# Vector.Equality(Vector, Vector)Vector.Equality(Vector, Vector)Vector.Equality(Vector, Vector)Vector.Equality(Vector, Vector) Operator

## Definition

Compares two vectors for equality.

``````public:
static bool operator ==(System::Windows::Vector vector1, System::Windows::Vector vector2);``````
``public static bool operator == (System.Windows.Vector vector1, System.Windows.Vector vector2);``
``static member ( = ) : System.Windows.Vector * System.Windows.Vector -> bool``
``Public Shared Operator == (vector1 As Vector, vector2 As Vector) As Boolean``

#### Parameters

vector1
Vector Vector Vector Vector

The first vector to compare.

vector2
Vector Vector Vector Vector

The second vector to compare.

#### Returns

`true` if the X and Y components of `vector1` and `vector2` are equal; otherwise, `false`.

## Examples

The following example shows how to use this operator (==) to check whether two Vector structures are equal.

``````private Boolean overloadedEqualityOperatorExample()
{
Vector vector1 = new Vector(20, 30);
Vector vector2 = new Vector(45, 70);

// If the two vectors are equal, areEqual is True,
// otherwise it is False. In this example it is False.
Boolean areEqual = (vector1 == vector2);

return areEqual;

}
``````
``````Private Function overloadedEqualityOperatorExample() As Boolean
Dim vector1 As New Vector(20, 30)
Dim vector2 As New Vector(45, 70)

' If the two vectors are equal, areEqual is True,
' otherwise it is False. In this example it is False.
Dim areEqual As Boolean = (vector1 = vector2)

Return areEqual

End Function
``````

## Remarks

A vector's X and Y properties are described using Double values. Because the value of a Double can lose precision when arithmetic operations are performed on it, a comparison between two Vector structures that are logically equal might fail.