Open Dev Kit Documentation :: General :: 2D Vector
Root.Vector2Two-dimensional vector. Consists of an X component and a Y component and can be used to represent positions or directions in 2D space
Functions
- Constructor ( X Float, Y Float )
- Constructor ( Other 3D Vector )
- Add ( Vector 1 2D Vector, Vector 2 2D Vector ) 2D Vector
- Returns the addition of two vectors
- Subtract ( Vector 1 2D Vector, Vector 2 2D Vector ) 2D Vector
- Returns the subtraction of the first vector by the second vector
- Divide ( Vector 2D Vector, Scalar Float ) 2D Vector
- Returns the vector divided by a scalar
- Scale ( Vector 2D Vector, Scalar Float ) 2D Vector
- Returns the vector multiplied by a scalar
- Multiply ( Vector 1 2D Vector, Vector 2 2D Vector ) 2D Vector
- Returns the mulitplication of the vectors' components
- Distance ( Vector 1 2D Vector, Vector 2 2D Vector ) Float
- Returns the distance between two vectors
- Scale Aspect ( Vector 2D Vector, Scalar 2D Vector ) 2D Vector
- Returns the vector scaled to fit inside the specified vector
- Linear Interpolate ( Vector 1 2D Vector, Vector 2 2D Vector, Factor Double ) 2D Vector
- Returns Vector 1 if Factor is 0, Vector 2 if Factor is 1 and the average of Vector 1 and 2 if Factor is 0.5, with everything in between using vector interpolation
- Snap ( Vector 2D Vector, Snap 2D Vector ) 2D Vector
- Returns the vector snapped to the other vector as grid
Properties
- X Float
- X component of the vector
- Y Float
- Y component of the vector
- Normalized 2D Vector
- vector with a length of 1.0
- Negated 2D Vector
- negated vector
- Length Float
- length of the vector
- Length Squared Float
- length of the vector squared; calculated faster and better to use against other lengths which can also easily be squared
- Scaled by Dpi 2D Vector
- vector with system's dpi factored (screen co-ordinates)
- Unscaled by Dpi 2D Vector
- vector with system's dpi inversely factored (logical co-ordinates)
- Only X 2D Vector
- vector with only X-component included
- Only Y 2D Vector
- vector with only X-component included
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