/// <summary>
/// Converts DIS xyz world coordinates to latitude and longitude (IN DEGREES). This algorithm may not be 100% accurate
/// near the poles. Uses WGS84 , though you can change the ellipsoid constants a and b if you want to use something
/// else. These formulas were obtained from Military Handbook 600008 </summary>
/// <param name="xyz"> A double array with the x, y, and z coordinates, in that order. </param>
/// <returns> An array with the lat, lon, and elevation corresponding to those coordinates.
/// Elevation is in meters, lat and long are in degrees </returns>
public static double[] xyzToLatLonDegrees(double[] xyz)
{
double[] degrees = CoordinateConversions.xyzToLatLonRadians(xyz);
degrees[0] = degrees[0] * 180.0 / Math.PI;
degrees[1] = degrees[1] * 180.0 / Math.PI;
return(degrees);
}
/// <summary>
/// Converts lat long IN DEGREES and geodetic height (elevation) into DIS XYZ
/// This algorithm also uses the WGS84 ellipsoid, though you can change the values
/// of a and b for a different ellipsoid. Adapted from Military Handbook 600008 </summary>
/// <param name="latitude"> The latitude, IN DEGREES </param>
/// <param name="longitude"> The longitude, in DEGREES </param>
/// <param name="height"> The elevation, in meters </param>
/// <returns> a double array with the calculated X, Y, and Z values, in that order </returns>
public static double[] getXYZfromLatLonDegrees(double latitude, double longitude, double height)
{
double[] degrees = CoordinateConversions.getXYZfromLatLonRadians(latitude * CoordinateConversions.DEGREES_TO_RADIANS, longitude * CoordinateConversions.DEGREES_TO_RADIANS, height);
return(degrees);
}
