Helper class, which contains all the basic methods. More...

Static Public Member Functions
static float	Angle2D (Vector2 point1, Vector2 point2)
	The angle between the two points in degree.

static float	Angle2D (Vector3 point1, Vector3 point2)
	The angle between the two points in degree.

static double	Angle2D (double p1x, double p1y, double p2x, double p2y)
	The angle between the two points in degree.

static float	Angle2D (Vector3 point1, Vector3 point2, Vector3 point3, bool unsigned=true)
	The angle between the three points in degree.

static float	Angle2DRad (Vector3 point1, Vector3 point2, float offset=0)
	The angle between the two points in radians.

static float	Angle2DRad (float p1x, float p1z, float p2x, float p2z, float offset=0)
	The angle between the two points in radians.

static float	AngleOfTriangle (Vector2 A, Vector2 B, Vector2 C)
	Calculates the angle of a triangle in radians.

static double	Clip (double n, double minValue, double maxValue)
	Clamps a value between a minimum double and maximum double value.

static Vector2	Crossing (Vector2 p1, Vector2 p2, Vector2 p3, Vector2 p4)
	Calculates the point of intersection between two line segments defined by the given Vector2 objects.

static T	DeepCopy< T > (object obj)
	Deep copy object.

static object	DeepCopy (object obj, Type targetType)
	Deep copy object.

static List< Vector2 >	DecodePolylinePoints (string encodedPoints)
	Converts Polyline to point list.

static List< OnlineMapsVector2d >	DecodePolylinePointsD (string encodedPoints)
	Converts Polyline to point list.

static void	Destroy (Object obj)
	Removes a gameobject, component or asset.

static Vector2	DistanceBetweenPoints (Vector2 point1, Vector2 point2)
	The distance between two geographical coordinates.

static void	DistanceBetweenPoints (double x1, double y1, double x2, double y2, out double dx, out double dy)
	The distance between two geographical coordinates.

static double	DistanceBetweenPoints (double x1, double y1, double a1, double x2, double y2, double a2)
	The distance between two geographical coordinates with altitude.

static double	DistanceBetweenPoints (IEnumerable points, out double dx, out double dy)
	The distance between geographical coordinates.

static double	DistanceBetweenPointsD (Vector2 point1, Vector2 point2)
	The distance between two geographical coordinates.

static double	Dot (double lx, double ly, double rx, double ry)
	Calculates the dot product of two 2D vectors given their x and y components.

static T	FindObjectOfType< T > ()
	Returns the first active loaded object of Type type.

static Vector2	FixAngle (Vector2 v)
	Fix geographic coordinates.

static void	FlipNegative (ref Rect r)
	Flip the negative dimensions of the rect.

static void	GetCenterPointAndZoom (OnlineMapsMarkerBase[] markers, out Vector2 center, out int zoom, Vector2 inset=default(Vector2))
	Get the center point and best zoom for the array of markers.

static void	GetCenterPointAndZoom (Vector2[] positions, out Vector2 center, out int zoom, Vector2 inset=default(Vector2))
	Get the center point and best zoom for the array of coordinates.

static void	GetCoordinateInDistance (double lng, double lat, float distance, float angle, out double nlng, out double nlat)
	Given a start point, angle and distance, this will calculate the destination point travelling along a (shortest distance) great circle arc.

static Vector2	GetIntersectionPointOfTwoLines (Vector2 p11, Vector2 p12, Vector2 p21, Vector2 p22, out int state)
	Calculates the intersection point of two 2D lines defined by two points each, and returns a value indicating the state of the calculation.

static int	GetIntersectionPointOfTwoLines (float p11x, float p11y, float p12x, float p12y, float p21x, float p21y, float p22x, float p22y, out float resultx, out float resulty)
	Calculates the intersection point of two 2D lines defined by four coordinates, and returns a value indicating the state of the calculation.

static Vector2	GetIntersectionPointOfTwoLines (Vector3 p11, Vector3 p12, Vector3 p21, Vector3 p22, out int state)
	Calculates the intersection point of two 2D lines defined by two points each, and returns a value indicating the state of the calculation.

static Object	GetObject (int tid)
	Gets the object with the specified instance ID.

static void	GetValuesFromEnum (StringBuilder builder, string key, Type type, int value)
	Appends to a StringBuilder the names of the enumeration flags that are set in the given integer value.

static Color	HexToColor (string hex)
	Converts HEX string to color.

static bool	Intersect (Rect a, Rect b)
	Determines whether two rectangles intersect.

static bool	LineIntersection (Vector2 start1, Vector2 end1, Vector2 start2, Vector2 end2, out Vector2 out_intersection)
	Determines if two line segments intersect and returns the intersection point.

static bool	LineIntersection (float s1x, float s1y, float e1x, float e1y, float s2x, float s2y, float e2x, float e2y, out float intX, out float intY)
	Determines if two line segments intersect and returns the intersection point.

static bool	IsPointInPolygon (List< Vector2 > poly, float x, float y)
	Determines whether a point with the given coordinates is inside the specified polygon.

static bool	IsPointInPolygon (IEnumerable poly, double x, double y)
	Determines whether a point with the given coordinates is inside the specified polygon.

static bool	IsPointInPolygon (double[] poly, double x, double y)
	Determines whether a point with the given coordinates is inside the specified polygon.

static Vector2	LatLongToMercat (float x, float y)
	Converts geographic coordinates to Mercator coordinates.

static void	LatLongToMercat (ref float x, ref float y)
	Converts geographic coordinates to Mercator coordinates.

static void	LatLongToMercat (ref double x, ref double y)
	Converts geographic coordinates to Mercator coordinates.

static double	Magnitude (double p1x, double p1y, double p2x, double p2y)
	Returns the length of vector.

static Vector2	NearestPointStrict (Vector2 point, Vector2 lineStart, Vector2 lineEnd)
	Returns the nearest point on the segment.

static void	NearestPointStrict (double pointX, double pointY, double lineStartX, double lineStartY, double lineEndX, double lineEndY, out double nearestPointX, out double nearestPointY)
	Returns the nearest point on the segment.

static double	Repeat (double n, double minValue, double maxValue)
	Loops the value n, so that it is never larger than maxValue and never smaller than minValue.

static double	SqrMagnitude (double p1x, double p1y, double p2x, double p2y)
	Returns the square of the magnitude of the segment.

static string	StrReplace (string str, string[] origin, string[] replace)
	Replaces multiple values in a string.

static void	ThreadSleep (int millisecondsTimeout)
	The current thread sleeps for the specified number of milliseconds.

static string	TileToQuadKey (int x, int y, int zoom)
	Converts tile index to quadkey. What is the tiles and quadkey, and how it works, you can read here: http://msdn.microsoft.com/en-us/library/bb259689.aspx.

static StringBuilder	TileToQuadKey (int x, int y, int zoom, StringBuilder quadKey)
	Converts tile index to quadkey. What is the tiles and quadkey, and how it works, you can read here: http://msdn.microsoft.com/en-us/library/bb259689.aspx.

static List< int >	Triangulate (List< Vector2 > points)
	Triangulates list of points.

static IEnumerable< int >	Triangulate (float[] points, int countVertices, List< int > indices)
	Triangulates points.

Static Public Attributes
static string	persistentDataPath
	The path to the persistent data.

const float	angleSecond = 1 / 3600f
	Arcseconds in meters.

const int	maxRaycastDistance = 100000
	Maximal distance of raycast.

const double	R = 6371
	Earth radius.

const double	Deg2Rad = Math.PI / 180
	Degrees-to-radians conversion constant.

const double	Rad2Deg = 180 / Math.PI
	Radians-to-degrees conversion constant.

const int	mb = 1024 * 1024
	Bytes per megabyte.

const float	pi4 = 4 * Mathf.PI
	PI * 4.

const short	tileSize = 256
	Size of the tile texture in pixels.

const long	second = 10000000
	The second in ticks.

const int	sqrTileSize = tileSize * tileSize
	tileSize squared, to accelerate the calculations.

Properties
static CultureInfo	cultureInfo `[get]`
	Gets the CultureInfo object that is culture-independent (invariant).

static NumberFormatInfo	numberFormat `[get]`
	Gets the NumberFormatInfo object that is culture-independent (invariant).

Detailed Description

Helper class, which contains all the basic methods.

Member Function Documentation

◆ Angle2D() [1/4]

static double OnlineMapsUtils.Angle2D	(	double	p1x,
		double	p1y,
		double	p2x,
		double	p2y )

static

The angle between the two points in degree.

Parameters

p1x	Point 1 X
p1y	Point 1 Y
p2x	Point 2 X
p2y	Point 2 Y

Returns: Angle in degree

◆ Angle2D() [2/4]

static float OnlineMapsUtils.Angle2D	(	Vector2	point1,
		Vector2	point2 )

static

The angle between the two points in degree.

Parameters

point1	Point 1
point2	Point 2

Returns: Angle in degree

◆ Angle2D() [3/4]

static float OnlineMapsUtils.Angle2D	(	Vector3	point1,
		Vector3	point2 )

static

The angle between the two points in degree.

Parameters

point1	Point 1
point2	Point 2

Returns: Angle in degree

◆ Angle2D() [4/4]

static float OnlineMapsUtils.Angle2D	(	Vector3	point1,
		Vector3	point2,
		Vector3	point3,
		bool unsigned	= true )

static

The angle between the three points in degree.

Parameters

point1	Point 1
point2	Point 2
point3	Point 3
unsigned	Return a positive result.

Returns: Angle in degree

◆ Angle2DRad() [1/2]

static float OnlineMapsUtils.Angle2DRad	(	float	p1x,
		float	p1z,
		float	p2x,
		float	p2z,
		float	offset = 0 )

static

The angle between the two points in radians.

Parameters

p1x	Point 1 X
p1z	Point 1 Z
p2x	Point 2 X
p2z	Point 2 Z
offset	Result offset in degrees.

Returns: Angle in radians

◆ Angle2DRad() [2/2]

static float OnlineMapsUtils.Angle2DRad	(	Vector3	point1,
		Vector3	point2,
		float	offset = 0 )

static

The angle between the two points in radians.

Parameters

point1	Point 1
point2	Point 2
offset	Result offset in degrees.

Returns: Angle in radians

◆ AngleOfTriangle()

static float OnlineMapsUtils.AngleOfTriangle	(	Vector2	A,
		Vector2	B,
		Vector2	C )

static

Calculates the angle of a triangle in radians.

Parameters

A	Point A
B	Point B
C	Point C

Returns: Angle in radians

◆ Clip()

static double OnlineMapsUtils.Clip	(	double	n,
		double	minValue,
		double	maxValue )

static

Clamps a value between a minimum double and maximum double value.

Parameters

n	Value
minValue	Minimum
maxValue	Maximum

Returns: Value between a minimum and maximum.

◆ Crossing()

static Vector2 OnlineMapsUtils.Crossing	(	Vector2	p1,
		Vector2	p2,
		Vector2	p3,
		Vector2	p4 )

static

Calculates the point of intersection between two line segments defined by the given Vector2 objects.

Parameters

p1	The first endpoint of the first line segment.
p2	The second endpoint of the first line segment.
p3	The first endpoint of the second line segment.
p4	The second endpoint of the second line segment.

Returns: The point of intersection between the two line segments, or Vector2.zero if they do not intersect.

◆ DecodePolylinePoints()

static List< Vector2 > OnlineMapsUtils.DecodePolylinePoints ( string encodedPoints )

static

Converts Polyline to point list.

Parameters

encodedPoints The encoded polyline.

Returns: A List of Vector2 points;

◆ DecodePolylinePointsD()

static List< OnlineMapsVector2d > OnlineMapsUtils.DecodePolylinePointsD ( string encodedPoints )

static

Converts Polyline to point list.

Parameters

encodedPoints The encoded polyline.

Returns: A List of Vector2 points;

◆ DeepCopy()

static object OnlineMapsUtils.DeepCopy	(	object	obj,
		Type	targetType )

static

Deep copy object.

Parameters

obj	Object to copy
targetType	Type of target object

Returns: Copy of object

Exceptions

ArgumentException If the object is not serializable.

◆ DeepCopy< T >()

static T OnlineMapsUtils.DeepCopy< T > ( object obj )

static

Deep copy object.

Parameters

obj	Object to copy

Template Parameters

T	Type of target object

Returns: Copy of object

◆ Destroy()

static void OnlineMapsUtils.Destroy ( Object obj )

static

Removes a gameobject, component or asset.

Parameters

obj	The object to destroy.

◆ DistanceBetweenPoints() [1/4]

static double OnlineMapsUtils.DistanceBetweenPoints	(	double	x1,
		double	y1,
		double	a1,
		double	x2,
		double	y2,
		double	a2 )

static

The distance between two geographical coordinates with altitude.

Parameters

x1	Longitude 1
y1	Latitude 1
a1	Altitude 1 (km)
x2	Longitude 2
y2	Latitude 2
a2	Altitude 2 (km)

Returns: Distance (km).

◆ DistanceBetweenPoints() [2/4]

static void OnlineMapsUtils.DistanceBetweenPoints	(	double	x1,
		double	y1,
		double	x2,
		double	y2,
		out double	dx,
		out double	dy )

static

The distance between two geographical coordinates.

Parameters

x1	Longitude 1.
y1	Latitude 1.
x2	Longitude 2.
y2	Latitude 2.
dx	Distance longitude (km).
dy	Distance latitude (km).

◆ DistanceBetweenPoints() [3/4]

static double OnlineMapsUtils.DistanceBetweenPoints	(	IEnumerable	points,
		out double	dx,
		out double	dy )

static

The distance between geographical coordinates.

Parameters

points	IEnumerate of double, float, Vector2 or Vector3
dx	Distance longitude (km).
dy	Distance latitude (km).

Returns: Distance (km).

◆ DistanceBetweenPoints() [4/4]

static Vector2 OnlineMapsUtils.DistanceBetweenPoints	(	Vector2	point1,
		Vector2	point2 )

static

The distance between two geographical coordinates.

Parameters

point1	Coordinate (X - Lng, Y - Lat)
point2	Coordinate (X - Lng, Y - Lat)

Returns: Distance (km).

◆ DistanceBetweenPointsD()

static double OnlineMapsUtils.DistanceBetweenPointsD	(	Vector2	point1,
		Vector2	point2 )

static

The distance between two geographical coordinates.

Parameters

point1	Coordinate (X - Lng, Y - Lat)
point2	Coordinate (X - Lng, Y - Lat)

Returns: Distance (km).

◆ Dot()

static double OnlineMapsUtils.Dot	(	double	lx,
		double	ly,
		double	rx,
		double	ry )

static

Calculates the dot product of two 2D vectors given their x and y components.

Parameters

lx	The x-component of the first vector.
ly	The y-component of the first vector.
rx	The x-component of the second vector.
ry	The y-component of the second vector.

Returns: The dot product of the two vectors.

◆ FindObjectOfType< T >()

static T OnlineMapsUtils.FindObjectOfType< T > ( )

static

Returns the first active loaded object of Type type.

Template Parameters

T	The type of object to find.

Returns: The first active loaded object that matches the specified type. It returns null if no Object matches the type.

Type Constraints

T

:

Object

◆ FixAngle()

static Vector2 OnlineMapsUtils.FixAngle ( Vector2 v )

static

Fix geographic coordinates.

Parameters

v	Coordinates for fix.

Returns: Correct geographic coordinates.

◆ FlipNegative()

static void OnlineMapsUtils.FlipNegative ( ref Rect r )

static

Flip the negative dimensions of the rect.

Parameters

r Rect.

◆ GetCenterPointAndZoom() [1/2]

static void OnlineMapsUtils.GetCenterPointAndZoom	(	OnlineMapsMarkerBase[]	markers,
		out Vector2	center,
		out int	zoom,
		Vector2	inset = default(Vector2) )

static

Get the center point and best zoom for the array of markers.

Parameters

markers	Array of markers.
center	Center point.
zoom	Best zoom.
inset	Inset for finding a cropped zoom level.

◆ GetCenterPointAndZoom() [2/2]

static void OnlineMapsUtils.GetCenterPointAndZoom	(	Vector2[]	positions,
		out Vector2	center,
		out int	zoom,
		Vector2	inset = default(Vector2) )

static

Get the center point and best zoom for the array of coordinates.

Parameters

positions	Array of coordinates
center	Center coordinate
zoom	Best zoom
inset	Inset for finding a cropped zoom level.

◆ GetCoordinateInDistance()

static void OnlineMapsUtils.GetCoordinateInDistance	(	double	lng,
		double	lat,
		float	distance,
		float	angle,
		out double	nlng,
		out double	nlat )

static

Given a start point, angle and distance, this will calculate the destination point travelling along a (shortest distance) great circle arc.

Parameters

lng	Longitude of start point
lat	Latitude of start point
distance	Distance (km)
angle	Angle, clockwise from north (degree)
nlng	Longitude of destination point
nlat	Latitude of destination point

◆ GetIntersectionPointOfTwoLines() [1/3]

static int OnlineMapsUtils.GetIntersectionPointOfTwoLines	(	float	p11x,
		float	p11y,
		float	p12x,
		float	p12y,
		float	p21x,
		float	p21y,
		float	p22x,
		float	p22y,
		out float	resultx,
		out float	resulty )

static

Calculates the intersection point of two 2D lines defined by four coordinates, and returns a value indicating the state of the calculation.

Parameters

p11x	The x-coordinate of the first point on the first line.
p11y	The y-coordinate of the first point on the first line.
p12x	The x-coordinate of the second point on the first line.
p12y	The y-coordinate of the second point on the first line.
p21x	The x-coordinate of the first point on the second line.
p21y	The y-coordinate of the first point on the second line.
p22x	The x-coordinate of the second point on the second line.
p22y	The y-coordinate of the second point on the second line.
resultx	An output parameter that will contain the x-coordinate of the intersection point if the calculation is successful, otherwise zero.
resulty	An output parameter that will contain the y-coordinate of the intersection point if the calculation is successful, otherwise zero.

Returns: A value indicating the state of the calculation.

◆ GetIntersectionPointOfTwoLines() [2/3]

static Vector2 OnlineMapsUtils.GetIntersectionPointOfTwoLines	(	Vector2	p11,
		Vector2	p12,
		Vector2	p21,
		Vector2	p22,
		out int	state )

static

Calculates the intersection point of two 2D lines defined by two points each, and returns a value indicating the state of the calculation.

Parameters

p11	The first point on the first line.
p12	The second point on the first line.
p21	The first point on the second line.
p22	The second point on the second line.
state	The state of the calculation.

Returns: The intersection point of the two lines if it exists, or a Vector2.zero if the lines do not intersect.

◆ GetIntersectionPointOfTwoLines() [3/3]

static Vector2 OnlineMapsUtils.GetIntersectionPointOfTwoLines	(	Vector3	p11,
		Vector3	p12,
		Vector3	p21,
		Vector3	p22,
		out int	state )

static

Calculates the intersection point of two 2D lines defined by two points each, and returns a value indicating the state of the calculation.

Parameters

p11	The first point on the first line.
p12	The second point on the first line.
p21	The first point on the second line.
p22	The second point on the second line.
state	The state of the calculation.

Returns: The intersection point of the two lines if it exists, or a Vector2.zero if the lines do not intersect.

◆ GetObject()

static Object OnlineMapsUtils.GetObject ( int tid )

static

Gets the object with the specified instance ID.

Parameters

tid	The instance ID of the object.

Returns: The object with the specified instance ID.

◆ GetValuesFromEnum()

static void OnlineMapsUtils.GetValuesFromEnum	(	StringBuilder	builder,
		string	key,
		Type	type,
		int	value )

static

Appends to a StringBuilder the names of the enumeration flags that are set in the given integer value.

Parameters

builder	The StringBuilder to append to.
key	The key to append to the StringBuilder before the enumeration value(s).
type	The Type of the enumeration.
value	The integer value representing the enumeration flags to check.

◆ HexToColor()

static Color OnlineMapsUtils.HexToColor ( string hex )

static

Converts HEX string to color.

Parameters

hex	HEX string

Returns: Color

◆ Intersect()

static bool OnlineMapsUtils.Intersect	(	Rect	a,
		Rect	b )

static

Determines whether two rectangles intersect.

Parameters

a	The first rectangle.
b	The second rectangle.

Returns: True if the two rectangles intersect; otherwise, false.

◆ IsPointInPolygon() [1/3]

static bool OnlineMapsUtils.IsPointInPolygon	(	double[]	poly,
		double	x,
		double	y )

static

Determines whether a point with the given coordinates is inside the specified polygon.

Parameters

poly	Array of vertices that define the polygon.
x	The x-coordinate of the point to check.
y	The y-coordinate of the point to check.

Returns: true if the point is inside the polygon; otherwise, false.

◆ IsPointInPolygon() [2/3]

static bool OnlineMapsUtils.IsPointInPolygon	(	IEnumerable	poly,
		double	x,
		double	y )

static

Determines whether a point with the given coordinates is inside the specified polygon.

Parameters

poly	IEnumerable of vertices that define the polygon. Can be Vector2, float, double or OnlineMapsVector2d.
x	The x-coordinate of the point to check.
y	The y-coordinate of the point to check.

Returns: true if the point is inside the polygon; otherwise, false.

◆ IsPointInPolygon() [3/3]

static bool OnlineMapsUtils.IsPointInPolygon	(	List< Vector2 >	poly,
		float	x,
		float	y )

static

Determines whether a point with the given coordinates is inside the specified polygon.

Parameters

poly	The list of vertices that define the polygon.
x	The x-coordinate of the point to check.
y	The y-coordinate of the point to check.

Returns: true if the point is inside the polygon; otherwise, false.

◆ LatLongToMercat() [1/3]

static Vector2 OnlineMapsUtils.LatLongToMercat	(	float	x,
		float	y )

static

Converts geographic coordinates to Mercator coordinates.

Parameters

x	Longitude
y	Latitude

Returns: Mercator coordinates

◆ LatLongToMercat() [2/3]

static void OnlineMapsUtils.LatLongToMercat	(	ref double	x,
		ref double	y )

static

Converts geographic coordinates to Mercator coordinates.

Parameters

x	Longitude
y	Latitude

◆ LatLongToMercat() [3/3]

static void OnlineMapsUtils.LatLongToMercat	(	ref float	x,
		ref float	y )

static

Converts geographic coordinates to Mercator coordinates.

Parameters

x	Longitude
y	Latitude

◆ LineIntersection() [1/2]

static bool OnlineMapsUtils.LineIntersection	(	float	s1x,
		float	s1y,
		float	e1x,
		float	e1y,
		float	s2x,
		float	s2y,
		float	e2x,
		float	e2y,
		out float	intX,
		out float	intY )

static

Determines if two line segments intersect and returns the intersection point.

Parameters

s1x	The x-coordinate of the starting point of the first line segment.
s1y	The y-coordinate of the starting point of the first line segment.
e1x	The x-coordinate of the ending point of the first line segment.
e1y	The y-coordinate of the ending point of the first line segment.
s2x	The x-coordinate of the starting point of the second line segment.
s2y	The y-coordinate of the starting point of the second line segment.
e2x	The x-coordinate of the ending point of the second line segment.
e2y	The y-coordinate of the ending point of the second line segment.
intX	The x-coordinate of the intersection point if the line segments intersect, otherwise 0.
intY	The y-coordinate of the intersection point if the line segments intersect, otherwise 0.

Returns: True if the line segments intersect, otherwise false.

summary> Returns the intersection point of two line segments, represented by their endpoints, or Vector2.zero if the segments do not intersect. /summary> param name="p1">The first endpoint of the first line segment

param name="p2">The second endpoint of the first line segment

param name="p3">The first endpoint of the second line segment

param name="p4">The second endpoint of the second line segment

returns>The intersection point of the two line segments, or Vector2.zero if the segments do not intersect

◆ LineIntersection() [2/2]

static bool OnlineMapsUtils.LineIntersection	(	Vector2	start1,
		Vector2	end1,
		Vector2	start2,
		Vector2	end2,
		out Vector2	out_intersection )

static

Determines if two line segments intersect and returns the intersection point.

Parameters

start1	The starting point of the first line segment.
end1	The ending point of the first line segment.
start2	The starting point of the second line segment.
end2	The ending point of the second line segment.
out_intersection	The intersection point if the line segments intersect, otherwise Vector2.zero.

Returns: True if the line segments intersect, otherwise false.

◆ Magnitude()

static double OnlineMapsUtils.Magnitude	(	double	p1x,
		double	p1y,
		double	p2x,
		double	p2y )

static

Returns the length of vector.

Parameters

p1x	Point 1 X
p1y	Point 1 Y
p2x	Point 2 X
p2y	Point 2 Y

Returns: Length of vector

◆ NearestPointStrict() [1/2]

static void OnlineMapsUtils.NearestPointStrict	(	double	pointX,
		double	pointY,
		double	lineStartX,
		double	lineStartY,
		double	lineEndX,
		double	lineEndY,
		out double	nearestPointX,
		out double	nearestPointY )

static

Returns the nearest point on the segment.

Parameters

pointX	Point X
pointY	Point Y
lineStartX	Start X of the segment
lineStartY	Start Y of the segment
lineEndX	End X of the segment
lineEndY	End Y of the segment
nearestPointX	Nearest point X
nearestPointY	Nearest point Y

◆ NearestPointStrict() [2/2]

static Vector2 OnlineMapsUtils.NearestPointStrict	(	Vector2	point,
		Vector2	lineStart,
		Vector2	lineEnd )

static

Returns the nearest point on the segment.

Parameters

point	Point
lineStart	Start of the segment
lineEnd	End of segment

Returns: Nearest point

◆ Repeat()

static double OnlineMapsUtils.Repeat	(	double	n,
		double	minValue,
		double	maxValue )

static

Loops the value n, so that it is never larger than maxValue and never smaller than minValue.

Parameters

n	Value
minValue	Minimum value
maxValue	Maximum value

Returns: Looped value from minValue to maxValue.

◆ SqrMagnitude()

static double OnlineMapsUtils.SqrMagnitude	(	double	p1x,
		double	p1y,
		double	p2x,
		double	p2y )

static

Returns the square of the magnitude of the segment.

Parameters

p1x	Point 1 X
p1y	Point 1 Y
p2x	Point 2 X
p2y	Point 2 Y

Returns: Square of the magnitude

◆ StrReplace()

static string OnlineMapsUtils.StrReplace	(	string	str,
		string[]	origin,
		string[]	replace )

static

Replaces multiple values in a string.

Parameters

str	Input string
origin	Values to be replaced
replace	Values to replace

Returns: String with replaced values

◆ ThreadSleep()

static void OnlineMapsUtils.ThreadSleep ( int millisecondsTimeout )

static

The current thread sleeps for the specified number of milliseconds.

Parameters

millisecondsTimeout number of milliseconds

◆ TileToQuadKey() [1/2]

static string OnlineMapsUtils.TileToQuadKey	(	int	x,
		int	y,
		int	zoom )

static

Converts tile index to quadkey. What is the tiles and quadkey, and how it works, you can read here: http://msdn.microsoft.com/en-us/library/bb259689.aspx.

Parameters

x	Tile X
y	Tile Y
zoom	Zoom

Returns: Quadkey

◆ TileToQuadKey() [2/2]

static StringBuilder OnlineMapsUtils.TileToQuadKey	(	int	x,
		int	y,
		int	zoom,
		StringBuilder	quadKey )

static

Converts tile index to quadkey. What is the tiles and quadkey, and how it works, you can read here: http://msdn.microsoft.com/en-us/library/bb259689.aspx.

Parameters

x	Tile X
y	Tile Y
zoom	Tile Zoom
quadKey	StringBuilder where to write quadKey

Returns: quadKey StringBuilder

◆ Triangulate() [1/2]

static IEnumerable< int > OnlineMapsUtils.Triangulate	(	float[]	points,
		int	countVertices,
		List< int >	indices )

static

Triangulates points.

Parameters

points An array of points containing the values [x, y, x, y...]

countVertices

Number of vertices to be triangulated/param>

Parameters

indices List where vertex indices will be written

Returns: Indices

◆ Triangulate() [2/2]

static List< int > OnlineMapsUtils.Triangulate ( List< Vector2 > points )

static

Triangulates list of points.

Parameters

points List of points

Returns: List of vertex numbers

Static Public Member Functions

Static Public Attributes

Properties

Detailed Description

Member Function Documentation

◆ Angle2D() [1/4]

◆ Angle2D() [2/4]

◆ Angle2D() [3/4]

◆ Angle2D() [4/4]

◆ Angle2DRad() [1/2]

◆ Angle2DRad() [2/2]

◆ AngleOfTriangle()

◆ Clip()

◆ Crossing()

◆ DecodePolylinePoints()

◆ DecodePolylinePointsD()

◆ DeepCopy()

◆ DeepCopy< T >()

◆ Destroy()

◆ DistanceBetweenPoints() [1/4]

◆ DistanceBetweenPoints() [2/4]

◆ DistanceBetweenPoints() [3/4]

◆ DistanceBetweenPoints() [4/4]

◆ DistanceBetweenPointsD()

◆ Dot()

◆ FindObjectOfType< T >()

◆ FixAngle()

◆ FlipNegative()

◆ GetCenterPointAndZoom() [1/2]

◆ GetCenterPointAndZoom() [2/2]

◆ GetCoordinateInDistance()

◆ GetIntersectionPointOfTwoLines() [1/3]

◆ GetIntersectionPointOfTwoLines() [2/3]

◆ GetIntersectionPointOfTwoLines() [3/3]

◆ GetObject()

◆ GetValuesFromEnum()

◆ HexToColor()

◆ Intersect()

◆ IsPointInPolygon() [1/3]

◆ IsPointInPolygon() [2/3]

◆ IsPointInPolygon() [3/3]

◆ LatLongToMercat() [1/3]

◆ LatLongToMercat() [2/3]

◆ LatLongToMercat() [3/3]

◆ LineIntersection() [1/2]

◆ LineIntersection() [2/2]

◆ Magnitude()

◆ NearestPointStrict() [1/2]

◆ NearestPointStrict() [2/2]

◆ Repeat()

◆ SqrMagnitude()

◆ StrReplace()

◆ ThreadSleep()

◆ TileToQuadKey() [1/2]

◆ TileToQuadKey() [2/2]

◆ Triangulate() [1/2]

◆ Triangulate() [2/2]