Class Geometry

The class Geometry only contains static methods to solve some basic geometric tasks.

Inheritance

System.Object

Geometry

Inherited Members

System.Object.Equals(System.Object)

System.Object.Equals(System.Object, System.Object)

System.Object.GetHashCode()

System.Object.GetType()

System.Object.MemberwiseClone()

System.Object.ReferenceEquals(System.Object, System.Object)

System.Object.ToString()

Namespace: CADability

Assembly: CADability.dll

Syntax

public class Geometry

Constructors

Geometry()

Declaration

public Geometry()

Methods

AxisThroughTriangle(GeoPoint, GeoVector, GeoPoint, GeoPoint, GeoPoint)

Determins wheather an axis, defined by location and direction, goes through a triangle. The axis is infinite in both directions.

Declaration

public static bool AxisThroughTriangle(GeoPoint axisLoc, GeoVector axisDir, GeoPoint t1, GeoPoint t2, GeoPoint t3)

Parameters

Type	Name	Description
GeoPoint	axisLoc	Point on the axis
GeoVector	axisDir	Direction of the axis
GeoPoint	t1	point of the triangle
GeoPoint	t2	point of the triangle
GeoPoint	t3	point of the triangle

Returns

Type	Description
System.Boolean	true, if the axis passes through the triangle, false otherwise

AxisThrouoghFourLines(GeoPoint[], GeoVector[], out GeoPoint[], out GeoVector[])

Find one ore more axis (point and direction) passing through the 4 provided lines given by p and v. the provided lines should be pairwise non planar

Declaration

public static bool AxisThrouoghFourLines(GeoPoint[] p, GeoVector[] v, out GeoPoint[] axisPnt, out GeoVector[] axisDir)

Parameters

Type	Name	Description
GeoPoint[]	p
GeoVector[]	v
GeoPoint[]	axisPnt
GeoVector[]	axisDir

Returns

Type	Description
System.Boolean	true if a solution could be found

BeamThroughTriangle(GeoPoint, GeoVector, GeoPoint, GeoPoint, GeoPoint)

Determins wheather a beam, defined by location and direction, goes through a triangle. The beam starts at axisLoc and extends in direction axisDir. Only the forward direction is checked.

Declaration

public static bool BeamThroughTriangle(GeoPoint axisLoc, GeoVector axisDir, GeoPoint t1, GeoPoint t2, GeoPoint t3)

Parameters

Type	Name	Description
GeoPoint	axisLoc	Startpoint of the beam
GeoVector	axisDir	Direction of the beam
GeoPoint	t1	point of the triangle
GeoPoint	t2	point of the triangle
GeoPoint	t3	point of the triangle

Returns

Type	Description
System.Boolean	true, if the beam passes through the triangle, false otherwise

CircleFit(GeoPoint2D[], out GeoPoint2D, out Double)

tries to find a center and radius for a circle which best fits to the provided points

Declaration

public static double CircleFit(GeoPoint2D[] points, out GeoPoint2D center, out double radius)

Parameters

Type	Name	Description
GeoPoint2D[]	points	points to fit
GeoPoint2D	center	center of the circle
System.Double	radius	radius of the circle

Returns

Type	Description
System.Double	maximum error

CircleFitLs(GeoPoint2D[], out GeoPoint2D, out Double)

Declaration

public static double CircleFitLs(GeoPoint2D[] p, out GeoPoint2D c, out double r)

Parameters

Type	Name	Description
GeoPoint2D[]	p
GeoPoint2D	c
System.Double	r

Returns

Type	Description
System.Double

CircleLinePerpDist(Ellipse, GeoPoint, GeoVector)

Declaration

public static GeoPoint[] CircleLinePerpDist(Ellipse circle, GeoPoint lineLocation, GeoVector lineDirection)

Parameters

Type	Name	Description
Ellipse	circle
GeoPoint	lineLocation
GeoVector	lineDirection

Returns

Type	Description
GeoPoint[]

Dir2D(GeoVector, GeoVector, GeoVector)

Declaration

public static GeoVector2D Dir2D(GeoVector dirx, GeoVector diry, GeoVector toConvert)

Parameters

Type	Name	Description
GeoVector	dirx
GeoVector	diry
GeoVector	toConvert

Returns

Type	Description
GeoVector2D

Dist(GeoPoint, GeoPoint)

Returns the distance of the two 3d points.

Declaration

public static double Dist(GeoPoint FirstPoint, GeoPoint SecondPoint)

Parameters

Type	Name	Description
GeoPoint	FirstPoint	point
GeoPoint	SecondPoint	point

Returns

Type	Description
System.Double	distance

Dist(GeoPoint2D, GeoPoint2D)

Returns the distance of the two 2d points.

Declaration

public static double Dist(GeoPoint2D FirstPoint, GeoPoint2D SecondPoint)

Parameters

Type	Name	Description
GeoPoint2D	FirstPoint	point
GeoPoint2D	SecondPoint	point

Returns

Type	Description
System.Double	distance

DistLL(GeoPoint, GeoVector, GeoPoint, GeoVector, out Double, out Double)

Calculates the minimal distance between two lines and the parameter on the lines where the minimal distance occures. If the lines are parallel, the parameters will be double.MaxValue. The point l1Start + par1l1Dir is closest to the second line, and the point l2Start + par2l2Dir is closest to the first line.

Declaration

public static double DistLL(GeoPoint l1Start, GeoVector l1Dir, GeoPoint l2Start, GeoVector l2Dir, out double par1, out double par2)

Parameters

Type	Name	Description
GeoPoint	l1Start	Startpoint of the first line
GeoVector	l1Dir	Direction of the first line
GeoPoint	l2Start	Startpoint of the second line
GeoVector	l2Dir	Direction of the second line
System.Double	par1	Parameter on the first line
System.Double	par2	Parameter on the second line

Returns

Type	Description
System.Double	Minimal distance

DistPL(GeoPoint, Axis)

Declaration

public static double DistPL(GeoPoint P, Axis ax)

Parameters

Type	Name	Description
GeoPoint	P
Axis	ax

Returns

Type	Description
System.Double

DistPL(GeoPoint, GeoPoint, GeoPoint)

Returns the distance of a point from a line (3d)

Declaration

public static double DistPL(GeoPoint P, GeoPoint lstart, GeoPoint lend)

Parameters

Type	Name	Description
GeoPoint	P	the point
GeoPoint	lstart	startpoint of the line
GeoPoint	lend	endpoint of the line

Returns

Type	Description
System.Double	distance

DistPL(GeoPoint, GeoPoint, GeoVector)

Returns the distance of a point from a line (3d)

Declaration

public static double DistPL(GeoPoint P, GeoPoint lstart, GeoVector ldir)

Parameters

Type	Name	Description
GeoPoint	P	the point
GeoPoint	lstart	startpoint of the line
GeoVector	ldir	direction of the line

Returns

Type	Description
System.Double	distance

DistPL(GeoPoint2D, GeoPoint2D, GeoPoint2D)

Returns the distance of a point from a line (2d), the distance is positive when the point is on the left side of the line, negative on the right side.

Declaration

public static double DistPL(GeoPoint2D P, GeoPoint2D lstart, GeoPoint2D lend)

Parameters

Type	Name	Description
GeoPoint2D	P	the point
GeoPoint2D	lstart	startpoint of the line
GeoPoint2D	lend	endpoint of the line

Returns

Type	Description
System.Double	distance

DistPL(GeoPoint2D, GeoPoint2D, GeoVector2D)

Returns the distance of a point from a line (2d). This might also be negative

Declaration

public static double DistPL(GeoPoint2D P, GeoPoint2D lstart, GeoVector2D ldir)

Parameters

Type	Name	Description
GeoPoint2D	P	the point
GeoPoint2D	lstart	startpoint of the line
GeoVector2D	ldir	direction of the line

Returns

Type	Description
System.Double	distance

DropPL(GeoPoint, GeoPoint, GeoPoint)

Returns the perpendicular foot point of point p on the line (s,e)

Declaration

public static GeoPoint DropPL(GeoPoint p, GeoPoint s, GeoPoint e)

Parameters

Type	Name	Description
GeoPoint	p
GeoPoint	s	Startpoint of the line
GeoPoint	e	Endpoint of the line

Returns

Type	Description
GeoPoint	Footpoint

DropPL(GeoPoint, GeoPoint, GeoVector)

Returns the perpendicular foot point of point p on the line through s with direction v

Declaration

public static GeoPoint DropPL(GeoPoint p, GeoPoint s, GeoVector v)

Parameters

Type	Name	Description
GeoPoint	p
GeoPoint	s	Startpoint of the line
GeoVector	v	Direction of the line

Returns

Type	Description
GeoPoint	Footpoint

DropPL(GeoPoint2D, GeoPoint2D, GeoPoint2D)

Returns the perpendicular foot point of point p on the line (lstart,lend)

Declaration

public static GeoPoint2D DropPL(GeoPoint2D P, GeoPoint2D lstart, GeoPoint2D lend)

Parameters

Type	Name	Description
GeoPoint2D	P	the source point
GeoPoint2D	lstart	startpoint of the line
GeoPoint2D	lend	endpoint of the line

Returns

Type	Description
GeoPoint2D	footpoint

DropPL(GeoPoint2D, GeoPoint2D, GeoVector2D)

Returns the perpendicular foot point of point p on the line through s with direction v

Declaration

public static GeoPoint2D DropPL(GeoPoint2D p, GeoPoint2D s, GeoVector2D v)

Parameters

Type	Name	Description
GeoPoint2D	p
GeoPoint2D	s	Startpoint of the line
GeoVector2D	v	Direction of the line

Returns

Type	Description
GeoPoint2D	Footpoint

FindImplicitPolynomialForm(BoundingRect, ISurface, Int32)

Declaration

public static void FindImplicitPolynomialForm(BoundingRect uv, ISurface surface, int maxDegree)

Parameters

Type	Name	Description
BoundingRect	uv
ISurface	surface
System.Int32	maxDegree

GetPosition(GeoPoint2D, GeoPoint2D, GeoVector2D, GeoVector2D)

Declaration

public static GeoPoint2D GetPosition(GeoPoint2D p, GeoPoint2D sysLoc, GeoVector2D sysDirx, GeoVector2D sysDiry)

Parameters

Type	Name	Description
GeoPoint2D	p
GeoPoint2D	sysLoc
GeoVector2D	sysDirx
GeoVector2D	sysDiry

Returns

Type	Description
GeoPoint2D

InnerIntersection(GeoPoint2D, GeoPoint2D, GeoPoint2D, GeoPoint2D)

Returns true if the line segments p1->p2 and p3->p4 have an inner intersection, i.e. an intersection point inside the bounds of the line segment. Returns false otherwise, returns false if the intersection point coincides with one of the two lines

Declaration

public static bool InnerIntersection(GeoPoint2D p1, GeoPoint2D p2, GeoPoint2D p3, GeoPoint2D p4)

Parameters

Type	Name	Description
GeoPoint2D	p1	startpoint of the first line segment
GeoPoint2D	p2	endpoint of the first line segment
GeoPoint2D	p3	startpoint of the second line segment
GeoPoint2D	p4	endpoint of the second line segment

Returns

Type	Description
System.Boolean

IntersectCC(GeoPoint2D, Double, GeoPoint2D, Double)

Returns the intersection points of two circles in 2d. The result may contain 0 to 2 points.

Declaration

public static GeoPoint2D[] IntersectCC(GeoPoint2D center1, double radius1, GeoPoint2D center2, double radius2)

Parameters

Type	Name	Description
GeoPoint2D	center1	center of the first cricle
System.Double	radius1	radius of the first circle
GeoPoint2D	center2	center of the second cricle
System.Double	radius2	radius of the second circle

Returns

Type	Description
GeoPoint2D[]	intersctione points

IntersectLC(GeoPoint2D, GeoPoint2D, GeoPoint2D, Double)

Returns the intersection points of a circle and a line in 2d. The result may contain 0 to 2 points.

Declaration

public static GeoPoint2D[] IntersectLC(GeoPoint2D lstart, GeoPoint2D lend, GeoPoint2D center, double radius)

Parameters

Type	Name	Description
GeoPoint2D	lstart	startpoint of the line
GeoPoint2D	lend	endpoint of the line
GeoPoint2D	center	center of the cricle
System.Double	radius	radius of the circle

Returns

Type	Description
GeoPoint2D[]	intersctione points

IntersectLC(GeoPoint2D, GeoVector2D, GeoPoint2D, Double)

Returns the intersection points of a circle and a line in 2d. The result may contain 0 to 2 points.

Declaration

public static GeoPoint2D[] IntersectLC(GeoPoint2D pointofline, GeoVector2D direction, GeoPoint2D center, double radius)

Parameters

Type	Name	Description
GeoPoint2D	pointofline
GeoVector2D	direction
GeoPoint2D	center	center of the cricle
System.Double	radius	radius of the circle

Returns

Type	Description
GeoPoint2D[]	intersctione points

IntersectLL(GeoPoint, GeoVector, GeoPoint, GeoVector)

Intersection point of two lines in 3D. This should only be called when the two lines share a common plane. If not, the result will be in the middle of the closest connection of the two points. If the lines are parallel a GeometryException will be thrown.

Declaration

public static GeoPoint IntersectLL(GeoPoint l1Start, GeoVector l1Dir, GeoPoint l2Start, GeoVector l2Dir)

Parameters

Type	Name	Description
GeoPoint	l1Start	Startpoint of first line
GeoVector	l1Dir	Direction of first line
GeoPoint	l2Start	Startpoint of second line
GeoVector	l2Dir	Direction of second line

Returns

Type	Description
GeoPoint

IntersectLL(GeoPoint2D, GeoPoint2D, GeoPoint2D, GeoPoint2D, out GeoPoint2D)

Calculates the intersectionpoint of two lines in 2d. The intersection point may be in any extension of the two lines.

Declaration

public static bool IntersectLL(GeoPoint2D StartPoint1, GeoPoint2D EndPoint1, GeoPoint2D StartPoint2, GeoPoint2D EndPoint2, out GeoPoint2D IntersectionPoint)

Parameters

Type	Name	Description
GeoPoint2D	StartPoint1	Startpoint of the first line
GeoPoint2D	EndPoint1	Endpoint of the first line
GeoPoint2D	StartPoint2	Startpoint of the second line
GeoPoint2D	EndPoint2	Endpoint of the second line
GeoPoint2D	IntersectionPoint	the intersection point

Returns

Type	Description
System.Boolean	true, if there is an intersection point, otherwise false

IntersectLL(GeoPoint2D, GeoVector2D, GeoPoint2D, GeoVector2D, out GeoPoint2D)

Calculates the intersectionpoint of two lines in 2d.

Declaration

public static bool IntersectLL(GeoPoint2D StartPoint1, GeoVector2D dir1, GeoPoint2D StartPoint2, GeoVector2D dir2, out GeoPoint2D IntersectionPoint)

Parameters

Type	Name	Description
GeoPoint2D	StartPoint1	Startpoint of the first line
GeoVector2D	dir1	Direction of the first line
GeoPoint2D	StartPoint2	Startpoint of the second line
GeoVector2D	dir2	Direction of the second line
GeoPoint2D	IntersectionPoint	the intersection point

Returns

Type	Description
System.Boolean	true, if there is an intersection point, otherwise false

LineFit(GeoPoint[], out GeoPoint, out GeoVector)

Declaration

public static double LineFit(GeoPoint[] points, out GeoPoint location, out GeoVector direction)

Parameters

Type	Name	Description
GeoPoint[]	points
GeoPoint	location
GeoVector	direction

Returns

Type	Description
System.Double

LineFit(GeoPoint2D[], out GeoPoint2D, out GeoVector2D)

Declaration

public static double LineFit(GeoPoint2D[] points, out GeoPoint2D location, out GeoVector2D direction)

Parameters

Type	Name	Description
GeoPoint2D[]	points
GeoPoint2D	location
GeoVector2D	direction

Returns

Type	Description
System.Double

LinePar(GeoPoint, GeoPoint, GeoPoint)

Declaration

public static double LinePar(GeoPoint sp, GeoPoint ep, GeoPoint p)

Parameters

Type	Name	Description
GeoPoint	sp
GeoPoint	ep
GeoPoint	p

Returns

Type	Description
System.Double

LinePar(GeoPoint, GeoVector, GeoPoint)

Declaration

public static double LinePar(GeoPoint sp, GeoVector dir, GeoPoint p)

Parameters

Type	Name	Description
GeoPoint	sp
GeoVector	dir
GeoPoint	p

Returns

Type	Description
System.Double

LinePar(GeoPoint2D, GeoPoint2D, GeoPoint2D)

Declaration

public static double LinePar(GeoPoint2D sp, GeoPoint2D ep, GeoPoint2D p)

Parameters

Type	Name	Description
GeoPoint2D	sp
GeoPoint2D	ep
GeoPoint2D	p

Returns

Type	Description
System.Double

LinePar(GeoPoint2D, GeoVector2D, GeoPoint2D)

Liefert den Parameter des gegebenen Punktes auf der gegebenen Linie

Declaration

public static double LinePar(GeoPoint2D sp, GeoVector2D dir, GeoPoint2D p)

Parameters

Type	Name	Description
GeoPoint2D	sp	Startpunkt der Linie
GeoVector2D	dir	Richtung der Linie
GeoPoint2D	p	zu testender Punkt

Returns

Type	Description
System.Double	der Parameter, z.B. 0.0==StartPunkt

LinePos(GeoPoint, GeoPoint, Double)

Declaration

public static GeoPoint LinePos(GeoPoint sp, GeoPoint ep, double pos)

Parameters

Type	Name	Description
GeoPoint	sp
GeoPoint	ep
System.Double	pos

Returns

Type	Description
GeoPoint

LinePos(GeoPoint, GeoVector, GeoPoint)

Declaration

public static GeoPoint LinePos(GeoPoint sp, GeoVector dir, GeoPoint toProject)

Parameters

Type	Name	Description
GeoPoint	sp
GeoVector	dir
GeoPoint	toProject

Returns

Type	Description
GeoPoint

LinePos(GeoPoint, GeoVector, Double)

Declaration

public static GeoPoint LinePos(GeoPoint sp, GeoVector dir, double pos)

Parameters

Type	Name	Description
GeoPoint	sp
GeoVector	dir
System.Double	pos

Returns

Type	Description
GeoPoint

LinePos(GeoPoint2D, GeoPoint2D, Double)

Declaration

public static GeoPoint2D LinePos(GeoPoint2D sp, GeoPoint2D ep, double pos)

Parameters

Type	Name	Description
GeoPoint2D	sp
GeoPoint2D	ep
System.Double	pos

Returns

Type	Description
GeoPoint2D

NextDouble(Double)

Declaration

public static double NextDouble(double value)

Parameters

Type	Name	Description
System.Double	value

Returns

Type	Description
System.Double

OnLeftSide(GeoPoint2D, GeoPoint2D, GeoPoint2D)

Declaration

public static bool OnLeftSide(GeoPoint2D P, GeoPoint2D lstart, GeoPoint2D lend)

Parameters

Type	Name	Description
GeoPoint2D	P
GeoPoint2D	lstart
GeoPoint2D	lend

Returns

Type	Description
System.Boolean

OnLeftSide(GeoPoint2D, GeoPoint2D, GeoVector2D)

Checks whether the point P is on the left side of the line given by lstart and ldir. If the point lies exactly on the line, the result is false. There is no precision or epsilon test. Precision

Declaration

public static bool OnLeftSide(GeoPoint2D P, GeoPoint2D lstart, GeoVector2D ldir)

Parameters

Type	Name	Description
GeoPoint2D	P	The point to test
GeoPoint2D	lstart	Startpoint of the line
GeoVector2D	ldir	Direction of the line

Returns

Type	Description
System.Boolean	true, if P is on the left side, false otherwise

OnSameSide(GeoPoint2D, GeoPoint2D, GeoPoint2D, GeoPoint2D)

Returns true, if p1 an p2 are on the same side of the line given by p3 and p4. Also returns true if one of the two points p1 and p2 coincide with the line (p3,p4)

Declaration

public static bool OnSameSide(GeoPoint2D p1, GeoPoint2D p2, GeoPoint2D p3, GeoPoint2D p4)

Parameters

Type	Name	Description
GeoPoint2D	p1	first testpoint
GeoPoint2D	p2	second testpoint
GeoPoint2D	p3	first linepoint
GeoPoint2D	p4	second linepoint

Returns

Type	Description
System.Boolean	true if on the same side

OnSameSide(GeoPoint2D, GeoPoint2D, GeoPoint2D, GeoVector2D)

Declaration

public static bool OnSameSide(GeoPoint2D p0, GeoPoint2D p1, GeoPoint2D p2, GeoVector2D v2)

Parameters

Type	Name	Description
GeoPoint2D	p0
GeoPoint2D	p1
GeoPoint2D	p2
GeoVector2D	v2

Returns

Type	Description
System.Boolean

OnSameSideStrict(GeoPoint2D, GeoPoint2D, GeoPoint2D, GeoPoint2D)

Declaration

public static bool OnSameSideStrict(GeoPoint2D p0, GeoPoint2D p1, GeoPoint2D p2, GeoPoint2D p3)

Parameters

Type	Name	Description
GeoPoint2D	p0
GeoPoint2D	p1
GeoPoint2D	p2
GeoPoint2D	p3

Returns

Type	Description
System.Boolean

PointInsideConvexPolygon(GeoPoint2D[], GeoPoint2D)

Declaration

public static bool PointInsideConvexPolygon(GeoPoint2D[] cp, GeoPoint2D p)

Parameters

Type	Name	Description
GeoPoint2D[]	cp
GeoPoint2D	p

Returns

Type	Description
System.Boolean

PointInsidePolygon(GeoPoint2D[], GeoPoint2D)

Declaration

public static int PointInsidePolygon(GeoPoint2D[] cp, GeoPoint2D p)

Parameters

Type	Name	Description
GeoPoint2D[]	cp
GeoPoint2D	p

Returns

Type	Description
System.Int32

PointInsideTriangle(GeoPoint2D, GeoPoint2D, GeoPoint2D, GeoPoint2D)

Declaration

public static bool PointInsideTriangle(GeoPoint2D p1, GeoPoint2D p2, GeoPoint2D p3, GeoPoint2D p)

Parameters

Type	Name	Description
GeoPoint2D	p1
GeoPoint2D	p2
GeoPoint2D	p3
GeoPoint2D	p

Returns

Type	Description
System.Boolean

PolynomialRoots(Double[])

Finds all real roots of a polynomial of arbitrary degree. The first coefficient is the one with the highest degree. Uses the Jenkins–Traub algorithm.

Declaration

public static double[] PolynomialRoots(params double[] coeff)

Parameters

Type	Name	Description
System.Double[]	coeff	coefficients of the polynom

Returns

Type	Description
System.Double[]	the roots

ReBase(GeoVector, GeoVector, GeoVector, GeoVector)

Computes the vector toRebase in the base given by sysDirx, sysDiry and sysDirz.

Declaration

public static GeoVector ReBase(GeoVector toRebase, GeoVector sysDirx, GeoVector sysDiry, GeoVector sysDirz)

Parameters

Type	Name	Description
GeoVector	toRebase
GeoVector	sysDirx
GeoVector	sysDiry
GeoVector	sysDirz

Returns

Type	Description
GeoVector

SegmentInnerIntersection(GeoPoint2D, GeoPoint2D, GeoPoint2D, GeoPoint2D)

Same as SegmentIntersection(GeoPoint2D, GeoPoint2D, GeoPoint2D, GeoPoint2D), but returns true only if the intersection happens in the inside of the two segments, not at the endpoints

Declaration

public static bool SegmentInnerIntersection(GeoPoint2D p0, GeoPoint2D p1, GeoPoint2D p2, GeoPoint2D p3)

Parameters

Type	Name	Description
GeoPoint2D	p0	first line startpoint
GeoPoint2D	p1	first line endpoint
GeoPoint2D	p2	second line startpoint
GeoPoint2D	p3	second line endpoint

Returns

Type	Description
System.Boolean	true if segment intersection

SegmentIntersection(GeoPoint2D, GeoPoint2D, GeoPoint2D, GeoPoint2D)

Returns true, if the two line segments given by (p0,p1) and (p2,p3) have a common intersection. The intersection point is noct calculated. This Method is intended as a fast check for intersection or not. Returns true, if one segment starts or ends on the other segment.

Declaration

public static bool SegmentIntersection(GeoPoint2D p0, GeoPoint2D p1, GeoPoint2D p2, GeoPoint2D p3)

Parameters

Type	Name	Description
GeoPoint2D	p0	first line startpoint
GeoPoint2D	p1	first line endpoint
GeoPoint2D	p2	second line startpoint
GeoPoint2D	p3	second line endpoint

Returns

Type	Description
System.Boolean	true if segment intersection

SphereFit(GeoPoint[], out GeoPoint, out Double)

Declaration

public static double SphereFit(GeoPoint[] points, out GeoPoint center, out double radius)

Parameters

Type	Name	Description
GeoPoint[]	points
GeoPoint	center
System.Double	radius

Returns

Type	Description
System.Double