public AstronomicalPoint(AngularUnit HorizontalAngle, AngularUnit verticalAngle)
{
//Check if verticalAngle is not between -90 and 90
this.m_HorizontalAngle = HorizontalAngle.ChangeTo <TAngular>();
this.m_VerticalAngle = verticalAngle.ChangeTo <TAngular>();
}
public SphericalPoint(LinearUnit radius, AngularUnit HorizontalAngle, AngularUnit verticalAngle)
{
this.m_Radius = radius.ChangeTo <TLinear>();
this.m_HorizontalAngle = HorizontalAngle.ChangeTo <TAngular>();
this.m_VerticalAngle = verticalAngle.ChangeTo <TAngular>();
}
public IPolar Rotate(AngularUnit value, RotateDirection direction)
{
double tempValue = (int)direction * (int)Handedness * value.ChangeTo <TAngular>().Value;
LinearCollection <TLinear> newRadius = (LinearCollection <TLinear>) this.Radius.Clone();
AngularCollection <TAngular> newAngle = (AngularCollection <TAngular>) this.Angle.AddAllValuesWith(tempValue);
return(new Polar <TLinear, TAngular>(newRadius, newAngle, this.Handedness));
}
public EllipsoidalPoint(IEllipsoid ellipsoid, AngularUnit horizontalAngle, AngularUnit verticalAngle)
{
if (verticalAngle.Range != AngleRange.MinusPiTOPi)
{
verticalAngle.Range = AngleRange.MinusPiTOPi;
}
this.m_Datum = ellipsoid.ChangeTo <TLinear, TAngular>();
this.m_VerticalAngle = verticalAngle.ChangeTo <TAngular>();
this.m_HorizontalAngle = horizontalAngle.ChangeTo <TAngular>();
}
public GeodeticPoint(IEllipsoid ellipsoid, LinearUnit height, AngularUnit longitude, AngularUnit latitude)
{
if (latitude.Range != AngleRange.MinusPiTOPi)
{
latitude.Range = AngleRange.MinusPiTOPi;
}
this.m_Datum = ellipsoid.ChangeTo <TLinear, TAngular>();
this.m_Height = height.ChangeTo <TLinear>();
this.m_Latitude = latitude.ChangeTo <TAngular>();
this.m_Longitude = longitude.ChangeTo <TAngular>();
}
public PolarPoint(LinearUnit radius, AngularUnit angle)
{
this.m_Radius = (TLinear)radius.ChangeTo <TLinear>();
this.m_Angle = (TAngular)angle.ChangeTo <TAngular>();
}