A point in the Flight Simulator world represented by a longitude and latitude. More...

Public Member Functions
	FsLatLonPoint (double DecimalLatitude, double DecimalLongitude)
	Create a new point from the specified latitude and longitude in decimal degrees.

	FsLatLonPoint (FsLatitude Latitude, FsLongitude Longitude)
	Create a new point from the specified latitude and longitude.

double	DistanceFromInFeet (FsLatLonPoint Point)
	Gets the distance between this point and another specified point in Feet.

double	DistanceFromInNauticalMiles (FsLatLonPoint Point)
	Gets the distance between this point and another specified point in Nautical Miles.

double	DistanceFromInMetres (FsLatLonPoint Point)
	Gets the distance between this point and another specified point in Metres.

double	BearingTo (FsLatLonPoint Point)
	Gets the bearing TO another point. The bearing will be in degrees TRUE, not magnetic.

double	BearingFrom (FsLatLonPoint Point)
	Gets the bearing FROM another point. Bearing will be in degrees TRUE, not magnetic.

FsLatLonPoint	OffsetByFeet (double Bearing, double Distance)
	Creates a new point by moving the specified distance along the specified bearing.

FsLatLonPoint	OffsetByMetres (double Bearing, double Distance)
	Creates a new point by moving the specified distance along the specified bearing.

FsLatLonPoint	OffsetByNauticalMiles (double Bearing, double Distance)
	Creates a new point by moving the specified distance along the specified bearing.

FsLatLonPoint?	IntersectDMEMetres (double Bearing, FsLatLonPoint Point, Double Distance)
	Creates a new point by moving from the current point along a specified bearing to where the new point is a certain distance from a second point.

FsLatLonPoint?	IntersectDMENauticalMiles (double Bearing, FsLatLonPoint Point, Double Distance)
	Creates a new point by moving from the current point along a specified bearing to where the new point is a certain distance from a second point.

FsLatLonPoint?	IntersectDMEFeet (double Bearing, FsLatLonPoint Point, Double Distance)
	Creates a new point by moving from the current point along a specified bearing to where the new point is a certain distance from a second point.

FsLatLonPoint?	IntersectRadial (double Bearing, FsLatLonPoint Point, double Radial)
	Creates a new point by moving from the current point along a specified bearing to where the new point intersects a specfied raidal from a second specified point.

override string	ToString ()
	The latitude and longitude represented as a string in the default format of N\|S\|E\|W dd* mm.mmmm'.

string	ToString (bool HemisphereAsText, string DetailLevel, short DecimalPlaces)
	The latitude and longitude represented as a string in the specified format.

Properties
FsLongitude	Longitude `[get, set]`
	The longitude of the point.

FsLatitude	Latitude `[get, set]`
	The latitude of the point.

Detailed Description

A point in the Flight Simulator world represented by a longitude and latitude.

Constructor & Destructor Documentation

◆ FsLatLonPoint() [1/2]

FsLatLonPoint	(	double	DecimalLatitude,
		double	DecimalLongitude )

inline

Create a new point from the specified latitude and longitude in decimal degrees.

Parameters

DecimalLatitude	The latitude of the point in decimal degrees
DecimalLongitude	The longitude of the point in decimal degrees

◆ FsLatLonPoint() [2/2]

FsLatLonPoint	(	FsLatitude	Latitude,
		FsLongitude	Longitude )

inline

Create a new point from the specified latitude and longitude.

Parameters

Latitude	The latitude of the point
Longitude	The longitude of the point

Member Function Documentation

◆ BearingFrom()

double BearingFrom ( FsLatLonPoint Point )

inline

Gets the bearing FROM another point. Bearing will be in degrees TRUE, not magnetic.

Parameters

Point The other point to measure the bearing from

Returns: The bearing in degrees TRUE

◆ BearingTo()

double BearingTo ( FsLatLonPoint Point )

inline

Gets the bearing TO another point. The bearing will be in degrees TRUE, not magnetic.

Parameters

Point The other point to measure the bearing to

Returns: The bearing in degrees TRUE

◆ DistanceFromInFeet()

double DistanceFromInFeet ( FsLatLonPoint Point )

inline

Gets the distance between this point and another specified point in Feet.

Parameters

Point The other point from which to measure the distance

Returns: The distance between this point and the other specified point in Feet

◆ DistanceFromInMetres()

double DistanceFromInMetres ( FsLatLonPoint Point )

inline

Gets the distance between this point and another specified point in Metres.

Parameters

Point The other point from which to measure the distance

Returns: The distance between this point and the other specified point in Metres

◆ DistanceFromInNauticalMiles()

double DistanceFromInNauticalMiles ( FsLatLonPoint Point )

inline

Gets the distance between this point and another specified point in Nautical Miles.

Parameters

Point The other point from which to measure the distance

Returns: The distance between this point and the other specified point in Nautical Miles

◆ IntersectDMEFeet()

FsLatLonPoint? IntersectDMEFeet	(	double	Bearing,
		FsLatLonPoint	Point,
		Double	Distance )

inline

Creates a new point by moving from the current point along a specified bearing to where the new point is a certain distance from a second point.

A typical use would be to identify the point along a given bearing where you would be a given distance from a DME/VOR marker specified as the second point.

Parameters

Bearing	The bearing from this point on which the intersection must occur in degrees TRUE.
Point	The point from which the distance for the intersection is measured.
Distance	The distance required from the specified point in Feet.

Returns: An FsLatLonPoint representing the requested intersection. If the bearing never intersects, the resulting FsLatLonPoint will be null.

◆ IntersectDMEMetres()

FsLatLonPoint? IntersectDMEMetres	(	double	Bearing,
		FsLatLonPoint	Point,
		Double	Distance )

inline

Creates a new point by moving from the current point along a specified bearing to where the new point is a certain distance from a second point.

A typical use would be to identify the point along a given bearing where you would be a given distance from a DME/VOR marker specified as the second point.

Parameters

Bearing	The bearing from this point on which the intersection must occur in degrees TRUE.
Point	The point from which the distance for the intersection is measured.
Distance	The distance required from the specified point in Metres.

Returns: An FsLatLonPoint representing the requested intersection. If the bearing never intersects, the resulting FsLatLonPoint will be null.

◆ IntersectDMENauticalMiles()

FsLatLonPoint? IntersectDMENauticalMiles	(	double	Bearing,
		FsLatLonPoint	Point,
		Double	Distance )

inline

Creates a new point by moving from the current point along a specified bearing to where the new point is a certain distance from a second point.

A typical use would be to identify the point along a given bearing where you would be a given distance from a DME/VOR marker specified as the second point.

Parameters

Bearing	The bearing from this point on which the intersection must occur in degrees TRUE.
Point	The point from which the distance for the intersection is measured.
Distance	The distance required from the specified point in Nautical Miles.

Returns: An FsLatLonPoint representing the requested intersection. If the bearing never intersects, the resulting FsLatLonPoint will be null.

◆ IntersectRadial()

FsLatLonPoint? IntersectRadial	(	double	Bearing,
		FsLatLonPoint	Point,
		double	Radial )

inline

Creates a new point by moving from the current point along a specified bearing to where the new point intersects a specfied raidal from a second specified point.

A typical use would be to identify the point along a given bearing where you would intercept a given radial from a VOR marker specified as the second point.

Parameters

Bearing	The bearing from this point on which the intersection must occur in degrees TRUE.
Point	The point from which the radial for the intersection is measured.
Radial	The intersect radial required from the specified point in Degrees TRUE.

Returns: An FsLatLonPoint representing the requested intersection. If the bearing never intersects, OR the intersection is more than 200NM from the specified Point, the resulting FsLatLonPoint will be null.

◆ OffsetByFeet()

FsLatLonPoint OffsetByFeet	(	double	Bearing,
		double	Distance )

inline

Creates a new point by moving the specified distance along the specified bearing.

Parameters

Bearing	The bearing from this point along which the new point is located in degrees TRUE
Distance	The distance from this point which the new point is located in Feet

Returns: A new FsLatLonPoint representing a new point that is the specified distance away from this point in the specified direction

◆ OffsetByMetres()

FsLatLonPoint OffsetByMetres	(	double	Bearing,
		double	Distance )

inline

Creates a new point by moving the specified distance along the specified bearing.

Parameters

Bearing	The bearing from this point along which the new point is located in degrees TRUE
Distance	The distance from this point which the new point is located in Metres

Returns: A new FsLatLonPoint representing a new point that is the specified distance away from this point in the specified direction

◆ OffsetByNauticalMiles()

FsLatLonPoint OffsetByNauticalMiles	(	double	Bearing,
		double	Distance )

inline

Creates a new point by moving the specified distance along the specified bearing.

Parameters

Bearing	The bearing from this point along which the new point is located in degrees TRUE
Distance	The distance from this point which the new point is located in Nautical Miles

Returns: A new FsLatLonPoint representing a new point that is the specified distance away from this point in the specified direction

◆ ToString() [1/2]

override string ToString ( )

inline

The latitude and longitude represented as a string in the default format of N|S|E|W dd* mm.mmmm'.

Returns: A string representation of the Longitude and Latitude of this point in the default format

◆ ToString() [2/2]

string ToString	(	bool	HemisphereAsText,
		string	DetailLevel,
		short	DecimalPlaces )

inline

The latitude and longitude represented as a string in the specified format.

Parameters

HemisphereAsText	Denote hemisphere using N,S,W or E. If false, west/south is marked as -
DetailLevel	Specifies the detail level. "d" for degrees only, "m" for degrees and minutes, "s" for degrees, minutes and seconds
DecimalPlaces	The number of decimal places to show

Returns: A string representation of the Longitude and Latitude of this point in the specified format

Public Member Functions

Properties

Detailed Description

Constructor & Destructor Documentation

◆ FsLatLonPoint() [1/2]

◆ FsLatLonPoint() [2/2]

Member Function Documentation

◆ BearingFrom()

◆ BearingTo()

◆ DistanceFromInFeet()

◆ DistanceFromInMetres()

◆ DistanceFromInNauticalMiles()

◆ IntersectDMEFeet()

◆ IntersectDMEMetres()

◆ IntersectDMENauticalMiles()

◆ IntersectRadial()

◆ OffsetByFeet()

◆ OffsetByMetres()

◆ OffsetByNauticalMiles()

◆ ToString() [1/2]

◆ ToString() [2/2]