Inheritance diagram for OcclusionData:

Public Member Functions
int	CompareTo (OcclusionData b)
	Just does a compareto on maximumDot (but without the call overhead of two calls) More...

double	GetConvectionMultVerts (OcclusionCone cone)
	Returns the overlap area (of this part vs the passed cone) times the occlusion at that depth times the overall occlusion of the cone Uses circle-circle intersection method More...

double	GetCylinderOcclusion (OcclusionCylinder cyl)

double	GetCylinderOcclusionVerts (OcclusionCylinder cyl)

double	GetShockStats (OcclusionCone cone, ref double newTempMult, ref double newCoeffMult)
	Returns the overlap area (of this part vs the passed cone) times the occlusion at that depth times the overall occlusion of the cone Uses circle-circle intersection method More...

	OcclusionData (PartThermalData data)

void	Update (Vector3 velocity, bool useDragArea=true)

Public Attributes
OcclusionCylinder	bodyCyl

Vector3	boundsCenter

Vector3[]	boundsVertices = new Vector3[8]
	positions in projection-space (i.e. on a plane defined by the projection vector) More...

Vector2	center

double	centroidDot
	centroid as above More...

OcclusionCone	convCone

double	invFineness
	the Cd at the given angle (0-1); asin(invFineness) = halfangle of taper More...

double	maximumDot
	maximum, i.e. forward-most, extent of part on projection axis More...

double	maxWidthDepth
	Set by taking the displacement behind the forward-most-bit (on the projection axis) More...

Vector2	minExtents

double	minimumDot
	the part's minimum on the projection axis More...

Part	part

double	projectedArea
	the cross-sectional area, from dragcubes More...

Vector3	projectedCenter

float[]	projectedDots = new float[8]

double	projectedRadius
	the radius of (that area taken as a circle) More...

Vector3[]	projectedVertices = new Vector3[8]

PartThermalData	ptd

OcclusionCylinder	sunCyl

Protected Member Functions
void	CreateCornerArray ()

Static Protected Member Functions
static double	AreaOfIntersection (double existingConeRadius, double potentialConeRadius, double sqrDistance)
	find the area of intersection of the potential circle with the existing circle, given square of distance between their centers More...

static double	RectRectIntersection (double centralExtentX, double centralExtentY, double minX, double maxX, double minY, double maxY)

static double	sA (double r, double x, double y)

Constructor & Destructor Documentation

OcclusionData.OcclusionData ( PartThermalData data )

inline

Member Function Documentation

static double OcclusionData.AreaOfIntersection	(	double	existingConeRadius,
		double	potentialConeRadius,
		double	sqrDistance
	)

inlinestaticprotected

find the area of intersection of the potential circle with the existing circle, given square of distance between their centers

Parameters

existingConeRadius	the circle that will do the occluding
potentialConeRadius	the circle to be occluded
sqrDistance	square of the distance between their centers

Returns: the overlap (0-1)

< distance is greater than sum of the radii - no intersection

< 0% overlap

< if the old circle is zero size, there's no intersection

< One fits within the other

< case 1: new circle fits entirely within old circle? full intersection

< case 2: old circle fits entirely within new circle?

< some % overlap

int OcclusionData.CompareTo ( OcclusionData b )

inline

Just does a compareto on maximumDot (but without the call overhead of two calls)

Parameters

b

Returns

void OcclusionData.CreateCornerArray ( )

inlineprotected

double OcclusionData.GetConvectionMultVerts ( OcclusionCone cone )

inline

Returns the overlap area (of this part vs the passed cone) times the occlusion at that depth times the overall occlusion of the cone Uses circle-circle intersection method

Parameters

cone	the cone to test against

Returns: the convection multiplier based on overlap area

< cylinder radius doesn't change based on displacement

< test vs cylinder

double OcclusionData.GetCylinderOcclusion ( OcclusionCylinder cyl )

inline

double OcclusionData.GetCylinderOcclusionVerts ( OcclusionCylinder cyl )

inline

< cylinder radius doesn't change based on displacement

< test vs cylinder

double OcclusionData.GetShockStats	(	OcclusionCone	cone,
		ref double	newTempMult,
		ref double	newCoeffMult
	)

inline

Returns the overlap area (of this part vs the passed cone) times the occlusion at that depth times the overall occlusion of the cone Uses circle-circle intersection method

Parameters

cone	the cone to test against

Returns: the convection multiplier based on overlap area

< catch the stack part where top is fully cube-occluded case

static double OcclusionData.RectRectIntersection	(	double	centralExtentX,
		double	centralExtentY,
		double	minX,
		double	maxX,
		double	minY,
		double	maxY
	)

inlinestaticprotected

< FIXME should divisor being 0 mean we return 1 instead, since it is of no size so will be occluded?

static double OcclusionData.sA	(	double	r,
		double	x,
		double	y
	)

inlinestaticprotected

void OcclusionData.Update	(	Vector3	velocity,
		bool	useDragArea = `true`
	)

inline

< create the bounds based on the current weighted dragcubes

< calculate projected bounds center

< calculate center and extents in the plane of the normal

< displacement along the vector

< project vertex onto velocity plane

< test vertex ditance with velocity dot

< area calcs

Member Data Documentation

OcclusionCylinder OcclusionData.bodyCyl

Vector3 OcclusionData.boundsCenter

Vector3 [] OcclusionData.boundsVertices = new Vector3[8]

positions in projection-space (i.e. on a plane defined by the projection vector)

Vector2 OcclusionData.center

double OcclusionData.centroidDot

centroid as above

OcclusionCone OcclusionData.convCone

double OcclusionData.invFineness

the Cd at the given angle (0-1); asin(invFineness) = halfangle of taper

double OcclusionData.maximumDot

maximum, i.e. forward-most, extent of part on projection axis

double OcclusionData.maxWidthDepth

Set by taking the displacement behind the forward-most-bit (on the projection axis)

Vector2 OcclusionData.minExtents

double OcclusionData.minimumDot

the part's minimum on the projection axis

Part OcclusionData.part

double OcclusionData.projectedArea

the cross-sectional area, from dragcubes

Vector3 OcclusionData.projectedCenter

float [] OcclusionData.projectedDots = new float[8]

double OcclusionData.projectedRadius

the radius of (that area taken as a circle)

Vector3 [] OcclusionData.projectedVertices = new Vector3[8]

PartThermalData OcclusionData.ptd

OcclusionCylinder OcclusionData.sunCyl

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

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

Public Member Functions

Public Attributes

Protected Member Functions

Static Protected Member Functions

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation