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 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;
}
private void SaveOneBinStudyResults(CaseValueTemp oneBinResults, int index, PredictionStudy study, CalculatorMatrixStruct matrixStruct)
{
this.SaveOneBinStudyResultPart_1(oneBinResults, index, study, matrixStruct);
this.SaveOneBinStudyResultPart_2(oneBinResults, index, study, matrixStruct);
this.SaveOneBinStudyResultPart_3(oneBinResults, index, study, matrixStruct);
this.SaveOneBinMCSStudyResults(oneBinResults, index, study, matrixStruct);
this.SaveOneBinPEAKStudyResults(oneBinResults, index, study, matrixStruct);
}
private void SaveOneBinStudyResultPart_3(CaseValueTemp oneBinResults, int index, PredictionStudy study, CalculatorMatrixStruct matrixStruct)
{
switch (study.StudyType)
{
case PredictionStudyType.DL_PCFICH_Level:
matrixStruct.DL_PCFICH_Level[index] = oneBinResults.DL_PCFICH_Level;
break;
case PredictionStudyType.PCFICH_SINR:
matrixStruct.PCFICH_SINRValue[index] = oneBinResults.PCFICH_SINR;
break;
case PredictionStudyType.DL_PHICH_Level:
matrixStruct.DL_PHICH_Level[index] = oneBinResults.DL_PHICH_Level;
break;
case PredictionStudyType.DL_RSRQ:
matrixStruct.DLRSRQ[index] = oneBinResults.DLRSRQ;
break;
case PredictionStudyType.DL_PDCCH_Level:
matrixStruct.DL_PDCCH_Level[index] = oneBinResults.DL_PDCCH_Level;
break;
case PredictionStudyType.PDCCH_SINR:
matrixStruct.PDCCH_SINRValue[index] = oneBinResults.PDCCH_SINR;
break;
}
}
private void SaveOneBinStudyResultPart_2(CaseValueTemp oneBinResults, int index, PredictionStudy study, CalculatorMatrixStruct matrixStruct)
{
switch (study.StudyType)
{
case PredictionStudyType.PUCCH_SINR:
matrixStruct.PUCCH_SINRValue[index] = oneBinResults.PUCCH_SINR;
break;
case PredictionStudyType.PRACH_Level:
matrixStruct.PRACH_Level[index] = oneBinResults.PRACH_Level;
break;
case PredictionStudyType.PRACH_SINR:
matrixStruct.PRACH_SINRValue[index] = oneBinResults.PRACH_SINR;
break;
case PredictionStudyType.SCH_SINR:
matrixStruct.SCH_SINRValue[index] = oneBinResults.SCH_SINR;
break;
case PredictionStudyType.UL_RSRP:
matrixStruct.ULRSRP[index] = oneBinResults.ULRSRP;
break;
case PredictionStudyType.PUCCH_Level:
matrixStruct.PUCCH_Level[index] = oneBinResults.PUCCH_Level;
break;
}
}
private void SaveOneBinStudyResultPart_1(CaseValueTemp oneBinResults, int index, PredictionStudy study, CalculatorMatrixStruct matrixStruct)
{
switch (study.StudyType)
{
case PredictionStudyType.DL_SCH_RP:
matrixStruct.DL_SCH_RP[index] = oneBinResults.DL_SCH_RP;
break;
case PredictionStudyType.DL_PBCH_RP:
matrixStruct.DL_PBCH_RP[index] = oneBinResults.DL_PBCH_RP;
break;
case PredictionStudyType.PBCH_SINR:
matrixStruct.PBCH_SINRValue[index] = oneBinResults.PBCH_SINR;
break;
case PredictionStudyType.DL_RS_SINR:
matrixStruct.DLRSSINRValue[index] = oneBinResults.DLRSSINR;
break;
case PredictionStudyType.DL_RSSI:
matrixStruct.DLRSSI[index] = oneBinResults.DLRSSI;
break;
case PredictionStudyType.Geometry:
matrixStruct.GeometryValue[index] = oneBinResults.Geometry;
break;
}
}
public void SaveOneBinResults(CaseValueTemp oneBinResults, int index, int blockIndex)
{
CalculatorMatrixStruct matrixStruct = this.m_CalMatrixStructArr[blockIndex];
foreach (PredictionStudy study in this.m_Group.StudyList)
{
this.SaveOneBinStudyResults(oneBinResults, index, study, matrixStruct);
}
}
private void SaveOneBinPEAKStudyResults(CaseValueTemp oneBinResults, int index, PredictionStudy study, CalculatorMatrixStruct matrixStruct)
{
switch (study.StudyType)
{
case PredictionStudyType.DL_Application_Peak_Throughput:
matrixStruct.DLAPPLICATIONPEAKValue[index] = oneBinResults.DLAPPLICATIONPEAK;
break;
case PredictionStudyType.UL_Application_Peak_Throughput:
matrixStruct.ULAPPLICATIONPEAKValue[index] = oneBinResults.ULAPPLICATIONPEAK;
break;
case PredictionStudyType.DL_MAC_Peak_Throughput:
matrixStruct.DLPEAKValue[index] = oneBinResults.DLPEAK;
break;
case PredictionStudyType.UL_MAC_Peak_Throughput:
matrixStruct.ULPEAKValue[index] = oneBinResults.ULPEAK;
break;
}
}
private void SaveOneBinMCSStudyResults(CaseValueTemp oneBinResults, int index, PredictionStudy study, CalculatorMatrixStruct matrixStruct)
{
switch (study.StudyType)
{
case PredictionStudyType.PDSCH_MCS:
matrixStruct.PDSCHMCSValue[index] = oneBinResults.PDSCHMCS;
break;
case PredictionStudyType.PUSCH_MCS:
matrixStruct.PUSCHMCSValue[index] = oneBinResults.PUSCHMCS;
break;
case PredictionStudyType.PDSCH_SINR:
matrixStruct.PDSCHSINRValue[index] = oneBinResults.PDSCHSINR;
break;
case PredictionStudyType.PUSCH_SINR:
matrixStruct.PUSCHSINRValue[index] = oneBinResults.PUSCHSINR;
break;
}
}
public void SaveOneBinResults(int index, CaseValueTemp oneBinCaseVlaue, int blockIndex)
{
this.m_CaseDataManager.SaveOneBinResults(oneBinCaseVlaue, index, blockIndex);
}
