public TrajectoryPart(ProjectionBase projection, GeoPoint startPoint, GeoPoint endPoint, double speedInKmH)
{
this.startPointField = startPoint;
this.endPointField = endPoint;
Size sizeInKm = projection.GeoToKilometersSize(startPoint, new Size(Math.Abs(startPoint.Longitude - endPoint.Longitude), Math.Abs(startPoint.Latitude - endPoint.Latitude)));
double partlength = Math.Sqrt(sizeInKm.Width * sizeInKm.Width + sizeInKm.Height * sizeInKm.Height);
flightTimeField = partlength / speedInKmH;
courseField = Math.Atan2((endPoint.Longitude - startPoint.Longitude), (endPoint.Latitude - startPoint.Latitude)) * 180 / Math.PI;
}
public GeoPoint GetPointByCurrentFlightTime(double currentFlightTime, ProjectionBase projection)
{
if (currentFlightTime > FlightTime)
{
return(endPointField);
}
double ratio = currentFlightTime / FlightTime;
return(new GeoPoint(startPointField.Latitude + ratio * (endPointField.Latitude - startPointField.Latitude), startPointField.Longitude + ratio * (endPointField.Longitude - startPointField.Longitude)));
}
public static Query Add(this Query query, ProjectionBase projection)
{
Argument.NotNull(query, "query");
Argument.NotNull(projection, "projection");
return(new Query(query.Select.Add(projection), query.From, query.Where));
}
void Start()
{
projectionBase = (GameObject)GameObject.Instantiate(Resources.Load <GameObject>("PreFabs/Gravity/ProjectionBase"));
projectionScript = projectionBase.GetComponent <ProjectionBase>();
projectionScript.Initialize(this.gameObject, projectionNodes);
}
