/* Generates the PRN/epoch line and outputs it to strm
* @param strm RINEX Nav stream
*/
void Rinex3NavData::putPRNEpoch(Rinex3NavStream& strm) const
throw(StringException)
{
string line;
CivilTime civtime(time);
if(strm.header.version >= 3) { // version 3
line = sat.toString();
line += " ";
line += rightJustify(asString<short>(civtime.year), 4);
line += " ";
line += rightJustify(asString<short>(civtime.month), 2, '0');
line += " ";
line += rightJustify(asString<short>(civtime.day), 2, '0');
line += " ";
line += rightJustify(asString<short>(civtime.hour), 2, '0');
line += " ";
line += rightJustify(asString<short>(civtime.minute), 2, '0');
line += " ";
line += rightJustify(asString<short>(civtime.second), 2, '0');
}
else { // version 2
line = rightJustify(asString<short>(PRNID), 2);
line += " ";
line += rightJustify(asString<short>(civtime.year), 2, '0');
line += " ";
line += rightJustify(asString<short>(civtime.month), 2);
line += " ";
line += rightJustify(asString<short>(civtime.day), 2);
line += " ";
line += rightJustify(asString<short>(civtime.hour), 2);
line += " ";
line += rightJustify(asString<short>(civtime.minute), 2);
line += " ";
line += rightJustify(asString(civtime.second,1), 4);
}
if(satSys == "R" || satSys == "S") {
line += doubleToScientific(TauN,19,12,2);
line += doubleToScientific(GammaN,19,12,2);
line += doubleToScientific((double)MFtime,19,12,2);
}
else if(satSys == "G" || satSys == "E" || satSys == "J" || satSys == "C") {
line += doubleToScientific(af0,19,12,2);
line += doubleToScientific(af1,19,12,2);
line += doubleToScientific(af2,19,12,2);
}
strm << stripTrailing(line) << endl;
strm.lineNumber++;
} // End of 'Rinex3NavData::putPRNEpoch(Rinex3NavStream& strm)'
void RinexClockData::reallyPutRecord(FFStream& ffs) const
throw(exception, FFStreamError, StringException)
{
// cast the stream to be an RinexClockStream
RinexClockStream& strm = dynamic_cast<RinexClockStream&>(ffs);
string line;
line = datatype;
line += string(1,' ');
if(datatype == string("AR")) {
line += rightJustify(site,4);
}
else if(datatype == string("AS")) {
line += string(1,sat.systemChar());
line += rightJustify(asString(sat.id),2);
if(line[4] == ' ') line[4] = '0';
line += string(1,' ');
}
else {
FFStreamError e("Unknown data type: " + datatype);
GPSTK_THROW(e);
}
line += string(1,' ');
line += printTime(time,"%4Y %02m %02d %02H %02M %9.6f");
// must count the data to output
int n(2);
if(drift != 0.0) n=3;
if(sig_drift != 0.0) n=4;
if(accel != 0.0) n=5;
if(sig_accel != 0.0) n=6;
line += rightJustify(asString(n),3);
line += string(3,' ');
line += doubleToScientific(bias, 19, 12, 2);
line += string(1,' ');
line += doubleToScientific(sig_bias, 19, 12, 2);
strm << line << endl;
strm.lineNumber++;
// continuation line
if(n > 2) {
line = doubleToScientific(drift, 19, 12, 2);
line += string(1,' ');
if(n > 3) {
line += doubleToScientific(sig_drift, 19, 12, 2);
line += string(1,' ');
}
if(n > 4) {
line += doubleToScientific(accel, 19, 12, 2);
line += string(1,' ');
}
if(n > 5) {
line += doubleToScientific(sig_accel, 19, 12, 2);
line += string(1,' ');
}
strm << line << endl;
strm.lineNumber++;
}
} // end reallyPutRecord()
// Construct and write the nth record after the epoch record
// @param int n Record number (1-7), for nth record
// after the epoch line.
// @param Rinex3NavStream strm Stream to read from.
void Rinex3NavData::putRecord(const int& nline, Rinex3NavStream& strm) const
throw(StringException, FFStreamError)
{
if(nline < 1 || nline > 7) {
FFStreamError fse(string("Invalid line number ") + asString(nline));
GPSTK_THROW(fse);
}
try {
string line;
if(strm.header.version < 3) line += string(3, ' ');
else line += string(4, ' ');
if(nline == 1) {
if(satSys == "R" || satSys == "S") { // GLO and GEO
line += doubleToScientific(px,19,12,2);
line += doubleToScientific(vx,19,12,2);
line += doubleToScientific(ax,19,12,2);
line += doubleToScientific((double)health,19,12,2);
}
else if(satSys == "G" || satSys == "C" || satSys == "J") {// GPS,BDS,QZS
line += doubleToScientific(IODE,19,12,2);
line += doubleToScientific(Crs,19,12,2);
line += doubleToScientific(dn,19,12,2);
line += doubleToScientific(M0,19,12,2);
}
else if(satSys == "E") { // GAL
line += doubleToScientific(IODnav,19,12,2);
line += doubleToScientific(Crs,19,12,2);
line += doubleToScientific(dn,19,12,2);
line += doubleToScientific(M0,19,12,2);
}
}
else if(nline == 2) {
if(satSys == "R" || satSys == "S") { // GLO and GEO
line += doubleToScientific(py,19,12,2);
line += doubleToScientific(vy,19,12,2);
line += doubleToScientific(ay,19,12,2);
if(satSys == "R")
line += doubleToScientific((double)freqNum,19,12,2);
else
line += doubleToScientific(accCode,19,12,2);
}
else { // GPS,GAL,BDS,QZS
line += doubleToScientific(Cuc,19,12,2);
line += doubleToScientific(ecc,19,12,2);
line += doubleToScientific(Cus,19,12,2);
line += doubleToScientific(Ahalf,19,12,2);
}
}
else if(nline == 3) {
if(satSys == "R" || satSys == "S") { // GLO GEO
line += doubleToScientific(pz,19,12,2);
line += doubleToScientific(vz,19,12,2);
line += doubleToScientific(az,19,12,2);
if(satSys == "R")
line += doubleToScientific(ageOfInfo,19,12,2);
else // GEO
line += doubleToScientific(IODN,19,12,2);
}
else { // GPS,GAL,BDS,QZS
line += doubleToScientific(Toe,19,12,2);
line += doubleToScientific(Cic,19,12,2);
line += doubleToScientific(OMEGA0,19,12,2);
line += doubleToScientific(Cis,19,12,2);
}
}
// SBAS and GLO end here
else if(nline == 4) { // GPS,GAL,BDS,QZS
line += doubleToScientific(i0,19,12,2);
line += doubleToScientific(Crc,19,12,2);
line += doubleToScientific(w,19,12,2);
line += doubleToScientific(OMEGAdot,19,12,2);
}
else if(nline == 5) {
// Internally (Rinex3NavData), weeknum=week of HOW
// In RINEX 3 *files*, weeknum is the week of TOE.
double wk = double(weeknum);
if(HOWtime - Toe > HALFWEEK)
wk++;
else if(HOWtime - Toe < -(HALFWEEK))
wk--;
if(satSys == "G" || satSys == "J") { // GPS QZS
line += doubleToScientific(idot,19,12,2);
line += doubleToScientific((double)codeflgs,19,12,2);
line += doubleToScientific(wk,19,12,2);
line += doubleToScientific((double)L2Pdata,19,12,2);
}
else if(satSys == "E") { // GAL
line += doubleToScientific(idot,19,12,2);
line += doubleToScientific((double)datasources,19,12,2);
line += doubleToScientific(wk,19,12,2);
line += doubleToScientific((double) 0,19,12,2);
}
else if(satSys == "C") { // BDS
line += doubleToScientific(idot,19,12,2);
line += doubleToScientific((double) 0,19,12,2);
line += doubleToScientific(wk,19,12,2);
line += doubleToScientific((double) 0,19,12,2);
}
}
else if(nline == 6) {
line += doubleToScientific(accuracy,19,12,2);
line += doubleToScientific((double)health,19,12,2);
if(satSys == "G" || satSys == "J") { // GPS, QZS
line += doubleToScientific(Tgd,19,12,2);
line += doubleToScientific(IODC,19,12,2);
}
else if(satSys == "E" || satSys == "C") { // GAL, BDS
line += doubleToScientific(Tgd,19,12,2);
line += doubleToScientific(Tgd2,19,12,2);
}
}
else if(nline == 7) {
line += doubleToScientific(HOWtime,19,12,2);
if(satSys == "G" || satSys == "J") {
line += doubleToScientific(fitint,19,12,2);
}
else if(satSys == "E") {
;
}
else if(satSys == "C") {
line += doubleToScientific(IODC,19,12,2);
}
}
strm << stripTrailing(line) << endl;
strm.lineNumber++;
}
catch (std::exception &e) {
FFStreamError err("std::exception: " + string(e.what()));
GPSTK_THROW(err);
}
} // End of method 'Rinex3NavData::putRecord(const int& nline,...'