public Vec3D ToRectangular()
{
return(Vec3D.PolarToRectangular(RA.Get() * 15d, Declination.Get()));
/*
* double x = Math.Sin (RA.Get()*15d * M.DEG2RAD) * Math.Cos(Declination.Get()*M.DEG2RAD);
* double y = Math.Sin (Declination.Get() * M.DEG2RAD);
* double z = Math.Cos (RA.Get()*15d * M.DEG2RAD) * Math.Cos(Declination.Get()*M.DEG2RAD);
*
* return new Vec3D(x, y, z);
*/
}
public Vec3D ToRectangular()
{
return(Vec3D.PolarToRectangular(Azimuth.Get(), Altitude.Get()));
/*
* double x = Math.Sin (Azimuth.Get() * M.DEG2RAD) * Math.Cos(Altitude.Get()*M.DEG2RAD);
* double y = Math.Sin (Altitude.Get() * M.DEG2RAD);
* double z = Math.Cos (Azimuth.Get() * M.DEG2RAD) * Math.Cos(Altitude.Get()*M.DEG2RAD);
* return new Vec3D (x, y, z);
*/
}
public override bool Equals(object obj)
{
if (obj == null || GetType() != obj.GetType())
{
return(false);
}
DegreesAngle other = null;
try{
other = obj as DegreesAngle;
}catch (InvalidCastException i) {
Debug.Log("Cast exception ");
return(false);
}
double otherAngle = other.Get();
return(degrees > (otherAngle - THRESHOLD) && degrees < (otherAngle + THRESHOLD));
}