Public Member Functions
double	GetShockRadius (double dot)
	gets the radius of a shock cone at the given height More...

void	Setup (OcclusionData part, double sqrtMach, double sqrtMachAngle, double detachAngle)
	Constructs an OcclusionCone for a part, based off aero data More...

Public Attributes
Vector3	center

double	cylNoseDot
	the displacement along the velocity vector where the cylinder starts More...

Vector2	extents

double	occludeConvectionAreaMult
	multiplier to area for parts inside the cylinder More...

double	occludeConvectionCoeffMult
	ditto to convective coefficient for ditto More...

double	occludeConvectionTempMult
	multiplier for shock temp to parts inside the cylinder More...

Vector2	offset

OcclusionData	part

double	radius

double	shockAngle
	the halfangle of the shock cone More...

double	shockConvectionCoeffMult
	ditto to convective coefficient for ditto More...

double	shockConvectionTempMult
	multiplier to shock temp for parts inside the cone More...

double	shockNoseDot
	the displacement along the velocity vector where the shock cone starts More...

Static Public Attributes
static double	detachedBehindShockCoeffMult = 1d
	as above More...

static double	detachedBehindShockHeatMult = 0.4d
	bow shocks mean less heat - this is for parts behind the shock More...

static double	detachedShockCoeffMult = 1d
	or we can do it by coeff. FIXME switch to this when there's time to balance. More...

static double	detachedShockEndAngle = Math.PI * 0.36d
	ditto More...

static double	detachedShockHeatMult = 0.5d
	bow shocks mean less heat - this is for the part that creates the shock. FIXME this is WRONG. Should be coeff mult not temp mult. More...

static double	detachedShockMachAngleMult = 0.05d
	tuning for the angle of bow shocks More...

static double	detachedShockStartAngle = Math.PI * 0.49d
	ditto More...

static double	obliqueShockAngleMult = 0.8d
	tuning for angle of oblique shocks More...

static double	obliqueShockConeCoeffMult = 1d
	coeff mult. See detached, above, for FIXME notes. More...

static double	obliqueShockConeHeatMult = 0.75d
	heat multiplier for being inside an oblique shock cone. FIXME More...

static double	obliqueShockCylCoeffMult = 1d
	coeff mult. See above. More...

static double	obliqueShockCylHeatMult = 0.55d
	inside the direct shadow More...

static double	obliqueShockMinAngleMult = 1.05d
	ditto More...

static double	obliqueShockPartAngleMult = 0.25d
	ditto More...

Member Function Documentation

double OcclusionCone.GetShockRadius ( double dot )

inline

gets the radius of a shock cone at the given height

Parameters

dot	height in meters

Returns

void OcclusionCone.Setup	(	OcclusionData	part,
		double	sqrtMach,
		double	sqrtMachAngle,
		double	detachAngle
	)

inline

Constructs an OcclusionCone for a part, based off aero data

Parameters

part	the OcclusionPart (wrapper for part)
currentConvMult	the current mult (we could already be inside cone(s) )
mach	current mach
machAngle	maximum wedge angle before shock detaches
sqrtMach	sqrt of mach
sqrtMachAngle	sqrt of mach angle

< position where the cylinder starts

< get the taper angle of the part

< don't have to check partHalfAngle for NaN since it's not used in

< detach the shockwave

< stuff in the shadow of this part get 0 heat

< funny stuff to compute a decent shock angle

< we don't occlude area, just lower temperature

Member Data Documentation

Vector3 OcclusionCone.center

double OcclusionCone.cylNoseDot

the displacement along the velocity vector where the cylinder starts

double OcclusionCone.detachedBehindShockCoeffMult = 1d

static

as above

double OcclusionCone.detachedBehindShockHeatMult = 0.4d

static

bow shocks mean less heat - this is for parts behind the shock

double OcclusionCone.detachedShockCoeffMult = 1d

static

or we can do it by coeff. FIXME switch to this when there's time to balance.

double OcclusionCone.detachedShockEndAngle = Math.PI * 0.36d

static

ditto

double OcclusionCone.detachedShockHeatMult = 0.5d

static

bow shocks mean less heat - this is for the part that creates the shock. FIXME this is WRONG. Should be coeff mult not temp mult.

double OcclusionCone.detachedShockMachAngleMult = 0.05d

static

tuning for the angle of bow shocks

double OcclusionCone.detachedShockStartAngle = Math.PI * 0.49d

static

ditto

Vector2 OcclusionCone.extents

double OcclusionCone.obliqueShockAngleMult = 0.8d

static

tuning for angle of oblique shocks

double OcclusionCone.obliqueShockConeCoeffMult = 1d

static

coeff mult. See detached, above, for FIXME notes.

double OcclusionCone.obliqueShockConeHeatMult = 0.75d

static

heat multiplier for being inside an oblique shock cone. FIXME

double OcclusionCone.obliqueShockCylCoeffMult = 1d

static

coeff mult. See above.

double OcclusionCone.obliqueShockCylHeatMult = 0.55d

static

inside the direct shadow

double OcclusionCone.obliqueShockMinAngleMult = 1.05d

static

ditto

double OcclusionCone.obliqueShockPartAngleMult = 0.25d

static

ditto

double OcclusionCone.occludeConvectionAreaMult

multiplier to area for parts inside the cylinder

double OcclusionCone.occludeConvectionCoeffMult

ditto to convective coefficient for ditto

double OcclusionCone.occludeConvectionTempMult

multiplier for shock temp to parts inside the cylinder

Vector2 OcclusionCone.offset

OcclusionData OcclusionCone.part

double OcclusionCone.radius

double OcclusionCone.shockAngle

the halfangle of the shock cone

double OcclusionCone.shockConvectionCoeffMult

ditto to convective coefficient for ditto

double OcclusionCone.shockConvectionTempMult

multiplier to shock temp for parts inside the cone

double OcclusionCone.shockNoseDot

the displacement along the velocity vector where the shock cone starts

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

Member Function Documentation

Member Data Documentation