Static Public Member Functions
static Vessel.Situations	ApplicableSituation (int seed, CelestialBody body, bool splashAllowed)
	Chooses a random situation that a celestial body is capable of supporting. More...

static bool	CanBodyBeKolniya (CelestialBody body)
	Determines whether this celestial body supports Molniya orbits. More...

static bool	CanBodyBeSynchronous (CelestialBody body, double eccentricity)
	Determines whether this celestial body supports synchronous orbits. More...

static bool	CanBodyBeTundra (CelestialBody body)
	Determines whether this celestial body supports tundra orbits. More...

static List< CelestialBody >	ChildrenOf (CelestialBody parentBody)
	Get the children for a specified celestial body. More...

static double	GetAltitudeForDensity (CelestialBody body, double density)
	Gets the altitude on the body that has the specified density. Uses the default (not modified by latitude/sun/etc) temperature curve. Returns alt of 0 if requested density > that of the body at sea level. More...

static double	GetHighestPeak (CelestialBody body)
	Estimates the altitude of the highest peak of a celestial body. Uses reflection, use sparingly. More...

static CelestialBody	GetHostPlanet (CelestialBody body)
	Gets the planet the given body is orbiting, or the sun. More...

static double	GetMinimumOrbitalDistance (CelestialBody body, float margin)
	Gets the minimum safe orbital distance from a celestial body. More...

static List< CelestialBody >	GetNeighbors (CelestialBody body, Func< CelestialBody, bool > where=null)
	Chooses a random neighbor of a celestial body - a moon, or the reference body. More...

static double	GetNextTimeWarp (CelestialBody body, double altitude)
	Gets the next time warp level above a certain altitude. More...

static List< CelestialBody >	GetPlanetarySystem (CelestialBody body)
	Gets all the children of the parent planet of the given body. More...

static double	GetSolarExtents ()
	Gets the extents of the solar system. More...

static double	GreatCircleDistance (CelestialBody body, double latitude1, double longitude1, double latitude2, double longitude2)
	Calculates great circle distance between two points on a celestial body. More...

static double	GreatCircleDistance (CelestialBody body, Vector3d position1, Vector3d position2)
	Calculates great circle distance between two points on a celestial body. More...

static CelestialBody	HighestBody (List< CelestialBody > bodies)
	The celestial body with the highest scientific importance in a List. More...

static bool	IsFlyablePlanet (CelestialBody body)
	Determines whether the specified celestial body is a flyable planet. More...

static bool	IsGasGiant (CelestialBody body)
	Determines whether the specified celestial body is a gas giant. More...

static double	KolniyaSMA (CelestialBody body)
	Calculates the semi major axis of a Molniya orbit. More...

static Vector3	LLAtoECEF (double lat, double lon, double alt, double radius)
	Converts "Longitude Latitude Altitude" to "Earth Centered Earth Fixed" coordinates. More...

static CelestialBody	LowestBody (List< CelestialBody > bodies)
	The celestial body with the lowest scientific importance in a List. More...

static CelestialBody	MapFocusBody (CelestialBody fallback=null)
	Gets the currently focused celestial body in the planetarium. More...

static float	PlanetScienceRanking (CelestialBody body)
	A float the describes a celestial body's relative scientific importance. More...

static CelestialBody	RandomBody (List< CelestialBody > bodies)
	Chooses a random celestial body from a List. More...

static double	SynchronousSMA (CelestialBody body)
	Calculates the semi major axis of a synchronous orbit. More...

static double	TerrainAltitude (CelestialBody body, double latitude, double longitude, bool underwater=false)
	Calculates terrain altitude at a specific position. More...

Member Function Documentation

static Vessel.Situations FinePrint.Utilities.CelestialUtilities.ApplicableSituation	(	int	seed,
		CelestialBody	body,
		bool	splashAllowed
	)

inlinestatic

Chooses a random situation that a celestial body is capable of supporting.

Parameters

seed	The random seed.
body	The celestial body to check
splashAllowed	If splashdowns should be an options

Returns: Returns a vessel situation appropriate for the target celestial body.

static bool FinePrint.Utilities.CelestialUtilities.CanBodyBeKolniya ( CelestialBody body )

inlinestatic

Determines whether this celestial body supports Molniya orbits.

Parameters

body	The celestial body.

Returns: If the apoapsis exceeds the sphere of influence.

static bool FinePrint.Utilities.CelestialUtilities.CanBodyBeSynchronous	(	CelestialBody	body,
		double	eccentricity
	)

inlinestatic

Determines whether this celestial body supports synchronous orbits.

Parameters

body	The celestial body.
eccentricity	The eccentricity of the synchronous orbit.

Returns: If the apoapsis exceeds the sphere of influence.

static bool FinePrint.Utilities.CelestialUtilities.CanBodyBeTundra ( CelestialBody body )

inlinestatic

Determines whether this celestial body supports tundra orbits.

Parameters

body	The celestial body.

Returns: If the apoapsis exceeds the sphere of influence.

static List<CelestialBody> FinePrint.Utilities.CelestialUtilities.ChildrenOf ( CelestialBody parentBody )

inlinestatic

Get the children for a specified celestial body.

Parameters

parentBody The parent celestial body.

Returns: Returns a list of celestial bodies orbiting the parent celestial body.

static double FinePrint.Utilities.CelestialUtilities.GetAltitudeForDensity	(	CelestialBody	body,
		double	density
	)

inlinestatic

Gets the altitude on the body that has the specified density. Uses the default (not modified by latitude/sun/etc) temperature curve. Returns alt of 0 if requested density > that of the body at sea level.

Parameters

body
density

Returns

static double FinePrint.Utilities.CelestialUtilities.GetHighestPeak ( CelestialBody body )

inlinestatic

Estimates the altitude of the highest peak of a celestial body. Uses reflection, use sparingly.

Parameters

body	The celestial body.

Returns: The altitude of the highest peak.

< Add up the deformities and offsets of all PQSMods on the planet. Known not to work too well with Minmus, but better than nothing.

static CelestialBody FinePrint.Utilities.CelestialUtilities.GetHostPlanet ( CelestialBody body )

inlinestatic

Gets the planet the given body is orbiting, or the sun.

Parameters

body	The given body.

Returns: The parent body.

static double FinePrint.Utilities.CelestialUtilities.GetMinimumOrbitalDistance	(	CelestialBody	body,
		float	margin
	)

inlinestatic

Gets the minimum safe orbital distance from a celestial body.

Parameters

body	The celestial body.
margin	Distance multiplier.

Returns: A distance above atmosphere and terrain. Note that this is radial, not altitude.

< Calculate the actual atmospheric limits.

< Now calculate where the highest terrain is.

< Choose the next timewarp altitude limit just above that estimate. (There are planets with timewarp altitudes below their highest peak.)

static List<CelestialBody> FinePrint.Utilities.CelestialUtilities.GetNeighbors	(	CelestialBody	body,
		Func< CelestialBody, bool >	where = `null`
	)

inlinestatic

Chooses a random neighbor of a celestial body - a moon, or the reference body.

Parameters

body	The celestial body.
where	An optional delegate further describing the desired neighbor.

Returns: A random neighbor.

static double FinePrint.Utilities.CelestialUtilities.GetNextTimeWarp	(	CelestialBody	body,
		double	altitude
	)

inlinestatic

Gets the next time warp level above a certain altitude.

Parameters

body	The celestial body.
altitude	The altitude.

Returns: The time warp level above the altitude.

static List<CelestialBody> FinePrint.Utilities.CelestialUtilities.GetPlanetarySystem ( CelestialBody body )

inlinestatic

Gets all the children of the parent planet of the given body.

Parameters

body	The given body.

Returns: All of its siblings.

static double FinePrint.Utilities.CelestialUtilities.GetSolarExtents ( )

inlinestatic

Gets the extents of the solar system.

Returns: The largest apoapsis in the system.

static double FinePrint.Utilities.CelestialUtilities.GreatCircleDistance	(	CelestialBody	body,
		double	latitude1,
		double	longitude1,
		double	latitude2,
		double	longitude2
	)

inlinestatic

Calculates great circle distance between two points on a celestial body.

Parameters

body	The celestial body.
latitude1	The first latitude.
longitude1	The first longitude.
latitude2	The second latitude.
longitude2	The second longitude.

Returns: The distance between these two points.

static double FinePrint.Utilities.CelestialUtilities.GreatCircleDistance	(	CelestialBody	body,
		Vector3d	position1,
		Vector3d	position2
	)

inlinestatic

Calculates great circle distance between two points on a celestial body.

Parameters

body	The celestial body.
position1	The first world position.
position2	The second world position.

Returns: The distance between these two points.

static CelestialBody FinePrint.Utilities.CelestialUtilities.HighestBody ( List< CelestialBody > bodies )

inlinestatic

The celestial body with the highest scientific importance in a List.

Parameters

bodies The celestial bodies.

Returns: A celestial body.

static bool FinePrint.Utilities.CelestialUtilities.IsFlyablePlanet ( CelestialBody body )

inlinestatic

Determines whether the specified celestial body is a flyable planet.

Parameters

body	The celestial body.

Returns: If the celestial body can be flown on.

static bool FinePrint.Utilities.CelestialUtilities.IsGasGiant ( CelestialBody body )

inlinestatic

Determines whether the specified celestial body is a gas giant.

Parameters

body	The celestial body.

Returns: If the celestial body has a surface.

static double FinePrint.Utilities.CelestialUtilities.KolniyaSMA ( CelestialBody body )

inlinestatic

Calculates the semi major axis of a Molniya orbit.

Parameters

body	The celestial body to orbit.

Returns: The semi major axis of the orbit.

< Kolniya orbits have periods of half a day.

static Vector3 FinePrint.Utilities.CelestialUtilities.LLAtoECEF	(	double	lat,
		double	lon,
		double	alt,
		double	radius
	)

inlinestatic

Converts "Longitude Latitude Altitude" to "Earth Centered Earth Fixed" coordinates.

Parameters

lat	The latitude.
lon	The longitude.
alt	The altitude.
radius	The radius of the celestial body.

Returns: An ECEF cartesian coordinate.

static CelestialBody FinePrint.Utilities.CelestialUtilities.LowestBody ( List< CelestialBody > bodies )

inlinestatic

The celestial body with the lowest scientific importance in a List.

Parameters

bodies The celestial bodies.

Returns: A celestial body.

static CelestialBody FinePrint.Utilities.CelestialUtilities.MapFocusBody ( CelestialBody fallback = null )

inlinestatic

Gets the currently focused celestial body in the planetarium.

Returns: The celestial body of the camera.

static float FinePrint.Utilities.CelestialUtilities.PlanetScienceRanking ( CelestialBody body )

inlinestatic

A float the describes a celestial body's relative scientific importance.

Parameters

body	The celestial body.

Returns: A float from 0-1.

static CelestialBody FinePrint.Utilities.CelestialUtilities.RandomBody ( List< CelestialBody > bodies )

inlinestatic

Chooses a random celestial body from a List.

Parameters

bodies The celestial bodies.

Returns: A celestial body.

static double FinePrint.Utilities.CelestialUtilities.SynchronousSMA ( CelestialBody body )

inlinestatic

Calculates the semi major axis of a synchronous orbit.

Parameters

body	The celestial body to orbit.

Returns: The semi major axis of the orbit.

static double FinePrint.Utilities.CelestialUtilities.TerrainAltitude	(	CelestialBody	body,
		double	latitude,
		double	longitude,
		bool	underwater = `false`
	)

inlinestatic

Calculates terrain altitude at a specific position.

Parameters

body	The celestial body.
latitude	The latitude.
longitude	The longitude.

Returns: The altitude of the terrain.

The documentation for this class was generated from the following file:

KSP/Assets/Scripts/Scenarios/Career Modules/Contracts/FinePrint/Utilities/CelestialUtilities.cs

Static Public Member Functions

Member Function Documentation