XYZ

Description:
Object representing coordinates in 3-dimensional space.

Remarks:
Usually this means a point or a vector in 3-dimensional space, depending on the actual use.

Inheritance Hierarchy:
System.Object
Autodesk.Revit.DB.XYZ

public class XYZ

Public Class XYZ

public ref class XYZ

type XYZ = class end

Name	Return Type	Description	Inherited From
C XYZ()	None	Creates a default XYZ with the values (0, 0, 0).
C XYZ(Double, Double, Double)	None	Creates an XYZ with the supplied coordinates.

Name	Return Type	Description	Inherited From
M Add(XYZ)	XYZ	Adds the specified vector to this vector and returns the result.
M AngleOnPlaneTo(XYZ, XYZ)	Double	Returns the angle between this vector and the specified vector projected to the specified plane.
M AngleTo(XYZ)	Double	Returns the angle between this vector and the specified vector.
M CrossProduct(XYZ)	XYZ	The cross product of this vector and the specified vector.
M DistanceTo(XYZ)	Double	Returns the distance from this point to the specified point.
M Divide(Double)	XYZ	Divides this vector by the specified value and returns the result.
M DotProduct(XYZ)	Double	The dot product of this vector and the specified vector.
M Equals	None	Determines whether the specified object is equal to the current object. (Inherited from Object )	Object
M GetHashCode	None	Serves as the default hash function. (Inherited from Object )	Object
M GetLength()	Double	Gets the length of this vector.
M GetType	None	Gets the Type of the current instance. (Inherited from Object )	Object
M IsAlmostEqualTo(XYZ)	Boolean	Determines whether this vector and the specified vector are the same within the tolerance (1.0e-09).
M IsAlmostEqualTo(XYZ, Double)	Boolean	Determines whether 2 vectors are the same within the given tolerance.
M IsUnitLength()	Boolean	The boolean value that indicates whether this vector is of unit length.
M IsWithinLengthLimits(XYZ)	Boolean	Validates that the input point is within Revit design limits.
M IsZeroLength()	Boolean	The boolean value that indicates whether this vector is a zero vector.
M Multiply(Double)	XYZ	Multiplies this vector by the specified value and returns the result.
M Negate()	XYZ	Negates this vector.
M Normalize()	XYZ	Returns a new XYZ whose coordinates are the normalized values from this vector.
M Subtract(XYZ)	XYZ	Subtracts the specified vector from this vector and returns the result.
M ToString()	String	Gets formatted string showing (X, Y, Z) with values formatted to 9 decimal places. (Overrides Object . ToString () )
M TripleProduct(XYZ, XYZ)	Double	The triple product of this vector and the two specified vectors.

Name	Return Type	Description
O Addition(XYZ, XYZ)	XYZ	Adds the two specified vectors and returns the result.
O Division(XYZ, Double)	XYZ	Divides the specified vector by the specified value.
O Multiply(Double, XYZ)	XYZ	Multiplies the specified number and the specified vector.
O Multiply(XYZ, Double)	XYZ	Multiplies the specified number and the specified vector.
O Subtraction(XYZ, XYZ)	XYZ	Subtracts the two specified vectors and returns the result.
O UnaryNegation(XYZ)	XYZ	Negates the specified vector and returns the result.

Name	Return Type	Description
P BasisX	XYZ	The basis of the X axis.
P BasisY	XYZ	The basis of the Y axis.
P BasisZ	XYZ	The basis of the Z axis.
P Item	double	Indexed access to coordinates.
P X	double	Gets the first coordinate.
P Y	double	Gets the second coordinate.
P Z	double	Gets the third coordinate.
P Zero	XYZ	The coordinate origin or zero vector.