private void CreatePeakMartixStruct(CalculatorMatrixStruct matrixStruct, IStudy study, int blockIndex)
{
if (study.Name.Equals("DL MAC Peak Throughput"))
{
matrixStruct.DLPEAKValue = this.m_DLPEAKValue.MatrixBlockArr[blockIndex].IntMatrix;
}
else if (study.Name.Equals("UL MAC Peak Throughput"))
{
matrixStruct.ULPEAKValue = this.m_ULPEAKValue.MatrixBlockArr[blockIndex].IntMatrix;
}
else if (study.Name.Equals("DL Application Peak Throughput"))
{
matrixStruct.DLAPPLICATIONPEAKValue = this.m_DLAPPLICATIONPEAKValue.MatrixBlockArr[blockIndex].IntMatrix;
}
else if (study.Name.Equals("UL Application Peak Throughput"))
{
matrixStruct.ULAPPLICATIONPEAKValue = this.m_ULAPPLICATIONPEAKValue.MatrixBlockArr[blockIndex].IntMatrix;
}
}
//add by huna 3.28 modified 4.1
private void CreateMatrixStructPart4(CalculatorMatrixStruct matrixStruct, IStudy study, int blockIndex)
{
if (study.Name.Equals("DL RPDCCH SINR"))
{
matrixStruct.RPDCCH_SINRValue = this.m_RPDCCH_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL RPDSCH SINR"))
{
matrixStruct.RPDSCH_SINRValue = this.m_RPDSCH_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("UL RPUCCH SINR"))
{
matrixStruct.RPUCCH_SINRValue = this.m_RPUCCH_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("UL RPUSCH SINR"))
{
matrixStruct.RPUSCH_SINRValue = this.m_RPUSCH_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("UL RPUSCH Signal Level"))
{
matrixStruct.RPUSCH_Level = this.m_UL_RPUSCH_Level.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("RPDSCH MCS"))
{
matrixStruct.RPDSCHMCSValue = this.m_RPDSCHMCSValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("RDL MAC Peak Throughput"))
{
matrixStruct.RDLPEAKValue = this.m_RDLPEAKValue.MatrixBlockArr[blockIndex].IntMatrix;
}
else if (study.Name.Equals("RDL Application Peak Throughput"))
{
matrixStruct.RDLAPPLICATIONPEAKValue = this.m_RDLAPPLICATIONPEAKValue.MatrixBlockArr[blockIndex].IntMatrix;
}
else if (study.Name.Equals("RPUSCH MCS"))
{
matrixStruct.RPUSCHMCSValue = this.m_RPUSCHMCSValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("RUL MAC Peak Throughput"))
{
matrixStruct.RULPEAKValue = this.m_RULPEAKValue.MatrixBlockArr[blockIndex].IntMatrix;
}
else if (study.Name.Equals("RUL Application Peak Throughput"))
{
matrixStruct.RULAPPLICATIONPEAKValue = this.m_RULAPPLICATIONPEAKValue.MatrixBlockArr[blockIndex].IntMatrix;
}
}
private void CreateMCSMartixStruct(CalculatorMatrixStruct matrixStruct, IStudy study, int blockIndex)
{
if (study.Name.Equals("DL PDSCH SINR"))
{
matrixStruct.PDSCHSINRValue = this.m_PDSCHSINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("UL PUSCH SINR"))
{
matrixStruct.PUSCHSINRValue = this.m_PUSCHSINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("PDSCH MCS"))
{
matrixStruct.PDSCHMCSValue = this.m_PDSCHMCSValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("PUSCH MCS"))
{
matrixStruct.PUSCHMCSValue = this.m_PUSCHMCSValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
}
private void CreateMatrixStructPart2(CalculatorMatrixStruct matrixStruct, IStudy study, int blockIndex)
{
if (study.Name.Equals("DL PBCH SINR"))
{
matrixStruct.PBCH_SINRValue = this.m_PBCH_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("UL RSRP"))
{
matrixStruct.ULRSRP = this.m_ULRSRP.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("PUCCH Signal Level"))
{
matrixStruct.PUCCH_Level = this.m_PUCCH_Level.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("UL PUSCH Signal Level"))
{
matrixStruct.PUSCH_Level = this.m_PUSCH_Level.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("PUCCH SINR"))
{
matrixStruct.PUCCH_SINRValue = this.m_PUCCH_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("PRACH Signal Level"))
{
matrixStruct.PRACH_Level = this.m_PRACH_Level.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("PRACH SINR"))
{
matrixStruct.PRACH_SINRValue = this.m_PRACH_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("UL RS SINR"))
{
matrixStruct.UL_RS_SINRValue = this.m_UL_RS_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
}
private void CreateMatrixStructPart3(CalculatorMatrixStruct matrixStruct, IStudy study, int blockIndex)
{
if (study.Name.Equals("DL RSRQ"))
{
matrixStruct.DLRSRQ = this.m_DLRSRQ.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL PDCCH Signal Level"))
{
matrixStruct.DL_PDCCH_Level = this.m_DL_PDCCH_Level.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL PDSCH Signal Level"))
{
matrixStruct.DL_PDSCH_Level = this.m_DL_PDSCH_Level.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL PDCCH SINR"))
{
matrixStruct.PDCCH_SINRValue = this.m_PDCCH_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL PCFICH Signal Level"))
{
matrixStruct.DL_PCFICH_Level = this.m_DL_PCFICH_Level.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL PCFICH SINR"))
{
matrixStruct.PCFICH_SINRValue = this.m_PCFICH_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL PHICH SINR"))
{
matrixStruct.PHICH_SINRValue = this.m_PHICH_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL PHICH Signal Level"))
{
matrixStruct.DL_PHICH_Level = this.m_DL_PHICH_Level.MatrixBlockArr[blockIndex].ShortMatrix;
}
}
//创建CreateMartixStruct主要为层三指标保存用
public void CreateMartixStruct(int blockIndex)
{
CalculatorMatrixStruct matrixStruct = new CalculatorMatrixStruct();
foreach (IStudy study in this.m_Group.StudyList)
{
this.CreateMatrixStructPart1(matrixStruct, study, blockIndex);
this.CreateMatrixStructPart2(matrixStruct, study, blockIndex);
this.CreateMatrixStructPart3(matrixStruct, study, blockIndex);
//add by huna 3.28
this.CreateMatrixStructPart4(matrixStruct, study, blockIndex);
this.CreateMCSMartixStruct(matrixStruct, study, blockIndex);
this.CreatePeakMartixStruct(matrixStruct, study, blockIndex);
}
this.m_CalMatrixStructArr.Add(matrixStruct);
}
private void CreateMatrixStructPart1(CalculatorMatrixStruct matrixStruct, IStudy study, int blockIndex)
{
if (study.Name.Equals("DL RS SINR"))
{
matrixStruct.DLRSSINRValue = this.m_DLRSSINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL RSSI"))
{
matrixStruct.DLRSSI = this.m_DLRSSI.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("Geometry"))
{
matrixStruct.GeometryValue = this.m_GeometryValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL SCH Signal Level"))
{
matrixStruct.DL_SCH_RP = this.m_DL_SCH_RP.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL SCH SINR"))
{
matrixStruct.SCH_SINRValue = this.m_SCH_SINRValue.MatrixBlockArr[blockIndex].ShortMatrix;
}
else if (study.Name.Equals("DL PBCH Signal Level"))
{
matrixStruct.DL_PBCH_RP = this.m_DL_PBCH_RP.MatrixBlockArr[blockIndex].ShortMatrix;
}
}
private void SaveOneBinStudyResultsPart_2(CaseValueTemp oneBinResults, int index, IStudy study, CalculatorMatrixStruct matrixStruct)
{
if (study.Name.Equals("DL SCH SINR"))
{
matrixStruct.SCH_SINRValue[index] = oneBinResults.SCH_SINR;
}
else if (study.Name.Equals("UL RSRP"))
{
matrixStruct.ULRSRP[index] = oneBinResults.UL_RSRP;
}
else if (study.Name.Equals("PUCCH Signal Level"))
{
matrixStruct.PUCCH_Level[index] = oneBinResults.PUCCH_Level;
}
else if (study.Name.Equals("UL PUSCH Signal Level"))
{
matrixStruct.PUSCH_Level[index] = oneBinResults.PUSCH_Level;
}
else if (study.Name.Equals("PUCCH SINR"))
{
matrixStruct.PUCCH_SINRValue[index] = oneBinResults.PUCCH_SINR;
}
else if (study.Name.Equals("PRACH Signal Level"))
{
matrixStruct.PRACH_Level[index] = oneBinResults.PRACH_Level;
}
else if (study.Name.Equals("PRACH SINR"))
{
matrixStruct.PRACH_SINRValue[index] = oneBinResults.PRACH_SINR;
}
}
private void SaveOneBinStudyResultsPart_3(CaseValueTemp oneBinResults, int index, IStudy study, CalculatorMatrixStruct matrixStruct)
{
if (study.Name.Equals("DL RSRQ"))
{
matrixStruct.DLRSRQ[index] = oneBinResults.DLRSRQ;
}
else if (study.Name.Equals("DL PDCCH Signal Level"))
{
matrixStruct.DL_PDCCH_Level[index] = oneBinResults.DL_PDCCH_Level;
}
else if (study.Name.Equals("DL PDSCH Signal Level"))
{
matrixStruct.DL_PDSCH_Level[index] = oneBinResults.DL_PDSCH_Level;
}
else if (study.Name.Equals("DL PDCCH SINR"))
{
matrixStruct.PDCCH_SINRValue[index] = oneBinResults.PDCCH_SINR;
}
else if (study.Name.Equals("DL PCFICH Signal Level"))
{
matrixStruct.DL_PCFICH_Level[index] = oneBinResults.DL_PCFICH_Level;
}
else if (study.Name.Equals("DL PCFICH SINR"))
{
matrixStruct.PCFICH_SINRValue[index] = oneBinResults.PCFICH_SINR;
}
else if (study.Name.Equals("DL PHICH SINR"))
{
matrixStruct.PHICH_SINRValue[index] = oneBinResults.PHICH_SINR;
}
else if (study.Name.Equals("DL PHICH Signal Level"))
{
matrixStruct.DL_PHICH_Level[index] = oneBinResults.DL_PHICH_Level;
}
}
private void SaveOneBinStudyResultsPart_1(CaseValueTemp oneBinResults, int index, IStudy study, CalculatorMatrixStruct matrixStruct)
{
if (study.Name.Equals("DL RS SINR"))
{
matrixStruct.DLRSSINRValue[index] = oneBinResults.DLRSSINR;
}
else if (study.Name.Equals("DL RSSI"))
{
matrixStruct.DLRSSI[index] = oneBinResults.DLRSSI;
}
else if (study.Name.Equals("Geometry"))
{
matrixStruct.GeometryValue[index] = oneBinResults.Geometry;
}
else if (study.Name.Equals("DL PBCH Signal Level"))
{
matrixStruct.DL_PBCH_RP[index] = oneBinResults.DL_PBCH_RP;
}
else if (study.Name.Equals("DL PBCH SINR"))
{
matrixStruct.PBCH_SINRValue[index] = oneBinResults.PBCH_SINR;
}
else if (study.Name.Equals("DL SCH Signal Level"))
{
matrixStruct.DL_SCH_RP[index] = oneBinResults.DL_SCH_RP;
}
else if (study.Name.Equals("UL RS SINR"))
{
matrixStruct.UL_RS_SINRValue[index] = oneBinResults.UL_RS_SINR;
}
}
//modified by huna 3.28
private void SaveOneBinStudyResultsofR(CaseValueTemp oneBinResults, int index, IStudy study, CalculatorMatrixStruct matrixStruct)
{
//if (study.Name.Equals("DL RPDCCH Signal Level"))
//{
// matrixStruct.DL_RPDCCH_Level[index] = oneBinResults.DL_RPDCCH_Level;
//}
if (study.Name.Equals("DL RPDCCH SINR"))
{
matrixStruct.RPDCCH_SINRValue[index] = oneBinResults.RPDCCH_SINR;
}
//else if (study.Name.Equals("DL RPDSCH Signal Level"))
//{
// matrixStruct.DL_RPDSCH_Level[index] = oneBinResults.DL_RPDSCH_Level;
//}
else if (study.Name.Equals("DL RPDSCH SINR"))
{
matrixStruct.RPDSCH_SINRValue[index] = oneBinResults.RPDSCH_SINR;
}
else if (study.Name.Equals("RPDSCH MCS"))
{
matrixStruct.RPDSCHMCSValue[index] = oneBinResults.RPDSCHMCS;
}
else if (study.Name.Equals("RDL Application Peak Throughput"))
{
matrixStruct.RDLAPPLICATIONPEAKValue[index] = oneBinResults.RDLAPPLICATIONPEAK;
}
else if (study.Name.Equals("RDL MAC Peak Throughput"))
{
matrixStruct.RDLPEAKValue[index] = oneBinResults.RDLPEAK;
}
//else if (study.Name.Equals("UL RPUCCH Signal Level"))
//{
// matrixStruct.RPUCCH_Level[index] = oneBinResults.RPUCCH_Level;
//}
else if (study.Name.Equals("UL RPUCCH SINR"))
{
matrixStruct.RPUCCH_SINRValue[index] = oneBinResults.RPUCCH_SINR;
}
else if (study.Name.Equals("UL RPUSCH Signal Level"))
{
matrixStruct.RPUSCH_Level[index] = oneBinResults.RPUSCH_Level;
}
else if (study.Name.Equals("UL RPUSCH SINR"))
{
matrixStruct.RPUSCH_SINRValue[index] = oneBinResults.RPUSCH_SINR;
}
else if (study.Name.Equals("RPUSCH MCS"))
{
matrixStruct.RPUSCHMCSValue[index] = oneBinResults.RPUSCHMCS;
}
else if (study.Name.Equals("RUL MAC Peak Throughput"))
{
matrixStruct.RULPEAKValue[index] = oneBinResults.RULPEAK;
}
else if (study.Name.Equals("RUL Application Peak Throughput"))
{
matrixStruct.RULAPPLICATIONPEAKValue[index] = oneBinResults.RULAPPLICATIONPEAK;
}
}
private void SaveOneBinStudyResults(CaseValueTemp oneBinResults, int index, IStudy study, CalculatorMatrixStruct matrixStruct)
{
this.SaveOneBinStudyResultsPart_1(oneBinResults, index, study, matrixStruct);
this.SaveOneBinStudyResultsPart_2(oneBinResults, index, study, matrixStruct);
this.SaveOneBinStudyResultsPart_3(oneBinResults, index, study, matrixStruct);
this.SaveOneBinMCSStudyResults(oneBinResults, index, study, matrixStruct);
this.SaveOneBinPEAKStudyResults(oneBinResults, index, study, matrixStruct);
//add 2011.3.16
this.SaveOneBinStudyResultsofR(oneBinResults, index, study, matrixStruct);
}
private void SaveOneBinPEAKStudyResults(CaseValueTemp oneBinResults, int index, IStudy study, CalculatorMatrixStruct matrixStruct)
{
if (study.Name.Equals("DL MAC Peak Throughput"))
{
matrixStruct.DLPEAKValue[index] = oneBinResults.DLPEAK;
}
else if (study.Name.Equals("UL MAC Peak Throughput"))
{
matrixStruct.ULPEAKValue[index] = oneBinResults.ULPEAK;
}
else if (study.Name.Equals("DL Application Peak Throughput"))
{
matrixStruct.DLAPPLICATIONPEAKValue[index] = oneBinResults.DLAPPLICATIONPEAK;
}
else if (study.Name.Equals("UL Application Peak Throughput"))
{
matrixStruct.ULAPPLICATIONPEAKValue[index] = oneBinResults.ULAPPLICATIONPEAK;
}
}
private void SaveOneBinMCSStudyResults(CaseValueTemp oneBinResults, int index, IStudy study, CalculatorMatrixStruct matrixStruct)
{
if (study.Name.Equals("DL PDSCH SINR"))
{
matrixStruct.PDSCHSINRValue[index] = oneBinResults.DL_PDSCH_SINR;
}
else if (study.Name.Equals("UL PUSCH SINR"))
{
matrixStruct.PUSCHSINRValue[index] = oneBinResults.PUSCHSINR;
}
else if (study.Name.Equals("PDSCH MCS"))
{
matrixStruct.PDSCHMCSValue[index] = oneBinResults.PDSCHMCS;
}
else if (study.Name.Equals("PUSCH MCS"))
{
matrixStruct.PUSCHMCSValue[index] = oneBinResults.PUSCHMCS;
}
}