protected override void Run(string[] obsPathes)
{
// var satEleDir = fileOpenControl_satElevation.FilePath;// @"D:\Data\2013[甘肃CORS数据]\1103\GpsOnly\GPS卫星高度角\";
var pppResults = fileOpenControl_pppResults.GetFilePathes("_Params" + Setting.TextTableFileExtension);// Directory.GetFiles(satEleDir);
var angleCut = double.Parse(textBox_angleCut.Text);
var abmiResultInCycle = PppTableResultFileReader.ReadPppAmbiResultInCycle(pppResults);
var SatElevatoinTableBuilder = new SatElevatoinTableBuilder(obsPathes, SatelliteTypes, Interval);
var satEleTables = SatElevatoinTableBuilder.Build();
var mw = new MwTableBuilder(obsPathes, AngleCut, namedIntControl_emptyRowCount.Value, OutputDirectory, this.SatelliteTypes).Build();
PeriodPrnManager PeriodPrnManager = BuildPeriodBasePrn(satEleTables);
MultiPeriodBsdProductSolver solver = new MultiPeriodBsdProductSolver(abmiResultInCycle, mw, PeriodPrnManager);
solver.MaxAllowedDiffer = namedFloatControl1maxAllowedDiffer.Value;
solver.IsOutputFraction = IsOutputFraction;
solver.IsOutputInt = IsOutputInt;
solver.IsOutputSummary = IsOutputSummary;
solver.Run();
//var solver = new BsdAmbiSolver(obsPathes, pppResults, this.SatelliteTypes[0], angleCut, namedIntControl_minSiteCount.Value, this.namedIntControl_minEpoch.Value, OutputDirectory);
//solver.Run();
}
/// <summary>
/// 传统构造函数。
/// </summary>
/// <param name="pathesOfWLInt"></param>
/// <param name="pppPathes"></param>
/// <param name="IsOutputInEachDirectory"></param>
/// <param name="OutputDirectory"></param>
public MultiPeriodNarrowLaneOfBsdSolver(string[] pathesOfWLInt, string[] pppPathes, int removeCountOfEachSegment, bool IsOutputInEachDirectory, string OutputDirectory)
{
//读取宽巷的整数解
//分基准星计算
this.IsOutputInEachDirectory = IsOutputInEachDirectory;
this.OutputDirectory = OutputDirectory;
this.IntOfWLPathes = new Dictionary <SatelliteNumber, List <string> >();
SatelliteNumber basePrn = new SatelliteNumber();
foreach (var path in pathesOfWLInt)
{
basePrn = SatelliteNumber.Parse(Path.GetFileName(path).Substring(4, 3));
if (IntOfWLPathes.ContainsKey(basePrn))
{
IntOfWLPathes[basePrn].Add(path);
}
else
{
IntOfWLPathes[basePrn] = new List <string>();
IntOfWLPathes[basePrn].Add(path);
}
}
this.FloatAmbiguitiesOfPpp = PppTableResultFileReader.ReadPppAmbiResultInCycle(pppPathes);
//修理浮点解
FloatAmbiguitiesOfPpp.RemoveStartRowOfEachSegment(removeCountOfEachSegment);
MaxAllowedDiffer = 0.25;
}
/// <summary>
/// 新方法构造函数
/// </summary>
/// <param name="bsdWidelaneInts">不同基准星对应的星间单差宽巷模糊度</param>
/// <param name="pppPathes"></param>
/// <param name="IsOutputInEachDirectory"></param>
/// <param name="OutputDirectory"></param>
public MultiPeriodNarrowLaneOfBsdSolver(
BaseDictionary <SatelliteNumber, MultiSitePeriodValueStorage> bsdWidelaneInts,
string[] pppPathes, int removeCountOfEachSegment, bool IsOutputInEachDirectory, string OutputDirectory)
{
//读取宽巷的整数解
//分基准星计算
this.IsOutputInEachDirectory = IsOutputInEachDirectory;
this.OutputDirectory = OutputDirectory;
this.BsdWidelaneInts = bsdWidelaneInts;
this.FloatAmbiguitiesOfPpp = PppTableResultFileReader.ReadPppAmbiResultInCycle(pppPathes);
//修理浮点解
FloatAmbiguitiesOfPpp.RemoveStartRowOfEachSegment(removeCountOfEachSegment);
//this.FloatAmbiguitiesOfPpp.RemoveEmptyRows(); //删除空行，减少计算量
//this.FloatAmbiguitiesOfPpp.RemoveTableDataCountLessThan(MinEpoch, MinSiteCount); //清理卫星数量过少和测站数量过少的数据
MultiSitePppEpochValue = PppTableResultFileReader.ReadToEpochStorage(FloatAmbiguitiesOfPpp);
MaxAllowedDiffer = 0.25;
MaxRmsTimes = 2.5;
}
/// <summary>
/// 构造函数。基于文件路径。
/// </summary>
/// <param name="pppResult"></param>
/// <param name="obsPathes"></param>
/// <param name="periodPrnPath"></param>
public MultiPeriodBsdProductSolver(string[] pppResult, string[] obsPathes, string periodPrnPath)
: this(PppTableResultFileReader.ReadPppAmbiResultInCycle(pppResult), ObjectTableManager.Read(obsPathes), PeriodPrnManager.ReadFromFile(periodPrnPath))
{
}
