public override void UpdateStateTransferModels()
{
var nameBuilder = (EpochDifferClockParamNameBuilder)this.ParamNameBuilder;
foreach (var epoch in CurrentMaterial.First)
{
var key = nameBuilder.GetReceiverClockParamName(epoch);
if (!ParamStateTransferModelManager.Contains(key))
{
ParamStateTransferModelManager.Add(key, new WhiteNoiseModel(Option.StdDevOfRevClockWhiteNoiseModel));
}
}
foreach (var epoch in CurrentMaterial.First)
{
var key = nameBuilder.GetSiteWetTropZpdName(epoch);
if (!ParamStateTransferModelManager.Contains(key))
{
ParamStateTransferModelManager.Add(key, new RandomWalkModel(Option.StdDevOfTropoRandomWalkModel));
}
}
foreach (var epoch in CurrentMaterial.First)
{
foreach (var sat in EnabledPrns)
{
var key = nameBuilder.GetSatClockParamName(sat);
if (!ParamStateTransferModelManager.Contains(key))
{
ParamStateTransferModelManager.Add(key, new WhiteNoiseModel(Option.StdDevOfRevClockWhiteNoiseModel));
}
}
}
}
public override void UpdateStateTransferModels()
{
var nameBuilder = (ClockParamNameBuilder)this.ParamNameBuilder;
foreach (var epoch in CurrentMaterial)
{
var key = nameBuilder.GetReceiverClockParamName(epoch);
if (!ParamStateTransferModelManager.Contains(key))
{
ParamStateTransferModelManager.Add(key, new WhiteNoiseModel(Option.StdDevOfRevClockWhiteNoiseModel));
}
}
foreach (var epoch in CurrentMaterial)
{
var key = nameBuilder.GetSiteWetTropZpdName(epoch);
if (!ParamStateTransferModelManager.Contains(key))
{
ParamStateTransferModelManager.Add(key, new RandomWalkModel(Option.StdDevOfTropoRandomWalkModel));
}
}
foreach (var sat in EnabledPrns)
{
var key = nameBuilder.GetSatClockParamName(sat);
if (!ParamStateTransferModelManager.Contains(key))
{
ParamStateTransferModelManager.Add(key, new WhiteNoiseModel(Option.StdDevOfRevClockWhiteNoiseModel));
}
}
foreach (var epoch in CurrentMaterial)
{
foreach (var s in epoch.EnabledSats)
{
var key = nameBuilder.GetSiteSatAmbiguityParamName(s);
if (!ParamStateTransferModelManager.Contains(key))
{
ParamStateTransferModelManager.Add(key, new SingleSatPhaseAmbiguityModel(s.Prn, Option.StdDevOfPhaseModel, Option.StdDevOfCycledPhaseModel));
}
}
}
}
public override void UpdateStateTransferModels()
{
var nameBuilder = (ClockParamNameBuilder)this.ParamNameBuilder;
//Parallel.ForEach(CurrentMaterial, new Action<EpochInformation>(delegate(EpochInformation epoch)
//{
// UpdateStateTransferModelsOfParam(nameBuilder, epoch);
//}));
foreach (var epoch in CurrentMaterial)
{
UpdateStateTransferModelsOfParam(nameBuilder, epoch);
}
foreach (var sat in EnabledPrns)
{
var satKey = nameBuilder.GetSatClockParamName(sat);
if (!ParamStateTransferModelManager.Contains(satKey))
{
ParamStateTransferModelManager.Add(satKey, new WhiteNoiseModel(Option.StdDevOfRevClockWhiteNoiseModel));
}
}
}
private void UpdateStateTransferModelsOfParam(ClockParamNameBuilder nameBuilder, EpochInformation epoch)
{
var recKey = nameBuilder.GetReceiverClockParamName(epoch);
if (!ParamStateTransferModelManager.Contains(recKey))
{
ParamStateTransferModelManager.Add(recKey, new WhiteNoiseModel(Option.StdDevOfRevClockWhiteNoiseModel));
}
var tropKey = nameBuilder.GetSiteWetTropZpdName(epoch);
if (!ParamStateTransferModelManager.Contains(tropKey))
{
ParamStateTransferModelManager.Add(tropKey, new RandomWalkModel(Option.StdDevOfTropoRandomWalkModel));
}
foreach (var s in epoch.EnabledSats)
{
var ambiKey = nameBuilder.GetSiteSatAmbiguityParamName(s);
if (!ParamStateTransferModelManager.Contains(ambiKey))
{
ParamStateTransferModelManager.Add(ambiKey, new SingleSatPhaseAmbiguityModel(s.Prn, Option.StdDevOfPhaseModel, Option.StdDevOfCycledPhaseModel));
}
}
}