Struct GeoCircle3

Namespace: GeometryHelper.Geometry

Assembly: GeometryHelper.dll

Whether a circle touches another shape.

public readonly struct GeoCircle3 : IEquatable<GeoCircle3>

Implements: IEquatable<GeoCircle3>

Inherited Members: object.Equals(object, object)

object.GetType()

object.ReferenceEquals(object, object)

Extension Methods: ArcConvert.ToAcadCircle(GeoCircle3)

GeometryDraw.DrawToTekla(GeoCircle3, ControlObjectColorEnum, ControlObjectLineType)

Constructors

GeoCircle3(GeoPlane3, double): Initializes a new circle lying in a given plane.

GeoCircle3(GeoPoint3, GeoVector3, double): Initializes a new circle.

Properties

Area: Gets the area of the disc.

Center: Gets the centre of the circle.

Diameter: Gets the diameter of the circle.

IsValid: Gets whether this is a shape a constructor could have made: the centre is a valid point, the normal of unit length and the radius a positive number.

Length: Gets the length of the circumference.

Normal: Gets the unit normal of the plane carrying the circle.

Radius: Gets the radius of the circle.

Methods

Clone(): Creates a copy of this circle.

CollidesWith(GeoAabb3): Checks whether this circle touches an axis-aligned box, using the default tolerance.

CollidesWith(GeoAabb3, Tolerance): Checks whether this circle touches an axis-aligned box, within a tolerance.

CollidesWith(GeoArc3): Checks whether this circle touches an arc, using the default tolerance.

CollidesWith(GeoArc3, Tolerance): Checks whether this circle touches an arc, within a tolerance.

CollidesWith(GeoCircle3): Checks whether this circle touches a circle, using the default tolerance.

CollidesWith(GeoCircle3, Tolerance): Checks whether this circle touches a circle, within a tolerance.

CollidesWith(GeoEdge3): Checks whether this circle touches an edge.

CollidesWith(GeoEdge3, Tolerance): Checks whether this circle touches an edge, within a tolerance.

CollidesWith(GeoFace3): Checks whether this circle touches a face, using the default tolerance.

CollidesWith(GeoFace3, Tolerance): Checks whether this circle touches a face, within a tolerance.

CollidesWith(GeoLine3): Checks whether this circle touches a segment, using the default tolerance.

CollidesWith(GeoLine3, Tolerance): Checks whether this circle touches a segment, within a tolerance.

CollidesWith(GeoObb3): Checks whether this circle touches an oriented box, using the default tolerance.

CollidesWith(GeoObb3, Tolerance): Checks whether this circle touches an oriented box, within a tolerance.

CollidesWith(GeoPlane3): Checks whether this circle touches a plane, using the default tolerance.

CollidesWith(GeoPlane3, Tolerance): Checks whether this circle touches a plane, within a tolerance.

CollidesWith(GeoPolygon3): Checks whether this circle touches a polygon, using the default tolerance.

CollidesWith(GeoPolygon3, Tolerance): Checks whether this circle touches a polygon, within a tolerance.

CollidesWith(GeoPolygonArc3): Checks whether this circle touches a curved loop.

CollidesWith(GeoPolygonArc3, Tolerance): Checks whether this circle touches a curved loop, within a tolerance.

CollidesWith(GeoPolylineArc3): Checks whether this circle touches a curved chain.

CollidesWith(GeoPolylineArc3, Tolerance): Checks whether this circle touches a curved chain, within a tolerance.

CollidesWith(GeoRay3): Checks whether this circle touches a ray, using the default tolerance.

CollidesWith(GeoRay3, Tolerance): Checks whether this circle touches a ray, within a tolerance.

CollidesWith(GeoSolid3): Checks whether this circle touches a solid, using the default tolerance.

CollidesWith(GeoSolid3, Tolerance): Checks whether this circle touches a solid, within a tolerance.

CollidesWith(GeoTriangle3): Checks whether this circle touches a triangle, using the default tolerance.

CollidesWith(GeoTriangle3, Tolerance): Checks whether this circle touches a triangle, within a tolerance.

Contains(GeoPoint3): Checks whether this disc holds a point, using the default tolerance.

Contains(GeoPoint3, Tolerance): Checks whether this disc holds a point, within a tolerance.

DistanceTo(GeoPoint3): Calculates the shortest distance from this disc to a point.

Equals(GeoCircle3): Determines whether another circle has exactly the same centre, normal and radius.

Equals(object): Determines whether the specified object is equal to the current circle.

GetAabb(): Gets the axis-aligned bounding box enclosing this circle.

GetClosestPointOnBoundary(GeoPoint3): Gets the point on the circumference closest to a target point.

GetClosestPointOnSurface(GeoPoint3): Gets the point of this disc closest to a target point, read as a filled surface.

GetDistanceAtParameter(double): Gets the arc length from the zero parameter to a normalized parameter around the circumference.

GetDistanceAtPoint(GeoPoint3): Gets the arc length from the zero parameter to the point on the circumference closest to the supplied point.

GetDistanceAtPoint(GeoPoint3, Tolerance): Gets the arc length from the zero parameter to the point on the circumference closest to the supplied point, within a tolerance.

GetHashCode(): Returns the hash code for this instance.

GetIntersections(GeoAabb3): Gets every point where this circle crosses the surface of an axis-aligned box, using the default tolerance.

GetIntersections(GeoAabb3, Tolerance): Gets every point where this circle crosses the surface of an axis-aligned box, within a tolerance.

GetIntersections(GeoArc3): Gets every point where this circle crosses an arc, using the default tolerance.

GetIntersections(GeoArc3, Tolerance): Gets every point where this circle crosses an arc, within a tolerance.

GetIntersections(GeoCircle3): Gets every point where this circle crosses a circle, using the default tolerance.

GetIntersections(GeoCircle3, Tolerance): Gets every point where this circle crosses a circle, within a tolerance.

GetIntersections(GeoEdge3): Gets every point where an edge crosses this circle.

GetIntersections(GeoEdge3, Tolerance): Gets every point where an edge crosses this circle, within a tolerance.

GetIntersections(GeoFace3): Gets every point where this circle crosses a face, using the default tolerance.

GetIntersections(GeoFace3, Tolerance): Gets every point where this circle crosses a face, within a tolerance.

GetIntersections(GeoLine3): Gets every point where this circle crosses a segment, using the default tolerance.

GetIntersections(GeoLine3, Tolerance): Gets every point where this circle crosses a segment, within a tolerance.

GetIntersections(GeoObb3): Gets every point where this circle crosses the surface of an oriented box, using the default tolerance.

GetIntersections(GeoObb3, Tolerance): Gets every point where this circle crosses the surface of an oriented box, within a tolerance.

GetIntersections(GeoPlane3): Gets every point where this circle crosses a plane, using the default tolerance.

GetIntersections(GeoPlane3, Tolerance): Gets every point where this circle crosses a plane, within a tolerance.

GetIntersections(GeoPolygon3): Gets every point where this circle crosses a polygon, using the default tolerance.

GetIntersections(GeoPolygon3, Tolerance): Gets every point where this circle crosses a polygon, within a tolerance.

GetIntersections(GeoPolygonArc3): Gets every point where a curved loop crosses this circle.

GetIntersections(GeoPolygonArc3, Tolerance): Gets every point where a curved loop crosses this circle, within a tolerance.

GetIntersections(GeoPolylineArc3): Gets every point where a curved chain crosses this circle.

GetIntersections(GeoPolylineArc3, Tolerance): Gets every point where a curved chain crosses this circle, within a tolerance.

GetIntersections(GeoRay3): Gets every point where this circle crosses a ray, using the default tolerance.

GetIntersections(GeoRay3, Tolerance): Gets every point where this circle crosses a ray, within a tolerance.

GetIntersections(GeoSolid3): Gets every point where this circle crosses the surface of a solid, using the default tolerance.

GetIntersections(GeoSolid3, Tolerance): Gets every point where this circle crosses the surface of a solid, within a tolerance.

GetIntersections(GeoTriangle3): Gets every point where this circle crosses a triangle, using the default tolerance.

GetIntersections(GeoTriangle3, Tolerance): Gets every point where this circle crosses a triangle, within a tolerance.

GetParameterAtDistance(double): Gets the normalized parameter at an arc length measured around the circumference.

GetParameterAtPoint(GeoPoint3): Gets the normalized parameter of the point on the circumference closest to the supplied point.

GetParameterAtPoint(GeoPoint3, Tolerance): Gets the normalized parameter of the point on the circumference closest to the supplied point, within a tolerance.

GetPlane(): Gets the plane carrying the circle.

GetPointAtAngle(double): Gets the point on the circumference at a given angle.

GetPointAtDistance(double): Gets the point on the circumference at an arc length measured from the zero parameter.

GetPointAtParameter(double): Gets the point on the circumference at a normalized parameter, where 0 and 1 are the same point. The parameter wraps, so 1.25 gives the same point as 0.25.

IsEqualTo(GeoCircle3): Compares whether this circle equals another using the default tolerance.

IsEqualTo(GeoCircle3, Tolerance): Compares whether this circle equals another within a tolerance.

IsPointOn(GeoPoint3): Checks whether a point lies on the circumference, using the default tolerance.

IsPointOn(GeoPoint3, Tolerance): Checks whether a point lies on the circumference, within a tolerance.

Locate(GeoPoint3): Locates a point relative to this disc, using the default tolerance.

Locate(GeoPoint3, Tolerance): Locates a point relative to this disc, within a tolerance.

ToPolygon(): Approximates the circle as a polygon, cut finely enough that it strays no further from the circle than GeometryHelper.Internal.Tessellation.AutomaticChordRatio of its radius.

ToPolygon(int): Approximates the circle as a polygon.

ToPolygonByChordTolerance(double): Approximates the circle as a polygon that strays no further from it than a chord tolerance.

ToPolygonBySpacing(double): Approximates the circle as a polygon whose vertices are no further apart than a spacing.

ToPolyline(): Approximates the circle as a chain, cut by the automatic chord tolerance.

ToPolyline(int): Approximates the circle as a chain with a given number of pieces.

ToPolylineByChordTolerance(double): Approximates the circle as a chain that strays no further from it than a chord tolerance.

ToPolylineBySpacing(double): Approximates the circle as a chain whose points are no further apart than a spacing.

ToString(): Returns a string that represents the current circle.

TransformBy(GeoTransform3): Applies a transformation to this circle.

Translate(GeoVector3): Moves the circle by a vector.

TryIntersectWith(GeoAabb3, out GeoPoint3[]): Tries to find where this circle crosses the surface of an axis-aligned box, using the default tolerance.

TryIntersectWith(GeoAabb3, out GeoPoint3[], Tolerance): Tries to find where this circle crosses the surface of an axis-aligned box, within a tolerance.

TryIntersectWith(GeoArc3, out GeoPoint3[]): Tries to find where this circle crosses an arc, using the default tolerance.

TryIntersectWith(GeoArc3, out GeoPoint3[], Tolerance): Tries to find where this circle crosses an arc, within a tolerance.

TryIntersectWith(GeoCircle3, out GeoPoint3[]): Tries to find where this circle crosses a circle, using the default tolerance.

TryIntersectWith(GeoCircle3, out GeoPoint3[], Tolerance): Tries to find where this circle crosses a circle, within a tolerance.

TryIntersectWith(GeoEdge3, out GeoPoint3[]): Tries to find where an edge crosses this circle.

TryIntersectWith(GeoEdge3, out GeoPoint3[], Tolerance): Tries to find where an edge crosses this circle, within a tolerance.

TryIntersectWith(GeoFace3, out GeoPoint3[]): Tries to find where this circle crosses a face, using the default tolerance.

TryIntersectWith(GeoFace3, out GeoPoint3[], Tolerance): Tries to find where this circle crosses a face, within a tolerance.

TryIntersectWith(GeoLine3, out GeoPoint3[]): Tries to find where this circle crosses a segment, using the default tolerance.

TryIntersectWith(GeoLine3, out GeoPoint3[], Tolerance): Tries to find where this circle crosses a segment, within a tolerance.

TryIntersectWith(GeoObb3, out GeoPoint3[]): Tries to find where this circle crosses the surface of an oriented box, using the default tolerance.

TryIntersectWith(GeoObb3, out GeoPoint3[], Tolerance): Tries to find where this circle crosses the surface of an oriented box, within a tolerance.

TryIntersectWith(GeoPlane3, out GeoPoint3[]): Tries to find where this circle crosses a plane, using the default tolerance.

TryIntersectWith(GeoPlane3, out GeoPoint3[], Tolerance): Tries to find where this circle crosses a plane, within a tolerance.

TryIntersectWith(GeoPolygon3, out GeoPoint3[]): Tries to find where this circle crosses a polygon, using the default tolerance.

TryIntersectWith(GeoPolygon3, out GeoPoint3[], Tolerance): Tries to find where this circle crosses a polygon, within a tolerance.

TryIntersectWith(GeoRay3, out GeoPoint3[]): Tries to find where this circle crosses a ray, using the default tolerance.

TryIntersectWith(GeoRay3, out GeoPoint3[], Tolerance): Tries to find where this circle crosses a ray, within a tolerance.

TryIntersectWith(GeoSolid3, out GeoPoint3[]): Tries to find where this circle crosses the surface of a solid, using the default tolerance.

TryIntersectWith(GeoSolid3, out GeoPoint3[], Tolerance): Tries to find where this circle crosses the surface of a solid, within a tolerance.

TryIntersectWith(GeoTriangle3, out GeoPoint3[]): Tries to find where this circle crosses a triangle, using the default tolerance.

TryIntersectWith(GeoTriangle3, out GeoPoint3[], Tolerance): Tries to find where this circle crosses a triangle, within a tolerance.

TryOffset(double, out GeoCircle3): Grows this circle within its plane by a distance, or shrinks it when the distance is negative, using the default tolerance.

TryOffset(double, out GeoCircle3, Tolerance): Grows this circle within its plane by a distance, or shrinks it when the distance is negative, within a tolerance.

Operators

operator ==(GeoCircle3, GeoCircle3): Checks if two circles have exactly the same centre, normal and radius.

operator !=(GeoCircle3, GeoCircle3): Checks if two circles differ in centre, normal or radius.

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