public ILTELinkLossCalculator GetCalculator(float cellEdgeCoverageProbability)
{
CalLinkLossParam calParam = new CalLinkLossParam();
calParam.iplCalDataVstr = ServiceHelper.Lookup<IPLCalcDataVstr>(this.m_AppContext).GeneratePLCalcDataVstr();
calParam.clutterParams = this.m_GeoObserver.ClutterParams;
calParam.geoInfo = this.m_GeoObserver.GeoInfo;
calParam.antGainCal = ServiceHelper.Lookup<ICalcGain>(this.m_AppContext);
calParam.IsBuildingLoaded = this.m_GeoObserver.IsBuildingLoaded;
calParam.CellEdgeCoverageProbability = cellEdgeCoverageProbability;
//GetRelayUEPathLoss getRelayUEPathLoss = new GetRelayUEPathLoss(m_AppContext);
//calParam.iGetRelayUEPathLoss = getRelayUEPathLoss.GenerateGetRelayUEPathLoss();
calParam.iGetRelayUEPathLoss = ServiceHelper.Lookup<IGetRelayUEPathLoss>(m_AppContext).GenerateGetRelayUEPathLoss();
return new LinkLoss(calParam, this.m_AppContext);
}
public LinkLoss(CalLinkLossParam calParam, IApplicationContext appContex)
{
this.m_clutterParams = calParam.clutterParams;
this.m_GeoInfo = calParam.geoInfo;
this.m_antGainCal = calParam.antGainCal;
this.m_iplCalDataVstr = calParam.iplCalDataVstr;
this.m_IsBuildingLoaded = calParam.IsBuildingLoaded;
this.m_StructAntennaParam = new StructAntennaParam();
this.m_DicOfParamsFromGIS = new Dictionary<short, ParamsFromGIS>();
this.AddDictionary(calParam.CellEdgeCoverageProbability);
LinkLossConfiguration configuration = new LinkLossConfiguration(appContex);
this.m_Layers = configuration.ReaderLayers();
this.m_MCL = configuration.GetMCL();
//add by xujuan
m_iGetRelayUEPathLoss = calParam.iGetRelayUEPathLoss;
}