	Name	Description
	Azimuth	Gets the azimuth of the Coordinate3D. The azimuth is measured in radians.
	Inclination	Gets the inclination of the Coordinate3D. The inclination is measured in radians.
	IsEmpty	Indicates if the Coordinate3D is empty.
	Magnitude	Gets or sets the length of the Coordinate3D as a vector.
	X	Gets or sets the X-component.
	Y	Gets or sets the Y-component.
	Z	Gets or sets the Z-component.

	Name	Description
	AddCoordinate3D	Constructs a new Coordinate3D by adding another Coordinate3D to this Coordinate3D. Vector addition is used.
	CrossProduct	Constructs the cross product of this Coordinate3D and another Coordinate3D. Vector cross product is used.
	Distance	Gets the 3D distance between two instances of Coordinate3D.
	DotProduct	Calculates the dot product of this Coordinate3D and another Coordinate3D. Vector dot product is used.
	Equals	Overloaded.
	GetHashCode	Obtains a hash code of the object. Used in Equals.
	GetUnitVector	Constructs a Coordinate3D with Magnitude = 1 from this vector;
	Move	Moves the Coordinate3D by adding a shift value to each component.
	Normalize	Normalizes the Coordinate3D which means it is scaled to magnitude = 1.
	QueryComponents	Gets the components of the Coordinate3D.
	QueryPolarComponents	Gets the polar components of the Coordinate3D. Angles are in radians.
	Rotate	Rotates the Coordinate3D around an axis defined by another Coordinate3D. The angle is in radians.
	Scale	Scales the Coordinate3D by the given factor.
	SetComponents	Sets the components of the Coordinate3D.
	SetEmpty	Sets the Coordinate3D to empty.
	SetPolarComponents	Sets the components of the Coordinate3D from polar components. Angles are in radians.
	ToMapPoint	Convert the Coordinate3D into a MapPoint.

Addition	Constructs a new Coordinate3D by adding two Coordinate3D objects. Vector addition is used.
Equality	Determines whether the components of the two Coordinate3D objects are equal.
Explicit Type Conversion	Allow explicit casting of a MapPoint to a Coordinate3D.
Inequality	Determines whether the components of the two Coordinate3D objects are not equal.
Multiplication	Constructs a new Coordinate3D by performing scalar multiplication on a Coordinate3D.
Subtraction	Constructs a new Coordinate3D by subtracting two Coordinate3D objects.