C# 클래스 Ensage.Common.Extensions.SharpDX.Vector2Extensions

SharpDX/Vector2 Extensions.

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공개 메소드들

메소드	설명
AngleBetween ( this vector2, System.Vector2 toVector2 ) : float	Returns the angle between two vectors.
AngleBetween ( this vector2, System.Vector3 toVector3 ) : float	Returns the angle between two vectors.
AngleBetween ( this vector2, System.Vector4 toVector4 ) : float	Returns the angle between two vectors.
CircleCircleIntersection ( this center1, System.Vector2 center2, float radius1, float radius2 ) : System.Vector2[]	Returns the two intersection points between two circles.
Closest ( this vector2, IEnumerable array ) : System.Vector2	Seeks for the closest Vector2 to the extended Vector2.
Closest ( this vector2, IEnumerable array ) : System.Vector3	Seeks for the closest Vector3 to the extended Vector2.
Closest ( this vector2, IEnumerable array ) : System.Vector4	Seeks for the closest Vector4 to the extended Vector2.
CrossProduct ( this self, System.Vector2 other ) : float	Returns the cross product Z value.
Distance ( this vector2, System.Vector2 toVector2 ) : float	Calculates the distance between the extended Vector2 and a Vector2.
Distance ( this vector2, System.Vector3 toVector3 ) : float	Calculates the distance between the extended Vector2 and a Vector3.
Distance ( this vector2, System.Vector4 toVector4 ) : float	Calculates the distance between the extended Vector2 and a Vector4.
DistanceSquared ( this vector2, System.Vector2 toVector2 ) : float	Calculates the squared distance between two vectors.
DistanceSquared ( this point, System.Vector2 segmentStart, System.Vector2 segmentEnd, bool onlyIfOnSegment = false ) : float	Returns the squared distance to the line segment.
DistanceSquared ( this vector2, System.Vector3 toVector3 ) : float	Calculates the squared distance between two vectors.
DistanceSquared ( this vector2, System.Vector4 toVector4 ) : float	Calculates the squared distance between two vectors.
DistanceToLineSegment ( this point, System.Vector2 segmentStart, System.Vector2 segmentEnd, bool onlyIfOnSegment = false ) : float	Returns the distance to the line segment.
Extend ( this vector2, System.Vector2 toVector2, float distance ) : System.Vector2	Extends a Vector2 to another Vector2.
Extend ( this vector2, System.Vector3 toVector3, float distance ) : System.Vector2	Extends a Vector2 to a Vector3.
Extend ( this vector2, System.Vector4 toVector4, float distance ) : System.Vector2	Extends a Vector2 to a Vector4.
GetPathLength ( this path ) : float	Gets the total distance of a list of vectors.
Intersection ( this lineSegment1Start, System.Vector2 lineSegment1End, System.Vector2 lineSegment2Start, System.Vector2 lineSegment2End ) : IntersectionResult	Intersects two line segments.
IsOnScreen ( this vector2 ) : bool	Returns if the Vector2 is on the screen.
IsOrthogonal ( this vector2, System.Vector2 toVector2 ) : bool	Returns if the angle is orthogonal.
IsOrthogonal ( this vector2, System.Vector3 toVector3 ) : bool	Returns if the angle is orthogonal.
IsOrthogonal ( this vector2, System.Vector4 toVector4 ) : bool	Returns if the angle is orthogonal.
IsUnderRectangle ( this point, float x, float y, float width, float height ) : bool	Returns true if the point is under the rectangle
IsUnderTurret ( this position, bool enemyTurretsOnly ) : bool	Returns whether the given position is under a turret
IsValid ( this vector2 ) : bool	Checks for if the extended Vector2 is valid.
IsWall ( this vector2 ) : bool	Returns if the Vector2 position is a wall.
Magnitude ( this vector2 ) : float	Returns the calculated magnitude of the given Vector2.
Normalized ( this vector2 ) : System.Vector2	Normalizes a Vector2.
PathLength ( this path ) : float	Returns the total distance of a path.
Perpendicular ( this vector2, int offset ) : System.Vector2	Returns the Perpendicular Vector2 to the Extended Vector2.
Polar ( this vector2 ) : float	Returns the polar for vector angle (in Degrees).
ProjectOn ( this point, System.Vector2 segmentStart, System.Vector2 segmentEnd ) : ProjectionInfo	Returns the projection of the Vector2 on the segment.
Rotated ( this vector2, float angle ) : System.Vector2	Rotates the Vector2 to a set angle.
ToVector3 ( this path ) : List	Transforms an extended Vector2 List into a Vector3 List.
ToVector3 ( this vector2, float z = 0f ) : System.Vector3	Transforms an extended Vector2 into a Vector3.
ToVector4 ( this path ) : List	Transforms an extended Vector2 List into a Vector4 List.
ToVector4 ( this vector2, float z = 0f, float w = 1f ) : System.Vector4	Transforms an extended Vector2 into a Vector4.
VectorMovementCollision ( this pointStartA, System.Vector2 pointEndA, float pointVelocityA, System.Vector2 pointB, float pointVelocityB, float delay = 0f ) : MovementCollisionInfo	Calculates movement collision between two vectors points.
VectorMovementCollision ( this pointA, float pointVelocityA, System.Vector2 pointB, float pointVelocityB, float delay = 0f ) : MovementCollisionInfo	Calculates movement collision between two vectors points.

메소드 상세

AngleBetween() 공개 정적인 메소드

Returns the angle between two vectors.

public static AngleBetween ( this vector2, System.Vector2 toVector2 ) : float
vector2	this	Extended SharpDX Vector2
toVector2	System.Vector2	SharpDX Vector2
리턴	float

AngleBetween() 공개 정적인 메소드

Returns the angle between two vectors.

public static AngleBetween ( this vector2, System.Vector3 toVector3 ) : float
vector2	this	Extended SharpDX Vector2
toVector3	System.Vector3	SharpDX Vector3
리턴	float

AngleBetween() 공개 정적인 메소드

Returns the angle between two vectors.

public static AngleBetween ( this vector2, System.Vector4 toVector4 ) : float
vector2	this	Extended SharpDX Vector2
toVector4	System.Vector4	SharpDX Vector4
리턴	float

CircleCircleIntersection() 공개 정적인 메소드

Returns the two intersection points between two circles.

public static CircleCircleIntersection ( this center1, System.Vector2 center2, float radius1, float radius2 ) : System.Vector2[]
center1	this	Center of Circle 1
center2	System.Vector2	Center of Circle 2
radius1	float	Circle 1 Radius
radius2	float	Circle 2 Radius
리턴	System.Vector2[]

Closest() 공개 정적인 메소드

Seeks for the closest Vector2 to the extended Vector2.

public static Closest ( this vector2, IEnumerable array ) : System.Vector2
vector2	this	Extended SharpDX Vector2
array	IEnumerable	Vector2 Collection
리턴	System.Vector2

Closest() 공개 정적인 메소드

Seeks for the closest Vector3 to the extended Vector2.

public static Closest ( this vector2, IEnumerable array ) : System.Vector3
vector2	this	Extended SharpDX Vector2
array	IEnumerable	Vector3 Collection
리턴	System.Vector3

Closest() 공개 정적인 메소드

Seeks for the closest Vector4 to the extended Vector2.

public static Closest ( this vector2, IEnumerable array ) : System.Vector4
vector2	this	Extended SharpDX Vector2
array	IEnumerable	Vector4 Collection
리턴	System.Vector4

CrossProduct() 공개 정적인 메소드

Returns the cross product Z value.

public static CrossProduct ( this self, System.Vector2 other ) : float
self	this	/// The self Vector2. ///
other	System.Vector2	/// The other Vector2. ///
리턴	float

Distance() 공개 정적인 메소드

Calculates the distance between the extended Vector2 and a Vector2.

public static Distance ( this vector2, System.Vector2 toVector2 ) : float
vector2	this	SharpDX Vector2 (From)
toVector2	System.Vector2	SharpDX Vector2 (To)
리턴	float

Distance() 공개 정적인 메소드

Calculates the distance between the extended Vector2 and a Vector3.

public static Distance ( this vector2, System.Vector3 toVector3 ) : float
vector2	this	SharpDX Vector2 (From)
toVector3	System.Vector3	SharpDX Vector3 (To)
리턴	float

Distance() 공개 정적인 메소드

Calculates the distance between the extended Vector2 and a Vector4.

public static Distance ( this vector2, System.Vector4 toVector4 ) : float
vector2	this	SharpDX Vector2 (From)
toVector4	System.Vector4	SharpDX Vector4 (To)
리턴	float

DistanceSquared() 공개 정적인 메소드

Calculates the squared distance between two vectors.

public static DistanceSquared ( this vector2, System.Vector2 toVector2 ) : float
vector2	this	Extended SharpDX Vector2
toVector2	System.Vector2	SharpDX Vector2
리턴	float

DistanceSquared() 공개 정적인 메소드

Returns the squared distance to the line segment.

public static DistanceSquared ( this point, System.Vector2 segmentStart, System.Vector2 segmentEnd, bool onlyIfOnSegment = false ) : float
point	this	Extended SharpDX Vector2
segmentStart	System.Vector2	Vector2 Segment Start
segmentEnd	System.Vector2	Vector2 Segment End
onlyIfOnSegment	bool	Only if Segment
리턴	float

DistanceSquared() 공개 정적인 메소드

Calculates the squared distance between two vectors.

public static DistanceSquared ( this vector2, System.Vector3 toVector3 ) : float
vector2	this	Extended SharpDX Vector2
toVector3	System.Vector3	SharpDX Vector3
리턴	float

DistanceSquared() 공개 정적인 메소드

Calculates the squared distance between two vectors.

public static DistanceSquared ( this vector2, System.Vector4 toVector4 ) : float
vector2	this	Extended SharpDX Vector2
toVector4	System.Vector4	SharpDX Vector4
리턴	float

DistanceToLineSegment() 공개 정적인 메소드

Returns the distance to the line segment.

public static DistanceToLineSegment ( this point, System.Vector2 segmentStart, System.Vector2 segmentEnd, bool onlyIfOnSegment = false ) : float
point	this	Extended SharpDX Vector2
segmentStart	System.Vector2	Vector2 Segment Start
segmentEnd	System.Vector2	Vector2 Segment End
onlyIfOnSegment	bool	Only if Segment
리턴	float

Extend() 공개 정적인 메소드

Extends a Vector2 to another Vector2.

public static Extend ( this vector2, System.Vector2 toVector2, float distance ) : System.Vector2
vector2	this	Extended SharpDX Vector2 (From)
toVector2	System.Vector2	SharpDX Vector2 (To)
distance	float	Distance (float units)
리턴	System.Vector2

Extend() 공개 정적인 메소드

Extends a Vector2 to a Vector3.

public static Extend ( this vector2, System.Vector3 toVector3, float distance ) : System.Vector2
vector2	this	Extended SharpDX Vector2 (From)
toVector3	System.Vector3	SharpDX Vector3 (To)
distance	float	Distance (float units)
리턴	System.Vector2

Extend() 공개 정적인 메소드

Extends a Vector2 to a Vector4.

public static Extend ( this vector2, System.Vector4 toVector4, float distance ) : System.Vector2
vector2	this	Extended SharpDX Vector2 (From)
toVector4	System.Vector4	SharpDX Vector4 (To)
distance	float	Distance (float units)
리턴	System.Vector2

GetPathLength() 공개 정적인 메소드

Gets the total distance of a list of vectors.

public static GetPathLength ( this path ) : float
path	this	The path
리턴	float

Intersection() 공개 정적인 메소드

Intersects two line segments.

public static Intersection ( this lineSegment1Start, System.Vector2 lineSegment1End, System.Vector2 lineSegment2Start, System.Vector2 lineSegment2End ) : IntersectionResult
lineSegment1Start	this	Line Segment 1 (Start)
lineSegment1End	System.Vector2	Line Segment 1 (End)
lineSegment2Start	System.Vector2	Line Segment 2 (Start)>
lineSegment2End	System.Vector2	Line Segment 2 (End)
리턴	IntersectionResult

IsOnScreen() 공개 정적인 메소드

Returns if the Vector2 is on the screen.

public static IsOnScreen ( this vector2 ) : bool
vector2	this	Extended SharpDX Vector2
리턴	bool

IsOrthogonal() 공개 정적인 메소드

Returns if the angle is orthogonal.

public static IsOrthogonal ( this vector2, System.Vector2 toVector2 ) : bool
vector2	this	Extended SharpDX Vector2
toVector2	System.Vector2	SharpDX Vector2
리턴	bool

IsOrthogonal() 공개 정적인 메소드

Returns if the angle is orthogonal.

public static IsOrthogonal ( this vector2, System.Vector3 toVector3 ) : bool
vector2	this	Extended SharpDX Vector2
toVector3	System.Vector3	SharpDX Vector3
리턴	bool

IsOrthogonal() 공개 정적인 메소드

Returns if the angle is orthogonal.

public static IsOrthogonal ( this vector2, System.Vector4 toVector4 ) : bool
vector2	this	Extended SharpDX Vector2
toVector4	System.Vector4	SharpDX Vector2
리턴	bool

IsUnderRectangle() 공개 정적인 메소드

Returns true if the point is under the rectangle

public static IsUnderRectangle ( this point, float x, float y, float width, float height ) : bool
point	this	/// Extended SharpDX Vector2 ///
x	float	/// Rectangle X-axis ///
y	float	/// Rectangle Y-axis ///
width	float	/// Rectangle width ///
height	float	/// Rectangle height ///
리턴	bool

IsUnderTurret() 공개 정적인 메소드

Returns whether the given position is under a turret

public static IsUnderTurret ( this position, bool enemyTurretsOnly ) : bool
position	this	Extended SharpDX Vector2
enemyTurretsOnly	bool	Include Enemy Turret Only
리턴	bool

IsValid() 공개 정적인 메소드

Checks for if the extended Vector2 is valid.

public static IsValid ( this vector2 ) : bool
vector2	this	SharpDX Vector2
리턴	bool

IsWall() 공개 정적인 메소드

Returns if the Vector2 position is a wall.

public static IsWall ( this vector2 ) : bool
vector2	this	Extended SharpDX Vector2
리턴	bool

Magnitude() 공개 정적인 메소드

Returns the calculated magnitude of the given Vector2.

public static Magnitude ( this vector2 ) : float
vector2	this	Extended SharpDX Vector2
리턴	float

Normalized() 공개 정적인 메소드

Normalizes a Vector2.

public static Normalized ( this vector2 ) : System.Vector2
vector2	this	SharpDX Vector2
리턴	System.Vector2

PathLength() 공개 정적인 메소드

Returns the total distance of a path.

public static PathLength ( this path ) : float
path	this	/// The path. ///
리턴	float

Perpendicular() 공개 정적인 메소드

Returns the Perpendicular Vector2 to the Extended Vector2.

public static Perpendicular ( this vector2, int offset ) : System.Vector2
vector2	this	Extended SharpDX Vector2
offset	int	Axis Offset (0 = X, 1 = Y)
리턴	System.Vector2

Polar() 공개 정적인 메소드

Returns the polar for vector angle (in Degrees).

public static Polar ( this vector2 ) : float
vector2	this	Extended SharpDX Vector2
리턴	float

ProjectOn() 공개 정적인 메소드

Returns the projection of the Vector2 on the segment.

public static ProjectOn ( this point, System.Vector2 segmentStart, System.Vector2 segmentEnd ) : ProjectionInfo
point	this	The Point
segmentStart	System.Vector2	Start of Segment
segmentEnd	System.Vector2	End of Segment
리턴	ProjectionInfo

Rotated() 공개 정적인 메소드

Rotates the Vector2 to a set angle.

public static Rotated ( this vector2, float angle ) : System.Vector2
vector2	this	Extended SharpDX Vector2
angle	float	Angle (in radians)
리턴	System.Vector2

ToVector3() 공개 정적인 메소드

Transforms an extended Vector2 List into a Vector3 List.

public static ToVector3 ( this path ) : List
path	this	/// The path. ///
리턴	List

ToVector3() 공개 정적인 메소드

Transforms an extended Vector2 into a Vector3.

public static ToVector3 ( this vector2, float z = 0f ) : System.Vector3
vector2	this	SharpDX Vector2
z	float	Float Z-axis (default = 0f)
리턴	System.Vector3

ToVector4() 공개 정적인 메소드

Transforms an extended Vector2 List into a Vector4 List.

public static ToVector4 ( this path ) : List
path	this	/// The path. ///
리턴	List

ToVector4() 공개 정적인 메소드

Transforms an extended Vector2 into a Vector4.

public static ToVector4 ( this vector2, float z = 0f, float w = 1f ) : System.Vector4
vector2	this	SharpDX Vector2
z	float	Float Z-axis (default = 0f)
w	float	Float W-axis (default = 0f)
리턴	System.Vector4

VectorMovementCollision() 공개 정적인 메소드

Calculates movement collision between two vectors points.

public static VectorMovementCollision ( this pointStartA, System.Vector2 pointEndA, float pointVelocityA, System.Vector2 pointB, float pointVelocityB, float delay = 0f ) : MovementCollisionInfo
pointStartA	this	/// Point A Start. ///
pointEndA	System.Vector2	/// Point A End. ///
pointVelocityA	float	/// Point A Velocity. ///
pointB	System.Vector2	/// Point B. ///
pointVelocityB	float	/// Point B Velocity. ///
delay	float	/// Additional Delay. ///
리턴	MovementCollisionInfo

VectorMovementCollision() 공개 정적인 메소드

Calculates movement collision between two vectors points.

public static VectorMovementCollision ( this pointA, float pointVelocityA, System.Vector2 pointB, float pointVelocityB, float delay = 0f ) : MovementCollisionInfo
pointA	this	/// Point A. ///
pointVelocityA	float	/// Point A Velocity. ///
pointB	System.Vector2	/// Point B. ///
pointVelocityB	float	/// Point B Velocity. ///
delay	float	/// Additional Delay. ///
리턴	MovementCollisionInfo