46a43ee1 ecaa 77f4 0bf2 494929b74b29

Vector4 Structure

netDxf 3.0.0 Library

Represent a four component vector of double precision.

Definition

Namespace: netDxf
Assembly: netDxf (in netDxf.dll) Version: 3.0.0

C#

public struct Vector4 : IEquatable<Vector4>

VB

Public Structure Vector4
	Implements IEquatable(Of Vector4)

C++

public value class Vector4 : IEquatable<Vector4>

F#

[<SealedAttribute>]
type Vector4 = 
    struct
        inherit ValueType
        interface IEquatable<Vector4>
    end

Inheritance	Object → ValueType → Vector4
Implements	IEquatable(Vector4)

Constructors

Vector4(Double[])	Initializes a new instance of Vector4.
Vector4(Double, Double, Double, Double)	Initializes a new instance of Vector4.

Properties

IsNormalized	Gets if the vector has been normalized.
Item	Gets or sets a vector element defined by its index.
NaN	Represents a vector with not a number components.
UnitW	Unit W vector.
UnitX	Unit X vector.
UnitY	Unit Y vector.
UnitZ	Unit Z vector.
W	Gets or sets the W component.
X	Gets or sets the X component.
Y	Gets or sets the Y component.
Z	Gets or sets the Z component.
Zero	Zero vector.

Methods

Add	Adds two vectors.
Distance	Obtains the distance between two points.
Divide(Vector4, Vector4)	Divides two vectors component by component.
Divide(Vector4, Double)	Divides a vector with an scalar.
DotProduct	Obtains the dot product of two vectors.
Equals(Object)	Indicates whether this instance and a specified object are equal. (Overrides ValueType.Equals(Object))
Equals(Vector4)	Check if the components of two vectors are approximate equal.
Equals(Vector4, Vector4)	Check if the components of two vectors are approximate equal.
Equals(Vector4, Double)	Check if the components of two vectors are approximate equal.
Equals(Vector4, Vector4, Double)	Check if the components of two vectors are approximate equal.
GetHashCode	Returns the hash code for this instance. (Overrides ValueType.GetHashCode())
GetType	Gets the Type of the current instance. (Inherited from Object)
IsNaN	Returns a value indicating if any component of the specified vector evaluates to a value that is not a number NaN.
IsZero	Returns a value indicating if all components of the specified vector evaluates to zero.
Modulus	Obtains the modulus of the vector.
Multiply(Double, Vector4)	Multiplies a scalar with a vector (same as u*a, commutative property).
Multiply(Vector4, Vector4)	Multiplies two vectors component by component.
Multiply(Vector4, Double)	Multiplies a vector with an scalar (same as a*u, commutative property).
Negate	Negates a vector.
Normalize()	Normalizes the current vector.
Normalize(Vector4)	Normalizes the vector.
Round	Rounds the components of a vector.
SquareDistance	Obtains the square distance between two points.
Subtract	Subtracts two vectors.
ToArray	Returns an array that represents the vector.
ToString()	Obtains a string that represents the vector. (Overrides ValueType.ToString())
ToString(IFormatProvider)	Obtains a string that represents the vector.

Operators

Addition(Vector4, Vector4)	Adds two vectors.
Division(Vector4, Vector4)	Divides two vectors component by component.
Division(Vector4, Double)	Divides an scalar with a vector.
Equality(Vector4, Vector4)	Check if the components of two vectors are equal.
Inequality(Vector4, Vector4)	Check if the components of two vectors are different.
Multiply(Double, Vector4)	Multiplies a scalar with a vector (same as u*a, commutative property).
Multiply(Vector4, Vector4)	Multiplies two vectors component by component.
Multiply(Vector4, Double)	Multiplies a vector with an scalar (same as a*u, commutative property).
Subtraction(Vector4, Vector4)	Subtracts two vectors.
UnaryNegation(Vector4)	Negates a vector.

See Also

Reference

netDxf Namespace