public static void InitialCalcMethods()
{
DiffractionLossBase atlasDiffLoss = new AtlasDiffractionLoss();
DiffractionLossBase bullDiffLoss = new BullingtonDiffractionLoss();
DiffractionLossBase deugoutDiffLoss = new DeugoutDiffractionLoss();
DiffractionLossBase epsteinDiffLoss = new EpsteinDiffractionLoss();
DiffractionLossMethod.DifLossMethodList["None"] = null;
DiffractionLossMethod.DifLossMethodList[atlasDiffLoss.DifLosMethodName] = atlasDiffLoss;
DiffractionLossMethod.DifLossMethodList[bullDiffLoss.DifLosMethodName] = bullDiffLoss;
DiffractionLossMethod.DifLossMethodList[deugoutDiffLoss.DifLosMethodName] = deugoutDiffLoss;
DiffractionLossMethod.DifLossMethodList[epsteinDiffLoss.DifLosMethodName] = epsteinDiffLoss;
}
public AtlasDoublePeakLossFixture()
{
MPCP = new MultiPeakCalcParam();
ADL = new AtlasDiffractionLoss();
MPCP.DisFirstPeakToRx = 200f;
MPCP.DisFirstPeakToTx = 200f;
MPCP.DisSecondPeakToRx = 10f;
MPCP.DisSecondPeakToTx = 400f;
MPCP.DisThirdPeakToRx = 200f;
MPCP.DisThirdPeakToTx = 600f;
MPCP.FirstPeakAbs = 200f;
MPCP.RxAbs = 100f;
MPCP.SecondPeakAbs = 100f;
MPCP.ThirdPeakAbs = 150f;
MPCP.TxAbs = 50f;
// MPCP.TxToRxLineLen = 10000f;
MPCP.WaveLen = 0.2f;
}
public LSGTest()
{
MPCP = new MultiPeakCalcParam();
ADL = new AtlasDiffractionLoss();
BDL = new BullingtonDiffractionLoss();
MPCP.DisFirstPeakToRx = 200f;
MPCP.DisFirstPeakToTx = 200f;
MPCP.DisSecondPeakToRx = 10f;
MPCP.DisSecondPeakToTx = 400f;
MPCP.DisThirdPeakToRx = 200f;
MPCP.DisThirdPeakToTx = 600f;
MPCP.FirstPeakAbs = 200f;
MPCP.RxAbs = 100f;
MPCP.SecondPeakAbs = 100f;
MPCP.ThirdPeakAbs = 150f;
MPCP.TxAbs = 50f;
// MPCP.TxToRxLineLen = 10000f;
MPCP.WaveLen = 0.2f;
}