Inheritance diagram for CometManager:

Classes
class	CometTailColor

Public Member Functions
float	GetSpawnChance ()

void	LoadManagerDefinitions ()
	Load the comet manager defs from cfgs More...

void	SpawnCometFragments (CometVessel cometVessel)
	Tries to instance between minFragments and maxFragments comet fragments as possible, depending on comet class exploded and More...

Static Public Member Functions
static CometDefinition	GenerateDefinition (CometOrbitType cometType, UntrackedObjectClass objClass, int seed)
	Build a comet definition from a comet orbit type and the range of values that set the size params to be used in data passing More...

static double	GenerateHomeSpawnDistance ()
	Generate a discovery distance based on the homebody and min/max spawndistance values More...

static double	GenerateSentinelSpawnDistance (double distance)
	Generate a discovery distance based on the sentinels current distance from the Sun More...

static CometOrbitType	GenerateWeightedCometType ()
	Use the weightings of each type to select a comet type More...

static Color	GenerateWeightedDustTailColor (CometVessel comet)
	Geneartes a color for a dust tail from the weighted list More...

static Color	GenerateWeightedIonTailColor (CometVessel comet)
	Geneartes a color for an ion tail from the weighted list More...

static CometOrbitType	GetCometOrbitType (string name)
	Finds the comet definition by name More...

static bool	ShouldSpawnComet ()

Public Attributes
FloatCurve	atmospherePressureFadeDistributionForVFXFade = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f) })
	distribution curve used for controlling the fade of the VFX because of atmospheric pressure. More...

float	atmospherePressureForVFXFade = 0.05f
	Atmospheric pressure at which the VFX will have completely faded out. Number is in kiloPascal, so 0.05 is 50 Pascal. The formula for fading the VFX based on atmospheric pressure is 1 - (atmospheric pressure / atmospherePressureForVFXFade) More...

Transform	comaNearEffect
	The prefab for the near coma effect More...

FloatCurve	comaSizeRatioDistribution = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f) })
	distribution curve used for weighting the randomization of the coma size ratio More...

List< CometOrbitType >	cometDefinitions

List< CometTailColor >	dustTailColors
	A list of colors with weightings that will be used to pick an dust tail tint color. Higher the weight the more chance it is chosen. More...

Transform	dustTailParticleFarEffect
	The prefab for the long-distance particles dust tail effect More...

float	explosionScaleMultiplier = 0.20f
	Base multiplier for the debris explosion comets get when max pressure reached. More...

float	fragmentAngleVariation = 22.5f
	Initial Angle variation in which the smaller comets spawned when a comet explodes. A random method is run between -value and value. More...

float	fragmentdynamicPressurekPa = 10
	Maximum dynamic pressure kPa that the comet can be subjected to before it breaks up in an atmosphere. More...

int	fragmentIgnoreCollisions = 20
	Number of frames that a recently spawned comet treated as fragment will ignore. More...

float	fragmentInstanceOffset = 2f
	This number will divide the original comet radius in order to get some variation when the fragments are instanced. More...

float	fragmentMaxPressureModifier = 1.0f
	Min modifier value that will be added to the nextComet fragments dynamic perssure resistance to break up. More...

float	fragmentMaxSafeTime = 20.0f
	Max modifier value that will be added to the nextComet fragments dynamic perssure resistance to break up. More...

float	fragmentMinPressureModifier = 6.0f
	Max modifier value that will be added to the nextComet fragments dynamic perssure resistance to break up. More...

float	fragmentMinSafeTime = 3.0f
	Min modifier value that will be added to the nextComet fragments dynamic perssure resistance to break up. More...

GameObject	geyserEmitter
	Prefab of the geyser emitter More...

float	geyserSizeRadiusMultiplier = 0.05f
	Maximum geyser size should be the comet radius multiplied by geyserRadiusMultiplier More...

FloatCurve	geysersRatioDistribution = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f) })
	distribution curve used for weighting the randomization of the number of geysers to be generated More...

FloatCurve	geyserVFXSizeFromDistance = new FloatCurve(new Keyframe[] { new Keyframe(0f, 1f), new Keyframe(1f, 0f) })
	Curve describing how the size of geyser VFX changes from Max length to Min length time value 0 is evaluated as the comet having a Pe of 0 time value 1 is evaluated per the comets vfxStartDistance More...

float	geyserVisibleDistance = 500
	Distance from the comet centre that geysers become visible More...

float	gravityAdditionForVFXFadeStart = 300f
	Add this value on to the VFX fade out value to get the VFX start value. VFX strength due to gravity is calculated with this formula: ((comet surface speed - gravityFadeEnd) / (gravityFadeStart - gravityFadeEnd) gravityFadeEnd = (abs(gravity) * gravityMultiplierForVFXFadeEnd) - gravitySubtractionForVFXFadeEnd; gravityFadeStart = gravityFadeEnd + gravityAdditionForVFXFadeStart More...

float	gravityMultiplierForVFXFadeEnd = 100f
	Multiplier of the gravitic acceleration value that will cause the VFX to end their fade out. VFX strength due to gravity is calculated with this formula: ((comet surface speed - gravityFadeEnd) / (gravityFadeStart - gravityFadeEnd) gravityFadeEnd = (abs(gravity) * gravityMultiplierForVFXFadeEnd) - gravitySubtractionForVFXFadeEnd; gravityFadeStart = gravityFadeEnd + gravityAdditionForVFXFadeStart More...

float	gravitySubtractionForVFXFadeEnd = 20f
	Subtract this value from the multiplied gravitic acceleration value to get the final value when the VFX will fade out. VFX strength due to gravity is calculated with this formula: ((comet surface speed - gravityFadeEnd) / (gravityFadeStart - gravityFadeEnd) gravityFadeEnd = (abs(gravity) * gravityMultiplierForVFXFadeEnd) - gravitySubtractionForVFXFadeEnd; gravityFadeStart = gravityFadeEnd + gravityAdditionForVFXFadeStart More...

List< CometTailColor >	ionTailColors
	A list of colors with weightings that will be used to pick an ion tail tint color. Higher the weight the more chance it is chosen. More...

Transform	ionTailParticleFarEffect
	The prefab for the long-distance particles ion tail effect More...

double	maxComaSizeRatio = 1000000
	Max value for ratio of coma radius from nucleus radius - used in generation and will drive the diameter at Pe as the coma size is determined by the nucleus radius times this ratio More...

FloatCurve	maxCometsPerUntrackedObjects = new FloatCurve(new Keyframe[] { new Keyframe(10f, 1f), new Keyframe(250f, 5f) })
	Curve used for defining how many comets can be in the universe depending on the max untracked space objects count More...

int	maxFragmentClassStep = 3
	Maximum number of comet classes the new spawned comet fragments should step down to. More...

int	maxFragments = 5
	Maximum amount of comet fragments this comet will spawn on break up. More...

double	maxGeyserRadiusRatio = 0.04
	Maximum ratio of geysers to be generated per meter of nucluus radius More...

double	maxIonTailWidthRatio = 0.3
	ratio of the tail width at the head, comparative to the coma width More...

double	maxNearDustEmitterRadiusRatio = 0.1
	Maximum ratio of near dust emitters to be generated per meter of nucluus radius More...

float	maxSentinelSpawnDistance = 2f
	Max distance from the Sun (as a ratio of the sentinel SMA) that the comet will first appear as untracked More...

float	maxSpawnDistance = 2f
	Max distance from the Sun (as a ratio of the homebody SMA) that the comet will first appear as untracked More...

double	maxTailLengthRatio = 100000
	Max value for ratio of tail length from coma radius - used in generation and will be how long it is at Pe as the tail length is a ratio of the coma size More...

double	maxTailWidthRatio = 1
	ratio of the tail width at the head, comparative to the coma width More...

double	maxVFXStartDistance = 2
	Max radial distance from the Sun (as a ratio of the homebody SMA) that the vfx will start to show More...

double	minComaSizeRatio = 10000
	Min value for ratio of coma radius from nucleus radius - used in generation and will drive the diameter at Pe as the coma size is determined by the nucleus radius times this ratio More...

int	minFragmentClassStep = 1
	Minimum number of comet classes the new spawned comet fragments should step down to. More...

int	minFragments = 3
	Minimum amount of comet fragments this comet will spawn on break up. More...

double	minGeyserRadiusRatio = 0.04
	Minimum ratio of geysers to be generated per meter of nucluus radius More...

double	minNearDustEmitterRadiusRatio = 0.1
	Minimum ratio of near dust emitters to be generated per meter of nucluus radius More...

float	minSentinelSpawnDistance = 1.1f
	Min distance from the Sun (as a ratio of the sentinel SMA) that the comet will first appear as untracked More...

float	minSpawnDistance = 1.5f
	Min distance from the Sun (as a ratio of the homebody SMA) that the comet will first appear as untracked More...

double	minTailLengthRatio = 1000
	Min value for ratio of tail length from coma radius - used in generation and will be how long it is at Pe as the tail length is a ratio of the coma size More...

double	minVFXStartDistance = 0.8
	Min radial distance from the Sun (as a ratio of the homebody SMA) that the vfx will start to show More...

GameObject	nearDustEmitter
	Prefab of the near dust emitter More...

FloatCurve	nearDustVFXSizeFromDistance = new FloatCurve(new Keyframe[] { new Keyframe(0f, 1f), new Keyframe(1f, 0f) })
	Curve describing how the size of near dust VFX changes from Max length to Min length time value 0 is evaluated as the comet having a Pe of 0 time value 1 is evaluated per the comets vfxStartDistance More...

float	nearDustVisibleRadiusMultiplier = 2
	Distance from the comet centre that near dust becomes visible, expressed as a multiplier of the comet radius More...

FloatCurve	spawnChance = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0.1f), new Keyframe(1f, 0f) })
	Curve used for determining chance of comet being spawned with respect to the ratio of current comets to max comets More...

FloatCurve	tailLengthRatioDistribution = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f) })
	distribution curve used for weighting the randomization of the tail max length More...

FloatCurve	tailWidthDistribution = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f) })
	distribution curve used for weighting the randomization of the tail width More...

float	vesselRangeOrbitLoadOverride = 150000
	Override for vessel range orbit load distance More...

float	vesselRangeOrbitPackOverride = 1100
	Override for vessel range orbit pack distance More...

float	vesselRangeOrbitUnloadOverride = 151000
	Override for vessel range orbit unload distance More...

float	vesselRangeOrbitUnpackOverride = 1000
	Override for vessel range orbit unpack distance More...

FloatCurve	vfxSizeFromDistance = new FloatCurve(new Keyframe[] { new Keyframe(0f, 1f), new Keyframe(1f, 0f) })
	Curve describing how the size of VFX changes from Max length to Min length time value 0 is evaluated as the comet having a Pe of 0 time value 1 is evaluated per the comets vfxStartDistance More...

FloatCurve	vfxStartDistribution = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f)})
	distribution curve used for weighting the randomization of the vfx start distance More...

Properties
List< Vessel >	Comets `[get]`

List< Vessel >	DiscoveredComets `[get]`
	A List of Already Discovered Comets More...

static CometManager	Instance `[get, set]`
	Static singleton reference More...

static double	VFXUpdateFrequency `[get]`
	How often in game seconds to update the tail values More...

static double	VFXUpdateFrequencyInAtmosphere `[get]`
	How often in game seconds to update the tail values More...

Member Function Documentation

static CometDefinition CometManager.GenerateDefinition	(	CometOrbitType	cometType,
		UntrackedObjectClass	objClass,
		int	seed
	)

inlinestatic

Build a comet definition from a comet orbit type and the range of values that set the size params to be used in data passing

Parameters

cometType Type of Comet orbit

Returns: Definition to pass between functions

static double CometManager.GenerateHomeSpawnDistance ( )

inlinestatic

Generate a discovery distance based on the homebody and min/max spawndistance values

Returns

static double CometManager.GenerateSentinelSpawnDistance ( double distance )

inlinestatic

Generate a discovery distance based on the sentinels current distance from the Sun

Returns

static CometOrbitType CometManager.GenerateWeightedCometType ( )

inlinestatic

Use the weightings of each type to select a comet type

Returns: Comet Type based on weighting, or null if theres an error

static Color CometManager.GenerateWeightedDustTailColor ( CometVessel comet )

inlinestatic

Geneartes a color for a dust tail from the weighted list

Parameters

comet CometVessel that we are generating it for

Returns: weighted color form the list using the comets seed so its consistent on reuse

static Color CometManager.GenerateWeightedIonTailColor ( CometVessel comet )

inlinestatic

Geneartes a color for an ion tail from the weighted list

Parameters

comet CometVessel that we are generating it for

Returns: weighted color form the list using the comets seed so its consistent on reuse

static CometOrbitType CometManager.GetCometOrbitType ( string name )

inlinestatic

Finds the comet definition by name

Parameters

name	name of the definition

Returns: The Comet Type

float CometManager.GetSpawnChance ( )

inline

void CometManager.LoadManagerDefinitions ( )

inline

Load the comet manager defs from cfgs

static bool CometManager.ShouldSpawnComet ( )

inlinestatic

void CometManager.SpawnCometFragments ( CometVessel cometVessel )

inline

Tries to instance between minFragments and maxFragments comet fragments as possible, depending on comet class exploded and

Member Data Documentation

FloatCurve CometManager.atmospherePressureFadeDistributionForVFXFade = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f) })

distribution curve used for controlling the fade of the VFX because of atmospheric pressure.

Weighting Curve as described in https://docs.unity3d.com/Manual/RandomNumbers.html

float CometManager.atmospherePressureForVFXFade = 0.05f

Atmospheric pressure at which the VFX will have completely faded out. Number is in kiloPascal, so 0.05 is 50 Pascal. The formula for fading the VFX based on atmospheric pressure is 1 - (atmospheric pressure / atmospherePressureForVFXFade)

Transform CometManager.comaNearEffect

The prefab for the near coma effect

FloatCurve CometManager.comaSizeRatioDistribution = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f) })

distribution curve used for weighting the randomization of the coma size ratio

Weighting Curve as described in https://docs.unity3d.com/Manual/RandomNumbers.html

List<CometOrbitType> CometManager.cometDefinitions

List<CometTailColor> CometManager.dustTailColors

A list of colors with weightings that will be used to pick an dust tail tint color. Higher the weight the more chance it is chosen.

Transform CometManager.dustTailParticleFarEffect

The prefab for the long-distance particles dust tail effect

float CometManager.explosionScaleMultiplier = 0.20f

Base multiplier for the debris explosion comets get when max pressure reached.

float CometManager.fragmentAngleVariation = 22.5f

Initial Angle variation in which the smaller comets spawned when a comet explodes. A random method is run between -value and value.

float CometManager.fragmentdynamicPressurekPa = 10

Maximum dynamic pressure kPa that the comet can be subjected to before it breaks up in an atmosphere.

int CometManager.fragmentIgnoreCollisions = 20

Number of frames that a recently spawned comet treated as fragment will ignore.

float CometManager.fragmentInstanceOffset = 2f

This number will divide the original comet radius in order to get some variation when the fragments are instanced.

float CometManager.fragmentMaxPressureModifier = 1.0f

Min modifier value that will be added to the nextComet fragments dynamic perssure resistance to break up.

float CometManager.fragmentMaxSafeTime = 20.0f

Max modifier value that will be added to the nextComet fragments dynamic perssure resistance to break up.

float CometManager.fragmentMinPressureModifier = 6.0f

Max modifier value that will be added to the nextComet fragments dynamic perssure resistance to break up.

float CometManager.fragmentMinSafeTime = 3.0f

Min modifier value that will be added to the nextComet fragments dynamic perssure resistance to break up.

GameObject CometManager.geyserEmitter

Prefab of the geyser emitter

float CometManager.geyserSizeRadiusMultiplier = 0.05f

Maximum geyser size should be the comet radius multiplied by geyserRadiusMultiplier

FloatCurve CometManager.geysersRatioDistribution = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f) })

distribution curve used for weighting the randomization of the number of geysers to be generated

Weighting Curve as described in https://docs.unity3d.com/Manual/RandomNumbers.html

FloatCurve CometManager.geyserVFXSizeFromDistance = new FloatCurve(new Keyframe[] { new Keyframe(0f, 1f), new Keyframe(1f, 0f) })

Curve describing how the size of geyser VFX changes from Max length to Min length time value 0 is evaluated as the comet having a Pe of 0 time value 1 is evaluated per the comets vfxStartDistance

float CometManager.geyserVisibleDistance = 500

Distance from the comet centre that geysers become visible

float CometManager.gravityAdditionForVFXFadeStart = 300f

Add this value on to the VFX fade out value to get the VFX start value. VFX strength due to gravity is calculated with this formula: ((comet surface speed - gravityFadeEnd) / (gravityFadeStart - gravityFadeEnd) gravityFadeEnd = (abs(gravity) * gravityMultiplierForVFXFadeEnd) - gravitySubtractionForVFXFadeEnd; gravityFadeStart = gravityFadeEnd + gravityAdditionForVFXFadeStart

float CometManager.gravityMultiplierForVFXFadeEnd = 100f

Multiplier of the gravitic acceleration value that will cause the VFX to end their fade out. VFX strength due to gravity is calculated with this formula: ((comet surface speed - gravityFadeEnd) / (gravityFadeStart - gravityFadeEnd) gravityFadeEnd = (abs(gravity) * gravityMultiplierForVFXFadeEnd) - gravitySubtractionForVFXFadeEnd; gravityFadeStart = gravityFadeEnd + gravityAdditionForVFXFadeStart

float CometManager.gravitySubtractionForVFXFadeEnd = 20f

Subtract this value from the multiplied gravitic acceleration value to get the final value when the VFX will fade out. VFX strength due to gravity is calculated with this formula: ((comet surface speed - gravityFadeEnd) / (gravityFadeStart - gravityFadeEnd) gravityFadeEnd = (abs(gravity) * gravityMultiplierForVFXFadeEnd) - gravitySubtractionForVFXFadeEnd; gravityFadeStart = gravityFadeEnd + gravityAdditionForVFXFadeStart

List<CometTailColor> CometManager.ionTailColors

A list of colors with weightings that will be used to pick an ion tail tint color. Higher the weight the more chance it is chosen.

Transform CometManager.ionTailParticleFarEffect

The prefab for the long-distance particles ion tail effect

double CometManager.maxComaSizeRatio = 1000000

Max value for ratio of coma radius from nucleus radius - used in generation and will drive the diameter at Pe as the coma size is determined by the nucleus radius times this ratio

FloatCurve CometManager.maxCometsPerUntrackedObjects = new FloatCurve(new Keyframe[] { new Keyframe(10f, 1f), new Keyframe(250f, 5f) })

Curve used for defining how many comets can be in the universe depending on the max untracked space objects count

int CometManager.maxFragmentClassStep = 3

Maximum number of comet classes the new spawned comet fragments should step down to.

int CometManager.maxFragments = 5

Maximum amount of comet fragments this comet will spawn on break up.

double CometManager.maxGeyserRadiusRatio = 0.04

Maximum ratio of geysers to be generated per meter of nucluus radius

double CometManager.maxIonTailWidthRatio = 0.3

ratio of the tail width at the head, comparative to the coma width

double CometManager.maxNearDustEmitterRadiusRatio = 0.1

Maximum ratio of near dust emitters to be generated per meter of nucluus radius

float CometManager.maxSentinelSpawnDistance = 2f

Max distance from the Sun (as a ratio of the sentinel SMA) that the comet will first appear as untracked

float CometManager.maxSpawnDistance = 2f

Max distance from the Sun (as a ratio of the homebody SMA) that the comet will first appear as untracked

double CometManager.maxTailLengthRatio = 100000

Max value for ratio of tail length from coma radius - used in generation and will be how long it is at Pe as the tail length is a ratio of the coma size

double CometManager.maxTailWidthRatio = 1

ratio of the tail width at the head, comparative to the coma width

double CometManager.maxVFXStartDistance = 2

Max radial distance from the Sun (as a ratio of the homebody SMA) that the vfx will start to show

double CometManager.minComaSizeRatio = 10000

Min value for ratio of coma radius from nucleus radius - used in generation and will drive the diameter at Pe as the coma size is determined by the nucleus radius times this ratio

int CometManager.minFragmentClassStep = 1

Minimum number of comet classes the new spawned comet fragments should step down to.

int CometManager.minFragments = 3

Minimum amount of comet fragments this comet will spawn on break up.

double CometManager.minGeyserRadiusRatio = 0.04

Minimum ratio of geysers to be generated per meter of nucluus radius

double CometManager.minNearDustEmitterRadiusRatio = 0.1

Minimum ratio of near dust emitters to be generated per meter of nucluus radius

float CometManager.minSentinelSpawnDistance = 1.1f

Min distance from the Sun (as a ratio of the sentinel SMA) that the comet will first appear as untracked

float CometManager.minSpawnDistance = 1.5f

Min distance from the Sun (as a ratio of the homebody SMA) that the comet will first appear as untracked

double CometManager.minTailLengthRatio = 1000

Min value for ratio of tail length from coma radius - used in generation and will be how long it is at Pe as the tail length is a ratio of the coma size

double CometManager.minVFXStartDistance = 0.8

Min radial distance from the Sun (as a ratio of the homebody SMA) that the vfx will start to show

GameObject CometManager.nearDustEmitter

Prefab of the near dust emitter

FloatCurve CometManager.nearDustVFXSizeFromDistance = new FloatCurve(new Keyframe[] { new Keyframe(0f, 1f), new Keyframe(1f, 0f) })

Curve describing how the size of near dust VFX changes from Max length to Min length time value 0 is evaluated as the comet having a Pe of 0 time value 1 is evaluated per the comets vfxStartDistance

float CometManager.nearDustVisibleRadiusMultiplier = 2

Distance from the comet centre that near dust becomes visible, expressed as a multiplier of the comet radius

FloatCurve CometManager.spawnChance = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0.1f), new Keyframe(1f, 0f) })

Curve used for determining chance of comet being spawned with respect to the ratio of current comets to max comets

FloatCurve CometManager.tailLengthRatioDistribution = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f) })

distribution curve used for weighting the randomization of the tail max length

Weighting Curve as described in https://docs.unity3d.com/Manual/RandomNumbers.html

FloatCurve CometManager.tailWidthDistribution = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f) })

distribution curve used for weighting the randomization of the tail width

Weighting Curve as described in https://docs.unity3d.com/Manual/RandomNumbers.html

float CometManager.vesselRangeOrbitLoadOverride = 150000

Override for vessel range orbit load distance

float CometManager.vesselRangeOrbitPackOverride = 1100

Override for vessel range orbit pack distance

float CometManager.vesselRangeOrbitUnloadOverride = 151000

Override for vessel range orbit unload distance

float CometManager.vesselRangeOrbitUnpackOverride = 1000

Override for vessel range orbit unpack distance

FloatCurve CometManager.vfxSizeFromDistance = new FloatCurve(new Keyframe[] { new Keyframe(0f, 1f), new Keyframe(1f, 0f) })

Curve describing how the size of VFX changes from Max length to Min length time value 0 is evaluated as the comet having a Pe of 0 time value 1 is evaluated per the comets vfxStartDistance

FloatCurve CometManager.vfxStartDistribution = new FloatCurve(new Keyframe[] { new Keyframe(0f, 0f), new Keyframe(1f, 1f)})

distribution curve used for weighting the randomization of the vfx start distance

Weighting Curve as described in https://docs.unity3d.com/Manual/RandomNumbers.html

Property Documentation

List<Vessel> CometManager.Comets

get

List<Vessel> CometManager.DiscoveredComets

get

A List of Already Discovered Comets

CometManager CometManager.Instance

staticgetset

Static singleton reference

double CometManager.VFXUpdateFrequency

staticget

How often in game seconds to update the tail values

double CometManager.VFXUpdateFrequencyInAtmosphere

staticget

How often in game seconds to update the tail values

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

KSP/Assets/Scripts/Comets/CometManager.cs

Classes

Public Member Functions

Static Public Member Functions

Public Attributes

Properties

Member Function Documentation

Member Data Documentation

Property Documentation