public override void Init()
{
this.DataSource = new RinexFileObsDataSource(FilePath);
this.Result = new ObjectTableStorage(); //最后结果
this.Result.Name = DataSource.SiteInfo.SiteName + namePostfix; //
if (String.IsNullOrWhiteSpace(Result.Name))
{
Result.Name = Path.GetFileNameWithoutExtension(FilePath);
}
this.BuffferStream = new BufferedStreamService <EpochInformation>(DataSource);
//如果平滑伪距，则需要周跳探测
Revisers = new EpochInfoReviseManager();
if (IsSmoothRange)
{
var interval = DataSource.ObsInfo.Interval;
int smoothEpochCount = (int)(600 / interval);//10 min windowData.MaxKeyGap = source.ObsInfo.Interval * 5;//已经包含着周跳探测中了
var CycleSlipDetector = CycleSlipDetectReviser.DefaultDoubleFrequencyDetector();
var rangeReviser = new PhaseSmoothRangeReviser(true, false, smoothEpochCount, true, IonoDifferCorrectionType.DualFreqCarrier);
Revisers.AddProcessor(CycleSlipDetector);
Revisers.AddProcessor(rangeReviser);
}
}
public CycleSlipDetectReviser CreateCsReviser()
{
var obsType = enumRadioControl1.GetCurrent <SatObsDataType>();
var types = enumCheckBoxControl1.GetSelected <CycleSlipDetectorType>();
return(CycleSlipDetectReviser.CreateCycleSlipReviser(obsType, types, Option));
}
public override void Init()
{
this.DataSource = new RinexFileObsDataSource(FilePath);
var interval = DataSource.ObsInfo.Interval == 0? 30: DataSource.ObsInfo.Interval;
this.WindowDataManager = new WindowDataManager <SatelliteNumber, Time, WeightedNumeral>(int.MaxValue / 2, interval * 3); //过程计算工具
this.BuffferStream = new BufferedStreamService <EpochInformation>(DataSource);
//如果平滑伪距，则需要周跳探测
Revisers = new EpochInfoReviseManager();
if (IsSmoothRange)
{
int smoothEpochCount = (int)(600 / interval);//10 min windowData.MaxKeyGap = source.ObsInfo.Interval * 5;//已经包含着周跳探测中了
var CycleSlipDetector = CycleSlipDetectReviser.DefaultDoubleFrequencyDetector();
var rangeReviser = new PhaseSmoothRangeReviser(true, false, smoothEpochCount, true, IonoDifferCorrectionType.DualFreqCarrier);
Revisers.AddProcessor(CycleSlipDetector);
Revisers.AddProcessor(rangeReviser);
}
this.Result = new MultiSatPeriodRmsNumeralStorage(Path.GetFileName(FilePath) + "_MW最后结果"); //最后结果
this.Result.Name = DataSource.SiteInfo.SiteName; //
if (String.IsNullOrWhiteSpace(Result.Name))
{
Result.Name = Path.GetFileNameWithoutExtension(FilePath);
}
}
/// <summary>
/// 单频平滑伪距
/// </summary>
/// <param name="prn"></param>
/// <param name="PhaseSmoothRangeBulider"></param>
/// <param name="records"></param>
private void DualFreqPhaseSmoothRange(SatelliteNumber prn, NamedCarrierSmoothedRangeBuilderManager PhaseSmoothRangeBulider)
{
ObjectTableStorage table = new ObjectTableStorage();
MemoRinexFileObsDataSource observations = new MemoRinexFileObsDataSource(this.ObsFile);
CycleSlipDetectReviser cycleSlipDetectReviser = new CycleSlipDetectReviser();
while (observations.MoveNext())
{
var current = observations.Current;
cycleSlipDetectReviser.Revise(ref current);
if (current.Contains(prn))
{
table.NewRow();
table.AddItem("Epoch", current.ReceiverTime);
var epochSat = current[prn];
var smootherP1 = PhaseSmoothRangeBulider.GetOrCreate("P");
var PS = smootherP1
.SetReset(epochSat.IsUnstable)
.SetRawValue(current.ReceiverTime,
epochSat.Combinations.IonoFreeRange.Value,
epochSat.Combinations.IonoFreePhaseRange.Value,
0
)
.Build().Value;
table.AddItem("P1", epochSat.FrequenceA.PseudoRange.Value);
table.AddItem("P2", epochSat.FrequenceB.PseudoRange.Value);
table.AddItem("PS", PS);
}
}
BindDataSource(table);
}
