Inheritance diagram for CelestialBody:

Public Member Functions
void	CBUpdate ()

void	debugTimeWarpLimits ()

override bool	Equals (object other)

bool	GetActiveTargetable ()

double	GetAltitude (Vector3d worldPos)

virtual void	GetAtmoThermalStats (bool getBodyFlux, CelestialBody sunBody, Vector3d sunVector, double sunDot, Vector3d upAxis, double altitude, out double atmosphereTemperatureOffset, out double bodyEmissiveFlux, out double bodyAlbedoFlux)

Bounds	getBounds ()

double	GetDensity (double pressure, double temperature)

string	GetDisplayName ()

Vector3d	GetFrameVel ()
	Get the velocity of the celestial body in relation to the solar system inertial frame. More...

Vector3d	GetFrameVelAtUT (double UT)

virtual double	GetFullTemperature (double altitude, double atmoSunBasedTempOffset)

virtual double	GetFullTemperature (Vector3d pos)

Vector3	GetFwdVector ()

override int	GetHashCode ()

bool	GetImpactLatitudeAndLongitude (Vector3d position, Vector3d velocity, out double latitude, out double longitude)

double	GetLatitude (Vector3d pos, bool isRadial=false)

Vector2d	GetLatitudeAndLongitude (Vector3d pos, bool isRadial=false)

void	GetLatLonAlt (Vector3d worldPos, out double lat, out double lon, out double alt)

void	GetLatLonAltOrbital (Vector3d worldPos, out double lat, out double lon, out double alt)

double	GetLongitude (Vector3d pos, bool isRadial=false)

string	GetName ()

Vector3	GetObtVelocity ()

Orbit	GetOrbit ()

OrbitDriver	GetOrbitDriver ()

Vector3d	getPositionAtUT (double UT)

double	GetPressure (double altitude)
	Get the pressure in kPa at a certain altitude More...

double	GetPressureAtm (double altitude)
	Get the pressure in Atm at a certain altitude More...

void	GetRandomLatitudeAndLongitude (ref double latitude, ref double longitude, bool waterAllowed=false, bool spaceCenterAllowed=false, KSPRandom generator=null)

Vector3d	GetRelSurfaceDirection (Vector3d worldDirection)
	Returns a planet-relative direction, given the world space direction More...

Vector3d	GetRelSurfaceNVector (double lat, double lon)
	Returns a planet-relative normal vector, given latitude and longitude More...

Vector3d	GetRelSurfacePosition (double lat, double lon, double alt)
	Returns a planet-relative position, given the latitude, longitude and altitude. (takes into account planet rotation) More...

Vector3d	GetRelSurfacePosition (double lat, double lon, double alt, out Vector3d normal)
	Returns a planet-relative position, given the latitude, longitude and altitude, and the local normal. (takes into account planet rotation) More...

Vector3d	GetRelSurfacePosition (Vector3d worldPosition)
	Returns a planet-relative position, given the world space position More...

Vector3d	getRFrmVel (Vector3d worldPos)

Vector3d	getRFrmVelOrbit (Orbit o)

virtual void	GetSolarAtmosphericEffects (double sunDot, double density, out double solarAirMass, out double solarFluxMultiplier)

double	GetSolarPowerFactor (double density)

double	GetSpeedOfSound (double pressure, double density)

Vector3	GetSrfVelocity ()

Vector3d	GetSurfaceNVector (double lat, double lon)
	Returns a normal vector, given the latitude and longitude (takes planet rotation into account) More...

VesselTargetModes	GetTargetingMode ()

double	GetTemperature (double altitude)

Transform	GetTransform ()

Vector3d	getTruePositionAtUT (double UT)

Vessel	GetVessel ()

Vector3d	GetWorldSurfacePosition (double lat, double lon, double alt)
	Returns a worldspace position, given the latitude, longitude and altitude. (takes into account planet rotation) More...

bool	HasChild (CelestialBody body)

bool	HasParent (CelestialBody body)

void	HideSurfaceResource ()

void	resetTimeWarpLimits ()

double	RevealAltitude ()

string	RevealDisplayName ()

float	RevealMass ()

string	RevealName ()

string	RevealSituationString ()

double	RevealSpeed ()

string	RevealType ()

void	SetResourceMap (Texture2D map)

void	SetupConstants ()

void	SetupShadowCasting ()

double	TerrainAltitude (double latitude, double longitude, bool allowNegative=false)

Static Public Member Functions
static CelestialBody	GetBodyReferencing (CelestialBody body, CelestialBody sun)

Public Attributes
AtmosphereFromGround	afg

double	albedo = 0.35d

double	angularV

Vector3d	angularVelocity

double	atmDensityASL

bool	atmosphere

double	atmosphereAdiabaticIndex = 1.4d
	http://en.wikipedia.org/wiki/Heat_capacity_ratio More...

bool	atmosphereContainsOxygen = false

double	atmosphereDepth
	m More...

double	atmosphereGasMassLapseRate
	bananas per km More...

double	atmosphereMolarMass = 0.0289644d
	kg/mol More...

FloatCurve	atmospherePressureCurve = new FloatCurve()

bool	atmospherePressureCurveIsNormalized = false

double	atmospherePressureSeaLevel = 101.325d
	kPA More...

FloatCurve	atmosphereTemperatureCurve = new FloatCurve()

bool	atmosphereTemperatureCurveIsNormalized = false

double	atmosphereTemperatureLapseRate
	K/km. More...

double	atmosphereTemperatureSeaLevel = 288d
	K. More...

FloatCurve	atmosphereTemperatureSunMultCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

bool	atmosphereUsePressureCurve = false

bool	atmosphereUseTemperatureCurve = false

Color	atmosphericAmbientColor

double	atmPressureASL
	Atmospheric Pressure in kPa at sea level. More...

FloatCurve	axialTemperatureSunBiasCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

FloatCurve	axialTemperatureSunMultCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

CBAttributeMapSO	BiomeMap

string	bodyAdjectiveDisplayName = "Unnamed"
	This is the Celestial Body name text that is used in UI displays when it is used as an adjective. It is localized and has a Gender for Lingoona. Genders are ^m - Male, ^f - Female, ^n - Neutral. We need a separate one from the displayName because different languages might handle adjectives differently. If we use the normal display name, it eats all the previous "the"s in that precede it as an adjective. More...

string	bodyDescription = "A mysterious uncharted celestial body."

string	bodyDisplayName = "Unnamed"
	This is the Celestial Body name text that is used in UI displays. It is localized and has a Gender for Lingoona. Genders are ^M - Male, ^F - Female, ^N - Neutral. More...

Planetarium.CelestialFrame	BodyFrame

string	bodyName = "Unnamed"
	This is the Celestial Body name text. It will always be in English. More...

double	bodyTemperature = 0d
	The Temperature of the body at the surface under the current vessel. More...

Transform	bodyTransform

CelestialBodyType	bodyType

bool	clampInverseRotThreshold = true

double	convectionMultiplier = 1d

double	coreTemperatureOffset = 0d

double	Density

double	directRotAngle = 0.0

FloatCurve	eccentricityTemperatureBiasCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

double	emissivity = 0.65d

double	GeeASL

double	gMagnitudeAtCenter

double	gravParameter

bool	hasSolidSurface

double	hillSphere

double	initialRotation = 0.0

bool	inverseRotation

float	inverseRotThresholdAltitude = 15000f

bool	isCometPerturber = false
	is this body the key for calculating the orbit types of comets More...

bool	isHomeWorld = false

bool	isStar = false

FloatCurve	latitudeTemperatureBiasCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

FloatCurve	latitudeTemperatureSunMultCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

double	Mass

double	maxAxialDot = 0d

MiniBiome[]	MiniBiomes

double	minOrbitalDistance = 100000d

double	navballSwitchRadiusMult = 0.06d

double	navballSwitchRadiusMultLow = 0.055d

bool	ocean

float	oceanAFGAltMult = 0.05f

float	oceanAFGBase = 0.6f

bool	oceanAFGLerp = false

float	oceanAFGMin = 0.05f

float	oceanAlbedoDistanceScalar = 0.01f

float	oceanAlphaDistanceScalar = 0.01f

double	oceanDensity = 1d

Color	oceanFogColorEnd = new Color(0f, 0.084f, 0.122f, 1f)

Color	oceanFogColorStart = new Color(0f, 0.337254902f, 0.4862745098f, 1f)

float	oceanFogDawnFactor = 10f

float	oceanFogDensityAltScalar = -0.0008f

float	oceanFogDensityEnd = 0.13f

float	oceanFogDensityExponent = 1f

float	oceanFogDensityPQSMult = 0.02f

float	oceanFogDensityStart = 0.015f

double	oceanFogPQSDepth = 1000d

float	oceanFogPQSDepthRecip = 0.001f

float	oceanMaxAlbedoFog = 0.95f

float	oceanMaxAlphaFog = 0.9f

float	oceanMinAlphaFogDistance = 200f

float	oceanSkyColorMult = 1.2f

float	oceanSkyColorOpacityAltMult = 2f

float	oceanSkyColorOpacityBase = 0.2f

float	oceanSunAltMult = 0.01f

float	oceanSunBase = 0.5f

float	oceanSunMin = 0.05f

bool	oceanUseFog = true

OrbitDriver	orbitDriver

List< CelestialBody >	orbitingBodies = new List<CelestialBody>()

PQS	pqsController

PQSSurfaceObject[]	pqsSurfaceObjects

KSPAchievements.CelestialBodySubtree	progressTree

double	Radius

double	radiusAtmoFactor = 1d

bool	rotates

QuaternionD	rotation

double	rotationAngle = 0.0

double	rotationPeriod = 0d

GameObject	scaledBody

Vector3d	scaledElipRadMult = Vector3d.one

bool	scaledEllipsoid = true

double	scaledRadiusHorizonMultiplier = 1d

CelestialBodyScienceParams	scienceValues

double	shockTemperatureMultiplier = 1d

double	solarDayLength = 0.0

bool	solarRotationPeriod

double	sphereOfInfluence = double.PositiveInfinity

double	SurfaceArea

bool	tidallyLocked

float[]	timeWarpAltitudeLimits

Vector3d	transformRight
	This is the Right vector normalised from the CBs transform. More...

Vector3d	transformUp
	This is the Up vector normalised from the CBs transform. More...

bool	use_The_InName

Protected Attributes
const double	bodyEmissiveScalarS0Back = 0.093081228d

const double	bodyEmissiveScalarS0Front = 0.782048841d

const double	bodyEmissiveScalarS0Top = 0.398806364d

const double	bodyEmissiveScalarS1 = 0.87513007d

const double	bodyEmissiveScalarS1Top = 0.797612728d

Properties
DiscoveryInfo	DiscoveryInfo `[get]`

string	displayName `[get]`
	This is the Celestial Body name that is used in UI displays. It includes the planets Gender tag for grammar purposes. More...

int	flightGlobalsIndex `[get, set]`

MapObject	MapObject `[get, set]`

new string	name `[get]`

Orbit	orbit `[get]`

Vector3d	position `[get, set]`

CelestialBody	referenceBody `[get]`

Texture2D	ResourceMap `[get]`

Vector3d	RotationAxis `[get]`

string	theName `[get]`
	This is the Celestial Body name text with the word the in front of it. Always in English. More...

Properties inherited from IDiscoverable
DiscoveryInfo	DiscoveryInfo `[get]`

Member Function Documentation

void CelestialBody.CBUpdate ( )

inline

< update rotation before position, as the orbit calculations will use Planetarium.Rotation, and that needs to be updated

< Set solar day length

void CelestialBody.debugTimeWarpLimits ( )

inline

override bool CelestialBody.Equals ( object other )

inline

bool CelestialBody.GetActiveTargetable ( )

inline

Implements ITargetable.

double CelestialBody.GetAltitude ( Vector3d worldPos )

inline

virtual void CelestialBody.GetAtmoThermalStats	(	bool	getBodyFlux,
		CelestialBody	sunBody,
		Vector3d	sunVector,
		double	sunDot,
		Vector3d	upAxis,
		double	altitude,
		out double	atmosphereTemperatureOffset,
		out double	bodyEmissiveFlux,
		out double	bodyAlbedoFlux
	)

inlinevirtual

< now that we computed the angle, we choose the right pole for the axial dot.

< correct sunDot based on the fact peak temp is ~3pm and min temp is ~3am, or so we will assume

< get normalized dot

< assume an average in the edge case.

< orbital altitude variation

< now calculate two temperatures: the effective temp, and the maximum possible surface temperature

< now use some magic numbers to calculate minimum and maximum temperatures

< FIXME need to use terrain height here

< for now just clamp at 1x

static CelestialBody CelestialBody.GetBodyReferencing	(	CelestialBody	body,
		CelestialBody	sun
	)

inlinestatic

Bounds CelestialBody.getBounds ( )

inline

double CelestialBody.GetDensity	(	double	pressure,
		double	temperature
	)

inline

string CelestialBody.GetDisplayName ( )

inline

Implements ITargetable.

Vector3d CelestialBody.GetFrameVel ( )

inline

Get the velocity of the celestial body in relation to the solar system inertial frame.

Returns: Vector in Z-up coords.

Vector3d CelestialBody.GetFrameVelAtUT ( double UT )

inline

virtual double CelestialBody.GetFullTemperature	(	double	altitude,
		double	atmoSunBasedTempOffset
	)

inlinevirtual

virtual double CelestialBody.GetFullTemperature ( Vector3d pos )

inlinevirtual

Vector3 CelestialBody.GetFwdVector ( )

inline

Implements ITargetable.

override int CelestialBody.GetHashCode ( )

inline

bool CelestialBody.GetImpactLatitudeAndLongitude	(	Vector3d	position,
		Vector3d	velocity,
		out double	latitude,
		out double	longitude
	)

inline

double CelestialBody.GetLatitude	(	Vector3d	pos,
		bool	isRadial = `false`
	)

inline

Vector2d CelestialBody.GetLatitudeAndLongitude	(	Vector3d	pos,
		bool	isRadial = `false`
	)

inline

void CelestialBody.GetLatLonAlt	(	Vector3d	worldPos,
		out double	lat,
		out double	lon,
		out double	alt
	)

inline

void CelestialBody.GetLatLonAltOrbital	(	Vector3d	worldPos,
		out double	lat,
		out double	lon,
		out double	alt
	)

inline

double CelestialBody.GetLongitude	(	Vector3d	pos,
		bool	isRadial = `false`
	)

inline

string CelestialBody.GetName ( )

inline

Implements ITargetable.

Vector3 CelestialBody.GetObtVelocity ( )

inline

Implements ITargetable.

Orbit CelestialBody.GetOrbit ( )

inline

Implements ITargetable.

OrbitDriver CelestialBody.GetOrbitDriver ( )

inline

Implements ITargetable.

Vector3d CelestialBody.getPositionAtUT ( double UT )

inline

double CelestialBody.GetPressure ( double altitude )

inline

Get the pressure in kPa at a certain altitude

Parameters

altitude Altitude in m

Returns: presure in kPa

double CelestialBody.GetPressureAtm ( double altitude )

inline

Get the pressure in Atm at a certain altitude

Parameters

altitude Altitude in m

Returns: presure in Atm

void CelestialBody.GetRandomLatitudeAndLongitude	(	ref double	latitude,
		ref double	longitude,
		bool	waterAllowed = `false`,
		bool	spaceCenterAllowed = `false`,
		KSPRandom	generator = `null`
	)

inline

< We won't try to do a land search without land. Just open it up to the whole planet.

< Use limited iterations to prevent a land search on a purely oceanic planet from locking up the game.

Vector3d CelestialBody.GetRelSurfaceDirection ( Vector3d worldDirection )

inline

Returns a planet-relative direction, given the world space direction

Vector3d CelestialBody.GetRelSurfaceNVector	(	double	lat,
		double	lon
	)

inline

Returns a planet-relative normal vector, given latitude and longitude

Returns: A normalized radial vector, relative to planet space

Vector3d CelestialBody.GetRelSurfacePosition	(	double	lat,
		double	lon,
		double	alt
	)

inline

Returns a planet-relative position, given the latitude, longitude and altitude. (takes into account planet rotation)

Vector3d CelestialBody.GetRelSurfacePosition	(	double	lat,
		double	lon,
		double	alt,
		out Vector3d	normal
	)

inline

Returns a planet-relative position, given the latitude, longitude and altitude, and the local normal. (takes into account planet rotation)

Vector3d CelestialBody.GetRelSurfacePosition ( Vector3d worldPosition )

inline

Returns a planet-relative position, given the world space position

Vector3d CelestialBody.getRFrmVel ( Vector3d worldPos )

inline

Vector3d CelestialBody.getRFrmVelOrbit ( Orbit o )

inline

virtual void CelestialBody.GetSolarAtmosphericEffects	(	double	sunDot,
		double	density,
		out double	solarAirMass,
		out double	solarFluxMultiplier
	)

inlinevirtual

< (becuase we're determining temperature based on density, and density based on temperature)

< On the first FI frame, density hasn't been set yet, so this will be high.

double CelestialBody.GetSolarPowerFactor ( double density )

inline

double CelestialBody.GetSpeedOfSound	(	double	pressure,
		double	density
	)

inline

Vector3 CelestialBody.GetSrfVelocity ( )

inline

Implements ITargetable.

Vector3d CelestialBody.GetSurfaceNVector	(	double	lat,
		double	lon
	)

inline

Returns a normal vector, given the latitude and longitude (takes planet rotation into account)

Returns: A normalized vector, pointing to the resulting direction

VesselTargetModes CelestialBody.GetTargetingMode ( )

inline

Implements ITargetable.

double CelestialBody.GetTemperature ( double altitude )

inline

< baseValue += latitudeTemperatureBiasCurve.Evaluate(latitudeDot);

Transform CelestialBody.GetTransform ( )

inline

Implements ITargetable.

Vector3d CelestialBody.getTruePositionAtUT ( double UT )

inline

Vessel CelestialBody.GetVessel ( )

inline

Implements ITargetable.

Vector3d CelestialBody.GetWorldSurfacePosition	(	double	lat,
		double	lon,
		double	alt
	)

inline

Returns a worldspace position, given the latitude, longitude and altitude. (takes into account planet rotation)

bool CelestialBody.HasChild ( CelestialBody body )

inline

bool CelestialBody.HasParent ( CelestialBody body )

inline

< sun case

void CelestialBody.HideSurfaceResource ( )

inline

void CelestialBody.resetTimeWarpLimits ( )

inline

double CelestialBody.RevealAltitude ( )

inline

Implements IDiscoverable.

string CelestialBody.RevealDisplayName ( )

inline

Implements IDiscoverable.

float CelestialBody.RevealMass ( )

inline

Implements IDiscoverable.

string CelestialBody.RevealName ( )

inline

Implements IDiscoverable.

string CelestialBody.RevealSituationString ( )

inline

Implements IDiscoverable.

double CelestialBody.RevealSpeed ( )

inline

Implements IDiscoverable.

string CelestialBody.RevealType ( )

inline

Implements IDiscoverable.

void CelestialBody.SetResourceMap ( Texture2D map )

inline

void CelestialBody.SetupConstants ( )

inline

< depth to scaleheight (approx)

void CelestialBody.SetupShadowCasting ( )

inline

double CelestialBody.TerrainAltitude	(	double	latitude,
		double	longitude,
		bool	allowNegative = `false`
	)

inline

Member Data Documentation

AtmosphereFromGround CelestialBody.afg

double CelestialBody.albedo = 0.35d

double CelestialBody.angularV

Vector3d CelestialBody.angularVelocity

double CelestialBody.atmDensityASL

bool CelestialBody.atmosphere

double CelestialBody.atmosphereAdiabaticIndex = 1.4d

http://en.wikipedia.org/wiki/Heat_capacity_ratio

bool CelestialBody.atmosphereContainsOxygen = false

double CelestialBody.atmosphereDepth

m

double CelestialBody.atmosphereGasMassLapseRate

bananas per km

double CelestialBody.atmosphereMolarMass = 0.0289644d

kg/mol

FloatCurve CelestialBody.atmospherePressureCurve = new FloatCurve()

bool CelestialBody.atmospherePressureCurveIsNormalized = false

double CelestialBody.atmospherePressureSeaLevel = 101.325d

kPA

FloatCurve CelestialBody.atmosphereTemperatureCurve = new FloatCurve()

bool CelestialBody.atmosphereTemperatureCurveIsNormalized = false

double CelestialBody.atmosphereTemperatureLapseRate

K/km.

double CelestialBody.atmosphereTemperatureSeaLevel = 288d

K.

FloatCurve CelestialBody.atmosphereTemperatureSunMultCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

bool CelestialBody.atmosphereUsePressureCurve = false

bool CelestialBody.atmosphereUseTemperatureCurve = false

Color CelestialBody.atmosphericAmbientColor

double CelestialBody.atmPressureASL

Atmospheric Pressure in kPa at sea level.

FloatCurve CelestialBody.axialTemperatureSunBiasCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

FloatCurve CelestialBody.axialTemperatureSunMultCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

CBAttributeMapSO CelestialBody.BiomeMap

string CelestialBody.bodyAdjectiveDisplayName = "Unnamed"

This is the Celestial Body name text that is used in UI displays when it is used as an adjective. It is localized and has a Gender for Lingoona. Genders are ^m - Male, ^f - Female, ^n - Neutral. We need a separate one from the displayName because different languages might handle adjectives differently. If we use the normal display name, it eats all the previous "the"s in that precede it as an adjective.

string CelestialBody.bodyDescription = "A mysterious uncharted celestial body."

string CelestialBody.bodyDisplayName = "Unnamed"

This is the Celestial Body name text that is used in UI displays. It is localized and has a Gender for Lingoona. Genders are ^M - Male, ^F - Female, ^N - Neutral.

const double CelestialBody.bodyEmissiveScalarS0Back = 0.093081228d

protected

const double CelestialBody.bodyEmissiveScalarS0Front = 0.782048841d

protected

const double CelestialBody.bodyEmissiveScalarS0Top = 0.398806364d

protected

const double CelestialBody.bodyEmissiveScalarS1 = 0.87513007d

protected

const double CelestialBody.bodyEmissiveScalarS1Top = 0.797612728d

protected

Planetarium.CelestialFrame CelestialBody.BodyFrame

string CelestialBody.bodyName = "Unnamed"

This is the Celestial Body name text. It will always be in English.

double CelestialBody.bodyTemperature = 0d

The Temperature of the body at the surface under the current vessel.

Transform CelestialBody.bodyTransform

CelestialBodyType CelestialBody.bodyType

bool CelestialBody.clampInverseRotThreshold = true

double CelestialBody.convectionMultiplier = 1d

double CelestialBody.coreTemperatureOffset = 0d

double CelestialBody.Density

double CelestialBody.directRotAngle = 0.0

FloatCurve CelestialBody.eccentricityTemperatureBiasCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

double CelestialBody.emissivity = 0.65d

double CelestialBody.GeeASL

double CelestialBody.gMagnitudeAtCenter

double CelestialBody.gravParameter

bool CelestialBody.hasSolidSurface

double CelestialBody.hillSphere

double CelestialBody.initialRotation = 0.0

bool CelestialBody.inverseRotation

float CelestialBody.inverseRotThresholdAltitude = 15000f

bool CelestialBody.isCometPerturber = false

is this body the key for calculating the orbit types of comets

bool CelestialBody.isHomeWorld = false

bool CelestialBody.isStar = false

FloatCurve CelestialBody.latitudeTemperatureBiasCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

FloatCurve CelestialBody.latitudeTemperatureSunMultCurve = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f) })

double CelestialBody.Mass

double CelestialBody.maxAxialDot = 0d

MiniBiome [] CelestialBody.MiniBiomes

double CelestialBody.minOrbitalDistance = 100000d

double CelestialBody.navballSwitchRadiusMult = 0.06d

double CelestialBody.navballSwitchRadiusMultLow = 0.055d

bool CelestialBody.ocean

float CelestialBody.oceanAFGAltMult = 0.05f

float CelestialBody.oceanAFGBase = 0.6f

bool CelestialBody.oceanAFGLerp = false

float CelestialBody.oceanAFGMin = 0.05f

float CelestialBody.oceanAlbedoDistanceScalar = 0.01f

float CelestialBody.oceanAlphaDistanceScalar = 0.01f

double CelestialBody.oceanDensity = 1d

Color CelestialBody.oceanFogColorEnd = new Color(0f, 0.084f, 0.122f, 1f)

Color CelestialBody.oceanFogColorStart = new Color(0f, 0.337254902f, 0.4862745098f, 1f)

float CelestialBody.oceanFogDawnFactor = 10f

float CelestialBody.oceanFogDensityAltScalar = -0.0008f

float CelestialBody.oceanFogDensityEnd = 0.13f

float CelestialBody.oceanFogDensityExponent = 1f

float CelestialBody.oceanFogDensityPQSMult = 0.02f

float CelestialBody.oceanFogDensityStart = 0.015f

double CelestialBody.oceanFogPQSDepth = 1000d

float CelestialBody.oceanFogPQSDepthRecip = 0.001f

float CelestialBody.oceanMaxAlbedoFog = 0.95f

float CelestialBody.oceanMaxAlphaFog = 0.9f

float CelestialBody.oceanMinAlphaFogDistance = 200f

float CelestialBody.oceanSkyColorMult = 1.2f

float CelestialBody.oceanSkyColorOpacityAltMult = 2f

float CelestialBody.oceanSkyColorOpacityBase = 0.2f

float CelestialBody.oceanSunAltMult = 0.01f

float CelestialBody.oceanSunBase = 0.5f

float CelestialBody.oceanSunMin = 0.05f

bool CelestialBody.oceanUseFog = true

OrbitDriver CelestialBody.orbitDriver

List<CelestialBody> CelestialBody.orbitingBodies = new List<CelestialBody>()

PQS CelestialBody.pqsController

PQSSurfaceObject [] CelestialBody.pqsSurfaceObjects

KSPAchievements.CelestialBodySubtree CelestialBody.progressTree

double CelestialBody.Radius

double CelestialBody.radiusAtmoFactor = 1d

bool CelestialBody.rotates

QuaternionD CelestialBody.rotation

double CelestialBody.rotationAngle = 0.0

double CelestialBody.rotationPeriod = 0d

GameObject CelestialBody.scaledBody

Vector3d CelestialBody.scaledElipRadMult = Vector3d.one

bool CelestialBody.scaledEllipsoid = true

double CelestialBody.scaledRadiusHorizonMultiplier = 1d

CelestialBodyScienceParams CelestialBody.scienceValues

double CelestialBody.shockTemperatureMultiplier = 1d

double CelestialBody.solarDayLength = 0.0

bool CelestialBody.solarRotationPeriod

double CelestialBody.sphereOfInfluence = double.PositiveInfinity

double CelestialBody.SurfaceArea

bool CelestialBody.tidallyLocked

float [] CelestialBody.timeWarpAltitudeLimits

Vector3d CelestialBody.transformRight

This is the Right vector normalised from the CBs transform.

Vector3d CelestialBody.transformUp

This is the Up vector normalised from the CBs transform.

bool CelestialBody.use_The_InName

Property Documentation

DiscoveryInfo CelestialBody.DiscoveryInfo

get

string CelestialBody.displayName

get

This is the Celestial Body name that is used in UI displays. It includes the planets Gender tag for grammar purposes.

int CelestialBody.flightGlobalsIndex

getset

MapObject CelestialBody.MapObject

getset

new string CelestialBody.name

get

Orbit CelestialBody.orbit

get

Vector3d CelestialBody.position

getset

CelestialBody CelestialBody.referenceBody

get

Texture2D CelestialBody.ResourceMap

get

Vector3d CelestialBody.RotationAxis

get

string CelestialBody.theName

get

This is the Celestial Body name text with the word the in front of it. Always in English.

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

KSP/Assets/Scripts/Orbit Scripts/CelestialBody.cs

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