public static string ToAxsPoint(this GeoWaypoint gwp, string datumName, string utmZone, AltitudeUnits units)
{
var utmCoords = gwp.Coordinates.ToUtm(Datum.GetInstance(datumName), utmZone);
return string.Format(NumberFormatInfo.InvariantInfo, "point {0}=sutm({1:0.0},{2:0.0},{3:0.0}{4}) waypoint(lime)",
gwp.Name,
utmCoords.Easting, utmCoords.Northing,
units == AltitudeUnits.Meters ? utmCoords.Altitude : utmCoords.Altitude * Physics.METERS2FEET,
units == AltitudeUnits.Meters ? "m" : "ft"
);
}
public AXWaypoint FromGeoToAXWaypoint(GeoWaypoint geoWaypoint, bool isBarometricAltitude)
{
var utmCoords = geoWaypoint.Coordinates.ToUtm(Datum.GetInstance(DatumName), UtmZone);
double altitude = utmCoords.Altitude;
if (isBarometricAltitude)
{
altitude = CorrectAltitudeQnh(utmCoords.Altitude);
}
return(new AXWaypoint(geoWaypoint.Name, geoWaypoint.Time, utmCoords.Easting, utmCoords.Northing, altitude));
}
public static PdfWaypoint ToPdfWaypoint(this GeoWaypoint gwp, string datumName, string utmZone, AltitudeUnits units)
{
var utmCoords = gwp.Coordinates.ToUtm(Datum.GetInstance(datumName), utmZone);
var altitude = utmCoords.Altitude;
var wp = new AXWaypoint(gwp.Name, gwp.Time, utmCoords.Easting, utmCoords.Northing, altitude);
return new PdfWaypoint()
{
Name = wp.Name,
CompetitionCoords = wp.ToString(AXPointInfo.CompetitionCoords8).Replace("/", " / "),
Altitude = wp.ToString(units == AltitudeUnits.Meters ? AXPointInfo.AltitudeInMeters : AXPointInfo.AltitudeInFeet)
};
}
