MathUtilities Class
Definition
Important
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Math Utilities class.
public ref class MathUtilities abstract sealedpublic static class MathUtilitiestype MathUtilities = classPublic Class MathUtilities- Inheritance
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MathUtilities
Methods
| Add(Matrix4x4, Matrix4x4) |
Element-wise addition of two Matrix4x4s - extension method |
| AngularScaleFromDistance(Single, Single) | |
| CLampLerp(Single, Single, Single, Single) |
Clamps via a lerp for a "soft" clamp effect |
| ClosestPointOnLineSegmentToPoint(Vector3, Vector3, Vector3) | |
| ClosestPointOnLineToPoint(Vector3, Vector3, Vector3) | |
| DegreesToRadians(Double) |
Convert degrees to radians. |
| DistanceOfPointToLine(Ray, Vector3) |
find unsigned distance of 3D point to an infinite line |
| DistanceOfPointToLine(Vector3, Vector3, Vector3) |
Returns the distance between a point and an infinite line defined by two points; linePointA and linePointB |
| DistanceOfPointToLineSegment(Vector3, Vector3, Vector3) | |
| GetAngleBetween(Vector2, Vector2) |
Calculates the angle (at pointA) between two, two-dimensional points. |
| GetDirection(Quaternion) |
Calculates the direction vector from a rotation. |
| InRange(Vector2, Vector2, Vector2) |
Tests component-wise if a Vector2 is in a given range |
| InRange(Vector3, Vector3, Vector3) |
Tests component-wise if a Vector3 is in a given range |
| IsInFOV(Vector3, Transform, Single, Single, Single, Single) |
Returns if a point lies within a frame of reference view as defined by arguments |
| IsInFOVCone(Transform, Vector3, Single, Single, Single) |
Returns true if a point lies inside the cone described with given parameters, false otherwise. The cone is inscribed to a radius equal to the vertical height of the provided FOV. The test also ensures the distance from the point to the cone lies within the given range. |
| NearestPointToLines(Ray, Ray) |
Find 3D point that minimizes distance to 2 lines, midpoint of the shortest perpendicular line segment between them |
| NearestPointToLinesLeastSquares(IEnumerable<Ray>) |
Find 3D point that minimizes distance to a set of 2 or more lines |
| NearestPointToLinesRANSAC(List<Ray>, Int32, Single, Int32) |
Find 3D point that minimizes distance to a set of 2 or more lines, ignoring outliers |
| QuaternionFromMatrix(Matrix4x4) |
Creates a quaternion containing the rotation from the input matrix. |
| RadiansToDegrees(Single) |
Convert radians to degrees. |
| ScaleFromAngularSizeAndDistance(Single, Single) |
Retrieve angular measurement describing how large a sphere or circle appears from a given point of view. Takes an angle (at given point of view) and a distance and returns the actual diameter of the object. |
| Subtract(Matrix4x4, Matrix4x4) |
Element-wise subtraction of two Matrix4x4s - extension method |
| TestPlanesAABB(Plane[], Int32, Bounds, Boolean) | |
| ToTranslationRotation(Matrix4x4, Vector3, Quaternion) |
Extract the translation and rotation components of a Unity matrix |
| TransformDirectionFromTo(Transform, Transform, Vector3) |
Takes a direction in the coordinate space specified by the "from" transform and transforms it to be the correct direction in the coordinate space specified by the "to" transform applies rotation only, no translation or scale |
| TransformPointFromTo(Transform, Transform, Vector3) |
Takes a point in the coordinate space specified by the "from" transform and transforms it to be the correct point in the coordinate space specified by the "to" transform applies rotation, scale and translation. |
| TransformRayFromTo(Transform, Transform, Ray) |
Takes a ray in the coordinate space specified by the "from" transform and transforms it to be the correct ray in the coordinate space specified by the "to" transform |
| TransformVectorFromTo(Transform, Transform, Vector3) |
Takes a vector in the coordinate space specified by the "from" transform and transforms it to be the correct direction in the coordinate space specified by the "to" transform applies rotation and scale, no translation |
| XYProject(Vector3) |
Project vector onto XY plane |
| XZProject(Vector3) |
Project vector onto XZ plane |
| YZProject(Vector3) |
Project vector onto YZ plane |