private void AddParamsInDic(ClutterParamsResult clutterParamsResult)
{
ParamsFromGIS mgis = new ParamsFromGIS();
mgis.PenetrationLoss = clutterParamsResult.PenetrationLoss;
mgis.SpatialMultiplexFactor = clutterParamsResult.SpatialMultiplex;
mgis.StandardDeviation = clutterParamsResult.StandardDeviation;
mgis.ClutterName = clutterParamsResult.Name;
short code = clutterParamsResult.Code;
this.m_DicOfParamsFromGIS.Add(code, mgis);
}
/// <summary>
/// 遍历激活集计算EbNo
/// </summary>
/// <param name="index"></param>
/// <param name="context"></param>
/// <returns></returns>
private double CalcTerminalDLSinr(int index)
{
double tempDLSinr = 0;
clutterparam = UMTSPredicCommonCalc.ConfingClutter(m_BestCell.Parent, appContext);
m_ModelShadowMargin = UMTSPredicCommonCalc.GetModelShadowMargin(clutterparam, m_PredictionGroup.IsShadow, m_PredictionGroup.CoverageProb);
m_CIShadowMargin = UMTSPredicCommonCalc.GetCIShadowMargin(clutterparam, m_PredictionGroup.IsShadow, m_PredictionGroup.CoverageProb);
double interf = CalcBinInterf(index);
int count = activeSetCellList.Count;
for (int i = 0; i < count; i++)
{
m_CurrentCell = (UMTSCell)SearchAssist.GetCellbyID(activeSetCellList[i], m_CellList);
float[] linkLoss = linkLossCalc.GetLinkLoss(index, m_TFMatrix, m_CurrentCell);
double sinr = UMTSPredicCommonCalc.Calc_SINR(m_TchTxPower, linkLoss[1] - m_ModelShadowMargin, interf) + m_PredictionGroup.UIParam.DLDivGain + UnitTrans.todB(m_PredictionGroup.UIParam.ChipsRate / m_TchDLRate) - m_CIShadowMargin;
tempDLSinr += UnitTrans.dBmTomw(sinr);
}
if (count > 1)
{
tempDLSinr *= m_PredictionGroup.UIParam.DLRakeEffiFactor;
}
return tempDLSinr;
}
public List<ClutterParamsResult> GetAllClutterParams()
{
List<ClutterParamsResult> clutterParamList = new List<ClutterParamsResult>();
ClutterParamsResult clutterParam = new ClutterParamsResult();
clutterParamList.Add(clutterParam);
return clutterParamList;
}
public ClutterParamsResult GetClutterParamByCode(short code)
{
ClutterParamsResult clut = new ClutterParamsResult();
//配置clut
return clut;
}
/// <summary>
/// 遍历激活集计算EbNo
/// </summary>
/// <param name="index"></param>
/// <returns></returns>
private double CalcTerminalHSPDSCHSinr(int index)
{
clutterparam = UMTSPredicCommonCalc.ConfingClutter(m_BestCell.Parent, appContext);
m_ModelShadowMargin = UMTSPredicCommonCalc.GetModelShadowMargin(clutterparam, m_PredictionGroup.IsShadow, m_PredictionGroup.CoverageProb);
m_CIShadowMargin = UMTSPredicCommonCalc.GetCIShadowMargin(clutterparam, m_PredictionGroup.IsShadow, m_PredictionGroup.CoverageProb);
float[] linkLoss = linkLossCalc.GetLinkLoss(index, m_TFMatrix, m_BestCell);
double interf = CalcBinInterf(index, linkLoss[1]);
double txPower = 33;// 此处应该是m_BestCell.HSDPAPower;
double sinr = UMTSPredicCommonCalc.Calc_SINR(txPower, linkLoss[1] - m_ModelShadowMargin, interf) + m_PredictionGroup.UIParam.DLDivGain + UnitTrans.todB(m_PredictionGroup.UIParam.ChipsRate / m_TchDLRate) - m_CIShadowMargin;
return sinr;
}
public ClutterParamsResult GetClutterParamByCode(short code)
{
ClutterParamsResult clut = new ClutterParamsResult();
//配置clut
clut.ShadowStd = 1f;
clut.PenetrationLoss = 7f;
//clut.ShadowCor = 0.5f;
return clut;
}
private ClutterParamsResult GetValueFromDataTable(string columnName, string columnValue, DataTable table, ref bool isSuccessful)
{
ClutterParamsResult resultForOneRow = new ClutterParamsResult();
if (table != null)
{
foreach (DataRow row in table.Rows)
{
if (row[columnName].ToString() == columnValue)
{
resultForOneRow = this.GetResultForOneRow(row);
isSuccessful = true;
}
}
}
return resultForOneRow;
}
private ClutterParamsResult GetResultForOneRow(DataRow row)
{
ClutterParamsResult result = new ClutterParamsResult();
result.Code = (short) row[GISCtrlGResourceEx.GIS_CODE];
result.Name = (string) row[GISCtrlGResourceEx.GIS_COLORBASE_CLUTTER_NAME];
result.ClutterHeight = (float) row[GISCtrlGResourceEx.GIS_HEIGHT];
result.SpatialMultiplex = (float) row[GISCtrlGResourceEx.GIS_COLORBASE_SPATIAL_MULTIPLEX];
result.PenetrationLoss = (float) row[GISCtrlGResourceEx.GIS_PENETRATIONLOSS];
result.ShadowStd = (float) row[GISCtrlGResourceEx.GIS_SHADOW_STD];
result.ShadowCor = (float) row[GISCtrlGResourceEx.GIS_SHADOW_COR];
result.StandardDeviation = (float) row[GISCtrlGResourceEx.GIS_SHADOW_STD];
result.C_I_NStandDev = (float) row[GISCtrlGResourceEx.GIS_C_I_NStandDev];
return result;
}
