public void initial()
{
m_user1 = MockTDSimUser.CreatTDSimUser_CSDL();
m_user2 = MockTDSimUser.CreatTDSimUser_CSUL();
m_user3 = MockTDSimUser.CreatTDSimUser_PSDL();
m_user4 = MockTDSimUser.CreatTDSimUser_PSUL();
m_user5 = MockTDSimUser.CreatTDSimUser_PSDL();
m_UnAccessedUsers = new List<TDSimUser>();
m_Cell1 = MockTDSimCell.CreatTDSimCell();
m_Cell1.CarrType = CarrierTypeOfTD.R4;
m_Cells=new List<TDSimCell>();
m_Cells.Add(m_Cell1);
m_Tran = new TDSimTran(m_Cells);
initialUser(m_user1, m_Cell1, m_Tran);
initialUser(m_user2, m_Cell1, m_Tran);
initialUser(m_user3, m_Cell1, m_Tran);
initialUser(m_user4, m_Cell1, m_Tran);
m_Carrier1 = new TDSCDMACarrier();
m_Transceiver = new Transceiver();
m_R4_CellAssign = new R4_CellAssign();
}
//构造TDCarrier
public static IACell CreatTDCarrier()
{
IACell cell = new TDSCDMACarrier();
Transceiver trans = new Transceiver();
Site site = new Site();
site.X = 100;
site.Y = 100;
site.Equipment = new BtsEquipment();
site.Equipment.NoiseFigure = 2;
trans.Name = "Trans1";
trans.Parent = site;
trans.Cells.Add(cell);
cell.Name = "TDCell1";
cell.Parent = trans;
cell.FreqBand = new FrequencyBand();
cell.FreqBand.DLFrequency = 2010f;
cell.FreqBand.ULFrequency = 2010f;
AntConfig antConfig = new AntConfig();
antConfig.OutdoorAntenna = new Huawei.UNet.Antenna.Entity.AntennaEntity();
cell.Parent.AntConfiguration.Add(antConfig);
cell.Parent.AntConfiguration[0].IsMainAnt = true;
cell.Parent.AntConfiguration[0].DlTotalLoss = 3;
cell.Parent.AntConfiguration[0].OutdoorAntenna.Gain = 18;
cell.ID = 2;
PropModelConfig propModelConfig = new PropModelConfig();
propModelConfig.CalcRadius = 4000;
propModelConfig.CalcResolution = 50;
trans.Cells[0].PropModels.Add(propModelConfig);
return cell;
}
private double CalcAjecentCellInterf(TDSCDMACarrier tdInterfCell, TDSCDMACarrier bestCell, float linkLoss)
{
CoPredicGroup coPredicGroup = new CoPredicGroup();
double txPower = UnitTrans.dBmTomw(tdInterfCell.PCCPCHPower) + (UnitTrans.dBmTomw(tdInterfCell.SCCPCHPower) + UnitTrans.dBmTomw(tdInterfCell.PICHPower)) * coPredicGroup.CoCovUIParam.OtherCommonCHFactor;
double interf = 0;
FrequencyRelationType type = GetFrequencyRelation(bestCell, tdInterfCell, bestCell.ChannelIndex, tdInterfCell.ChannelIndex);
if (type == FrequencyRelationType.SameFrequency)
{
interf = UnitTrans.dBmTomw(UnitTrans.mwTodBm(txPower) - linkLoss) * (1 - bestCell.OrthCoef);
}
else if (type == FrequencyRelationType.FirstNeighbour)
{
double ACIR1 = (double)m_IInterf.findACIR(tdInterfCell.FreqBand.DLFrequency, tdInterfCell.FreqBand.BandWidth);
if (!double.IsNaN(ACIR1))
{
interf = UnitTrans.dBmTomw(UnitTrans.mwTodBm(txPower) - linkLoss - ACIR1);
}
}
else if (type == FrequencyRelationType.SecondNeighbour)
{
double ACIR2 = (double)m_IInterf.findACIR2(tdInterfCell.FreqBand.DLFrequency, tdInterfCell.FreqBand.BandWidth);
if (!double.IsNaN(ACIR2))
{
interf = UnitTrans.dBmTomw(UnitTrans.mwTodBm(txPower) - linkLoss - ACIR2);
}
}
return interf;
}
/// <summary>
/// 构造函数
/// </summary>
/// <param name="CI">当前链路的CIR</param>
/// <param name="bestCell">当前点的最佳服务小区</param>
/// <param name="tdHSDPABearList">承载列表</param>
/// <param name="tdTerminal">终端类型</param>
public TDDwLinkThroughPutCalculator(double CI, IACell bestCell,
List<TDHSDPABearer> tdHSDPABearList, TDTerminal tdTerminal)
{
m_ServiceCI = CI;
m_TdHSDPABearList = tdHSDPABearList;
m_TdCell = bestCell as TDSCDMACarrier;
m_TdTerminal = tdTerminal;
}
public void GetFrequencytest()
{
IACell cell = new TDSCDMACarrier();
cell.FreqBand.DLFrequency = 2e9f;
cell.ChannelIndex = 5;
cell.FreqBand.StartChIndex = 1;
cell.FreqBand.BandWidth = 1.6e6f;
float actual = TDPredictionCommonCalc.GetFrequency(cell);
float expected = 2.0072e9f;
Assert.AreEqual(expected, actual);
}
private double CalcInnerSystemInterf(int index, TDSCDMACarrier tdInterfCell, TDSCDMACarrier bestCell, float dlLinkLoss)
{
double interf = 0;
foreach (TDSCDMACarrier tdCell in tdInterfCell.Parent.Cells)
{
if (!object.ReferenceEquals(tdCell, bestCell))
{
interf += CalcAjecentCellInterf(tdCell, bestCell, dlLinkLoss);
}
}
return interf;
}
public double CalcInterf(int index, IACell interfCell, TDSCDMACarrier bestCell, float dlLinkLoss)
{
double interf = 0;
TDSCDMACarrier tdInterfCell = interfCell as TDSCDMACarrier;
if (tdInterfCell != null)
{
interf = CalcInnerSystemInterf(index, tdInterfCell, bestCell,dlLinkLoss);
}
else
{
interf = CalcOtherSystemInterf(index, interfCell, bestCell,dlLinkLoss);
}
return interf;
}
/// <summary>
/// 获得小区到小区的干扰
/// </summary>
/// <param name="index"></param>
/// <param name="cell"></param>
/// <param name="bestCell"></param>
/// <param name="currentCell"></param>
/// <param name="intefRxPower"></param>
private void GetCellToCellInterf(int index, TDSCDMACarrier currentCell, TDSCDMACarrier bestCell, float intefRxPower)
{
Signal usefulSignal = TDIntefCalc.InitSingle(bestCell);//有用信号
Signal source = TDIntefCalc.InitSingle(currentCell);//干扰信号
source.RxPower = intefRxPower;
if (currentCell is TDSCDMACarrier)
{
TDSCDMACarrier tdCell = currentCell as TDSCDMACarrier;
source.OrthCoef = tdCell.OrthCoef;
}
InterfParameter param = new InterfParameter();
param.InterfTable = m_InterfTable;
IInterfCalc m_IInterf = new InterfCalculate(param);
m_totalCellInterf = TDIntefCalc.GetInf(usefulSignal, source, m_IInterf, m_totalCellInterf);
}
public static List<ISimCellBase> InitialTDInterfCell()
{
List<ISimCellBase> TDInterfCellList = new List<ISimCellBase>();
IACell aCell = new TDSCDMACarrier();
TDSimCell TDInterfCell = new TDSimCell(aCell);
TDInterfCell.Cell.FreqBand.BandWidth = 3f;
TDInterfCell.DlFrequency = 2000f;
TDInterfCell.DlPower = 33;
List<ISimUser> simUserList = new List<ISimUser>();
ISimUser user1 = new MockTDSimUser();
ISimUser user2 = new MockTDSimUser();
simUserList.Add(user1);
simUserList.Add(user2);
TDInterfCell.ULSimUsers = simUserList;
TDInterfCellList.Add(TDInterfCell);
return TDInterfCellList;
}
public void CopyForm(TDSCDMACarrier cell)
{
base.CopyFrom(cell);
this.IsMaster = cell.IsMaster;
this.UlJDFactor = cell.UlJDFactor;
this.MaxDLCodeCHPower = cell.MaxDLCodeCHPower;
this.MinDLCodeCHPower = cell.MinDLCodeCHPower;
this.PCCPCHPower = cell.PCCPCHPower;
this.PCCPCHCode = cell.PCCPCHCode;
this.PCCPCHTS = cell.PCCPCHTS;
this.SCCPCHPower = cell.SCCPCHPower;
this.SCCPCHCode = cell.SCCPCHCode;
this.SCCPCHTS = cell.SCCPCHTS;
this.FPACHPower = cell.FPACHPower;
this.FPACHCode = cell.FPACHCode;
this.FPACHTS = cell.FPACHTS;
this.PICHPower = cell.PICHPower;
this.PICHCode = cell.PICHCode;
this.PICHTS = cell.PICHTS;
this.PRACHIntPower = cell.PRACHIntPower;
this.PRACHCode = cell.PRACHCode;
this.PRACHTS = cell.PRACHTS;
this.OrthCoef = cell.OrthCoef;
this.MaxUserPerTS = cell.MaxUserPerTS;
this.CarrierType = cell.CarrierType;
this.ThermalNoiseDensity = cell.ThermalNoiseDensity;
this.ULMaxNoiseRise = cell.ULMaxNoiseRise;
this.MinCECount = cell.MinCECount;
this.Sched = cell.Sched;
this.HSDPALoad = cell.HSDPALoad;
this.ScchPower = cell.ScchPower;
this.NumSCCH = cell.NumSCCH;
this.HSDPAUserNum = cell.HSDPAUserNum;
this.HSDPAPower = cell.HSDPAPower;
this.HSDPACode = cell.HSDPACode;
this.DwPCHPower = cell.DwPCHPower;
this.IsDynamic = cell.IsDynamic;
this.RatioforR4 = cell.RatioforR4;
this.DlMaxPowerLoad = cell.DlMaxPowerLoad;
this.HSUPAMaxUser = cell.HSUPAMaxUser;
this.HSUPAMaxUE = cell.HSUPAMaxUE;
this.HSUPATSCode = cell.HSUPATSCode;
this.SmartAntID = cell.SmartAntID;
this.SwitchPoint = cell.SwitchPoint;
this.NoiseFigure = cell.NoiseFigure;
}
public void Inital()
{
#region 初始化小区
bestCell = new TDSCDMACarrier();
bestCell.FreqBand=new FrequencyBand();
bestCell.FreqBand.BandWidth = 1.6f;
bestCell.FreqBand.DLFrequency = 2010.0f;
bestCell.FreqBand.StartChIndex = 0;
bestCell.ChannelIndex = 0;
intefCell = new TDSCDMACarrier();
intefCell.FreqBand = new FrequencyBand();
intefCell.FreqBand.BandWidth = 1.6f;
intefCell.FreqBand.DLFrequency = 2010.0f;
intefCell.FreqBand.StartChIndex = 0;
intefCell.ChannelIndex = 0;
((TDSCDMACarrier)intefCell).OrthCoef = 0.5f;
intefCell1 = new UMTSCell();
intefCell1.FreqBand = new FrequencyBand();
intefCell1.FreqBand.BandWidth = 1.6f;
intefCell1.FreqBand.DLFrequency = 2010.0f;
intefCell1.FreqBand.StartChIndex = 0;
intefCell1.ChannelIndex = 0;
intefCell2 = new GSMTRX();
intefCell2.FreqBand = new FrequencyBand();
intefCell1.FreqBand.BandWidth = 2.4f;
intefCell1.FreqBand.DLFrequency = 1800.0f;
intefCell1.FreqBand.StartChIndex = 0;
intefCell1.ChannelIndex = 0;
#endregion
LinkLossAssist.Init();
pg = MockGroupAndCell.MockTDPredicGroup();
matrix = new TrueFalseMatrix(4, 4, 0.0, 200, 50, true);
cell = MockCell.CreateCell(cell);
cell1 = MockCell.CreateCell(cell1);
}
private FrequencyRelationType GetFrequencyRelation(TDSCDMACarrier bestCell, TDSCDMACarrier tdInterfCell, int sourceChannelIndex, int targetChannelIndex)
{
bool isSameFrequency = JudgeFrequency(bestCell, tdInterfCell, sourceChannelIndex, targetChannelIndex, FrequencyRelationType.SameFrequency);
if (isSameFrequency)
{
return FrequencyRelationType.SameFrequency;
}
bool isFirstNeighbourFreq = JudgeFrequency(bestCell, tdInterfCell, sourceChannelIndex, targetChannelIndex, FrequencyRelationType.FirstNeighbour);
if (isFirstNeighbourFreq)
{
return FrequencyRelationType.FirstNeighbour;
}
bool isSecondNeighbourFreq = JudgeFrequency(bestCell, tdInterfCell, sourceChannelIndex, targetChannelIndex, FrequencyRelationType.SecondNeighbour);
if (isSecondNeighbourFreq)
{
return FrequencyRelationType.SecondNeighbour;
}
else
{
return FrequencyRelationType.Non;
}
}
private void CalcInterf(int index, IACell interfCell, TDSCDMACarrier bestCell)
{
TDSCDMACarrier tdInterfCell = interfCell as TDSCDMACarrier;
if (tdInterfCell != null)
{
CalcInnerSystemInterf(index, tdInterfCell, bestCell);
}
else
{
CalcOtherSystemInterf(index, interfCell, bestCell);
}
}
/// <summary>
/// 判断该小区是否需要计算
/// </summary>
/// <param name="cell"></param>
/// <returns></returns>
protected override bool IsNeedCalc(IACell cell)
{
m_tdCell = cell as TDSCDMACarrier;
return (m_tdCell != null && m_tdCell.IsMaster) ;
}
private double CalcGSMInterfWithHopping(IACell interfCell, TDSCDMACarrier bestCell, float linkLoss)
{
double interf = 0;
GSMTRX gsminterfCell = interfCell as GSMTRX;
List<int> soureMal = m_HoppingMALDic[gsminterfCell.ID];
foreach (int channelIndex in soureMal)
{
interf += CalcOneCellInterf(gsminterfCell, bestCell, channelIndex, linkLoss);
}
return (interf / soureMal.Count);
}
private double CalcGSMInterfWithoutHopping(IACell interfCell, TDSCDMACarrier bestCell, float linkLoss)
{
double interf = 0;
interf = CalcOneCellInterf(interfCell, bestCell, interfCell.ChannelIndex, linkLoss);
return interf;
}
private double CalcInterfFormGSM(IACell interfCell, TDSCDMACarrier bestCell, float linkLoss)
{
double interf = 0;
GSMTRX gsmInterfCell = interfCell as GSMTRX;
if (gsmInterfCell.HopMode == HoppingMode.NonHopping)
{
interf = CalcGSMInterfWithoutHopping(interfCell, bestCell, linkLoss);
}
else
{
interf = CalcGSMInterfWithHopping(interfCell, bestCell, linkLoss);
}
return interf;
}
private bool JudgeFrequency(TDSCDMACarrier bestCell, TDSCDMACarrier tdInterfCell, int sourceChannelIndex, int targetChannelIndex, FrequencyRelationType type)
{
float sourceBandWith = bestCell.FreqBand.BandWidth;
float targetBandWith = tdInterfCell.FreqBand.BandWidth;
float sourceDLFrequency = bestCell.FreqBand.DLFrequency;
float targetDLFrequency = tdInterfCell.FreqBand.DLFrequency;
int multiple = Convert.ToInt32(type);
bool isSameBandWith = (sourceBandWith == targetBandWith);
bool isIntegetExcursion = (Math.Abs((sourceDLFrequency + sourceBandWith * sourceChannelIndex) - (targetDLFrequency + targetBandWith * targetChannelIndex)) == sourceBandWith * multiple);
return isSameBandWith && isIntegetExcursion;
}
private void addNewTdscdmaCarrier(string carrierName, ReceptionEquipment reception)
{
TDSCDMACarrier cell = new TDSCDMACarrier();
this.SetIACellProperty(carrierName, reception, cell);
this.AddIACellToCarriers(cell);
}
//TODO
private double CalcAcir(IACell interfCell, TDSCDMACarrier bestCell, double deltaFreq)
{
double acir = double.NaN;
Signal usefulSignal = new Signal();
usefulSignal.FreqBand = bestCell.FreqBand.BandWidth;
usefulSignal.Frequency = TDPredictionCommonCalc.GetFrequency((IACell)bestCell);
usefulSignal.NetType = NetWorkType.TDSCDMA;
Signal source = new Signal();
source.FreqBand = interfCell.FreqBand.BandWidth;
if (interfCell.NetType == NetWorkType.GSM)
{
source.Frequency = interfCell.FreqBand.DLFrequency + interfCell.FreqBand.BandWidth * (interfCell.ChannelIndex - bestCell.FreqBand.StartChIndex);
}
else
{
source.Frequency = TDPredictionCommonCalc.GetFrequency(interfCell);
}
acir = m_IInterf.findACIR(source, usefulSignal);
return UnitTrans.todB(acir);
}
private double CalcInterfByFreqRelation(IACell interfCell, TDSCDMACarrier bestCell, FrequencyRelationType type, double interfFreqBandWith, double bestCellFreqBandWith, double deltaFreq, double rxpower)
{
double interf = 0;
double freqBandRatio = 0;
double acir = 0;
if (type == FrequencyRelationType.OutOfInterfFreq)
{
acir = CalcAcir(interfCell, bestCell, deltaFreq);
if (!double.IsNaN(acir))
{
interf = UnitTrans.dBto(rxpower - acir);
}
}
else if (type == FrequencyRelationType.InnerOfInterfFreq)
{
freqBandRatio = UnitTrans.todB(interfFreqBandWith / bestCellFreqBandWith);
interf = UnitTrans.dBto(rxpower - freqBandRatio);
}
else if (type == FrequencyRelationType.InnerOfBestFreq)
{
interf = UnitTrans.dBto(rxpower);
}
return interf;
}
private double CalcOneCellInterf(IACell interfCell, TDSCDMACarrier bestCell, int interfChannelIndex, double linkLoss)
{
double interf = 0;
double interfFreqBandWith = interfCell.FreqBand.BandWidth;
double bestCellFreqBandWith = bestCell.FreqBand.BandWidth;
double deltaFreq = CalcFrequencyExcursion(interfCell, bestCell, interfChannelIndex);
double rxpower = 0;
if (interfCell.NetType == NetWorkType.GSM)
{
rxpower = ((GSMTRX)interfCell).TRXPower - linkLoss;
}
else if (interfCell.NetType == NetWorkType.UMTS)
{
rxpower = ((UMTSCell)interfCell).TotalPower - linkLoss;
}
else if (interfCell.NetType == NetWorkType.LTE)
{
rxpower = ((LTECell)interfCell).DlActualTxPower - linkLoss;
}
FrequencyRelationType type = JudgeFreqBandRelationship(interfCell, bestCell, interfChannelIndex);
interf = CalcInterfByFreqRelation(interfCell, bestCell, type, interfFreqBandWith, bestCellFreqBandWith, deltaFreq, rxpower);
return interf;
}
private void CalcInnerSystemInterf(int index, TDSCDMACarrier tdInterfCell, TDSCDMACarrier bestCell)
{
double interf = 0;
double dlInterf = 0;
double pdschInterf = 0;
float[] linkLoss = TDIntefCalc.GetLinkLossWithMainSAGain(index, m_TFMatrix, tdInterfCell, m_tdPredicGroup);
double tempDLDCHInterf = UnitTrans.dBmTomw(m_DLDCHInterfMatrix[index]);
double tempHSPDSCHInterf = UnitTrans.dBmTomw(m_HSPDSCHInterfMatrix[index]);
foreach (TDSCDMACarrier tdCell in tdInterfCell.Parent.Cells)
{
if (!object.ReferenceEquals(tdCell, bestCell))
{
interf += CalcAdjecentCellInterf(tdCell, bestCell, linkLoss[1]);
}
}
if (bestCell.CarrierType == CarrierTypeOfTD.R4)
{
dlInterf = interf * (1 - m_TDTerminal.MudFactor);
}
else if (bestCell.CarrierType == CarrierTypeOfTD.HSPA)
{
pdschInterf = interf * (1 - m_TDTerminal.MudFactor);
}
m_DLDCHInterfMatrix[index] = UnitTrans.mwTodBm(tempDLDCHInterf + dlInterf);
m_HSPDSCHInterfMatrix[index] = UnitTrans.mwTodBm(tempHSPDSCHInterf + pdschInterf);
}
private void CalcOtherSystemInterf(int index, IACell interfCell, TDSCDMACarrier bestCell)
{
float[] linkLoss = m_linkLossCalc.GetLinkLoss(index, m_TFMatrix, interfCell);
double interf = 0;
if (interfCell.NetType == NetWorkType.GSM)
{
interf = CalcInterfFormGSM(interfCell, bestCell, linkLoss[1]);
}
else if (interfCell.NetType == NetWorkType.UMTS)
{
interf = CalcInterfFormUMTS(interfCell, bestCell, linkLoss[1]);
}
else if (interfCell.NetType == NetWorkType.LTE)
{
interf = CalcInterfFormLTE(interfCell, bestCell, linkLoss[1]);
}
double tempOtherSystemInterf = UnitTrans.dBmTomw(m_OtherSystemInterfMatrix[index]);
m_OtherSystemInterfMatrix[index] = UnitTrans.mwTodBm(tempOtherSystemInterf + interf);
}
private double GetTxPower(TDSCDMACarrier cell)
{
double txPower = double.MinValue;
if (cell.CarrierType == CarrierTypeOfTD.HSPA && m_tdPredicGroup.tdUIParam.CurrentTimeSlot != 6)
{
txPower = cell.HSDPAPower;
}
else if (cell.CarrierType == CarrierTypeOfTD.HSPA && m_tdPredicGroup.tdUIParam.CurrentTimeSlot == 6)
{
txPower = cell.MaxPower;
}
else if (cell.CarrierType == CarrierTypeOfTD.R4)
{
txPower = cell.MaxPower + UnitTrans.todB(cell.DlMaxPowerLoad);
}
return txPower;
}
private FrequencyRelationType JudgeFreqBandRelationship(IACell interfCell, TDSCDMACarrier bestCell, int interfChannelIndex)
{
double TDSCDMABandWith = 1.28f;
double bestStartFreq = bestCell.FreqBand.DLFrequency + bestCell.FreqBand.BandWidth * (bestCell.ChannelIndex + 0.5) - TDSCDMABandWith * 0.5;
double bestEndFreq = bestStartFreq + TDSCDMABandWith;
double interfStartFreq = 0;
double interfEndFreq = 0;
if (interfCell.NetType == NetWorkType.GSM)
{
interfStartFreq = interfCell.FreqBand.DLFrequency + interfCell.FreqBand.BandWidth * (interfChannelIndex - 0.5);
interfEndFreq = interfStartFreq + interfCell.FreqBand.BandWidth;
}
else
{
interfStartFreq = interfCell.FreqBand.DLFrequency + interfCell.FreqBand.BandWidth * interfChannelIndex;
interfEndFreq = interfStartFreq + interfCell.FreqBand.BandWidth;
}
if (bestStartFreq >= interfStartFreq && bestEndFreq <= interfEndFreq)
{
return FrequencyRelationType.InnerOfInterfFreq;
}
else if (interfStartFreq >= bestStartFreq && interfEndFreq <= bestEndFreq)
{
return FrequencyRelationType.InnerOfBestFreq;
}
else if (bestEndFreq <= interfStartFreq || bestStartFreq >= interfEndFreq)
{
return FrequencyRelationType.OutOfInterfFreq;
}
else
{
return FrequencyRelationType.Non;
}
}
/// <summary>
/// 构建小区列表
/// </summary>
private void InitCellList()
{
for (int i = 0; i < 3; i++)
{
IACell cell = new TDSCDMACarrier();
cell.FreqBand = new FrequencyBand();
cell.FreqBand.BandWidth = 1.6f;
cell.FreqBand.DLFrequency = 2010.0f;
cell.FreqBand.StartChIndex = 0;
cell.ChannelIndex = 0;
m_CellList.Add(cell);
}
double[] x = new double[3] { 50, 100, 150 };
double[] y = new double[3] { 50, 100, 50 };
MockCellList.CreateCellList(m_CellList, x, y);
}
private double CalcFrequencyExcursion(IACell interfCell, TDSCDMACarrier bestCell, int interfChannelIndex)
{
double interfFreqBandWith = interfCell.FreqBand.BandWidth;
double bestFreqBandWith = bestCell.FreqBand.BandWidth;
double interfDLCenterFreq = 0;
if (interfCell.NetType == NetWorkType.GSM)
{
interfDLCenterFreq = interfCell.FreqBand.DLFrequency + interfFreqBandWith * interfChannelIndex;
}
else
{
interfDLCenterFreq = interfCell.FreqBand.DLFrequency + interfFreqBandWith * (interfChannelIndex + 0.5);
}
double bestDLCenterFreq = bestCell.FreqBand.DLFrequency + bestFreqBandWith * (bestCell.ChannelIndex + 0.5);
return Math.Abs(interfDLCenterFreq - bestDLCenterFreq);
}
private double CalcInterfFormUMTS(IACell interfCell, TDSCDMACarrier bestCell, float linkLoss)
{
double interf = 0;
interf = CalcOneCellInterf(interfCell, bestCell, interfCell.ChannelIndex, linkLoss);
return interf;
}
private double CalcAdjecentCellInterf(TDSCDMACarrier tdInterfCell, TDSCDMACarrier bestCell, float linkLoss)
{
double txPower = GetTxPower(tdInterfCell);
double interf = 0;
double interfSC = 0;
double interfAC = 0;
double interfAC2 = 0;
FrequencyRelationType type = GetFrequencyRelation(bestCell, tdInterfCell, bestCell.ChannelIndex, tdInterfCell.ChannelIndex);
if (type == FrequencyRelationType.SameFrequency)
{
interfSC = UnitTrans.dBmTomw(txPower - linkLoss);
}
else if (type == FrequencyRelationType.FirstNeighbour)
{
double ACIR1 = (double)m_IInterf.findACIR(tdInterfCell.FreqBand.DLFrequency, tdInterfCell.FreqBand.BandWidth);
if (!double.IsNaN(ACIR1))
{
interfAC = UnitTrans.dBmTomw(txPower - linkLoss - ACIR1);
}
}
else if (type == FrequencyRelationType.SecondNeighbour)
{
double ACIR2 = (double)m_IInterf.findACIR2(tdInterfCell.FreqBand.DLFrequency, tdInterfCell.FreqBand.BandWidth);
if (!double.IsNaN(ACIR2))
{
interfAC2 = UnitTrans.dBmTomw(txPower - linkLoss - ACIR2);
}
}
interf = interfSC + interfAC + interfAC2;
return interf;
}