Index: /trunk/BNC/src/bncantex.cpp =================================================================== --- /trunk/BNC/src/bncantex.cpp (revision 11065) +++ /trunk/BNC/src/bncantex.cpp (revision 11066) @@ -68,4 +68,12 @@ } _maps.clear(); + QMapIterator > itSat(_satMaps); + while (itSat.hasNext()) { + itSat.next(); + for (int ii = 0; ii < itSat.value().size(); ii++) { + delete itSat.value()[ii]; + } + } + _satMaps.clear(); } @@ -141,4 +149,5 @@ t_irc bncAntex::readFile(const QString& fileName) { + _fileName = fileName; QFile inFile(fileName); inFile.open(QIODevice::ReadOnly | QIODevice::Text); @@ -176,8 +185,13 @@ _satBlocks[newAntMap->antName].append(satBlock); } - if (_maps.contains(newAntMap->antName)) { - delete _maps[newAntMap->antName]; - } - _maps[newAntMap->antName] = newAntMap; + if (newAntMap->isSat) { + _satMaps[newAntMap->antName].append(newAntMap); + } + else { + if (_maps.contains(newAntMap->antName)) { + delete _maps[newAntMap->antName]; + } + _maps[newAntMap->antName] = newAntMap; + } newAntMap = 0; } @@ -199,4 +213,5 @@ line.indexOf("NavIC") == 0 ){ newAntMap->antName = line.mid(20,3); + newAntMap->isSat = true; if (line.indexOf("BLOCK I") == 0) { // Extract GPS block type: "BLOCK IIF " → "IIF" @@ -789,10 +804,11 @@ } - QMap::const_iterator it = _maps.find(prn.mid(0,3)); - if (it != _maps.end()) { - t_antMap* map = it.value(); + bncTime epoch; + epoch.setmjd(Mjd); + const t_antMap* map = satMap(prn, epoch); + if (map) { if (map->frqMap.find(frqType) != map->frqMap.end()) { - double* neu = map->frqMap[frqType]->neu; + const double* neu = map->frqMap[frqType]->neu; // Unit Vectors sz, sy, sx @@ -879,12 +895,12 @@ //////////////////////////////////////////////////////////////////////////// double bncAntex::satCorr(const QString& prn, t_frequency::type frqType, - double elTx, double azTx, bool& found) const { - - if (_maps.find(prn.mid(0,3)) == _maps.end()) { + double elTx, double azTx, bool& found, + const bncTime& epoch) const { + + const t_antMap* map = satMap(prn, epoch); + if (!map) { found = false; return 0.0; }; - - t_antMap* map = _maps[prn.mid(0,3)]; if (map->frqMap.find(frqType) == map->frqMap.end()) { @@ -964,4 +980,66 @@ } +// Satellite antenna entry valid at the given epoch (the last entry of the +// PRN if the epoch is not valid), 0 if there is none +//////////////////////////////////////////////////////////////////////////// +const bncAntex::t_antMap* bncAntex::satMap(const QString& prn, const bncTime& epoch) const { + QMap >::const_iterator it = _satMaps.find(prn.mid(0,3)); + if (it == _satMaps.end() || it.value().isEmpty()) { + return 0; + } + const QVector& maps = it.value(); + if (!epoch.valid()) { + return maps.last(); + } + for (int ii = maps.size() - 1; ii >= 0; ii--) { + const t_antMap* map = maps[ii]; + if ((!map->validFrom.valid() || !(epoch < map->validFrom)) && + (!map->validTo.valid() || epoch < map->validTo)) { + return map; + } + } + return 0; +} + +// File name, number of satellite entries and the latest satellite entry, +// which identifies the version of the file +//////////////////////////////////////////////////////////////////////////// +QString bncAntex::info() const { + int numSat = 0; + bncTime latest; + QString latestPrn; + QMapIterator > it(_satMaps); + while (it.hasNext()) { + it.next(); + for (int ii = 0; ii < it.value().size(); ii++) { + const t_antMap* map = it.value()[ii]; + ++numSat; + if (map->validFrom.valid() && (!latest.valid() || latest < map->validFrom)) { + latest = map->validFrom; + latestPrn = it.key(); + } + } + } + QString str = QString("ANTEX file %1: %2 receiver and %3 satellite antenna entries") + .arg(_fileName).arg(_maps.size()).arg(numSat); + if (latest.valid()) { + str += QString(", latest satellite entry %1 valid from %2").arg(latestPrn) + .arg(QString::fromStdString(latest.datestr())); + } + return str; +} + +// True if a missing satellite antenna entry has to be reported (at most once +// per hour and PRN) +//////////////////////////////////////////////////////////////////////////// +bool bncAntex::warnNoSatEntry(const QString& prn, const bncTime& epoch) const { + bncTime& warned = _noSatEntryWarned[prn.mid(0,3)]; + if (!warned.valid() || !epoch.valid() || epoch - warned >= 3600.0) { + warned = epoch; + return true; + } + return false; +} + // Satellite block type valid at the given epoch //////////////////////////////////////////////////////////////////////////// Index: /trunk/BNC/src/bncantex.h =================================================================== --- /trunk/BNC/src/bncantex.h (revision 11065) +++ /trunk/BNC/src/bncantex.h (revision 11066) @@ -43,5 +43,6 @@ QString snxCodeSinexString(const std::string& antName); double satCorr(const QString& prn, t_frequency::type frqType, - double eleSat, double azSat, bool& found) const; + double eleSat, double azSat, bool& found, + const bncTime& epoch = bncTime()) const; double rcvCorr(const std::string& antName, t_frequency::type frqType, double eleSat, double azSat, bool& found) const; @@ -50,4 +51,7 @@ // empty if unknown QString satBlockType(const QString& prn, const bncTime& epoch) const; + QString info() const; + bool hasSatEntry(const QString& prn, const bncTime& epoch) const {return satMap(prn, epoch) != 0;} + bool warnNoSatEntry(const QString& prn, const bncTime& epoch) const; // Attitude model selection for satCoMcorrection(). @@ -178,4 +182,5 @@ dZen = 0.0; snxCode = ""; + isSat = false; } ~t_antMap() { @@ -192,4 +197,5 @@ double dZen; QString snxCode; + bool isSat; QMap frqMap; bncTime validFrom; @@ -197,8 +203,14 @@ }; - QMap _maps; - - // Block type history per satellite PRN. _maps keeps only the last ANTEX - // entry per PRN, which is wrong for epochs before a PRN was reassigned. + const t_antMap* satMap(const QString& prn, const bncTime& epoch) const; + + QString _fileName; + QMap _maps; // receiver antennas + // All entries per satellite PRN (a PRN is reassigned to new satellites), + // the entry valid at the epoch is selected via VALID FROM / VALID UNTIL + QMap > _satMaps; + mutable QMap _noSatEntryWarned; // last warning per PRN + + // Block type history per satellite PRN struct t_satBlock { bncTime validFrom; Index: /trunk/BNC/src/bnccore.cpp =================================================================== --- /trunk/BNC/src/bnccore.cpp (revision 11065) +++ /trunk/BNC/src/bnccore.cpp (revision 11066) @@ -45,4 +45,5 @@ #include "bnccore.h" +#include "ssrQc.h" #include "bncutils.h" #include "bncrinex.h" @@ -106,4 +107,5 @@ _pppMain = new BNC_PPP::t_pppMain(); + _ssrQc = 0; qRegisterMetaType< QVector > ("QVector"); qRegisterMetaType ("bncTime"); @@ -144,4 +146,5 @@ bncComb::destruct(); + delete _ssrQc; delete _pppMain; @@ -830,4 +833,31 @@ } +// SSR QC of the decoded correction streams (optional) +//////////////////////////////////////////////////////////////////////////// +void t_bncCore::initSsrQc() { + delete _ssrQc; _ssrQc = 0; + bncSettings settings; + QString fileName = settings.value("ssrQcFile").toString(); + if (fileName.isEmpty()) { + return; + } + expandEnvVar(fileName); + QStringList hlp = settings.value("ssrQcIntr").toString().split(' ', Qt::SkipEmptyParts); + double interval = 3600.0; + if (hlp.size() == 2) { + double fac = (hlp[1] == "min") ? 60.0 : (hlp[1] == "hour") ? 3600.0 : (hlp[1] == "day") ? 86400.0 : 0.0; + if (hlp[0].toDouble() * fac > 0.0) { + interval = hlp[0].toDouble() * fac; + } + } + _ssrQc = new t_ssrQc(fileName, interval); +} + +// Writes the final SSR QC report +//////////////////////////////////////////////////////////////////////////// +void t_bncCore::stopSsrQc() { + delete _ssrQc; _ssrQc = 0; +} + // //////////////////////////////////////////////////////////////////////////// Index: /trunk/BNC/src/bnccore.h =================================================================== --- /trunk/BNC/src/bnccore.h (revision 11065) +++ /trunk/BNC/src/bnccore.h (revision 11066) @@ -32,4 +32,5 @@ class bncComb; +class t_ssrQc; class bncTableItem; namespace BNC_PPP { @@ -73,4 +74,6 @@ void initCombination(); void stopCombination(); + void initSsrQc(); + void stopSsrQc(); const QString& pgmName() {return _pgmName;} const QString& userName() {return _userName;} @@ -172,4 +175,5 @@ mutable QMutex _mutexDateAndTimeGPS; BNC_PPP::t_pppMain* _pppMain; + t_ssrQc* _ssrQc; bncEphUser _ephUser; }; Index: /trunk/BNC/src/bncgetthread.cpp =================================================================== --- /trunk/BNC/src/bncgetthread.cpp (revision 11065) +++ /trunk/BNC/src/bncgetthread.cpp (revision 11066) @@ -491,4 +491,5 @@ BNC_CORE->stopPPP(); BNC_CORE->stopCombination(); + BNC_CORE->stopSsrQc(); sleep(2); ::exit(5); Index: /trunk/BNC/src/bnchelp.html =================================================================== --- /trunk/BNC/src/bnchelp.html (revision 11065) +++ /trunk/BNC/src/bnchelp.html (revision 11066) @@ -147,4 +147,5 @@             2.8.2 Interval
            2.8.3 Port
+             2.8.4 QC Logfile, QC Interval
            2.8.4 Wait for Full Corr Epoch
      2.9 Feed Engine
@@ -4997,4 +4998,26 @@ falls back to using ANTEX-based satellite antenna corrections instead.

+

+ SSR epoch times: In IGS-SSR, the SSR Epoch Time (IDF003) of all GNSS is given in GPS seconds of week. In + RTCM-SSR, the GLONASS epoch time (DF386) is given in GLONASS time (UTC+3h) as seconds of day, the BDS epoch time + (DF465) in BDT. Some encoders use other conventions for IGS-SSR. BNC recognises them by comparison with the GPS or + Galileo epoch of the same stream, converts the epochs and writes a warning to the logfile at most once per hour + per stream and system: +

+
    +
  • 'IGS-SSR GLONASS epoch time in outdated convention (UTC seconds of day ...)': the convention of older BNC + versions; the SSR encoder should be updated.
    • +
  • 'IGS-SSR GLONASS epoch time erroneously encoded (UTC seconds of week ...)': UTC instead of GPS time; the SSR + encoder should be corrected.
    • +
  • 'IGS-SSR BDS epoch time in outdated convention (BDT ...)': BDT instead of GPS time; the SSR encoder should be + updated.
    • +
+

+ In addition, the orbit and clock epochs of all systems of a stream, converted to GPS time, are compared with the + latest GPS orbit and clock epoch of the same stream. A difference of more than 120 seconds points to another + erroneous encoding and is reported as 'X SSR epoch time ... differs by ... s from the GPS SSR epoch time of the + stream - erroneously encoded?'. Such epochs are not converted. Code and phase biases are not checked, as they may + be sent with the epoch of their last update. +

@@ -5032,4 +5055,67 @@

Figure 17: Example for pulling, saving and output of Broadcast Corrections using BNC

+ +

+

2.8.4 QC Logfile, QC Interval - optional

+

+

+ BNC can check the quality of all Broadcast Correction streams it decodes, in real time or when reading a raw file + ('--file'). Specify the full path to a 'QC Logfile' to activate this function, and select the 'QC Interval' for + the reports (default: 1 hour). At the end of each interval and at the end of the program, a report is written per + stream and system. Broadcast ephemerides must be received as well, e.g. via stream 'BCEP00BKG0'. +

+

+ A table lists per system and message type (ORBIT, CLOCK, CODE_BIAS, PHASE_BIAS): +

+
    +
  • the number of epochs,
    • +
  • the update interval as declared in the messages (SSR Update Interval), the median and the maximum of the + actual intervals,
    • +
  • the number of gaps, i.e. intervals longer than twice the larger of declared and median interval,
    • +
  • the number of epochs older than the previous one (out of order),
    • +
  • the latency, median and maximum, i.e. the time of the decoded output minus the epoch time. Note that BNC + passes on the corrections of an epoch when the next epoch arrives; the latency therefore includes one update + interval. When reading a raw file, the times of the file are used,
    • +
  • the number of satellites.
    • +
+

+ It is followed by the findings per system, only lines with findings are listed: +

+
    +
  • a declared update interval differing from the actual one (BNC uses it e.g. to detect outdated + corrections),
    • +
  • satellites with a healthy, current broadcast ephemeris without orbit corrections, clock corrections, code + biases or phase biases (the latter two only if the stream provides them for the system),
    • +
  • orbit and clock corrections referring to an IOD of no received broadcast ephemeris, to an unhealthy + broadcast ephemeris, or to a satellite without broadcast ephemeris (number of corrections in brackets),
    • +
  • the code bias signals provided, satellites without code biases of the reference signals (GPS C1W/C2W, GLONASS + C1P/C2P, Galileo C1C/C5Q, BDS C2I/C6I, QZSS C1C/C2L), and the standard deviation and maximum of the + ionosphere-free combination B_IF of the reference signal biases. A B_IF varying between the satellites is + legitimate if the clocks are estimated with other signals, but must then be consistent with the clocks + (see section 'Combination'),
    • +
  • clock jumps, i.e. clock changes between consecutive epochs (same IOD) beyond the clock rate of more than + 0.5 m,
    • +
  • the largest radial and along-/cross-track orbit corrections. Their size mainly reflects the quality of the + broadcast ephemerides; a value differing from that of other streams for the same satellite points to a + problem of the stream.
    • +
+

+ Example: +

+ 
+Stream SSRA00GMV0
+  Sys Type        Epochs  Interval nom/med/max [s]  Gaps  Out-of-order  Latency med/max [s]  Sats
+  G   ORBIT           47         1 /   5.0 /    5.0     0             0      11.0 /   12.0     32
+  ...
+  G ORBIT: declared update interval 1 s, actual 5.0 s
+  G corrections referring to an IOD of no received broadcast ephemeris: G10(94) G22(94) G29(94)
+  G code bias signals: 1C 1P 1W 2L 2P 2S 2W 5Q
+  G ionosphere-free combination B_IF of the reference signal biases: std. dev. 0.586 m, max |B_IF| 2.058 m (32 satellites)
+  G largest orbit corrections: radial 1.06 m (G11), along/cross 2.05 m (G11)
+
+

+ Errors in the encoding of the SSR epoch times are reported by the decoder itself in the BNC logfile (see section + 'Broadcast Corrections'). +

@@ -6173,4 +6259,22 @@ Default value for 'ANTEX file' is an empty option field, meaning that you do not want to correct observations for Antenna Phase Center offsets and variations. +

+

+ A satellite PRN is reassigned to new satellites over time, therefore an ANTEX file contains several entries per + PRN with their validity ('VALID FROM' / 'VALID UNTIL'). BNC uses the entry valid at the epoch processed, so that + the same ANTEX file can be used for current and for older data. At startup, BNC logs the ANTEX file name, the + number of receiver and satellite antenna entries and the latest satellite entry, e.g. +

+ 
+ANTEX file Input/igs20.atx: 515 receiver and 405 satellite antenna entries, latest satellite entry R26 valid from 2026-09-26
+
+

+ The date of the latest satellite entry identifies the version of the file. Use the current IGS ANTEX file and update + it promptly when new satellites are announced, ideally at the same time as the providers of the corrections, as + their orbits and clocks refer to the antenna offsets of their own ANTEX file. + If there is no satellite antenna entry valid at the epoch for a satellite, e.g. a new satellite in an outdated + ANTEX file, its observations are not corrected for the satellite antenna offset and the message + 'ANTEX: no satellite antenna entry valid at ... - ANTEX file outdated?' is written to the PPP logfile, at most once + per hour and satellite.

@@ -7916,4 +8020,10 @@ Hence, the ionosphere-free linear combination of code biases for the IGS reference signals is determined from the supplied code biases and subtracted from the clocks before combination. + This requires the code biases of both reference signals of a system. If an AC provides none or only one of them + for a satellite, its clock cannot be referred to the reference signals. It is still combined, but, as long as + other ACs provide referred clocks for this satellite, it is excluded from the clock datum like the clocks of an AC + with inconsistent biases (see below): its satellite offset absorbs the difference, and the combined clock is + defined by the referred clocks only. The message '... provides no code biases for the ... reference signal(s) + ...' naming the missing signal(s) is written to the logfile at most once per hour per AC and system. The combined satellite clocks are consistent to IGS clocks, which means ionosphere-free clocks based on the defined reference signals @@ -7931,7 +8041,9 @@

- In the combination (method 'Filter') such errors are absorbed by the satellite-specific clock offsets estimated - for each AC, which consequently follow B_IF of that AC from satellite to satellite. BNC uses this to check the - consistency, separately for each AC and system: + In the combination (method 'Filter') such errors show up in the satellite-specific clock offsets estimated for + each AC, which consequently follow B_IF of that AC from satellite to satellite. As the offsets of all ACs of a + satellite are constrained to sum up to zero, they absorb only part of the error: with N ACs, the offset of the + inconsistent AC takes up about (N-1)/N of it, while about 1/N goes into the combined clock. BNC uses the offsets + to check the consistency, separately for each AC and system:

    @@ -7952,12 +8064,37 @@ 
     bncComb: BKG E code biases (C1C/C5Q) seem inconsistent with its clocks: satellite offsets follow the bias
-combination B_IF (27 satellites, B_IF spread 0.084 m, slope 0.60, correlation 0.88)
+combination B_IF (27 satellites, B_IF spread 0.084 m, slope 0.60, correlation 0.88), AC excluded from the clock datum

    - The AC is still used in the combination, its offsets absorb most of the error. Nevertheless, the code biases - sent out by this AC should be corrected by its provider: either biases estimated together with the clocks - should be used, or the external biases have to be aligned to the clocks per satellite (b' = b - B_IF of the - reference signals, SSR sign convention). The check is not applied with the 'Single-Epoch' method. -

    + Such an AC is therefore excluded from the clock datum of the respective system: its satellite offsets are no + longer part of the zero-sum conditions (their own sum is constrained to zero instead), and the satellite offsets + of all ACs of this system are re-initialized. The combined clocks are then defined by the consistent ACs only, + while the offsets of the excluded AC take up its error completely (a regression slope of about 1 at the + following checks). The AC is still used in the combination: it contributes its epoch-wise clock variations and + is counted for the minimum of 2 ACs per satellite. A satellite observed by excluded ACs only is combined with + the zero-sum condition of all its ACs as before, and if no consistent AC provides corrections for a system, the + exclusion is not applied. The checks continue: as soon as a check finds no inconsistency any more (or B_IF no + longer varies noticeably between the satellites, e.g. after the provider has aligned its biases), the AC is + used for the clock datum again, which is reported in both logfiles. A smaller weight factor of the AC would not + help instead: the weights act on the epoch-wise clock variations, while the satellite-specific constant part is + fixed by the zero-sum conditions, independent of the weights. +

    +

    + Nevertheless, the code biases sent out by this AC should be corrected by its provider: either biases estimated + together with the clocks should be used, or the external biases have to be aligned to the clocks per satellite + (b' = b - B_IF of the reference signals, SSR sign convention). The check is not applied with the 'Single-Epoch' method. +

    +

    + Persistent outliers: + A clock correction whose residual exceeds 'Maximal Residuum' is rejected as outlier. If an AC's clock for a single + satellite differs persistently from those of the other ACs, its satellite offset cannot absorb the difference, since + the offsets of all ACs of a satellite sum up to zero, and the correction is rejected again in every epoch. This + protects the combined clock, but it is worth to be reported to the AC. Therefore, once per hour and system, BNC + reports all AC satellites rejected in at least half of their epochs of the last hour (minimum 10 epochs), in the + combination logfile and in the BNC logfile, e.g. +

    + 
    +bncComb: SHA G26 rejected as outlier in 99% of 720 epochs in the last hour (median residual 1.08 m)
+

    This convention allows the ionosphere-free linear combination of the two OSBs of the reference signals to be set to @@ -9267,4 +9404,22 @@ If you do not specify an ANTEX file, the SP3 file will contain orbit information which is referred to Antenna Phase Center (APC) instead of CoM. +

    +

    + A satellite PRN is reassigned to new satellites over time, therefore an ANTEX file contains several entries per + PRN with their validity ('VALID FROM' / 'VALID UNTIL'). BNC uses the entry valid at the epoch processed, so that + the same ANTEX file can be used for current and for older data. At startup, BNC logs the ANTEX file name, the + number of receiver and satellite antenna entries and the latest satellite entry, e.g. +

    + 
    +ANTEX file Input/igs20.atx: 515 receiver and 405 satellite antenna entries, latest satellite entry R26 valid from 2026-09-26
+
    +

    + The date of the latest satellite entry identifies the version of the file. Use the current IGS ANTEX file and update + it promptly when new satellites are announced, ideally at the same time as the providers of the corrections, as + their orbits and clocks refer to the antenna offsets of their own ANTEX file. + If there is no satellite antenna entry valid at the epoch for a satellite, its orbit cannot be referred to CoM; + the satellite is then not part of the combined product, and the message + 'bncComb: no satellite antenna entry valid at ... - ANTEX file outdated? Satellite not combined' is written to the + logfile, at most once per hour and satellite.

    Index: /trunk/BNC/src/bncmain.cpp =================================================================== --- /trunk/BNC/src/bncmain.cpp (revision 11065) +++ /trunk/BNC/src/bncmain.cpp (revision 11066) @@ -68,4 +68,5 @@ BNC_CORE->stopPPP(); BNC_CORE->stopCombination(); + BNC_CORE->stopSsrQc(); #ifndef WIN32 sleep(2); @@ -81,4 +82,5 @@ BNC_CORE->stopPPP(); BNC_CORE->stopCombination(); + BNC_CORE->stopSsrQc(); #ifndef WIN32 sleep(2); @@ -208,4 +210,6 @@ " corrIntr {File interval [character string: 1 min|2 min|5 min|10 min|15 min|30 min|1 hour|1 day]}\n" " corrPort {Output port [integer number]}\n" + " ssrQcFile {SSR QC logfile, full path [character string]}\n" + " ssrQcIntr {SSR QC report interval [character string: 5 min|15 min|30 min|1 hour|1 day]}\n" "\n" "Feed Engine Panel keys:\n" @@ -548,4 +552,5 @@ BNC_CORE->setPortCorr(settings.value("corrPort").toInt()); BNC_CORE->initCombination(); + BNC_CORE->initSsrQc(); BNC_CORE->connect(caster, SIGNAL(getThreadsFinished()), app->instance(), SLOT(quit())); @@ -592,4 +597,5 @@ BNC_CORE->stopPPP(); BNC_CORE->stopCombination(); + BNC_CORE->stopSsrQc(); #ifndef WIN32 sleep(2); Index: /trunk/BNC/src/bncsettings.cpp =================================================================== --- /trunk/BNC/src/bncsettings.cpp (revision 11065) +++ /trunk/BNC/src/bncsettings.cpp (revision 11066) @@ -138,4 +138,6 @@ setValue_p("corrIntr", "1 day"); setValue_p("corrPort", ""); + setValue_p("ssrQcFile", ""); + setValue_p("ssrQcIntr", "1 hour"); // Feed Engine setValue_p("outPort", ""); Index: /trunk/BNC/src/bncwindow.cpp =================================================================== --- /trunk/BNC/src/bncwindow.cpp (revision 11065) +++ /trunk/BNC/src/bncwindow.cpp (revision 11066) @@ -298,4 +298,17 @@ } _corrPortLineEdit = new QLineEdit(settings.value("corrPort").toString()); + _ssrQcFileLineEdit = new QLineEdit(settings.value("ssrQcFile").toString()); + _ssrQcIntrComboBox = new QComboBox(); + _ssrQcIntrComboBox->setEditable(false); + _ssrQcIntrComboBox->addItems(QString("5 min,15 min,30 min,1 hour,1 day").split(",")); + bi = _ssrQcIntrComboBox->findText(settings.value("ssrQcIntr").toString()); + if (bi != -1) { + _ssrQcIntrComboBox->setCurrentIndex(bi); + } + else { + _ssrQcIntrComboBox->setCurrentIndex(_ssrQcIntrComboBox->findText("1 hour")); + } + connect(_ssrQcFileLineEdit, SIGNAL(textChanged(const QString&)), + this, SLOT(slotBncTextChanged())); connect(_corrPathLineEdit, SIGNAL(textChanged(const QString&)), @@ -894,4 +907,5 @@ _corrIntrComboBox->setMaximumWidth(9 * ww); _corrPortLineEdit->setMaximumWidth(9 * ww); + _ssrQcIntrComboBox->setMaximumWidth(9 * ww); cLayout->addWidget(new QLabel("Saving Broadcast Ephemeris correction files and correction output through IP port.
    "), 0, 0, 1, 70); @@ -902,5 +916,9 @@ cLayout->addWidget(new QLabel("Port"), 3, 0); cLayout->addWidget(_corrPortLineEdit, 3, 1); - cLayout->addWidget(new QLabel(""), 4, 1); + cLayout->addWidget(new QLabel("QC Logfile"), 4, 0); + cLayout->addWidget(_ssrQcFileLineEdit, 4, 1, 1, 30); + cLayout->addWidget(new QLabel("QC Interval"), 5, 0); + cLayout->addWidget(_ssrQcIntrComboBox, 5, 1); + cLayout->addWidget(new QLabel(""), 6, 1); cLayout->setRowStretch(7, 999); cgroup->setLayout(cLayout); @@ -1570,4 +1588,6 @@ _corrPathLineEdit->setWhatsThis(tr("

    Specify a directory for saving Broadcast Ephemeris Correction files.

    If the specified directory does not exist, BNC will not create the files. [key: corrPath]

    ")); _corrIntrComboBox->setWhatsThis(tr("

    Select the length of Broadcast Ephemeris Correction files. [key: corrIntr]

    ")); + _ssrQcFileLineEdit->setWhatsThis(tr("

    Specify the full path to a logfile for the quality control of all decoded Broadcast Correction streams: epochs, update intervals, gaps, latency, completeness, IODs, code biases of the reference signals, clock jumps and orbit correction size.

    Default is an empty option field, meaning that no SSR QC is done. [key: ssrQcFile]

    ")); + _ssrQcIntrComboBox->setWhatsThis(tr("

    Select the interval of the SSR QC reports. [key: ssrQcIntr]

    ")); _corrPortLineEdit->setWhatsThis(tr("

    BNC can produce Broadcast Ephemeris Corrections on your local host through an IP port.

    Specify a port number here to activate this function. [key: corrPort]

    ")); @@ -1843,4 +1863,6 @@ delete _corrPathLineEdit; delete _corrIntrComboBox; + delete _ssrQcFileLineEdit; + delete _ssrQcIntrComboBox; delete _corrPortLineEdit; delete _outPortLineEdit; @@ -2369,4 +2391,6 @@ settings.setValue("corrPath", _corrPathLineEdit->text()); settings.setValue("corrIntr", _corrIntrComboBox->currentText()); + settings.setValue("ssrQcFile", _ssrQcFileLineEdit->text()); + settings.setValue("ssrQcIntr", _ssrQcIntrComboBox->currentText()); settings.setValue("corrPort", _corrPortLineEdit->text()); // Feed Engine @@ -2538,4 +2562,5 @@ BNC_CORE->setPortCorr(_corrPortLineEdit->text().toInt()); BNC_CORE->initCombination(); + BNC_CORE->initSsrQc(); connect(_caster, SIGNAL(getThreadsFinished()), this, SLOT(slotGetThreadsFinished())); @@ -2607,4 +2632,5 @@ BNC_CORE->stopPPP(); BNC_CORE->stopCombination(); + BNC_CORE->stopSsrQc(); delete _caster; _caster = 0; BNC_CORE->setCaster(0); delete _casterEph; _casterEph = 0; @@ -2900,4 +2926,7 @@ enable = !_corrPathLineEdit->text().isEmpty() || !_corrPortLineEdit->text().isEmpty(); enableWidget(enable, _corrIntrComboBox); + } + if (sender() == 0 || sender() == _ssrQcFileLineEdit) { + enableWidget(!_ssrQcFileLineEdit->text().isEmpty(), _ssrQcIntrComboBox); } Index: /trunk/BNC/src/bncwindow.h =================================================================== --- /trunk/BNC/src/bncwindow.h (revision 11065) +++ /trunk/BNC/src/bncwindow.h (revision 11066) @@ -151,4 +151,5 @@ QLineEdit* _ephPathLineEdit; QLineEdit* _corrPathLineEdit; + QLineEdit* _ssrQcFileLineEdit; QLineEdit* _miscMountLineEdit; QLineEdit* _miscPortLineEdit; @@ -182,4 +183,5 @@ QComboBox* _ephIntrComboBox; QComboBox* _corrIntrComboBox; + QComboBox* _ssrQcIntrComboBox; QComboBox* _rnxSamplComboBox; QComboBox* _rnxSkelExtComboBox;