public PRACH_SINRCase(PredictionDataManager datamanager, OtherSubSysInterface otherIntf, CaseValueTemp oneBinValueTemp)
{
this.m_DataManager = datamanager;
this.m_Interface = otherIntf;
this.m_InvalidateValue = DefaultValueDefine.GetBestServerCarrierIDResult(ResultValueType.INVALID);
this.m_OneBinValueTemp = oneBinValueTemp;
this.m_IsDebugEnable = LTEPredictionLogForTest.IsDebugEnabled();
this.m_PrachPower = (this.m_DataManager.Group.TrafficTerminal.NetTerminalList[0] as LTETerminal).PrachPower;
}
public BinSearchCalculator(PredictionDataManager dataManager, OtherSubSysInterface otherInterface, ILTELinkLossCalculator linkloss, ProgressHandle progress)
{
this.m_DataMgr = dataManager;
this.m_Interface = otherInterface;
this.m_LinkLoss = linkloss;
this.m_LinkLoss.InitialClutterInfo();
this.m_ProgressHandle = progress;
this.m_OneBinValueTemp = new CaseValueTemp();
this.m_BinCases = new List<IBinSearchCase>();
}
public BestServerCase(PredictionDataManager dataManager)
{
this.m_DataManager = dataManager;
this.m_RsRxSensitivity = this.m_DataManager.Group.RxSensitivity;
this.m_MaxSensitivity = this.m_DataManager.Group.MaxSensitivity;
this.m_NeedCalSecondMaxRsrp = this.m_DataManager.NeedCalSecondMaxRsrp;
this.m_NeedCalActualRxIntf = this.m_DataManager.NeedCalActualRxIntf;
this.m_NeedCalMaxRxIntf = this.m_DataManager.NeedCalMaxRxIntf;
this.m_NeedCalSymbolRSRP = this.m_DataManager.NeedCalSymbolRSRP;
}
public PDSCHPeakThroughputCase(PredictionDataManager datamanager, ILTELinkLossCalculator linkloss, CaseValueTemp oneBinValueTemp)
{
this.m_DataManager = datamanager;
this.m_linkloss = linkloss;
this.m_DlTxEff = (this.m_DataManager.Group.TrafficService as UnionPsService).DlTxEff;
//this.m_OffSet = ((this.m_DataManager.Group.TrafficService as UnionPsService).PSServiceDic[NetWorkType.LTE] as LTEService).get_DlOffset();
this.m_InvalidateValue = DefaultValueDefine.GetBestServerCarrierIDResult(ResultValueType.INVALID);
this.m_OneBinValueTemp = oneBinValueTemp;
this.m_UseDefaultSpatialMultiplexFactor = this.m_linkloss.UseDefault_SpatialMultiplexFactor;
this.m_DefaultSpaMultiplexFactor = linkloss.DefaultSpatialMultiplexFactor;
this.m_SpaMultiplexFactorArr = linkloss.SpatialMultiplexFactorArr;
}
public PCFICH_SINRCase(PredictionDataManager datamanager, CaseValueTemp oneBinValueTemp)
{
this.m_DataManager = datamanager;
this.m_InvalidateValue = DefaultValueDefine.GetBestServerCarrierIDResult(ResultValueType.INVALID);
this.m_OneBinValueTemp = oneBinValueTemp;
}
public ShiftingInterfereCase(PredictionDataManager dataManager)
{
this.m_DataManager = dataManager;
}
public InterfereCaseForPDCCH(PredictionDataManager dataManager)
{
this.m_DataManager = dataManager;
}
private void InitialMember(PredictionGroup pg, PredictionConfig predictioncfg, OtherSubSysInterface interfaces, string savepath, string projectName, bool isRF)
{
this.m_Interfaces = interfaces;
this.m_Group = pg;
this.m_CalcStep = CalcStep.BestServerCalcStep;
if (isRF)
{
this.m_ProgressHandle = new ProgressHandle(projectName);
}
else
{
this.m_ProgressHandle = new ProgressHandle(projectName + pg.Name);
}
this.m_LinkPrediction = this.m_Interfaces.LossCalculatorBuilder.GetCalculator(this.m_Group.CellEdgeCoverageProbability);
this.m_LinkPrediction.SetPareForPrediction((this.m_Group.TrafficService as UnionPsService).BodyLoss, this.m_Group.TrafficTerminal.NetTerminalList[0].Loss, this.m_Group.TrafficTerminal.Attenuation, this.m_Group.TrafficTerminal.Gain, this.m_Group.CellEdgeCoverageProbability, this.m_Group.IsShadowdowAccout, this.m_Group.IsIndoorCoverage);
this.m_DataManager = new PredictionDataManager(this.m_Group, predictioncfg, this.m_Interfaces, this.m_ProgressHandle, savepath, projectName);
this.InitialSuite();
}
private void EndClear()
{
this.m_DataManager.SaveResults();
this.m_BestServerSuite = null;
this.m_BinSuite = null;
this.m_DataManager = null;
this.m_LinkPrediction = null;
GC.Collect();
}
