3758 </pre> 3759 3760 Note that '${GPSWD}' produces the GPS Week and Day number in the filename.</p> 3750 3761 <p> 3751 3762 Default is an empty option field, meaning that you don't want BNC to save the uploaded stream contents in daily SP3 files. … … 3871 3882 <p> 3872 3883 BNC uploads a stream to the Ntrip Broadcaster by referring to a dedicated mountpoint that has been set by its operator. Specify the mountpoint based on the details you received for your stream from the operator. It is often a four character ID (capital letters) plus an integer number.</p> 3873 <p>The stream upload may be protected through an upload 'Password'. Enter the password you received from the Ntrip Broadcaster operator along with the mountpoint.</p>3884 <p>The stream upload follows Ntrip Version 1 and may be protected through an upload 'Password'. Enter the password you received from the Ntrip Broadcaster operator along with the mountpoint.</p> 3874 3885 </p> 3875 3886 … … 3962 3973 3963 3974 <p><img src="IMG/screenshot13.png"/></p> 3964 <p><u>Figure 36:</u> Time series plot of PPP session .</p>3975 <p><u>Figure 36:</u> Time series plot of PPP session showing displacements.</p> 3965 3976 3966 3977 <p><h4>2.19 <a name="bottom">Bottom Menu Bar</h4></p>
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