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C# Class OpenBveApi.Math.Vector3

Afficher le fichier Open project: leezer3/OpenBVE Class Usage Examples

Méthodes publiques

Свойство	Type	Description
Backward	Vector3
Down	Vector3
Forward	Vector3
Left	Vector3
Null	Vector3
Right	Vector3
Up	Vector3
X	double
Y	double
Z	double

Méthodes publiques

Méthode	Description
AreColinear ( Vector3 a, Vector3 b, Vector3 c ) : bool	Checks whether three spatial coordinates are colinear.
CosineInterpolate ( Vector3 Vector1, Vector3 Vector2, double mu ) : Vector3	Interpolates between two Vector3 values using a simple Cosine algorithm
CreateNormal ( Vector3 a, Vector3 b, Vector3 c, Vector3 &normal ) : bool	Creates a unit vector perpendicular to the plane described by three spatial coordinates, suitable for being a surface normal.
Cross ( Vector3 a, Vector3 b ) : Vector3	Gives the cross product of two vectors.
Dot ( Vector3 a, Vector3 b ) : double	Gives the dot product of two vectors.
GetVector3 ( Vector2 Vector, double Y ) : Vector3	Returns a normalized vector based on a 2D vector in the XZ plane and an additional Y-coordinate.
IsNullVector ( ) : bool	Checks whether the vector is a null vector.
IsNullVector ( Vector3 vector ) : bool	Checks whether a vector is a null vector.
IsNullVector ( double tolerance ) : bool	Checks whether the vector is considered a null vector.
IsZero ( Vector3 Vector ) : bool	Determines whether this is a zero (0,0,0) vector
LinearInterpolate ( Vector3 Vector1, Vector3 Vector2, double mu ) : Vector3	Linearly interpolates between two vectors
Norm ( ) : double	Gets the euclidean norm.
Norm ( Vector3 vector ) : double	Gets the euclidean norm of the specified vector.
NormSquared ( ) : double	Gets the square of the euclidean norm.
NormSquared ( Vector3 vector ) : double	Gets the square of the euclidean norm of the specified vector.
Normalize ( Vector3 vector ) : Vector3	Normalizes a vector.
Normalize ( ) : void	Normalizes the vector.
Rotate ( Vector3 vector, Orientation3 orientation ) : Vector3	Rotates a vector from the default orientation into a specified orientation. The default orientation is X = {1, 0, 0), Y = {0, 1, 0} and Z = {0, 0, 1}.
Rotate ( Vector3 vector, Vector3 direction, double cosineOfAngle, double sineOfAngle ) : Vector3	Rotates a vector on the plane perpendicular to a specified direction by a specified angle.
Rotate ( Orientation3 orientation ) : void	Rotates the vector from the default orientation into a specified orientation. The default orientation is X = {1, 0, 0), Y = {0, 1, 0} and Z = {0, 0, 1}.
Rotate ( Vector3 direction, double cosineOfAngle, double sineOfAngle ) : void	Rotates the vector on the plane perpendicular to a specified direction by a specified angle.
Scale ( Vector3 vector, Vector3 factor ) : Vector3	Scales a vector by a specified factor.
Scale ( Vector3 factor ) : void	Scales the vector by a specified factor.
ToString ( ) : string	Returns the representation of the vector in string format
Translate ( Vector3 vector, Orientation3 orientation, Vector3 offset ) : Vector3	Translates a vector by a specified offset that is measured along a specified orientation.
Translate ( Vector3 vector, Vector3 offset ) : Vector3	Translates a vector by a specified offset.
Translate ( Orientation3 orientation, Vector3 offset ) : void	Translates the vector by a specified offset that is measured in a specified orientation.
Translate ( Vector3 offset ) : void	Translates the vector by a specified offset.
Vector3 ( double x, double y, double z ) : System	Creates a new three-dimensional vector.
operator ( ) : Vector3	Adds two vectors.
operator ( ) : bool	Checks whether the two specified vectors are equal.

Method Details

Property Details