/// <summary>
///
/// </summary>
protected void CalculateRunways(ScriptModel scriptModel)
{
int i = 0;
foreach (var runway in this.datFile.LandRunways)
{
var scriptRunway = new ScriptRunway();
double runwayShoulderSize = 0;
// Might be wrong but X-Plane seems to use around 1/5th of the runway width as a shoulder
if (runway.ShoulderType != ShoulderType.NoShoulder)
{
runwayShoulderSize = runway.Width / 5;
}
scriptRunway.Width = runway.Width + (runwayShoulderSize * 2);
var end1Coord = new GeoCoordinate(runway.End1.Latitude, runway.End1.Longitude);
var end2Coord = new GeoCoordinate(runway.End2.Latitude, runway.End2.Longitude);
var runwayLength = end1Coord.GetDistanceTo(end2Coord);
scriptRunway.Length = runwayLength + (runwayShoulderSize * 2);
var angle = GeoHelper.DegreeBearing(end1Coord, end2Coord);
scriptRunway.Angle = -angle;
var runwayMidPoint = GeoHelper.MidPoint(end1Coord, end2Coord);
var runwayPosition = GeoCoordinateToPoint(tscFile.Location, runwayMidPoint);
scriptRunway.X = runwayPosition.X;
scriptRunway.Y = runwayPosition.Y;
scriptRunway.Index = i;
switch (runway.ShoulderType)
{
case ShoulderType.AsphaltShoulder:
scriptRunway.ShoulderType = "asphalt";
break;
case ShoulderType.ConcreneShoulder:
scriptRunway.ShoulderType = "concrete";
break;
case ShoulderType.NoShoulder:
scriptRunway.ShoulderType = "none";
break;
}
switch (runway.SurfaceType)
{
case SurfaceType.Asphalt:
scriptRunway.SurfaceType = "asphalt";
break;
case SurfaceType.Concrete:
scriptRunway.SurfaceType = "concrete";
break;
case SurfaceType.Grass:
case SurfaceType.Dirt:
case SurfaceType.Gravel:
case SurfaceType.DryLakeBed:
case SurfaceType.Water:
case SurfaceType.SnowOrIce:
case SurfaceType.Transparent:
scriptRunway.SurfaceType = "transparent";
break;
}
scriptModel.Runways.Add(scriptRunway);
i++;
}
}
