• Home
• CryEngine
• Vec3

C# Class CryEngine.Vec3

显示文件 Open project: PoppermostProductions/CryMono Class Usage Examples

Public Properties

Property	Type	Description
Down	Vec3
Up	Vec3
X	float
Y	float
Z	float
Zero	Vec3

Public Methods

Method	Description
Clamp ( Vec3 value, Vec3 min, Vec3 max ) : Vec3	Restricts a value to be within a specified range.
Clamp ( Vec3 &value, Vec3 &min, Vec3 &max, Vec3 &result ) : void	Restricts a value to be within a specified range.
ClampLength ( float maxLength ) : void
ComponentMul ( Vec3 rhs ) : Vec3
CreateLerp ( Vec3 p, Vec3 q, float t ) : Vec3
CreateProjection ( Vec3 i, Vec3 n ) : Vec3
CreateReflection ( Vec3 i, Vec3 n ) : Vec3
CreateSlerp ( Vec3 p, Vec3 q, float t ) : Vec3
Cross ( Vec3 v ) : Vec3
Dot ( Vec3 v ) : float
Dot ( Vec3 v0, Vec3 v1 ) : float
Equals ( object obj ) : bool
Flip ( ) : void
GetDistance ( Vec3 vec1 ) : float
GetDistance2D ( Vec3 v ) : float
GetDistance2DSquared ( Vec3 v ) : float
GetDistanceSquared ( Vec3 vec1 ) : float
GetHashCode ( ) : int
GetRotated ( Vec3 center, Vec3 axis, float angle ) : Vec3
GetRotated ( Vec3 center, Vec3 axis, float cosa, float sina ) : Vec3
GetRotated ( Vec3 axis, float angle ) : Vec3
GetRotated ( Vec3 axis, float cosa, float sina ) : Vec3
IsEquivalent ( Vec3 v1, float epsilon = 0.05f ) : bool
IsUnit ( float epsilon = 0.05f ) : bool
IsZero ( float epsilon = 0f ) : bool
Max ( Vec3 left, Vec3 right ) : Vec3	Returns a vector containing the largest components of the specified vectors.
Max ( Vec3 &left, Vec3 &right, Vec3 &result ) : void	Returns a vector containing the smallest components of the specified vectors.
Min ( Vec3 left, Vec3 right ) : Vec3	Returns a vector containing the smallest components of the specified vectors.
Min ( Vec3 &left, Vec3 &right, Vec3 &result ) : void	Returns a vector containing the smallest components of the specified vectors.
Normalize ( ) : void
Parse ( string value ) : Vec3
SetLerp ( Vec3 p, Vec3 q, float t ) : void
SetProjection ( Vec3 i, Vec3 n ) : void	Project a point / vector on a (virtual) plane. Consider we have a plane going through the origin. Because d = 0 we need just the normal. The vector n is assumed to be a unit vector.
SetReflection ( Vec3 i, Vec3 n ) : void	Calculate a reflection vector. Vec3 n is assumed to be a unit-vector.
SetSlerp ( Vec3 p, Vec3 q, float t ) : void
ToString ( ) : string	Returns a System.String that represents this instance.
Vec3 ( Quat q ) : System
Vec3 ( Vec2 v2 ) : System
Vec3 ( float f ) : System
Vec3 ( float vx, float vy, float vz ) : System
operator ( ) : Vec3
operator ( ) : bool
operator ( ) : float

Method Details

Property Details