private static void ParseSingleFile()
{
var path = Path.Combine(@"f:\GIT\Geodesy\Rinex3Parser\TestFiles\", "cibg0880.16o");
var path2 = Path.Combine(Environment.CurrentDirectory, "rnxheader.txt");
sw1 = new StreamWriter("123.321");
var z = new Dictionary <SatelliteSystem, int[]>();
var vals = Enum.GetValues(typeof(BdsSatellite));
z.Add(SatelliteSystem.Bds, vals.Cast <int>().ToArray());
var filter = new NavigationFilter(new DateTime(2016, 04, 29, 08, 0, 0), new DateTime(2016, 04, 29, 9, 0, 0),
z);
//var rinexObsParser = new RinexObsParser(path, ParseType.StoreAndRaise);
var rinexObsParser = new RinexObsWithFilter(path, ParseType.StoreAndRaise,
new ObservationFilter(null, null,
SatelliteSystem.Qzss | SatelliteSystem.Glo | SatelliteSystem.Gps | SatelliteSystem.Bds |
SatelliteSystem.Sbas, null));
rinexObsParser.ObsDataEvents += ObsParserObsDataEvents;
rinexObsParser.HeaderInfoEvent += ObsParserHeaderInfoEvent;
rinexObsParser.Parse();
sw1.Flush();
sw1.Dispose();
}
public void Check_Glo_Excluded_On_Pure_Glo_File()
{
var obsFilter = new ObservationFilter(null, null, SatelliteSystem.Glo, null);
var parser = new RinexObsWithFilter("pure_glo.16o", ParseType.StoreData, obsFilter);
parser.Parse();
Assert.IsTrue(parser.RinexType == RinexType.Obs);
Assert.IsTrue(parser.ObsHeader.ObsHeaderData.SatelliteSystem == SatelliteSystem.Glo);
Assert.IsTrue(parser.ObsHeader.ObsHeaderData.GnssTimeSystem == GnssTimeSystem.Glo);
var headerMetadata = parser.ObsHeader.ObsHeaderData;
Assert.IsTrue(headerMetadata.ObsMetaData.ContainsKey(SatelliteSystem.Glo));
var observedGpsSatellites = parser.GetObservedSatellites();
Assert.IsTrue(observedGpsSatellites.ContainsKey(SatelliteSystem.Glo),
"!observedGpsSatellites.ContainsKey(SatelliteSystem.Glo)");
Assert.IsTrue(!observedGpsSatellites[SatelliteSystem.Glo].Any(),
"!observedGpsSatellites[SatelliteSystem.Glo].Any()");
var observedGpsSatellites2 = parser.GetSatellitesObservations <GloSatellite>();
Assert.IsTrue(observedGpsSatellites2.Count == 0, "observedGpsSatellites2.Count == 0");
}
public void Check_Invalid_Filter_No_Exception()
{
var start = new DateTime(2016, 3, 28, 0, 32, 0);
var end = new DateTime(2016, 3, 28, 0, 35, 30);
var obsFilter = new ObservationFilter(start, end, SatelliteSystem.Qzss | SatelliteSystem.Sbas,
new Dictionary <SatelliteSystem, int[]>
{
{ SatelliteSystem.Gal, new[] { (int)GpsSatellite.G05, (int)GpsSatellite.G15 } },
});
var parser = new RinexObsWithFilter("valid_mixed.16o", ParseType.StoreData, obsFilter);
parser.Parse();
Assert.IsTrue(parser.RinexType == RinexType.Obs);
Assert.IsTrue(parser.ObsHeader.ObsHeaderData.SatelliteSystem == SatelliteSystem.Mixed);
Assert.IsTrue(parser.ObsHeader.ObsHeaderData.GnssTimeSystem == GnssTimeSystem.Gps);
Assert.IsTrue(parser.ObservationRecords.Count == 8, "Temporal test");
var observedGpsSatellites = parser.GetObservedSatellites();
Assert.IsTrue(
!observedGpsSatellites[SatelliteSystem.Sbas].Any() && !observedGpsSatellites[SatelliteSystem.Qzss].Any(),
"!observedGpsSatellites[SatelliteSystem.Sbas].Any() && !observedGpsSatellites[SatelliteSystem.Qzss].Any()");
Assert.IsTrue(observedGpsSatellites.ContainsKey(SatelliteSystem.Gal),
"!observedGpsSatellites.ContainsKey(SatelliteSystem.Glo)");
CollectionAssert.IsSubsetOf(new[] { (int)GalSatellite.E12 },
observedGpsSatellites[SatelliteSystem.Gal].ToArray(), "gal IsNotSubsetOf");
}
public void Check_Temporal_Filter()
{
var start = new DateTime(2016, 3, 28, 0, 32, 0);
var end = new DateTime(2016, 3, 28, 0, 35, 30);
var obsFilter = new ObservationFilter(start, end, null, null);
var parser = new RinexObsWithFilter("valid_mixed.16o", ParseType.StoreData, obsFilter);
parser.Parse();
Assert.IsTrue(parser.RinexType == RinexType.Obs);
Assert.IsTrue(parser.ObsHeader.ObsHeaderData.SatelliteSystem == SatelliteSystem.Mixed);
Assert.IsTrue(parser.ObsHeader.ObsHeaderData.GnssTimeSystem == GnssTimeSystem.Gps);
Assert.IsTrue(parser.ObservationRecords.Count == 8);
var firstObs = parser.ObservationRecords.First();
var appxStart = firstObs.Key.ApproximateDateTime;
Assert.AreEqual(start, appxStart);
var lastObs = parser.ObservationRecords.Last();
var appxEnd = lastObs.Key.ApproximateDateTime;
Assert.AreEqual(end, appxEnd);
}
public void Check_Excluded_Glo_R01_R11_On_Pure_Glo_File()
{
var obsFilter = new ObservationFilter(null, null, null, new Dictionary <SatelliteSystem, int[]>
{
{ SatelliteSystem.Glo, new[] { (int)GloSatellite.R01, (int)GloSatellite.R11 } }
});
var parser = new RinexObsWithFilter("pure_glo.16o", ParseType.StoreData, obsFilter);
parser.Parse();
Assert.IsTrue(parser.RinexType == RinexType.Obs);
Assert.IsTrue(parser.ObsHeader.ObsHeaderData.SatelliteSystem == SatelliteSystem.Glo);
Assert.IsTrue(parser.ObsHeader.ObsHeaderData.GnssTimeSystem == GnssTimeSystem.Glo);
Assert.IsTrue(parser.ObservationRecords.Count == 19, "parser.ObservationRecords.Count == 19");
var headerMetadata = parser.ObsHeader.ObsHeaderData;
Assert.IsTrue(headerMetadata.ObsMetaData.ContainsKey(SatelliteSystem.Glo));
var observedGpsSatellites = parser.GetObservedSatellites();
Assert.IsTrue(observedGpsSatellites.ContainsKey(SatelliteSystem.Glo),
"!observedGpsSatellites.ContainsKey(SatelliteSystem.Glo)");
CollectionAssert.IsNotSubsetOf(new[] { (int)GloSatellite.R01, (int)GloSatellite.R11 },
observedGpsSatellites[SatelliteSystem.Glo].ToArray(), "glo IsNotSubsetOf");
}
