Public Member Functions
double	GetUnifiedSkinTemp ()

	PartThermalData (Part part)

Public Attributes
double	absEmissRatio

double	absorbScalar

IAnalyticTemperatureModifier	analyticModifier = null

List< IAnalyticPreview >	analyticPreviewModules = new List<IAnalyticPreview>()

double	bodyAreaMultiplier = 1d

OcclusionData	bodyData = null

double	bodyFlux

double	brtExposed

double	brtUnexposed

double	conductionMult

double	convectionArea = 0d
	temporary flux storage More...

double	convectionAreaMultiplier = 1d

double	convectionCoeffMultiplier = 1d

OcclusionData	convectionData = null

double	convectionFlux

double	convectionTempMultiplier = 1d

double	emissScalar

double	expFlux

bool	exposed = false
	were we in atmo last tick? More...

double	finalCoeff

double	intConductionFlux
	final internal conduction flux More...

bool	isEVA = false
	thermo data storage–precalculated at the start of a thermo pass, so multiple subpasses don't recalc. More...

double	localIntConduction
	for each "part + attachemnts" system More...

double	localSkinConduction
	ditto More...

List< IAnalyticOverheatModule >	overheatModules = new List<IAnalyticOverheatModule>()

Part	part

double	partPseudoRe
	Radiation. More...

double	postShockExtTemp

double	previousSkinTemperature

double	previousSkinUnexposedTemperature

double	previousTemperature
	skin stuff More...

double	radAreaRecip = 1d

double	radiationFlux

int	realSCount

int	sCount

double	sDivisor
	Conduction. More...

double	skinConductionFlux
	final multipart skin conduction flux More...

double	skinInteralConductionFlux
	flux between exposed skin and internal More...

double	skinSkinConductionFlux
	flux between exposed and unexposed skin on a part. Positive means from exposed to unexposed. More...

double	skinSkinTransfer

double	sunAreaMultiplier = 1d

OcclusionData	sunData = null

double	sunFlux

int	thermalLinkCount = 0
	occlusion multipliers More...

List< ThermalLink >	thermalLinks = new List<ThermalLink>()

double	unexpFlux

double	unexpRadiationFlux

double	unexpSkinInternalConductionFlux
	flux between unexposed skin and internal More...

double	unifiedTemp

Static Public Attributes
static PartThermalDataIntComparer	intComparer = new PartThermalDataIntComparer()

static PartThermalDataSkinComparer	skinComparer = new PartThermalDataSkinComparer()

Constructor & Destructor Documentation

PartThermalData.PartThermalData ( Part part )

inline

< now get all modules and fill our lists

Member Function Documentation

double PartThermalData.GetUnifiedSkinTemp ( )

inline

Member Data Documentation

double PartThermalData.absEmissRatio

double PartThermalData.absorbScalar

IAnalyticTemperatureModifier PartThermalData.analyticModifier = null

List<IAnalyticPreview> PartThermalData.analyticPreviewModules = new List<IAnalyticPreview>()

double PartThermalData.bodyAreaMultiplier = 1d

OcclusionData PartThermalData.bodyData = null

double PartThermalData.bodyFlux

double PartThermalData.brtExposed

double PartThermalData.brtUnexposed

double PartThermalData.conductionMult

double PartThermalData.convectionArea = 0d

temporary flux storage

double PartThermalData.convectionAreaMultiplier = 1d

double PartThermalData.convectionCoeffMultiplier = 1d

OcclusionData PartThermalData.convectionData = null

double PartThermalData.convectionFlux

double PartThermalData.convectionTempMultiplier = 1d

double PartThermalData.emissScalar

double PartThermalData.expFlux

bool PartThermalData.exposed = false

were we in atmo last tick?

double PartThermalData.finalCoeff

PartThermalDataIntComparer PartThermalData.intComparer = new PartThermalDataIntComparer()

static

double PartThermalData.intConductionFlux

final internal conduction flux

bool PartThermalData.isEVA = false

thermo data storage–precalculated at the start of a thermo pass, so multiple subpasses don't recalc.

double PartThermalData.localIntConduction

for each "part + attachemnts" system

double PartThermalData.localSkinConduction

ditto

List<IAnalyticOverheatModule> PartThermalData.overheatModules = new List<IAnalyticOverheatModule>()

Part PartThermalData.part

double PartThermalData.partPseudoRe

Radiation.

double PartThermalData.postShockExtTemp

double PartThermalData.previousSkinTemperature

double PartThermalData.previousSkinUnexposedTemperature

double PartThermalData.previousTemperature

skin stuff

double PartThermalData.radAreaRecip = 1d

double PartThermalData.radiationFlux

int PartThermalData.realSCount

int PartThermalData.sCount

double PartThermalData.sDivisor

Conduction.

PartThermalDataSkinComparer PartThermalData.skinComparer = new PartThermalDataSkinComparer()

static

double PartThermalData.skinConductionFlux

final multipart skin conduction flux

double PartThermalData.skinInteralConductionFlux

flux between exposed skin and internal

double PartThermalData.skinSkinConductionFlux

flux between exposed and unexposed skin on a part. Positive means from exposed to unexposed.

double PartThermalData.skinSkinTransfer

double PartThermalData.sunAreaMultiplier = 1d

OcclusionData PartThermalData.sunData = null

double PartThermalData.sunFlux

int PartThermalData.thermalLinkCount = 0

occlusion multipliers

List<ThermalLink> PartThermalData.thermalLinks = new List<ThermalLink>()

double PartThermalData.unexpFlux

double PartThermalData.unexpRadiationFlux

double PartThermalData.unexpSkinInternalConductionFlux

flux between unexposed skin and internal

double PartThermalData.unifiedTemp

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

KSP/Assets/Scripts/Simulation Scripts/PartThermalData.cs

Public Member Functions

Public Attributes

Static Public Attributes

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation