public static TInterference Import <TInterference, TRef, TNei>(
this IInterferenceRecord <TInterference> record,
TNei neiCell, TRef refCell, Func <TNei, bool> FrequencyValidation,
Func <TNei, TInterference> InterferenceGenerator)
where TInterference : class, IInterference
where TRef : class, IRefCell, new()
where TNei : class, INeiCell, new()
{
record.MeasuredTimes++;
//这里的逻辑是邻区信号强度足够强的时候才算干扰小区，这时才会纳入干扰小区列表
if (!FrequencyValidation(neiCell) ||
!(neiCell.Strength > refCell.Strength -
RuInterferenceRecord.InterferenceThreshold))
{
return(null);
}
TInterference interference =
record.Interferences.FirstOrDefault(x =>
x.CellId == neiCell.CellId && x.SectorId == neiCell.SectorId);
if (interference == null)
{
interference = InterferenceGenerator(neiCell);
record.Interferences.Add(interference);
}
interference.InterferenceTimes++;
return(interference);
}
public static double GetInterferenceRatio <TInterference>(this IInterferenceRecord <TInterference> record, ICell cell)
where TInterference : class, IInterference
{
TInterference interference =
record.Interferences.FirstOrDefault(x => x.CellId == cell.CellId && x.SectorId == cell.SectorId);
return(interference == null ? 0 :
interference.InterferenceTimes / (double)record.MeasuredTimes);
}
public static double GetInterferenceRatio <TInterference>(this IInterferenceRecord <TInterference> record, int i)
where TInterference : class, IInterference
{
return(record.MeasuredTimes == 0 ? 0 :
record.Interferences[i].InterferenceTimes / (double)record.MeasuredTimes);
}
