public void Initial()
{
m_InterfTable = new Dictionary<string, DataTable>();
DataTable gsmBTS_ACLR_ACS_Table = CreateGSMBTSACIRTable("gsmBTS_ACLR_ACS_Table");
m_InterfTable.Add("GSMBTS_ACLR_ACS", gsmBTS_ACLR_ACS_Table);
DataTable gsmTerminal_ACLR_ACS_Table = CreateGSMBTSACIRTable("GSMTerminal_ACLR_ACS");
m_InterfTable.Add("GSMTerminal_ACLR_ACS", gsmTerminal_ACLR_ACS_Table);
m_InterfTable.Add("TDNodeB_ACLR_ACS", gsmBTS_ACLR_ACS_Table);
m_InterfTable.Add("TDTerminal_ACLR_ACS", gsmTerminal_ACLR_ACS_Table);
m_InterfTable.Add("UMTSNodeB_ACLR_ACS", gsmBTS_ACLR_ACS_Table);
m_InterfTable.Add("UMTSTerminal_ACLR_ACS", gsmTerminal_ACLR_ACS_Table);
DataTable acir1 = createACIR1Table();
m_InterfTable.Add("ACIR1", acir1);
DataTable acir2 = createACIR1Table();
m_InterfTable.Add("ACIR2", acir2);
DataTable gsmSEAtt = createSEAttTable();
m_InterfTable.Add("GSM900M杂散抑制比", gsmSEAtt);
DataTable gsmBCIAtt = CreateBCIAttTable();
m_InterfTable.Add("GSM900M阻塞抑制比", gsmBCIAtt);
//m_InterfTable.Add("TD1800M阻塞抑制比", gsmBCIAtt);
m_InterfTable.Add("GSM1800M杂散抑制比", gsmSEAtt);
DataTable gsmIIP3 = CreateTOITable();
m_InterfTable.Add("GSM900MIIP3", gsmIIP3);
m_parameter = new InterfParameter();
m_parameter.InterfTable = m_InterfTable;
}
public void findACIRTest1()
{
m_TableDIC = new Dictionary<string, DataTable>();
readtable();
readtabledata();
InterfParameter interfparameter = new InterfParameter(m_TableDIC);
float acir= interfparameter.findACIR(GSM, UMTS);
Assert.AreEqual(13.01, acir,0.5);
}
public void findSEAttTest1()
{
m_TableDIC = new Dictionary<string, DataTable>();
readtable();
readtabledata();
InterfParameter interfparameter = new InterfParameter(m_TableDIC);
float frequence = GSM.Frequency;
float freqband = GSM.FreqBand;
float freqOffset = 1.6f;
float se = interfparameter.findSEAtt(frequence, freqband, freqOffset);
Assert.AreEqual(89, se, 0.2);
}
/// <summary>
/// 获取干扰信号,线性值mw
/// </summary>
/// <param name="Dic"></param>
public static double CalcIo(IACell cell, double rxPower, IACell bestServer)
{
TrafficAdaptorMgr trafficMgr = TrafficAdaptorMgr.Instance;
Dictionary<string, DataTable> m_InterfTable = trafficMgr.TableDIC;
InterfParameter interfParam = new InterfParameter();
interfParam.InterfTable = m_InterfTable;
IInterfCalc m_IInterf = new InterfCalculate(interfParam);
double totalIntef = 0;
//有用信号
Signal usefulSignal = InitSingle(bestServer);
//干扰信号
Signal source = InitSingle(cell);
source.RxPower = (float)(rxPower);
totalIntef = GetOneCellInf(usefulSignal, source, m_IInterf, totalIntef);
return totalIntef;
}
/// <summary>
/// 从context里取得需要的数据信息
/// </summary>
/// <param name="context"></param>
private void GetValueFromContext(Context context)
{
m_Context = context;
m_CovBySignalLevel = (ValueMatrixShort)context[ContextKeys.CovBySignalLevel];
m_Group = (CoPredicGroup)context[ContextKeys.Group];
//获得CellID
m_GSMBestServerID = (ValueMatrixDouble)context[ContextKeys.CoGSMBestServerID];
m_UMTSBestServerID = (ValueMatrixDouble)context[ContextKeys.CoUMTSBestServerID];
m_TDBestServerID = (ValueMatrixDouble)context[ContextKeys.CoTDBestServerID];
m_LTEBestServerID = (ValueMatrixDouble)context[ContextKeys.CoLTEBestServerID];
//获得Cell列表
m_CellList = (List<IACell>)context[ContextKeys.CellList];
m_trans = (List<Transceiver>)context[ContextKeys.TranceiverList];
InterfParameter interfPara = new InterfParameter();
interfPara.InterfTable = TrafficAdaptorMgr.Instance.TableDIC;
m_IInterf = (IInterf)interfPara;
}
/// <summary>
/// 初始化Case
/// </summary>
/// <param name="context">存储数据的字典</param>
public void InitialCase(Context context)
{
GetValueFromContext(context);
InitLinkLossCalc();
InitInterfMatrix(context);
AddDataToContext(context);
InterfParameter param = new InterfParameter();
param.InterfTable = TrafficAdaptorMgr.Instance.TableDIC;
//m_UMTSInterfCase.InterfCalc = new InterfCalculate(param);
//m_GSMInterfCase.m_InterfTable = trafficMgr.TableDIC;
//m_TDPCCPCHInterfCase.m_InterfTable = trafficMgr.TableDIC;
}
public void GetInfTest()
{
float rxPower = -90f;
double rIntef = 0;
Signal usefulSignal = TDIntefCalc.InitSingle(bestCell);
Signal source = TDIntefCalc.InitSingle(intefCell);
source.RxPower = rxPower;
InterfParameter param = new InterfParameter();
IInterfCalc m_IInterf = new InterfCalculate(param);
double result = UnitTrans.todB(TDIntefCalc.GetInf(usefulSignal,source,m_IInterf,rIntef));
Assert.AreEqual(-90.0, result, 0.1);
}
/// <summary>
/// 从context里面取数据
/// </summary>
/// <param name="context"></param>
private void GetValueFromContext(Context context)
{
m_TFMatrix = (TrueFalseMatrix)context[ContextKeys.TFMatrix];
m_tdPredicGroup = (TDPredictionGroup)context[ContextKeys.Group];
m_BestServerCellIDMatrix = (ValueMatrixShort)context[ContextKeys.TDBestServerCellID];
m_CellList = (List<IACell>)context[ContextKeys.CellList];
m_appContext = (IBaseService)context[ContextKeys.ApplicationContext];
m_projectManager = ServiceHelper.Lookup<IProjectManager>(m_appContext);
m_TDTerminal = (TDTerminal)m_tdPredicGroup.TrafficTerminal.GetNetWorkTerminal(NetWorkType.TDSCDMA);
List<Transceiver> trans = (List<Transceiver>)context[ContextKeys.TranceiverList];
InterfParameter interfPara = new InterfParameter();
interfPara.InterfTable = TrafficAdaptorMgr.Instance.TableDIC;
m_IInterf = (IInterf)interfPara;
m_linkLossCalc = new CoLinkLossCalc(m_tdPredicGroup.RxSensitivity, m_tdPredicGroup.TrafficTerminal, m_tdPredicGroup.TrafficService, m_tdPredicGroup.Shadow, m_tdPredicGroup.IndoorCoverage, m_tdPredicGroup.CoverageProb);
InitialHopDic(trans);
}
public void findBCIAttTest3()
{
m_TableDIC = new Dictionary<string, DataTable>();
readtable();
readtabledata();
InterfParameter interfparameter = new InterfParameter(m_TableDIC);
float frequence =TD.Frequency;
float freqband = TD.FreqBand;
float rxpower = -16.0f;
float freqOffset = 0.85f;
float bci = interfparameter.findBCIAtt(rxpower, frequence, freqband, freqOffset);
Assert.AreEqual(70, bci, 0.2);
}
/// <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);
}
/// <summary>
/// 获得干扰计算对象
/// </summary>
private void GetInterfCalcObject()
{
TrafficAdaptorMgr trafficMgr = TrafficAdaptorMgr.Instance;
Dictionary<string, DataTable> m_InterfTable = trafficMgr.TableDIC;
InterfParameter param = new InterfParameter();
param.InterfTable = m_InterfTable;
m_IInterf = new InterfCalculate(param);
}
private IInterfCalc InitInterfCalc()
{
TrafficAdaptorMgr trafficMgr = TrafficAdaptorMgr.Instance;
Dictionary<string, DataTable> interfTable = trafficMgr.TableDIC;
InterfParameter interfPara = new InterfParameter();
interfPara.InterfTable = interfTable;
IInterfCalc interf = new InterfCalculate(interfPara);
return interf;
}
