Specify the receiver's antenna name as defined in your ANTEX file. Observations will be corrected for the antenna phase center's offset which may result in a reduction of a few centimeters at max. Corrections for phase center variations are not yet applied by BNC. The specified name must consist of 20 characters. Add trailing blanks if the antenna name has less then 20 characters.
Default is an empty option field meaning that you don't want to correct observations for antenna phase center offsets.
")); _pppApplySatAntCheckBox->setWhatsThis(tr("This option is not yet working.
Satellite orbit and clock corrections refer to the satellite's antenna phase centers and hence observations are actually not to be corrected for satellite antenna phase center offsets. However, you may like to tick 'Apply Offsets' to force BNC to correct observations for satellite antenna phase center offsets.
Default is to not correct observations for satellite antenna phase center offsets.")); - _cmbTable->setWhatsThis(tr("
Double click on the 'Mountpoint' field to enter a Broadcast Ephemeris corrections mountpoint from the 'Streams' section below and hit Enter. Then double click on the 'AC Name' field to enter your choice of an abbreviation for the Analysis Center (AC) providing the stream. Finally, double click on the 'Weight' field to enter a weight to be applied for this stream in the combination.
Note that an appropriate 'Wait for full epoch' value needs to be specified for the combination under the 'Broadcast Corrections' tab. A value of 15 seconds would make sense there if the update rate of incoming clock corrections is i.e. 10 seconds.
Note further that the sequence of rows in the 'Combination Table' is of importance because the orbit information in the final combination stream is just copied from the stream listed in the first row. So the first line in the 'Combination Table' defines a 'Master AC'. The update rate of the combination product is also taken over from the 'Master AC's update rate.
Note also that the combination process requires Broadcast Ephemeris. Besides the orbit and clock corrections streams BNC must therefore pull a stream carrying Broadcast Ephemeris in the form of RTCM Version 3 messages.
")); + _cmbTable->setWhatsThis(tr("Double click on the 'Mountpoint' field to enter a Broadcast Ephemeris corrections mountpoint from the 'Streams' section below and hit Enter. Then double click on the 'AC Name' field to enter your choice of an abbreviation for the Analysis Center (AC) providing the stream. Finally, double click on the 'Weight' field to enter the weight to be applied for this stream in the combination.
Note that an appropriate 'Wait for full epoch' value needs to be specified for the combination under the 'Broadcast Corrections' tab. A value of 15 seconds would make sense there if the update rate of incoming clock corrections is i.e. 10 seconds.
Note further that the sequence of rows in the 'Combination Table' is of importance because the orbit information in the final combination stream is just copied from the stream listed in the first row. Hence the first line in the 'Combination Table' defines a kind of 'Master AC'. The update rate of the combination product follows the 'Master AC's update rate.
Note also that the combination process requires Broadcast Ephemeris. Besides the orbit and clock corrections streams BNC must therefore pull a stream carrying Broadcast Ephemeris in the form of RTCM Version 3 messages.
")); addCmbRowButton->setWhatsThis(tr("Hit 'Add Row' button to add another line to the mountpoints table.")); delCmbRowButton->setWhatsThis(tr("Hit 'Delete' button to delete the highlited line from the mountpoints table.")); _cmbOutHostLineEdit->setWhatsThis(tr("Specify the domain name or IP number of an Ntrip Broadcaster for uploading the combination stream.")); _cmbOutPortLineEdit->setWhatsThis(tr("Enter the listening IP port of the specified Ntrip Broadcaster for uploading the combination stream.")); - _cmbMountpointLineEdit->setWhatsThis(tr("Enter a mountpoint for the combination stream. The combination will only be carried out if a mountpoint is defined.
If 'Host', 'Port' and 'Password' are set, the combination stream will be uploaded to the specified Ntrip Broadcaster.
Note that the mountpoint defined here can be introduce as 'Obs Mountpoint' under the 'PPP (1)' tab to carry out a Precise Point Positioning through using the combination stream without pulling it from the Ntrip Broadcaster.")); + _cmbMountpointLineEdit->setWhatsThis(tr("
Enter a mountpoint for the combination stream. If 'Host', 'Port' and 'Password' are set, the combination stream will be uploaded to the specified Ntrip Broadcaster.
Note that the mountpoint defined here can be introduce as 'Obs Mountpoint' under the 'PPP (1)' tab to carry out a Precise Point Positioning through directly using the combination stream without prior upload to the Ntrip Broadcaster.")); _cmbPasswordLineEdit->setWhatsThis(tr("Enter the password for uploading the combination stream to the specified Ntrip Broadcaster.")); _cmbOutPathLineEdit->setWhatsThis(tr("
Specify a directory for saving the combined Broadcast Ephemeris corrections in a plain ASCII format on disk.
The length of the Broadcast Ephemeris corrections files is defined through option 'Interval' under the 'Broadcast Corrections' tab.
")); @@ -854,26 +854,26 @@ QGridLayout* ppp2Layout = new QGridLayout; - ppp2Layout->addWidget(new QLabel("Receiver Antenna "), 0, 0); - ppp2Layout->addWidget(_pppAntexLineEdit, 0, 1, 1, 3); - ppp2Layout->addWidget(new QLabel("ANTEX File "), 0, 4); - ppp2Layout->addWidget(_pppAntennaLineEdit, 0, 5, 1, 3); - ppp2Layout->addWidget(new QLabel("Antenna Name"), 0, 8); - ppp2Layout->addWidget(new QLabel("Satellite Antenna"), 1, 0); - ppp2Layout->addWidget(_pppApplySatAntCheckBox, 1, 1, Qt::AlignRight); - ppp2Layout->addWidget(new QLabel("Apply Offsets"), 1, 2, Qt::AlignLeft); - ppp2Layout->addWidget(new QLabel("Sigmas"), 2, 0); - ppp2Layout->addWidget(_pppSigCLineEdit, 2, 1, Qt::AlignRight); - ppp2Layout->addWidget(new QLabel("Code"), 2, 2); - ppp2Layout->addWidget(_pppSigPLineEdit, 2, 3); - ppp2Layout->addWidget(new QLabel("Phase"), 2, 4); - ppp2Layout->addWidget(_pppSigTrp0, 2, 5, Qt::AlignRight); - ppp2Layout->addWidget(new QLabel("Tropo Init "), 2, 6); - ppp2Layout->addWidget(_pppSigTrpP, 2, 7); - ppp2Layout->addWidget(new QLabel("Tropo White Noise"), 2, 8); - ppp2Layout->addWidget(new QLabel("Options cont'd"), 3, 0); - ppp2Layout->addWidget(_pppSync, 3, 1); - ppp2Layout->addWidget(new QLabel("Sync Corr (sec) "), 3, 2); - ppp2Layout->addWidget(_pppAverageLineEdit, 3, 3, Qt::AlignRight); - ppp2Layout->addWidget(new QLabel("Averaging (min)") , 3, 4); + ppp2Layout->addWidget(new QLabel("Antennas"), 0, 0); + ppp2Layout->addWidget(_pppAntexLineEdit, 0, 1, 1, 3); + ppp2Layout->addWidget(new QLabel("ANTEX File "), 0, 4); + ppp2Layout->addWidget(_pppAntennaLineEdit, 0, 5, 1, 3); + ppp2Layout->addWidget(new QLabel("Rec. Ant. Name"), 0, 8); + ppp2Layout->addWidget(new QLabel("Satellite Antenna "), 1, 0); + ppp2Layout->addWidget(_pppApplySatAntCheckBox, 1, 1, Qt::AlignRight); + ppp2Layout->addWidget(new QLabel("Apply Offsets"), 1, 2, Qt::AlignLeft); + ppp2Layout->addWidget(new QLabel("Sigmas"), 2, 0); + ppp2Layout->addWidget(_pppSigCLineEdit, 2, 1, Qt::AlignRight); + ppp2Layout->addWidget(new QLabel("Code"), 2, 2); + ppp2Layout->addWidget(_pppSigPLineEdit, 2, 3); + ppp2Layout->addWidget(new QLabel("Phase"), 2, 4); + ppp2Layout->addWidget(_pppSigTrp0, 2, 5, Qt::AlignRight); + ppp2Layout->addWidget(new QLabel("Tropo Init "), 2, 6); + ppp2Layout->addWidget(_pppSigTrpP, 2, 7); + ppp2Layout->addWidget(new QLabel("Tropo White Noise"), 2, 8); + ppp2Layout->addWidget(new QLabel("Options cont'd"), 3, 0); + ppp2Layout->addWidget(_pppSync, 3, 1); + ppp2Layout->addWidget(new QLabel("Sync Corr (sec) "), 3, 2); + ppp2Layout->addWidget(_pppAverageLineEdit, 3, 3, Qt::AlignRight); + ppp2Layout->addWidget(new QLabel("Averaging (min)") , 3, 4); ppp2Layout->addWidget(new QLabel("Coordinates from Precise Point Positioning (PPP), continued."), 4, 0, 1, 6); ppp2Layout->addWidget(new QLabel(" "), 5, 0);