public void PointToPoint(PointToPointModel model)
{
var e = new double[model.Elevations.Length + 2];
e[0] = model.Elevations.Length - 1;
e[1] = model.Distance / e[0];
model.Elevations.CopyTo(e, 2);
#if DEBUG
if (UseOriginal)
{
var itm = new Original();
itm.point_to_pointMDH(e, model.Transmitter.Height, model.Receiver.Height, model.GroundDielectric, model.GroundConductivity, model.SurfaceRefractivity, model.Frequency,
(int)model.Climate, (int)model.Polarization, (int)model.Variability.Mode, model.Variability.Time, model.Variability.Location, model.Variability.Confidence,
out var dbloss, out var propmode, out var deltaH, out var errnum);
model.DbLoss = dbloss;
model.PropMode = (PropMode)propmode;
model.DeltaH = deltaH;
model.ErrorIndicator = errnum;
}
else
#endif
{
var itm = new Refactored();
itm.point_to_pointMDH(e, model.Transmitter.Height, model.Receiver.Height, model.GroundDielectric, model.GroundConductivity, model.SurfaceRefractivity, model.Frequency,
model.Climate, model.Polarization, model.Variability.Mode, model.Variability.Time, model.Variability.Location, model.Variability.Confidence,
out var dbloss, out var propmode, out var deltaH, out var errnum);
model.DbLoss = dbloss;
model.PropMode = propmode;
model.DeltaH = deltaH;
model.ErrorIndicator = errnum;
}
}
public void Area(AreaModel model)
{
#if DEBUG
if (UseOriginal)
{
var itm = new Original();
itm.area((int)model.Variability.Mode, model.DeltaH, model.Transmitter.Height, model.Receiver.Height, model.Distance, (int)model.Transmitter.SiteCriteria, (int)model.Receiver.SiteCriteria,
model.GroundDielectric, model.GroundConductivity, model.SurfaceRefractivity, model.Frequency, (int)model.Climate, (int)model.Polarization,
model.Variability.Time, model.Variability.Location, model.Variability.Confidence, out var dbloss, out _, out var errnum);
model.DbLoss = dbloss;
model.ErrorIndicator = errnum;
}
else
#endif
{
var itm = new Refactored();
itm.area(model.Variability.Mode, model.DeltaH, model.Transmitter.Height, model.Receiver.Height, model.Distance, model.Transmitter.SiteCriteria, model.Receiver.SiteCriteria,
model.GroundDielectric, model.GroundConductivity, model.SurfaceRefractivity, model.Frequency, model.Climate, model.Polarization,
model.Variability.Time, model.Variability.Location, model.Variability.Confidence, out var dbloss, out var propmode, out var errnum);
model.DbLoss = dbloss;
model.ErrorIndicator = errnum;
model.PropMode = propmode;
}
}
