Struct GeoCircle2
- Namespace
- GeometryHelper.Geometry
- Assembly
- GeometryHelper.dll
Whether a circle touches another shape.
public readonly struct GeoCircle2 : IEquatable<GeoCircle2>- Implements
- Inherited Members
- Extension Methods
Constructors
- GeoCircle2(GeoPoint2, double)
Initializes a new GeoCircle2 instance from a center point and radius.
- GeoCircle2(double, double, double)
Initializes a new GeoCircle2 instance from center coordinates and radius.
Properties
- Area
Gets the area of the circle.
- Center
Gets the center point 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 and the radius a number of nought or more.
- Length
Gets the length of the circle: its circumference. Named as it is on every other curve in the library, so that a length is asked for the same way whatever the shape.
- Radius
Gets the radius of the circle.
Methods
- Clone()
Creates a copy of this circle.
- CollidesWith(GeoArc2)
Determines whether this circle touches or overlaps an arc.
- CollidesWith(GeoArc2, Tolerance)
Determines whether this circle touches or overlaps an arc, within a tolerance.
- CollidesWith(GeoCircle2)
Checks whether this circle collides with another circle using default tolerance.
- CollidesWith(GeoCircle2, Tolerance)
Checks whether this circle collides with another circle within tolerance.
- CollidesWith(GeoEdge2)
Checks whether this circle touches an edge.
- CollidesWith(GeoEdge2, Tolerance)
Checks whether this circle touches an edge, within a tolerance.
- CollidesWith(GeoFace2)
Checks whether this circle reaches the material of a face, using the default tolerance.
- CollidesWith(GeoFace2, Tolerance)
Checks whether this circle reaches the material of a face, within a tolerance.
- CollidesWith(GeoLine2)
Checks whether this circle collides with a line segment using default tolerance.
- CollidesWith(GeoLine2, Tolerance)
Checks whether this circle collides with a line segment within tolerance.
- CollidesWith(GeoPolygon2)
Checks whether this circle collides with a polygon using default tolerance.
- CollidesWith(GeoPolygon2, Tolerance)
Checks whether this circle collides with a polygon within tolerance.
- CollidesWith(GeoPolygonArc2)
Determines whether this circle touches or overlaps a curved loop.
- CollidesWith(GeoPolygonArc2, Tolerance)
Determines whether this circle touches or overlaps a curved loop, within a tolerance.
- CollidesWith(GeoPolyline2)
Checks whether this circle collides with a polyline using default tolerance.
- CollidesWith(GeoPolyline2, Tolerance)
Checks whether this circle collides with a polyline within tolerance.
- CollidesWith(GeoPolylineArc2)
Determines whether this circle touches or overlaps a curved chain.
- CollidesWith(GeoPolylineArc2, Tolerance)
Determines whether this circle touches or overlaps a curved chain, within a tolerance.
- CollidesWith(GeoRectangle2)
Checks whether this circle collides with a rotated rectangle using default tolerance.
- CollidesWith(GeoRectangle2, Tolerance)
Checks whether this circle collides with a rotated rectangle within tolerance.
- CollidesWith(GeoTriangle2)
Checks whether this circle touches a triangle, using the default tolerance.
- CollidesWith(GeoTriangle2, Tolerance)
Checks whether this circle touches a triangle, within a tolerance.
- Contains(GeoCircle2)
Checks whether the circle entirely contains another circle using default tolerance.
- Contains(GeoCircle2, Tolerance)
Checks whether the circle entirely contains another circle within tolerance.
- Contains(GeoLine2)
Checks whether the circle entirely contains a line segment using default tolerance.
- Contains(GeoLine2, Tolerance)
Checks whether the circle entirely contains a line segment within tolerance.
- Contains(GeoPoint2)
Checks whether the circle contains a point using default tolerance.
- Contains(GeoPoint2, Tolerance)
Checks whether the circle contains a point within tolerance.
- DistanceTo(GeoArc2)
Calculates the shortest distance from this circle to an arc.
- DistanceTo(GeoArc2, Tolerance)
Calculates the shortest distance from this circle to an arc, within a tolerance.
- DistanceTo(GeoCircle2)
Calculates the shortest boundary distance from this circle to another circle.
- DistanceTo(GeoEdge2)
Gets the distance from this circle to an edge.
- DistanceTo(GeoLine2)
Calculates the shortest boundary distance from this circle to a line segment.
- DistanceTo(GeoPoint2)
Calculates the shortest boundary distance from this circle to a point.
- DistanceTo(GeoPolygon2)
Calculates the shortest boundary distance from this circle to a polygon.
- DistanceTo(GeoPolygonArc2)
Calculates the shortest distance from this circle to a curved loop.
- DistanceTo(GeoPolygonArc2, Tolerance)
Calculates the shortest distance from this circle to a curved loop, within a tolerance.
- DistanceTo(GeoPolyline2)
Calculates the shortest boundary distance from this circle to a polyline.
- DistanceTo(GeoPolylineArc2)
Calculates the shortest distance from this circle to a curved chain.
- DistanceTo(GeoPolylineArc2, Tolerance)
Calculates the shortest distance from this circle to a curved chain, within a tolerance.
- DistanceTo(GeoRectangle2)
Calculates the shortest boundary distance from this circle to a rectangle.
- DistanceTo(GeoTriangle2)
Gets the distance from this circle to a triangle.
- Equals(GeoCircle2)
Indicates whether the current circle is equal to another circle.
- Equals(object)
Indicates whether this instance and a specified object are equal.
- GetClosestEdge(GeoPolygon2)
Gets the edge of a polygon nearest this circle, using the default tolerance.
- GetClosestEdge(GeoPolygonArc2)
Gets the edge of a curved loop nearest this circle, using the default tolerance.
- GetClosestEdge(GeoPolygonArc2, Tolerance)
Gets the edge of a curved loop nearest this circle, within a tolerance.
- GetClosestEdge(GeoPolyline2)
Gets the edge of a polyline nearest this circle, using the default tolerance.
- GetClosestEdge(GeoPolylineArc2)
Gets the edge of a curved chain nearest this circle, using the default tolerance.
- GetClosestEdge(GeoPolylineArc2, Tolerance)
Gets the edge of a curved chain nearest this circle, within a tolerance.
- GetClosestEdge(GeoRectangle2)
Gets the edge of a rectangle nearest this circle, using the default tolerance.
- GetClosestEdge(GeoTriangle2)
Gets the edge of a triangle closest to this circle.
- GetClosestPointOnBoundary(GeoPoint2)
Gets the closest point on the circumference of this circle to a target point, including for points inside the circle.
- GetDistanceAtParameter(double)
Gets the arc length from angle zero of this circle to a normalized parameter.
- GetDistanceAtPoint(GeoPoint2)
Gets the arc length from angle zero of this circle to the point on it closest to the supplied point.
- GetHashCode()
Returns the hash code for this instance.
- GetIntersections(GeoArc2)
Gets the points where this circle meets an arc.
- GetIntersections(GeoArc2, Tolerance)
Gets the points where this circle meets an arc, within a tolerance.
- GetIntersections(GeoCircle2)
Gets all intersection points with another circle using default tolerance.
- GetIntersections(GeoCircle2, Tolerance)
Gets all intersection points with another circle within tolerance.
- GetIntersections(GeoEdge2)
Gets every point where this circle crosses an edge.
- GetIntersections(GeoEdge2, Tolerance)
Gets every point where this circle crosses an edge, within a tolerance.
- GetIntersections(GeoFace2)
Gets every point where this circle crosses the boundary of a face, using the default tolerance.
- GetIntersections(GeoFace2, Tolerance)
Gets every point where this circle crosses the boundary of a face, within a tolerance.
- GetIntersections(GeoLine2)
Gets all intersection points with a line segment using default tolerance.
- GetIntersections(GeoLine2, Tolerance)
Gets all intersection points with a line segment within tolerance.
- GetIntersections(GeoPolygon2)
Gets all intersection points with a polygon using default tolerance.
- GetIntersections(GeoPolygon2, Tolerance)
Gets all intersection points with a polygon within tolerance.
- GetIntersections(GeoPolygonArc2)
Gets the points where this circle meets a curved loop.
- GetIntersections(GeoPolygonArc2, Tolerance)
Gets the points where this circle meets a curved loop, within a tolerance.
- GetIntersections(GeoPolyline2)
Gets all intersection points with a polyline using default tolerance.
- GetIntersections(GeoPolyline2, Tolerance)
Gets all intersection points with a polyline within tolerance.
- GetIntersections(GeoPolylineArc2)
Gets the points where this circle meets a curved chain.
- GetIntersections(GeoPolylineArc2, Tolerance)
Gets the points where this circle meets a curved chain, within a tolerance.
- GetIntersections(GeoRectangle2)
Gets all intersection points with a rectangle using default tolerance.
- GetIntersections(GeoRectangle2, Tolerance)
Gets all intersection points with a rectangle within tolerance.
- GetIntersections(GeoTriangle2)
Gets every point where this circle meets the edges of a triangle, using the default tolerance.
- GetIntersections(GeoTriangle2, Tolerance)
Gets every point where this circle meets the edges of a triangle, within a tolerance.
- GetParameterAtDistance(double)
Gets the normalized parameter at an arc length measured from angle zero of this circle.
- GetParameterAtPoint(GeoPoint2)
Gets the normalized parameter of the point on this circle closest to the supplied point.
- GetPointAtDistance(double)
Gets the point at an arc length measured from angle zero of this circle.
- GetPointAtParameter(double)
Gets the point at a normalized parameter along this circle, where 0 is angle zero and 1 is the end. Values outside [0, 1] wrap around, so 1.25 is the same position as 0.25.
- GetShortestLineTo(GeoArc2)
Gets the shortest segment joining this circle to an arc.
- GetShortestLineTo(GeoArc2, Tolerance)
Gets the shortest segment joining this circle to an arc, within a tolerance.
- GetShortestLineTo(GeoCircle2)
Finds the shortest line segment connecting a point on the circumference of this circle to a point on another circle using default tolerance.
- GetShortestLineTo(GeoCircle2, Tolerance)
Finds the shortest line segment connecting a point on the circumference of this circle to a point on another circle within tolerance.
- GetShortestLineTo(GeoEdge2)
Gets the shortest segment leaving this circle and landing on an edge.
- GetShortestLineTo(GeoEdge2, Tolerance)
Gets the shortest segment leaving this circle and landing on an edge, within a tolerance.
- GetShortestLineTo(GeoFace2)
Gets the shortest segment leaving this circle and landing on the boundary of a face, using the default tolerance.
- GetShortestLineTo(GeoFace2, Tolerance)
Gets the shortest segment leaving this circle and landing on the boundary of a face, within a tolerance.
- GetShortestLineTo(GeoLine2)
Finds the shortest line segment connecting a point on the circumference of this circle to a point on a line segment using default tolerance.
- GetShortestLineTo(GeoLine2, Tolerance)
Finds the shortest line segment connecting a point on the circumference of this circle to a point on a line segment within tolerance.
- GetShortestLineTo(GeoPolygon2)
Finds the shortest line segment connecting a point on the circumference of this circle to a point on the boundary of a polygon using default tolerance.
- GetShortestLineTo(GeoPolygon2, Tolerance)
Finds the shortest line segment connecting a point on the circumference of this circle to a point on the boundary of a polygon within tolerance.
- GetShortestLineTo(GeoPolygonArc2)
Gets the shortest segment joining this circle to a curved loop.
- GetShortestLineTo(GeoPolygonArc2, Tolerance)
Gets the shortest segment joining this circle to a curved loop, within a tolerance.
- GetShortestLineTo(GeoPolyline2)
Finds the shortest line segment connecting a point on the circumference of this circle to a point on a polyline using default tolerance.
- GetShortestLineTo(GeoPolyline2, Tolerance)
Finds the shortest line segment connecting a point on the circumference of this circle to a point on a polyline within tolerance.
- GetShortestLineTo(GeoPolylineArc2)
Gets the shortest segment joining this circle to a curved chain.
- GetShortestLineTo(GeoPolylineArc2, Tolerance)
Gets the shortest segment joining this circle to a curved chain, within a tolerance.
- GetShortestLineTo(GeoRectangle2)
Finds the shortest line segment connecting a point on the circumference of this circle to a point on the boundary of a rectangle using default tolerance.
- GetShortestLineTo(GeoRectangle2, Tolerance)
Finds the shortest line segment connecting a point on the circumference of this circle to a point on the boundary of a rectangle within tolerance.
- GetShortestLineTo(GeoTriangle2)
Gets the shortest segment leaving this circle and landing on a triangle, using the default tolerance.
- GetShortestLineTo(GeoTriangle2, Tolerance)
Gets the shortest segment leaving this circle and landing on a triangle, within a tolerance.
- IsEqualTo(GeoCircle2)
Determines whether another circle has the same centre and radius, within the default tolerance.
- IsEqualTo(GeoCircle2, Tolerance)
Determines whether another circle has the same centre and radius, within a tolerance.
- IsPointOn(GeoPoint2)
Checks whether a point lies on the circle circumference using default tolerance.
- IsPointOn(GeoPoint2, Tolerance)
Checks whether a point lies on the circle circumference within tolerance.
- Locate(GeoPoint2)
Classifies the location of a point relative to this circle (Inside, OutSide, or OnSide) using default tolerance.
- Locate(GeoPoint2, Tolerance)
Classifies the location of a point relative to this circle (Inside, OutSide, or OnSide) within tolerance.
- SignedDistanceTo(GeoPoint2)
Calculates the distance from this circle to a point, negative for a point within it.
- SignedDistanceTo(GeoPoint2, Tolerance)
Calculates the distance from this circle to a point, negative for a point within it, within a tolerance.
- ToMesh(MeshKind)
Breaks the disc into faces of a kind, using the default tolerance. A grid needs the size of its cells, which ToMesh(MeshOptions) takes.
- ToMesh(MeshOptions)
Breaks the disc into faces as the options say, using the default tolerance.
- ToMesh(MeshOptions, Tolerance)
Breaks the disc into faces as the options say, within a tolerance: triangles, the cells of a grid, strips or convex pieces, each a simple polygon with no hole, counter-clockwise, meeting its neighbours edge to edge.
- 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 with a given number of edges.
- 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.
- ToRectangle(double)
Converts this circle into an oriented bounding GeoRectangle2 with the specified rotation angle.
- ToString()
Returns the string representation of the circle.
- TransformBy(GeoTransform2)
Applies a transformation to this circle.
- Translate(GeoVector2)
Translates the circle by a displacement vector.
- TriangulateSurface()
Breaks the disc into triangles fanned from its center, as many as ToPolygon() has edges, using the default tolerance.
- TriangulateSurface(Tolerance)
Breaks the disc into triangles fanned from its center, as many as ToPolygon() has edges, within a tolerance.
- TriangulateSurface(double)
Breaks the disc into triangles fanned from its center, the rim cut so that it strays from the circle no further than a chord tolerance, using the default tolerance.
- TriangulateSurface(double, Tolerance)
Breaks the disc into triangles fanned from its center, the rim cut so that it strays from the circle no further than a chord tolerance, within a tolerance.
- TryIntersectWith(GeoArc2, out GeoPoint2[])
Tries to find where this circle crosses a arc, using the default tolerance.
- TryIntersectWith(GeoArc2, out GeoPoint2[], Tolerance)
Tries to find where this circle crosses a arc, within a tolerance.
- TryIntersectWith(GeoCircle2, out GeoPoint2[])
Tries to find where this circle crosses a circle, using the default tolerance.
- TryIntersectWith(GeoCircle2, out GeoPoint2[], Tolerance)
Tries to find where this circle crosses a circle, within a tolerance.
- TryIntersectWith(GeoEdge2, out GeoPoint2[])
Tries to find where this circle crosses an edge.
- TryIntersectWith(GeoEdge2, out GeoPoint2[], Tolerance)
Tries to find where this circle crosses an edge, within a tolerance.
- TryIntersectWith(GeoLine2, out GeoPoint2[])
Tries to find where this circle crosses a segment, using the default tolerance.
- TryIntersectWith(GeoLine2, out GeoPoint2[], Tolerance)
Tries to find where this circle crosses a segment, within a tolerance.
- TryIntersectWith(GeoPolygonArc2, out GeoPoint2[])
Tries to find where this circle crosses a curved loop, using the default tolerance.
- TryIntersectWith(GeoPolygonArc2, out GeoPoint2[], Tolerance)
Tries to find where this circle crosses a curved loop, within a tolerance.
- TryIntersectWith(GeoPolylineArc2, out GeoPoint2[])
Tries to find where this circle crosses a curved chain, using the default tolerance.
- TryIntersectWith(GeoPolylineArc2, out GeoPoint2[], Tolerance)
Tries to find where this circle crosses a curved chain, within a tolerance.
- TryOffset(double, out GeoCircle2)
Grows this circle by a distance, or shrinks it when the distance is negative, using default tolerance.
- TryOffset(double, out GeoCircle2, Tolerance)
Grows this circle by a distance, or shrinks it when the distance is negative, within tolerance.
Operators
- operator +(GeoCircle2, GeoVector2)
Translates a circle by a vector.
- operator ==(GeoCircle2, GeoCircle2)
Compares two GeoCircle2 instances for equality.
- operator !=(GeoCircle2, GeoCircle2)
Compares two GeoCircle2 instances for inequality.
- operator -(GeoCircle2, GeoVector2)
Translates a circle backwards by a vector.