SS.Geometry 1.1.0

export function add(Vector2 left, Vector2 right)->Vector2

export function add(Vector3 left, Vector3 right)->Vector3

export function apply(Transform2 transform, Point2 point)->Point2

export function apply(Transform3 transform, Point3 point)->Point3

export function areaInSquareMetres(squareMetre value)->double

export record AreaVector3(public double x, public double y, public double z, public string areaUnit)

export function areaVectorMagnitude(AreaVector3 value)->squareMetre

export function bounds2(Point2 minimum, Point2 maximum)->Bounds2

export record Bounds2(public Point2 minimum, public Point2 maximum)

export function bounds3(Point3 minimum, Point3 maximum)->Bounds3

export record Bounds3(public Point3 minimum, public Point3 maximum)

export function boxDomain3(Bounds3 bounds, string region)->BoxDomain3

export record BoxDomain3(public Bounds3 bounds, public string region)

export function centroid(Polygon2 polygon)->Point2

export function circle2(Point2 center, m radius)->Circle2

export record Circle2(public Point2 center, public m radius)

export record ClosedSolidValidation(public bool valid, public bool watertight, public bool consistentlyOriented, public bool connected, public int faceCount, public int boundaryEdgeCount, public int nonManifoldEdgeCount, public int inconsistentWindingCount, public int degenerateFaceCount, public string diagnostic)

export function compose(Transform2 outer, Transform2 inner)->Transform2

export function compose(Transform3 outer, Transform3 inner)->Transform3

export function contains(Bounds2 bounds, Point2 point)->bool

export function contains(Bounds3 bounds, Point3 point)->bool

export function contains(BoxDomain3 box, Point3 point)->bool

export function contains(Sphere3 sphere, Point3 point, m tolerance)->bool

export function coordinateSystem3(Point3 origin, Vector3 x, Vector3 y, m tolerance)->CoordinateSystem3

export record CoordinateSystem3(public Point3 origin, public Direction3 xAxis, public Direction3 yAxis, public Direction3 zAxis)

export function coordinateTransform3(CoordinateSystem3 system)->Transform3

export function cross(Vector2 left, Vector2 right)->squareMetre

export function cross(Vector3 left, Vector3 right)->AreaVector3

export function direction(Vector3 value, m tolerance)->Direction3

export record Direction3(public double x, public double y, public double z)

export function directionDot(Direction3 left, Direction3 right)->double

export function distance(Point2 left, Point2 right)->m

export function distance(Point3 left, Point3 right)->m

export function dot(Vector2 left, Vector2 right)->squareMetre

export function dot(Vector3 left, Vector3 right)->squareMetre

export function flatten2(Point2[] points)->double[]

export function flatten3(Point3[] points)->double[]

export function identityTransform2()->Transform2

export function identityTransform3()->Transform3

export function intersects(Bounds2 left, Bounds2 right)->bool

export function length3(Polyline3 line)->m

export function magnitude(Vector2 value)->m

export function magnitude(Vector3 value)->m

export function orientation(Point2 a, Point2 b, Point2 c, squareMetre tolerance)->int

export function perimeter(Polygon2 polygon)->m

export function plane3(Point3 point, Vector3 normal, m tolerance)->Plane3

export record Plane3(public Point3 point, public Direction3 normal)

export function point2(m x, m y)->Point2

export record Point2(public m x, public m y)

export function point3(m x, m y, m z)->Point3

export record Point3(public m x, public m y, public m z)

export function pointInPolygon(Polygon2 polygon, Point2 point, m tolerance)->bool

export function points2(double[] values)->Point2[]

export function points3(double[] values)->Point3[]

export function polygon(Point2[] vertices, string region, squareMetre tolerance)->Polygon2

export record Polygon2(public Point2[] vertices, public string region)

export function polyline3(Point3[] vertices, string boundary)->Polyline3

export record Polyline3(public Point3[] vertices, public string boundary)

export function robustInCircle(Point2 a, Point2 b, Point2 c, Point2 d)->RobustPredicate

export function robustInSphere(Point3 a, Point3 b, Point3 c, Point3 d, Point3 e)->RobustPredicate

export function robustOrientation3D(Point3 a, Point3 b, Point3 c, Point3 d)->RobustPredicate

export record RobustPredicate(public int sign, public double determinant, public double errorBound, public bool adaptiveRefinementUsed)

export function rotation2(double cosine, double sine)->Transform2

export function scale(Vector2 value, double factor)->Vector2

export function scale(Vector3 value, double factor)->Vector3

export function segment2(Point2 start, Point2 end)->Segment2

export record Segment2(public Point2 start, public Point2 end)

export function segmentsIntersect(Segment2 left, Segment2 right, m tolerance)->bool

export function signedArea(Polygon2 polygon)->squareMetre

export function signedDistance(Plane3 plane, Point3 point)->m

export function sphere3(Point3 center, m radius, string region)->Sphere3

export record Sphere3(public Point3 center, public m radius, public string region)

export record Transform2(public double m00, public double m01, public double m10, public double m11, public m tx, public m ty)

export record Transform3(public double m00, public double m01, public double m02, public double m10, public double m11, public double m12, public double m20, public double m21, public double m22, public m tx, public m ty, public m tz)

export function translate(Point2 point, Vector2 offset)->Point2

export function translate(Point3 point, Vector3 offset)->Point3

export function translation2(m x, m y)->Transform2

export function translation3(m x, m y, m z)->Transform3

export function triangleArea(TriangleSurface3 triangle)->squareMetre

export function triangleSurface3(Point3 first, Point3 second, Point3 third, string boundary, squareMetre tolerance)->TriangleSurface3

export record TriangleSurface3(public Point3 first, public Point3 second, public Point3 third, public string boundary)

export function union(Bounds2 left, Bounds2 right)->Bounds2

export function validateClosedSolid(TriangleSurface3[] faces, m tolerance)->ClosedSolidValidation

export function vector2(Point2 from, Point2 to)->Vector2

export record Vector2(public m x, public m y)

export function vector3(Point3 from, Point3 to)->Vector3

export function vector3(m x, m y, m z)->Vector3

export record Vector3(public m x, public m y, public m z)

export function volume(BoxDomain3 box)->cubicMetre

export function volumeInCubicMetres(cubicMetre value)->double