public void PointToPointTests()
{
var itm = new IrregularTerrainModel();
foreach (var p in GetPointToPointModels())
{
var e = new double[p.Elevations.Length + 2];
e[0] = p.Elevations.Length - 1;
e[1] = p.Distance / e[0];
p.Elevations.CopyTo(e, 2);
point_to_pointMDH(e, p.Transmitter.Height, p.Receiver.Height, p.GroundDielectric, p.GroundConductivity, p.SurfaceRefractivity, p.Frequency, (int)p.Climate, (int)p.Polarization, (int)p.Variability.Mode, p.Variability.Time, p.Variability.Location, p.Variability.Confidence,
out var dbloss0, out var propMode0, out var deltaH0, out var errnum0);
#if DEBUG
itm.UseOriginal = true;
itm.PointToPoint(p);
Assert.AreEqual(dbloss0, p.DbLoss, delta);
Assert.AreEqual(propMode0, (int)p.PropMode);
Assert.AreEqual(deltaH0, p.DeltaH, delta);
Assert.AreEqual(errnum0, p.ErrorIndicator);
itm.UseOriginal = false;
#endif
itm.PointToPoint(p);
Assert.AreEqual(dbloss0, p.DbLoss, delta);
Assert.AreEqual((int)propMode0, (int)p.PropMode);
Assert.AreEqual(deltaH0, p.DeltaH, delta);
Assert.AreEqual(errnum0, p.ErrorIndicator);
}
}
public void AreaTests()
{
var itm = new IrregularTerrainModel();
foreach (var p in GetAreaModels())
{
area((int)p.Variability.Mode, p.DeltaH, p.Transmitter.Height, p.Receiver.Height, p.Distance, (int)p.Transmitter.SiteCriteria,
(int)p.Receiver.SiteCriteria, p.GroundDielectric, p.GroundConductivity, p.SurfaceRefractivity, p.Frequency,
(int)p.Climate, (int)p.Polarization, p.Variability.Time, p.Variability.Location, p.Variability.Confidence, out var dbloss0,
IntPtr.Zero,
out var errnum0);
#if DEBUG
itm.UseOriginal = true;
itm.Area(p);
Assert.AreEqual(dbloss0, p.DbLoss, delta);
Assert.AreEqual(errnum0, p.ErrorIndicator);
itm.UseOriginal = false;
#endif
itm.Area(p);
Assert.AreEqual(dbloss0, p.DbLoss, delta);
Assert.AreEqual(errnum0, p.ErrorIndicator);
}
}
