C# Class R3.Geometry.Euclidean2D

Afficher le fichier Open project: roice3/Honeycombs Class Usage Examples

Méthodes publiques

Méthode	Description
AngleToClock ( Vector3D v1, Vector3D v2 ) : double	Returns the clockwise angle between two vectors (between 0 and 2*pi) NOTE: A unique clockwise angle really only makes sense onces you've picked a plane normal direction. So as coded, this function is really only intended to be used with 2D vector inputs.
AngleToCounterClock ( Vector3D v1, Vector3D v2 ) : double	Returns the counterclock angle between two vectors (between 0 and 2*pi) NOTE: A unique counter clockwise angle really only makes sense onces you've picked a plane normal direction. So as coded, this function is really only intended to be used with 2D vector inputs.
DistancePointLine ( Vector3D p, Vector3D lineP1, Vector3D lineP2 ) : double
IntersectionCircleCircle ( Circle c1, Circle c2, Vector3D &p1, Vector3D &p2 ) : int
IntersectionLineCircle ( Vector3D lineP1, Vector3D lineP2, Circle circle, Vector3D &p1, Vector3D &p2 ) : int
IntersectionLineLine ( Vector3D p1, Vector3D p2, Vector3D p3, Vector3D p4, Vector3D &intersection ) : int
ProjectOntoLine ( Vector3D p, Vector3D lineP1, Vector3D lineP2 ) : Vector3D
ReflectPointInLine ( Vector3D input, Vector3D p1, Vector3D p2 ) : Vector3D	Reflects a point in a line defined by two points.

Method Details

AngleToClock() public static méthode

Returns the clockwise angle between two vectors (between 0 and 2*pi) NOTE: A unique clockwise angle really only makes sense onces you've picked a plane normal direction. So as coded, this function is really only intended to be used with 2D vector inputs.

public static AngleToClock ( Vector3D v1, Vector3D v2 ) : double
v1	Vector3D
v2	Vector3D
Résultat	double

AngleToCounterClock() public static méthode

Returns the counterclock angle between two vectors (between 0 and 2*pi) NOTE: A unique counter clockwise angle really only makes sense onces you've picked a plane normal direction. So as coded, this function is really only intended to be used with 2D vector inputs.

public static AngleToCounterClock ( Vector3D v1, Vector3D v2 ) : double
v1	Vector3D
v2	Vector3D
Résultat	double

DistancePointLine() public static méthode

public static DistancePointLine ( Vector3D p, Vector3D lineP1, Vector3D lineP2 ) : double
p	Vector3D
lineP1	Vector3D
lineP2	Vector3D
Résultat	double

IntersectionCircleCircle() public static méthode

public static IntersectionCircleCircle ( Circle c1, Circle c2, Vector3D &p1, Vector3D &p2 ) : int
c1	Circle
c2	Circle
p1	Vector3D
p2	Vector3D
Résultat	int

IntersectionLineCircle() public static méthode

public static IntersectionLineCircle ( Vector3D lineP1, Vector3D lineP2, Circle circle, Vector3D &p1, Vector3D &p2 ) : int
lineP1	Vector3D
lineP2	Vector3D
circle	Circle
p1	Vector3D
p2	Vector3D
Résultat	int

IntersectionLineLine() public static méthode

public static IntersectionLineLine ( Vector3D p1, Vector3D p2, Vector3D p3, Vector3D p4, Vector3D &intersection ) : int
p1	Vector3D
p2	Vector3D
p3	Vector3D
p4	Vector3D
intersection	Vector3D
Résultat	int

ProjectOntoLine() public static méthode

public static ProjectOntoLine ( Vector3D p, Vector3D lineP1, Vector3D lineP2 ) : Vector3D
p	Vector3D
lineP1	Vector3D
lineP2	Vector3D
Résultat	Vector3D

ReflectPointInLine() public static méthode

Reflects a point in a line defined by two points.

public static ReflectPointInLine ( Vector3D input, Vector3D p1, Vector3D p2 ) : Vector3D
input	Vector3D
p1	Vector3D
p2	Vector3D
Résultat	Vector3D