bool MinSfTest::initialize(int argc, char *argv[])
throw()
{
if (!BasicFramework::initialize(argc, argv)) return false;
if (debugLevel)
{
cout << "Input File: " << inputOption.getValue().front() << endl;
cout << "Output File: " << outputOption.getValue().front() << endl;
}
return true;
}
void compSatVis::generateHeader( gpstk::CommonTime currT )
{
CommonTime sysTime = SystemTime();
string tform = "%02m/%02d/%02y DOY %03j, GPS Week %F, DOW %w";
fprintf(logfp,"compSatVis output file. Generated at %s\n",
printTime(sysTime,"%02H:%02M on %02m/%02d/%02y").c_str() );
fprintf(logfp,"Program arguments:\n");
fprintf(logfp," Navigation file : ");
vector<std::string> values = nFileNameOpt.getValue();
for (size_t i=0; i<nFileNameOpt.getCount(); ++i)
fprintf(logfp,"%s ",values[i].c_str());
fprintf(logfp,"\n");
fprintf(logfp," Day of interest : %s\n",printTime(currT,tform).c_str());
fprintf(logfp," Minimum elv ang : %5.0f degrees\n",minimumElevationAngle);
fprintf(logfp," Evaluation interval : %5.0f sec\n",intervalInSeconds);
fprintf(logfp," Station coordinates file: %s\n",mscFileName.getValue().front().c_str());
printNavFileReferenceTime(logfp);
fprintf(logfp," Start time of evaluation: %s\n",printTime(startT,tform+", %02H:%02M:%02S").c_str());
fprintf(logfp," End time of evaluation : %s\n",printTime(endT,tform+", %02H:%02M:%02S").c_str());
if (siderealDay)
fprintf(logfp," Evaluation covers one sidereal day.\n");
// Print list of stations
if (includeStation.getCount() || excludeStation.getCount() )
{
fprintf(logfp,"\n Stations included in the analysis\n");
fprintf(logfp," Abbr XYZ(km)\n");
StaPosList::const_iterator si;
for (si=stationPositions.begin();si!=stationPositions.end();++si)
{
string mnemonic = (string) si->first;
Position coordinates(si->second);
fprintf(logfp," %4s %10.3lf %10.3lf %10.3lf\n",
mnemonic.c_str(),
coordinates[0]/1000.0,
coordinates[1]/1000.0,
coordinates[2]/1000.0 );
}
int nSta = stationPositions.size();
fprintf(logfp,"Number of Stations: %d\n\n", nSta);
}
else fprintf(logfp," All stations in coordinates file were included in the analysis.");
}
void RinexHeaderDiff::
process()
{
FileType ft1, ft2;
FFData *header1, *header2;
string fn1(inputFileOption.getValue()[0]),
fn2(inputFileOption.getValue()[1]);
bool giveUp = false, including = false;
std::vector<std::string> diffs, inclExclList;
// Assume the headers are different until proved otherwise.
exitCode = 1;
if (inclOption.getCount())
{
inclExclList = inclOption.getValue();
including = true;
}
else
{
// Make exclusion the default because if nothing is
// specified, we'll be excluding nothing.
inclExclList = exclOption.getValue();
}
// First test for readability. Use fopen because perror.
FILE *accTest;
if ((accTest = fopen(fn1.c_str(), "r")) == NULL)
{
string errmsg = argv0 + ": " + fn1;
std::perror(errmsg.c_str());
giveUp = true;
}
else
{
fclose(accTest);
}
if ((accTest = fopen(fn2.c_str(), "r")) == NULL)
{
string errmsg = argv0 + ": " + fn2;
std::perror(errmsg.c_str());
giveUp = true;
}
else
{
fclose(accTest);
}
// don't bother further processing if we can't open the files
if (giveUp)
return;
// get the headers and file types
ft1 = identFile(fn1, header1);
ft2 = identFile(fn2, header2);
if (ft1 == Unknown)
{
cerr << argv0 << ": " << fn1 << ": Unknown file format" << endl;
giveUp = true;
}
if (ft2 == Unknown)
{
giveUp = true;
cerr << argv0 << ": " << fn2 << ": Unknown file format" << endl;
}
// don't bother further processing if files are of an unknown format
if (giveUp)
return;
if (ft1 == ft2)
{
// compare headers
switch (ft1)
{
case RinexMet:
if (dynamic_cast<RinexMetHeader*>(header1)->compare(
*(dynamic_cast<RinexMetHeader*>(header2)),
diffs, inclExclList, including))
{
// compare success
exitCode = 0;
}
break;
case RinexNav:
if (dynamic_cast<Rinex3NavHeader*>(header1)->compare(
*(dynamic_cast<Rinex3NavHeader*>(header2)),
diffs, inclExclList, including))
{
// compare success
exitCode = 0;
}
break;
case RinexObs:
if (dynamic_cast<Rinex3ObsHeader*>(header1)->compare(
*(dynamic_cast<Rinex3ObsHeader*>(header2)),
diffs, inclExclList, including))
{
// compare success
exitCode = 0;
}
break;
default:
cerr << "File format currently not supported" << endl;
return;
}
}
else
{
cerr << argv0 << ": Can't compare files of different formats" << endl;
giveUp = true;
}
if (giveUp)
return;
if (exitCode)
{
// found some differences
cout << "Headers are different:" << endl;
for (unsigned i = 0; i < diffs.size(); i++)
cout << diffs[i] << endl;
}
}
void compSatVis::process()
{
// Read navigation file input
if (verboseOption)
{
cout << "Loading navigation message data from ";
int nfiles = nFileNameOpt.getCount();
vector<std::string> names = nFileNameOpt.getValue();
for (int i1=0;i1<nfiles;++i1)
{
if (i1>0) cout << ", ";
cout << names[i1];
}
cout << "." << endl;
}
switch(navFileType)
{
case FIC_EPH: VisSupport::readFICNavData(nFileNameOpt,BCAlmList,BCEphList); break;
case FIC_ALM: VisSupport::readFICNavData(nFileNameOpt,BCAlmList,BCEphList); break;
case RINEX_NAV: VisSupport::readRINEXNavData(nFileNameOpt,BCEphList); break;
case Yuma_ALM: VisSupport::readYumaData(nFileNameOpt,YumaAlmStore); break;
case SEM_ALM: VisSupport::readSEMData(nFileNameOpt,SEMAlmStore); break;
case SP3: VisSupport::readPEData(nFileNameOpt,SP3EphList); break;
default:
cerr << "Unknown navigation file type in process()." << endl;
cerr << "Fatal error. compSatVis will halt." << endl; exit(1);
}
// Determine day of interest
if (debugLevel) cout << "Setting evaluation start time: ";
startT = evalStartTime;
if (!evalStartTimeSet) startT = setStartTime();
if (debugLevel) cout << printTime(startT, "%02m/%02d/%02y DOY %03j, GPS Week %F, DOW %w, %02H:%02M.") << endl;
// If no end time commanded, compute for 23h 56m (GPS ground track repeat)
if (debugLevel) cout << "Setting evaluation end time: ";
siderealDay = true;
endT = startT + ( (double) SEC_PER_DAY - 240.0);
if (evalEndTimeSet) endT = evalEndTime;
if ((int)(endT-startT)!=(int)(SEC_PER_DAY-240)) siderealDay = false;
if (debugLevel)
{
cout << printTime(endT,"%02m/%02d/%02y DOY %03j, GPS Week %F, DOW %w, %02H:%02M.") << endl;
cout << "Sidereal Day flag : " << siderealDay << endl;
}
CommonTime currT = startT;
// Get coordinates for the stations
stationPositions = VisSupport::getStationCoordinates( mscFileName,
startT,
includeStation,
excludeStation );
// Generate the header
generateHeader( startT );
// For each interval, calculate SV-station visibility
if (debugLevel) cout << "Entering calculation loop." << endl;
long lastValue = -1;
while (currT <= endT)
{
if (debugLevel)
{
long sec = (long) static_cast<GPSWeekSecond>(currT).sow;
long newValue = sec / 3600;
if (newValue!=lastValue)
{
if (static_cast<CivilTime>(currT).hour==0) cout << printTime(currT,"%02m/%02d/%04Y ");
cout << printTime(currT,"%02H:, ");
lastValue = newValue;
}
}
computeVisibility( currT );
currT += intervalInSeconds;
epochCount++;
}
if (debugLevel) cout << endl << "Generating trailer." << endl;
generateTrailer( );
fclose(logfp);
}
bool compSatVis::initialize(int argc, char *argv[])
throw()
{
if (!BasicFramework::initialize(argc, argv)) return false;
// Open the output file
logfp = fopen( outputOpt.getValue().front().c_str(),"wt");
if (logfp==0)
{
cout << "Failed to open output file. Exiting." << endl;
return false;
}
// Set up starting CommonTime, ending CommonTime, number and size of intervals
vector<string> values;
intervalInSeconds = 60.0; // default
if (intervalOpt.getCount()>0)
{
values = intervalOpt.getValue();
intervalInSeconds = StringUtils::asInt( values[0] );
}
navFileType = FIC_ALM; // default case
if (typeOpt.getCount()!=0)
{
values = typeOpt.getValue();
if (values[0].compare("FEPH")==0) navFileType = FIC_EPH;
else if (values[0].compare("RNAV")==0) navFileType = RINEX_NAV;
else if (values[0].compare("SP3")==0) navFileType = SP3;
else if (values[0].compare("FALM")==0) navFileType = FIC_ALM;
else if (values[0].compare("YUMA")==0) navFileType = Yuma_ALM;
else if (values[0].compare("SEM")==0) navFileType = SEM_ALM;
else
{
cerr << "Invalid value for nav file type. Must be one of " << endl;
cerr << " 'FALM', 'FEPH', 'RNAV', or 'SP3'. " << endl;
cerr << "Fatal error. compSatVis will terminate." << endl;
return false;
}
}
minimumElevationAngle = 10.0;
if (minElvOpt.getCount()!=0)
{
values = minElvOpt.getValue();
minimumElevationAngle = StringUtils::asDouble( values[0] );
}
detailPrint = false;
if (detailPrintOpt.getCount()!=0) detailPrint = true;
minStationCount = 2;
if (minStaOpt.getCount()!=0)
{
values = minStaOpt.getValue();
minStationCount = StringUtils::asInt( values[0] );
}
// Initialize the statistics objects
for (int PRNID=1;PRNID<=gpstk::MAX_PRN;++PRNID)
{
StaStats temp = StaStats( StringUtils::asString(PRNID), 0, minStationCount );
pair<int,StaStats> node( PRNID, temp );
staStatsList.insert( node );
DiscreteVisibleCounts dvcTemp = DiscreteVisibleCounts();
pair<int,DiscreteVisibleCounts> dvcNode(PRNID, dvcTemp);
dvcList.insert(dvcNode);
}
statsOverAllPRNs.updateMinStations( minStationCount );
DiscreteVisibleCounts dvcTemp = DiscreteVisibleCounts();
pair<int,DiscreteVisibleCounts> dvcNode(0, dvcTemp);
dvcList.insert(dvcNode);
// If the user SPECIFIED a start time for the evaluation, store that
// time and set the flag.
evalStartTimeSet = false;
evalStartTime=CommonTime::BEGINNING_OF_TIME;
if (evalStartTimeOpt.getCount()!=0)
{
if (debugLevel) cout << "Reading start time from command line." << endl;
std::vector<CommonTime> tvalues = evalStartTimeOpt.getTime();
evalStartTime = tvalues[0];
evalStartTimeSet = true;
// Reinit YumaAlmStore to know the time of interest..
if (navFileType==Yuma_ALM) YumaAlmStore = YumaAlmanacStore( evalStartTime );
if (navFileType==SEM_ALM) SEMAlmStore = SEMAlmanacStore( evalStartTime );
}
// If the user SPECIFIED an end time for the evaluation, store that
// time and set the flag.
evalEndTimeSet = false;
evalEndTime=CommonTime::END_OF_TIME;
if (evalEndTimeOpt.getCount()!=0)
{
if (debugLevel) cout << "Reading end time from command line." << endl;
std::vector<CommonTime> tvalues = evalEndTimeOpt.getTime();
evalEndTime = tvalues[0];
evalEndTimeSet = true;
}
return true;
}
void MinSfTest::process()
{
if (debugLevel)
cout << "Setting up input file: "
<< inputOption.getValue().front() << endl;
FileFilterFrame<FICStream, FICData>
input(inputOption.getValue().front());
printf(" input.getDataCount() after init: %d\n", input.getDataCount());
if(debugLevel)
cout << "Setting up output file: "
<< outputOption.getValue().front() << endl;
fp.open( outputOption.getValue().front().c_str() );
if ( !fp.is_open() )
{
printf(" Failed to open output file.\n");
exit(1);
}
// filter the FIC data for the requested vlock(s)
std::list<long> blockList;
blockList.push_back(109);
input.filter(FICDataFilterBlock(blockList));
input.sort(FICDataOperatorLessThanBlock109());
input.unique(FICDataUniqueBlock109());
//some hand waving for the data conversion
if(debugLevel)
cout << "Reading the input data." << endl;
list<FICData>& ficList = input.getData();
list<FICData>::iterator itr = ficList.begin();
DayTime earliest( DayTime::END_OF_TIME );
DayTime latest( DayTime::BEGINNING_OF_TIME );
int count = 0;
int numMismatches = 0;
int numMismatchEph = 0;
while (itr != ficList.end())
{
EngEphemeris ee(*itr);
bc109.addEphemeris( ee );
DayTime ct = ee.getEpochTime();
if (ct>latest) latest = ct;
if (ct<earliest) earliest = ct;
// Following code simulates a situation where only words 3-10
// and the estimated time of receipt are available.
DayTime timeOfReceipt = ee.getTransmitTime();
FICData& fic = *itr;
long sf1min[8];
long sf2min[8];
long sf3min[8];
int wrdCnt = 8;
int i;
for (i=0; i<wrdCnt; ++i) sf1min[i] = fic.i[4+i];
for (i=0; i<wrdCnt; ++i) sf2min[i] = fic.i[14+i];
for (i=0; i<wrdCnt; ++i) sf3min[i] = fic.i[24+i];
EngEphemeris eeMin;
short PRNID = (short) fic.i[1];
eeMin.addIncompleteSF1Thru3( sf1min, sf2min, sf3min,
(long) timeOfReceipt.GPSsecond(), timeOfReceipt.GPSfullweek(),
PRNID, 0 );
minRaw.addEphemeris( eeMin );
// Compare non-orbit portions of the two objects
bool mismatch = false;
for (int i=1; i<=3; ++i)
{
if (!ee.isData(i) || !eeMin.isData(i))
{
mismatch = true;
fp << "ERROR: not all subframes are claimed available.";
}
}
if (ee.getIODC()!=eeMin.getIODC())
{
mismatch = true;
fp << "ERROR: IODCs do not match.";
}
if (ee.getIODE()!=eeMin.getIODE())
{
mismatch = true;
fp << "ERROR: IODCs do not match.";
}
if (ee.getFitInterval() != eeMin.getFitInterval() )
{
mismatch = true;
fp << "ERROR: fit intervals do not match.";
}
if (ee.getCodeFlags()!=eeMin.getCodeFlags() )
{
mismatch = true;
fp << "ERROR: code flags do not match.";
}
if (ee.getL2Pdata()!=eeMin.getL2Pdata() )
{
mismatch = true;
fp << "ERROR: L2P data flags do not match.";
}
if (ee.getAccuracy()!=eeMin.getAccuracy() )
{
mismatch = true;
fp << "ERROR: accuracy values do not match.";
}
if (ee.getAccFlag()!=eeMin.getAccFlag() )
{
mismatch = true;
fp << "ERROR: accuracy flags do not match.";
}
if (ee.getHealth()!=eeMin.getHealth() )
{
mismatch = true;
fp << "ERROR: health values do not match.";
}
if (ee.getFitInt()!=eeMin.getFitInt() )
{
mismatch = true;
fp << "ERROR: Fit interval values do not match.";
}
if (mismatch)
{
fp << " PRNID: " << PRNID << ", IODC: 0x " << hex << ee.getIODC() << dec << endl;
numMismatches++;
}
itr++;
count++;
}
cout << "Number of Block 109 records read: " << count << endl;
if (numMismatches!=0)
{
printf("Errors detected. Some ephemerides did not match in both forms.\n");
printf("Number of mismatches: %d\n",numMismatches);
}
fp << "Number of mismatches detected: " << numMismatches << endl;
if (debugLevel) cout << "done." << endl;
// Generate test positions for PRN 1 and PRN 31 at
// earliest epoch, latest epoch, and middle of the time span.
try
{
double timeDuration = latest - earliest;
DayTime middle( earliest );
middle += (timeDuration/2);
short IODC109 = -1;
short IODCMin = -1;
short PRNID = 1;
printf("--- PRN 1 Examples ---\n");
printf("\nEarliest time\n");
fp << "--- PRN 1 Examples ---" << endl;
fp << endl << "Earliest time" << endl;
testXvt( PRNID, earliest );
printf("\nMiddle time\n");
fp << endl << "Middle time" << endl;
testXvt( PRNID, middle );
printf("\nLatest time\n");
fp << endl << "Latest time" << endl;
testXvt( PRNID, latest );
PRNID = 31;
printf("\n--- PRN 31 Examples ---\n");
printf("\nEarliest time\n");
fp << endl << "--- PRN 31 Examples ---" << endl;
fp << endl << "Earliest time" << endl;
testXvt( PRNID, earliest );
printf("\nMiddle time\n");
fp << endl << "Middle time" << endl;
testXvt( PRNID, middle );
printf("\nLatest time\n");
fp << endl << "Latest time" << endl;
testXvt( PRNID, latest );
}
catch (gpstk::Exception& e)
{
cout << e << endl;
}
printf("\nBCEphemerisStore directly from existing FIC handlers.\n");
fp << endl << "BCEphemerisStore directly from existing FIC handlers." << endl;
bc109.dump(1, fp);
printf("BCEphemerisStore from new method.\n");
fp << endl << "BCEphemerisStore from new method." << endl;
minRaw.dump(1, fp);
// write the file data
if (debugLevel) cout << "Conversion complete." << endl;
}
