Vector2d Class
Public Class Vector2d
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public class Vector2d
This language is not supported or no code example is available.
public ref class Vector2d
This language is not supported or no code example is available.
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Vector2d() | Creates a zero length vector |
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Vector2d(Point2d, Point2d) | Creates a vector that represents the translation from a point to another. |
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Vector2d(Point2d) | Creates a vector taking x,y from the point |
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Vector2d(Vector2d) | Copy constructor. |
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Vector2d(double, double) | Creates a vector with x and y as data. |
| Name | Description | |
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Angle | Gets the angle of the vector. |
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LeftNormal | Gets the normal on the left side of this vector as a new vector that has the same length as this one. This means: Vector2d(1,0).LeftNormal equals Vector2d(0,1) |
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Length | Gets or sets the length of the vector. |
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RightNormal | Gets the normal on the right side of this vector as a new vector that has the same length as this one. This means: Vector2d(1,0).LeftNormal equals Vector2d(0,-1) |
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SquaredLength | Gets the The squared length of the vector. This is faster than than getting it's actual length. |
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XAxis | |
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YAxis |
| Name | Description | |
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AngleCCW(Vector2d) | Computes the counter clockwise angle from this vector to another. |
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AngleCW(Vector2d) | Computes the clockwise angle from this vector to another. |
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CreateFromAngle(double) | Creates a unit vector with a given angle. |
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CreateFromAngleAndLength(double, double) | Creates a vector with a given angle and length. |
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Cross(Vector2d) | |
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DifferentialAngle(Vector2d) | Computes the angular difference from this vector to another in the range -PI to +PI. |
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DirectionalWith(Vector2d, double) | Checks if the vector has the same direction as another with a given tolerance. |
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DotProduct(Vector2d) | Computes the dot product between this vector and another. If the vectors are normalized this is the same as cosine of the smallest angle between vectors. |
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Equals(Vector2d, double) | Checks if this vector is about the same as another with a given tolerance. |
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GetBisector(Vector2d) | |
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Normalize() | Normalizes the vector in-place, which means making its length 1.0 maintaining its angle. If the vectors length is 0.0 an exception is thrown. |
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ParallelWith(Vector2d, double) | Checks if the vector is parallel with another with a given tolerance. |
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PerpendicularDotProduct(Vector2d) | Computes the dot product of the vector perpendicular with this one and another. If the vectors are normalized this is the same as sine of the smallest angle between vectors. |
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Rotate(double) | |
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Rotate270() | |
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Rotate90() | |
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SmallestAngle(Vector2d) | Returns the angle between this vector and another. Tha angle returned is always the one less then PI. |
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ToPoint() | Create a point (x,y) from the vector components (x,y). |
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ToString() | Creates a string representation of the vector suitable for debugging. |
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Transform(Matrix2d) | Transforms the vector in-place with a matrix. When transforming a vector, the translation portion of the matrix is ignored, just scaling and rotation is considered. |
| Name | Description | |
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Addition | Creates a new vector that is a sum of two others. |
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Division | Divides the length of the vector with a factor (scales it) |
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Multiply | Multiplies the length of the vector with a factor (scales it) |
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Multiply | Multiplies the length of the vector with a factor (scales it) |
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Subtraction | Subtracts a vector from another into a new vector. |
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UnaryNegation | Computes the negation of a vector into a new vector. |
IGS.Genamo.Vector2d