public bool Revise(ref EpochInformation info)
{
this.Correct(info);
Dictionary <RinexSatFrequency, NEU> frequencyDicCorrection = this.Correction;
foreach (var sat in info.EnabledSats)//分别对指定卫星指定频率进行改正
{
var satFreqs = sat.RinexSatFrequences;
//分别执行改正
foreach (var freqCorretion in frequencyDicCorrection)
{
if (satFreqs.Contains(freqCorretion.Key))//指定类型的卫星，该卫星包含指定频率
{
//改正等效距离
//double rangeCorretion = CoordUtil.GetDirectionLength(freqCorretion.Value, info.ApproxXyz, sat.Ephemeris.XYZ);
double rangeCorretion = CoordUtil.GetDirectionLength(freqCorretion.Value, sat.Polar);
FrequenceType freqType = ObsCodeConvert.GetFrequenceType(freqCorretion.Key);
FreqenceObservation freObs = sat[freqType];
if (rangeCorretion == 0)
{
continue;
}
// // freObs.AddCommonCorrection(this.Name, -freqCorretion.Value.U);//若为正，其让站星观测值变小了，作为近似值改正数，应该减去
freObs.AddCommonCorrection(this.Name, -rangeCorretion); //若为正，其让站星观测值变小了，作为近似值改正数，应该减去
//作为公共距离，还是只作为载波的改正？
}
}
}
return(true);
}
/// <summary>
/// 矫正
/// </summary>
/// <param name="info"></param>
/// <returns></returns>
public bool Revise(ref EpochInformation info)
{
foreach (var sat in info)
{
if (!sat.Enabled || !sat.HasEphemeris)
{
continue;
}
this.Correct(sat);
var satFreqs = sat.RinexSatFrequences;
//分别执行改正
foreach (var frequencyCorretor in this.Correction)
{
if (satFreqs.Contains(frequencyCorretor.Key))//指定类型的卫星类型和频率 如 GPS L1， GPS L2
{
//只改正指定观测频率的等效距离
double rangeCorretion = frequencyCorretor.Value;
if (rangeCorretion == 0)
{
continue;
}
var freqType = ObsCodeConvert.GetFrequenceType(frequencyCorretor.Key);
FreqenceObservation freObs = sat[freqType];
if (freObs.CommonCorrection.ContainsCorrection(Name))
{
continue;
}
freObs.AddCommonCorrection(this.Name, rangeCorretion);
}
}
}
return(true);
}
/// <summary>
/// 构建，如果可以，默认支持3个频率
/// </summary>
/// <returns></returns>
public override EpochSatellite Build(RinexSatObsData observtion)
{
EpochSatellite epochSat = new EpochSatellite(this.EpochInfo, prn);
//需要重新修改，RINEX 3.0 有的对 BDS 是 C1，C7, C6,3.02 明确规定是 C2， C7, C6
Dictionary <FrequenceType, List <int> > freqDic = ObsCodeConvert.GetRinexFreqIndexDic(observtion.Prn.SatelliteType);
//新算法，2018.09.24，hmx
var freqNums = observtion.GetFrequenceNums();
foreach (var num in freqNums)
{
var prn = observtion.Prn;
FrequenceType freqType = ObsCodeConvert.GetFrequenceType(freqDic, num);
Frequence band = Frequence.GetFrequence(prn, freqType, Time);
if (band == null)
{
band = Frequence.Default;
log.Warn("系统并未设置 " + prn.SatelliteType + " 的第 " + freqType + " 频率， 以 " + band + " 代替 ！");
}
FreqenceObservation freqObs1 = FreqObsBuilder
.SetFrequenceType(freqType)
.SetFrequence(band)
.SetRinexFrequenceNumber(num)
.Build(observtion);
epochSat.Set(freqObs1.FrequenceType, freqObs1);
}
//次新算法，比较繁琐，2018
//List<FrequenceType> builded = new List<FrequenceType>();
//foreach (var item in observtion)
//{
// var num = Geo.Utils.StringUtil.GetNumber(item.Key);
// FrequenceType freqType = ObsCodeConvert.GetFrequenceType(freqDic, num);// (FrequenceType)(builedFreq.IndexOf(num) + 1);
// if (!builded.Contains(freqType)) { builded.Add(freqType); }
// else { continue; }
// FreqenceObservation freqObs1 = FreqObsBuilder
// .SetFrequenceType(freqType)
// .SetRinexFrequenceNumber(num)
// .Build(observtion);
// epochSat.Set(freqObs1.FrequenceType, freqObs1);
//}
/** //老算法，只支持3个频率
#region 转换观测值到频率A、频率B、频率C的基本观测值
* //第一频率
* FreqenceObservation freqObs = FreqObsBuilder
* .SetFrequenceType(FrequenceType.A).Build(observtion);
* epochSat.Set(freqObs.FrequenceType, freqObs);
*
* //第二频率
* freqObs = FreqObsBuilder
* .SetFrequenceType(FrequenceType.B).Build(observtion);
* if (freqObs != null) epochSat.Set(freqObs.FrequenceType, freqObs);
*
* //第三频率
* freqObs = FreqObsBuilder
* .SetFrequenceType(FrequenceType.C).Build(observtion);
* if (freqObs != null) epochSat.Set(freqObs.FrequenceType, freqObs);
#endregion
*/
return(epochSat);
}