/// <summary>
/// 探测
/// </summary>
/// <returns></returns>
protected override bool Detect()
{
bool isBaseCS = base.Detect();
double lam = 0.01;
double lambda1 = EpochSat.FrequenceA.Frequence.WaveLength;
double lambda2 = EpochSat.FrequenceB.Frequence.WaveLength;
double lambdaLimit = Math.Sqrt(2 * (lambda1 * lambda1 + lambda2 * lambda2)) * lam;
//if (epochSat.Prn.PRN == 29)
//{ int ee = 0; }
bool isCS = GetDetection(EpochSat.RecevingTime, EpochSat.Prn,
EpochSat.Combinations.TriFreqBasedOnGF2Combination, lambdaLimit);
if (IsSaveResultToTable && isCS)
{
var table = GetOutTable();
if (!isBaseCS)
{
table.NewRow(); table.AddItem("Epoch", EpochSat.ReceiverTime);
}
table.AddItem(DetectorType, true);
}
if (!isBaseCS && isCS)
{
CycleSlipStorage.Regist(EpochSat.Prn.ToString(), EpochSat.Time.Value);
}
return(isCS);
}
/// <summary>
/// 探测
/// </summary>
/// <param name="epochSat"></param>
/// <returns></returns>
public bool Detect(EpochSatellite epochSat)
{
bool isRecordedCycleSlipe = epochSat.EpochInfo.EpochState == EpochState.CycleSlip || epochSat.FrequenceA.IsPhaseLossedLock || epochSat.FrequenceB.IsPhaseLossedLock;
var alreadyHasSlip = IsUsingRecordedCsInfo && isRecordedCycleSlipe;
//double f1 = epochSat.FrequenceA.Frequence.Value * 1E6;
//double f2 = epochSat.FrequenceB.Frequence.Value * 1E6;
//double lam2 = GnssConst.LIGHT_SPEED / (f1 - f2);
double lam = epochSat.Combinations.MwRangeCombination.Frequence.WaveLength;
MaxNumLambdas = 1; //去掉之，会造成误探
lambdaLimit = MaxNumLambdas * lam;
bool isCS = GetDetection(epochSat.RecevingTime, epochSat.Prn,
epochSat.Combinations.MwRangeCombination.Value, alreadyHasSlip);
if (isCS)
{
CycleSlipStorage.Regist(epochSat.Prn.ToString(), epochSat.Time.Value);
}
if (epochSat.Time.Value.Hour == 2 && epochSat.Time.Value.Minute == 27)
{
int a = 0;
}
return(isCS);
}
/// <summary>
/// 探测
/// </summary>
/// <returns></returns>
protected override bool Detect()
{
bool isBaseCS = base.Detect();
bool isCS = Detect(EpochSat.Prn, EpochSat[SatObsDataType].Value);
if (IsSaveResultToTable && isCS)
{
var table = GetOutTable();
if (!isBaseCS)
{
table.NewRow(); table.AddItem("Epoch", EpochSat.ReceiverTime);
}
table.AddItem(DetectorType, true);
}
if (!isBaseCS && isCS)
{
CycleSlipStorage.Regist(EpochSat.Prn.ToString(), EpochSat.Time.Value);
}
return(isCS);
}
/// <summary>
/// 是否具有周跳。
/// </summary>
/// <param name="epochSat">被检核者</param>
public bool Detect(EpochSatellite epochSat)
{
bool result = false;
foreach (var item in CycleSlipDetectors)
{
if (item.Detect(epochSat))//即使已经得出结果了，也要让所有的周跳探测器都走一遍，才可以起到探测的作用。
{
result = true;
}
else
{
int a = 0;
}
}
if (result)
{
CycleSlipStorage.Regist(epochSat.Prn.ToString(), epochSat.Time.Value);
}
this.CurrentResult = result;
return(result);
}
public bool Detect(EpochSatellite epochSat)
{
bool isRecordedCycleSlipe = epochSat.EpochInfo.EpochState == EpochState.CycleSlip || epochSat.FrequenceA.IsPhaseLossedLock || epochSat.FrequenceB.IsPhaseLossedLock;
var alreadyHasSlip = UseRecordedSlipInfo && isRecordedCycleSlipe;
double lam = epochSat.Combinations.MwRangeCombination.Frequence.WaveLength;
lambdaLimit = MaxNumLambdas * lam;
if (epochSat.Prn.PRN == 29)
{
int ee = 0;
}
bool isCS = GetDetection(epochSat.RecevingTime, epochSat.Prn,
epochSat.Combinations.MwPhaseCombinationValue, alreadyHasSlip);
if (isCS)
{
CycleSlipStorage.Regist(epochSat.Prn.ToString(), epochSat.Time.Value);
}
return(isCS);
}
/// <summary>
/// 探测
/// </summary>
/// <returns></returns>
protected override bool Detect()
{
bool isBaseCS = base.Detect();
this.SetParam(EpochSat.EpochInfo.ObsInfo.Interval);
bool isCS = GetDetection(EpochSat.RecevingTime, EpochSat.Prn, EpochSat[SatObsDataType].Value, isBaseCS);
if (IsSaveResultToTable && isCS)
{
var table = GetOutTable();
if (!isBaseCS)
{
table.NewRow(); table.AddItem("Epoch", EpochSat.ReceiverTime);
}
table.AddItem(this.DetectorType, true);
}
if (!isBaseCS && isCS)
{
CycleSlipStorage.Regist(EpochSat.Prn.ToString(), EpochSat.Time.Value);
}
return(isCS);
}
