Select the number of 'Stop bits' for the serial output link.
Note that your selection must equal the number of stop bits configured to the serial connected receiver. Note further that often 1 stop bit is used.
")); _serialFlowControlComboBox->setWhatsThis(tr("Select a 'Flow control' for the serial output link.
Note that your selection must equal the flow control configured to the serial connected receiver. Select 'OFF' if you don't know better.
")); - _serialAutoNMEAComboBox->setWhatsThis(tr("Select 'Auto' to automatically forward NMEA-GGA messages coming from your serial connected receiver to the NTRIP broadcaster and/or save them in a file.
Select 'Manual' only when handling a VRS stream and your serial connected receiver doesn't generate NMEA-GGA messages.
")); + _serialAutoNMEAComboBox->setWhatsThis(tr("Select 'Auto' to automatically forward NMEA messages of type GPGGA or GNGGA coming from your serial connected receiver to the NTRIP broadcaster and/or save them in a file.
Select 'Manual' if you want BNC to produce and forward one initial GPGGA NMEA message because your serial connected receiver doesn't generate these messages.
")); _serialFileNMEALineEdit->setWhatsThis(tr("Specify the full path to a file where NMEA messages coming from your serial connected receiver are saved.
")); - _serialHeightNMEALineEdit->setWhatsThis(tr("Specify an approximate 'Height' above mean sea level in meter for your VRS to simulate an inital NMEA-GGA message.
The setting of this option is ignored in case of streams coming from physical reference stations.
")); + _serialHeightNMEALineEdit->setWhatsThis(tr("Specify an approximate 'Height' above mean sea level in meters for the transmitting reference station introduced through 'Mountpoint'. Together with the latitude and longitude from the NTRIP broadcaster sourcetable the height information is used to build one initial GPGGA message to be sent to the NTRIP broadcaster.
The setting of this option is ignored if option 'NMEA' is set to 'Auto'.
")); _reqcActionComboBox->setWhatsThis(tr("BNC allows to 'Edit or Concatenate' RINEX v2 or v3 files or to perform a quality check and 'Analyze' the data following UNAVCO's famous 'teqc' program.
")); _reqcEditOptionButton->setWhatsThis(tr("Specify options for editing RINEX v2 or v3 files.
")); @@ -1262,4 +1262,5 @@ _cmbMaxresLineEdit->setWhatsThis(tr("BNC combines all incoming clocks according to specified weights. Individual clock estimates that differ by more than 'Maximal Residuum' meters from the average of all clocks will be ignored.
It is suggested to specify a value of about 0.2 m for the Kalman filter combination approach and a value of about 3.0 meters for the Single-Epoch combination approach.Default is a value of '999.0'.
")); _cmbSamplSpinBox->setWhatsThis(tr("Specify a combination sampling interval for the Clocks. The clock corrections will be produced following that interval. A value of 10 sec may be an appropriate choice.
")); + _cmbUseGlonass->setWhatsThis(tr("In case the incoming orbit and clock correction stream(s) support GLONASS, you can tick 'Use GLONASS' to produce a GPS plus GLONASS combination solution.
Default is a GPS-only combination.")); _cmbMethodComboBox->setWhatsThis(tr("
Select a clock combination approach. Options are 'Single-Epoch' and Kalman 'Filter'. It is suggested to use the Kalman filter approach for the purpose of Precise Point Positioning.
")); _uploadTable->setWhatsThis(tr("BNC can upload clock and orbit corrections to broadcast ephemeris (Broadcast Corrections) in RTCM Version 3 SSR format. You may have a situation where clocks and orbits come from an external Real-time Network Engine (1) or a situation where clock and orbit corrections are combined within BNC (2).
(1) BNC identifies a stream as coming from a Real-time Network Engine if its format is specified as 'RTNET' and hence its decoder string in the 'Streams' canvas is 'RTNET'. It encodes and uploads that stream to the specified NTRIP broadcaster
(2) BNC understands that it is expected to encode and upload combined Broadcast Ephemeris corrections if you specify correction streams in the 'Combine Corrections' stream table.
Hit the 'Add Row' button, double click on the 'Host' field to enter the IP or URL of an NTRIP broadcaster and hit Enter. Then double click on the 'Port', 'Mount' and 'Password' fields to enter the NTRIP broadcaster IP port (default is 80), the mountpoint and the stream upload password. An empty 'Host' option field means that you don't want to upload corrections.
Select a target coordinate reference system (e.g. IGS08) for outgoing clock and orbit corrections.
By default orbit and clock corrections refer to Antenna Phase Center (APC). Tick 'CoM' to refer uploaded corrections to Center of Mass instead of APC.
Specify a path for saving the generated Broadcast Corrections plus Broadcast Ephemeris 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:
/home/user/BNC${GPSWD}.sp3
Note that '${GPSWD}' produces the GPS Week and Day number in the file name.
As SP3 file contents should be referred to the satellites Center of Mass (CoM) while correctors are referred to the satellites Antenna Phase Center (APC), an offset has to be applied which is available from an IGS ANTEX file. You should therefore specify the 'ANTEX file' if you want to save the stream contents in SP3 format. If you don't specify an 'ANTEX file' path, the SP3 file contents will be referred to the satellites APCs.
Specify a path for saving the generated Broadcast Correction clocks plus Broadcast Ephemeris clocks as Clock RINEX files. If the specified directory does not exist, BNC will not create Clock RINEX files. The following is a path example for a Linux system:
/home/user/BNC${GPSWD}.clk
Note that '${GPSWD}' produces the GPS Week and Day number in the file name.
Specify finally an SSR Provider ID number, an SSR Solution ID number and an Issue of Data SSR number.
In case the 'Combine Corrections' table contains only one Broadcast Corrections stream, BNC will merge that stream with Broadcast Ephemeris to save results in files specified here through SP3 and/or Clock RINEX file path. In such a case you should define only the SP3 and Clock RINEX file path and no further options in the 'Upload Corrections' table.
")); @@ -1273,4 +1274,5 @@ _uploadSamplSp3SpinBox->setWhatsThis(tr("Select the SP3 orbit file sampling interval in minutes. A value of zero '0' tells BNC to store all available samples into SP3 orbit files.")); setUploadTrafoButton->setWhatsThis(tr("Hit 'Custom Trafo' to specify your own 14 parameter Helmert Transformation instead of selecting a predefined transformation through 'System' button.")); + _uploadAntexFile->setWhatsThis(tr("As SP3 file contents should be referred to the satellites Center of Mass (CoM) while correctors are referred to the satellites Antenna Phase Center (APC), an offset has to be applied which is available from an IGS ANTEX file. You should therefore specify the 'ANTEX file' if you want to save the stream contents in SP3 format.
If you don't specify an 'ANTEX file' path, the SP3 file contents will be referred to the satellites APCs.
")); _uploadEphHostLineEdit->setWhatsThis(tr("BNC can upload a Broadcast Ephemeris stream in RTCM Version 3 format. Specify the host IP of an NTRIP Broadcaster to upload the stream. An empty option field means that you don't want to upload Broadcast Ephemeris.")); _uploadEphPortLineEdit->setWhatsThis(tr("Specify the IP port of an NTRIP Broadcaster to upload the stream. Default is port 80.")); @@ -2149,6 +2151,8 @@ enableWidget(enable, _serialAutoNMEAComboBox); - bool enable2 = enable && _serialAutoNMEAComboBox->currentText() != "Auto"; + bool enable2 = enable && _serialAutoNMEAComboBox->currentText() == "Auto"; enableWidget(enable2, _serialFileNMEALineEdit); + bool enable3 = enable && _serialAutoNMEAComboBox->currentText() != "Auto"; + enableWidget(enable3, _serialHeightNMEALineEdit); }