/// <summary>
/// 具体的执行
/// </summary>
/// <param name="baseline"></param>
/// <param name="outPath"></param>
protected void Execute(Baseline baseline, string outPath)
{
if (PathUtil.IsValidPath(CurrentParam.EphemerisPath))
{
if (this.EphemerisDataSource == null || this.EphemerisDataSource.Name != Path.GetFileName(CurrentParam.EphemerisPath))
{
var sp3 = InputFileManager.GetLocalFilePath(CurrentParam.EphemerisPath, "*.sp3");
if (PathUtil.IsValidPath(sp3))
{
this.EphemerisDataSource = EphemerisDataSourceFactory.Create(sp3);
}
}
}
if (PathUtil.IsValidPath(CurrentParam.ClockPath))
{
if (this.ClockFile == null || this.ClockFile.Name != Path.GetFileName(CurrentParam.ClockPath))
{
var clk = InputFileManager.GetLocalFilePath(CurrentParam.ClockPath, "*.clk");
if (PathUtil.IsValidPath(clk))
{
this.ClockFile = new Data.SimpleClockService(clk);
}
}
}
var refPath = ObsFiles.Find(m => m.ToLower().Contains(baseline.StartName.ToLower()));
var rovPath = ObsFiles.Find(m => m.ToLower().Contains(baseline.EndName.ToLower()));
if (refPath == null || rovPath == null)
{
throw new ArgumentException("没有找到基线对应的文件！" + baseline.ToString());
return;
}
var inputPathes = new string[] { refPath, rovPath };
RinexFileObsDataSource refObsDataSource = new RinexFileObsDataSource(refPath, true);
RinexFileObsDataSource rovObsDataSource = new RinexFileObsDataSource(rovPath, true);
if (SiteInfoDics != null)
{
var siteName = baseline.StartName.ToUpper();
if (SiteInfoDics.ContainsKey(siteName))
{
refObsDataSource.SiteInfo.SetApproxXyz(SiteInfoDics[siteName].EstimatedXyz);
}
siteName = baseline.EndName.ToUpper();
if (SiteInfoDics.ContainsKey(siteName))
{
rovObsDataSource.SiteInfo.SetApproxXyz(SiteInfoDics[siteName].EstimatedXyz);
}
}
GnssProcessOption option = GnssProcessOption.GetDefault(GnsserConfig, refObsDataSource.ObsInfo);
option.GnssSolverType = GnssSolverType.无电离层双差;
var source = new MultiSiteObsStream(inputPathes, BaseSiteSelectType.GeoCenter, true, "");
DataSourceContext context = DataSourceContext.LoadDefault(option, source, EphemerisDataSource, ClockFile);
IntegralGnssFileSolver Solver = new IntegralGnssFileSolver();
Solver.Completed += Solver_Completed;
Solver.Option = option;
Solver.IsCancel = false;
Solver.Solver = GnssSolverFactory.Create(context, option);;
Solver.Init(inputPathes);
Solver.Run();
var last = Solver.CurrentGnssResult;
lock (locker)
{
Geo.Utils.FileUtil.CheckOrCreateDirectory(Path.GetDirectoryName(outPath));
SaveLastResult(last);
}
}