public override void PostRun()
{
base.PostRun();
RawReviser.Complete();
RinexObsFileWriter.Dispose();
log.Info("处理完毕！");
}
/// <summary>
/// 数据刚刚进入，尚未加入缓存时执行。
/// </summary>
/// <param name="material"></param>
public override void RawRevise(TMaterial material)
{
if (IsRawReviseBreaked)
{
return;
}
var m = material;
if (m.EnabledSatCount == 0)
{
log.Error(m + ", 可用卫星为 0 ，本历元无法计算 " + m.ReceiverTime); return;
}
RawReviser.Buffers = this.BufferedStream.MaterialBuffers;//初始矫正，缓存为0，不需要 2016.09.26.
//czs,2018.05.20, 这是需要的，如缓存多项式拟合伪距
if (!RawReviser.Revise(ref m))
{
IsRawReviseBreaked = true;
RawReviseBreakTime = m.ReceiverTime;
//初始矫正错误是出现在缓存中，不中断，2019.05.15，czs， 洪庆
// this.IsCancel = true;
log.Warn("初始校正发生错误，计算将在此取消！");
}
//可以用于测试所有改正数加完。
//this.ProducingReviser.Revise(ref m);
}
/// <summary>
/// 初始化
/// </summary>
public override void Init()
{
base.Init();
var outPath = Path.Combine(OutputDirectory, Path.GetFileName(FilePath));
RinexObsFileWriter = new Data.Rinex.RinexObsFileWriter(outPath, Option.Version);
this.EpochInfoToRinex = new Domain.EpochInfoToRinex(Option.Version, false);
this.RawReviser = new EpochInfoReviseManager();
var dataSource = this.BufferedStream.DataSource as RinexFileObsDataSource;
RawReviser.AddProcessor(new ClockJumpReviser(dataSource.ObsInfo.Interval));
RawReviser.Init();
}
public override void Process(EpochInformation epochInfo)
{
RawReviser.Revise(ref epochInfo);
if (Previous != null)
{
}
if (this.CurrentIndex == 0)
{
var dataSource = this.BufferedStream.DataSource as RinexFileObsDataSource;
var header = dataSource.Header;
RinexObsFileWriter.WriteHeader(header);
}
var epochObs = this.EpochInfoToRinex.Build(epochInfo);
RinexObsFileWriter.WriteEpochObservation(epochObs);
}
