/// <summary>
/// 依据输入和平差信息，构建平差结果Sinex文件
/// </summary>
/// <param name="fileA"></param>
/// <param name="fileB"></param>
/// <param name="apriori"></param>
private void BuildResultSinex(SinexFile fileA, SinexFile fileB, double[][] apriori)
{
//统计信息
SinexStatistic stat = SinexStatistic.Merge(fileA.GetStatistic(), fileB.GetStatistic());
stat.NumberOfDegreesOfFreedom = p.Freedom;
stat.NumberOfObservations = p.ObsMatrix.Observation.Count;
stat.NumberOfUnknown = p.ParamCount;
stat.VarianceOfUnitWeight = p.VarianceOfUnitWeight;
result.SolutionStattisticsBlock.Items = stat.GetSolutionStatistics();
//先验值
result.SolutionAprioriBlock.Items.AddRange(fileA.SolutionAprioriBlock.Items);
foreach (var item in fileB.SolutionAprioriBlock.Items)
{
if (!result.SolutionAprioriBlock.Items.Contains(item))
{
result.SolutionAprioriBlock.Items.Add(item);
}
}
//测站估值
result.SolutionEstimateBlock.Items.AddRange(fileA.SolutionEstimateBlock.Items);
foreach (var item in fileB.SolutionEstimateBlock.Items)
{
if (!result.SolutionEstimateBlock.Items.Contains(item))
{
result.SolutionEstimateBlock.Items.Add(item);
}
}
int i = 0;
foreach (var item in result.SolutionEstimateBlock.Items)
{
item.ParameterValue = apriori[i][0];
item.StdDev = p.CovaOfEstimatedParam[i, i];
i++;
}
//矩阵
result.SolutionMatrixEstimateCova.Items = SinexMatrixConvertor.GetMatrixLines(p.CovaOfEstimatedParam.Array);
}
/// <summary>
/// 单点定位结果转化为Sinex文件
/// </summary>
/// <returns></returns>
public static SinexFile Build(SingleSiteGnssResult result)
{
SinexFile sinex = new SinexFile("Gnsser");
sinex.SolutionEpochBlock.Items.Add(new SolutionEpoch()
{
DateStart = result.ReceiverTime,
DateEnd = result.ReceiverTime,
DateMean = result.ReceiverTime,
ObservationCode = "P",
PointCode = "A",
SiteCode = result.SiteInfo.SiteName,
SolutionID = "0001"
});
SinexStatistic stat = new SinexStatistic()
{
NumberOfUnknown = result.ResultMatrix.ParamCount,
NumberOfObservations = result.ResultMatrix.ObsMatrix.Observation.Count,
VarianceOfUnitWeight = result.ResultMatrix.VarianceOfUnitWeight,
NumberOfDegreesOfFreedom = result.ResultMatrix.Freedom
};
sinex.SolutionStattisticsBlock.Items = stat.GetSolutionStatistics();
GeoCoord approxGeo = CoordTransformer.XyzToGeoCoord(result.ApproxXyz);
sinex.SiteIdBlock.Items.Add(new SiteId()
{
SiteCode = result.SiteInfo.SiteName,
PointCode = "A",
UniqueMonumentId = result.SiteInfo.MarkerNumber,
ApproximateHeight = approxGeo.Height,
ApproximateLatitude = approxGeo.Lat,
ApproximateLongitude = approxGeo.Lon,
ObservationCode = "P",
GeoCoord = result.GeoCoord,
StationDescription = "Single Point"
});
int index = 0;
sinex.SolutionEstimateBlock.Items.AddRange(new SolutionValue[] {
new SolutionValue()
{
Index = 1 + index++,
ParameterType = "STAX",
ParameterValue = result.EstimatedXyz.X,
SiteCode = result.SiteInfo.SiteName,
RefEpoch = result.ReceiverTime,
PointCode = "A",
ParameterUnits = "m",
ConstraintCode = "2",
StdDev = Math.Sqrt(result.ResultMatrix.CovaOfEstimatedParam[index - 1, index - 1]),
SolutionID = "0001"
}, new SolutionValue()
{
Index = 1 + index++,
ParameterType = "STAY",
ParameterValue = result.EstimatedXyz.Y,
SiteCode = result.SiteInfo.SiteName,
RefEpoch = result.ReceiverTime,
PointCode = "A",
ParameterUnits = "m",
ConstraintCode = "2",
StdDev = Math.Sqrt(result.ResultMatrix.CovaOfEstimatedParam[index - 1, index - 1]),
SolutionID = "0001"
}, new SolutionValue()
{
Index = 1 + index++,
ParameterType = "STAZ",
ParameterValue = result.EstimatedXyz.Z,
SiteCode = result.SiteInfo.SiteName,
RefEpoch = result.ReceiverTime,
PointCode = "A",
ParameterUnits = "m",
ConstraintCode = "2",
StdDev = Math.Sqrt(result.ResultMatrix.CovaOfEstimatedParam[index - 1, index - 1]),
SolutionID = "0001"
},
new SolutionValue()
{
Index = 1 + index++,
ParameterType = "RBIAS",
ParameterValue = result.RcvClkErrDistance,
SiteCode = result.SiteInfo.SiteName,
RefEpoch = result.ReceiverTime,
PointCode = "A",
ParameterUnits = "m",
ConstraintCode = "2",
StdDev = Math.Sqrt(result.ResultMatrix.CovaOfEstimatedParam[index - 1, index - 1]),
SolutionID = "0001"
}
});
// sinex.
sinex.SolutionMatrixEstimateCova.Items = SinexMatrixConvertor.GetMatrixLines(result.ResultMatrix.CovaOfEstimatedParam.Array);
return(sinex);
}