public void TestCalculatePerformance_MFMeasurePointResult() { MeasurableCellRepository repository = new MeasurableCellRepository { CellList = _cellList }; MeasurePointResult result = new MfMeasurePointResult(); result.StrongestCell = repository.CalculateStrongestCell(); result.CalculateInterference(repository.CellList, 0.1); result.NominalSinr = result.StrongestCell.ReceivedRsrp - result.TotalInterferencePower; Assert.AreEqual(result.StrongestCell, _cellList[0]); Assert.AreEqual(result.StrongestInterference, _cellList[1]); Assert.AreEqual(result.SameModInterferenceLevel, -80); Assert.AreEqual(result.DifferentModInterferenceLevel, -80); Assert.AreEqual(result.TotalInterferencePower, -79.586073, 1E-6); Assert.AreEqual(result.NominalSinr, 9.586073, 1E-6); }
public void TestCalculatePerformance_MFMeasurePointResult_NoSameFrequencySameModCell() { _cellList[1].Cell.Cell.Frequency = 1825; MeasurableCellRepository repository = new MeasurableCellRepository { CellList = _cellList }; MeasurePointResult result = new MfMeasurePointResult(); result.StrongestCell = repository.CalculateStrongestCell(); result.CalculateInterference(repository.CellList, 0.1); result.NominalSinr = result.StrongestCell.ReceivedRsrp - result.TotalInterferencePower; Assert.AreEqual(result.StrongestCell, _cellList[0]); Assert.AreEqual(result.StrongestInterference, null); Assert.AreEqual(result.SameModInterferenceLevel, double.MinValue); Assert.AreEqual(result.DifferentModInterferenceLevel, -80); Assert.AreEqual(result.TotalInterferencePower, -90); Assert.AreEqual(result.NominalSinr, 20); }
public MeasurePoint() { Result = new MfMeasurePointResult(); CellRepository = new MeasurableCellRepository(); }