Classes
struct	CubeData
	A struct to hold the data calculated for cubes More...

Public Member Functions
void	AddSurfaceDragDirection (Vector3 direction, float machNumber, ref CubeData retData)
	Calculates all the dragcube data for a given direction and mach More...

void	ClearCubes ()
	Clears all drag cubes and resets procedural flag to false More...

void	DrawDragGizmos ()
	Draw the gizmos for debugging purposes More...

void	ForceUpdate (bool weights, bool occlusion, bool resetProcTiming=false)
	Forces the drag cubes on this part to recalculate it's weights and also all attached parts to recalculate their occlusion More...

DragCube	GetCube (string name)
	Searches for a drag cube with the given name. More...

float	GetCubeAreaDir (Vector3 dir, float[] areas)
	Gets the cross-sectional area facing a certain direction, using the specified area array More...

float	GetCubeAreaDir (Vector3 dir)
	Gets the cross-sectional area facing a certain direction. More...

float	GetCubeCoeffDir (Vector3 dir)
	Gets the fineness of an object in the given direction, using the drag coefficients. More...

float	GetCubeDepthDir (Vector3 dir)
	Gets the weighted depth of maximum width of the object in the given direction. (E.g. a Mk1 Pod would have a depth offset of about 0.3m in YN) More...

bool	LoadCube (DragCubeList cubes, string whichOne)
	Loads an existing drag cube from a drag cube list, specifying the desired name More...

bool	LoadCubes (ConfigNode node)
	Loads the custom drag cubes defined in the part's cfg More...

bool	LoadCubes (DragCubeList cubes)
	Loads an existing drag cube list into this part More...

void	RequestOcclusionUpdate ()
	Forces the drag cubes on this part to recalculate occlusion More...

void	ResetCubeWeights (float newWeight)
	Resets all cube weights to a given value (useful for clearing all cubes) More...

void	ResetCubeWeights ()
	Resets all cube weights to 1 More...

ConfigNode	SaveCubes ()

void	SetCubeWeight (string name, float weight)
	Sets a given cube weight More...

void	SetDrag (Vector3 vector, float machNumber)
	Sets the part's drag vector and recalculates the area and drag for the drag cube list More...

void	SetDragVectorRotation (Quaternion rotation)

void	SetDragVectorRotation (bool rotateDragVector)

void	SetDragWeights ()
	Sets the part's weighted drag areas and coefficients More...

void	SetOcclusionMultiplier (float multiplier)

void	SetPart (Part part)
	used to assign the part up on start More...

void	SetPartOcclusion ()
	Sets the state of the occlusion from the attached nodes More...

Static Public Member Functions
static Vector3	GetFaceDirection (DragCube.DragFace direction)

Public Attributes
PhysicsGlobals.LiftingSurfaceCurve	BodyLiftCurve

FloatCurve	DragCurveCd

FloatCurve	DragCurveCdPower

FloatCurve	DragCurveMultiplier

PhysicsGlobals.SurfaceCurvesList	SurfaceCurves

Properties
float	Area `[get]`
	The resulting area More...

float	AreaDrag `[get]`
	The resulting area multiplied by the drag coefficient More...

float[]	AreaOccluded `[get]`

float	CrossSectionalArea `[get]`
	The resulting area without taking mach curves into account More...

List< DragCube >	Cubes `[get]`
	List of DragCubes contained by this object More...

float	Depth `[get]`
	The depth value More...

float	DragCoeff `[get]`
	The drag coefficient, unmodified by Mach effects More...

Vector3	DragVector `[get]`
	The part that this drag list is assigned to More...

Quaternion	DragVectorRotation `[get]`

float	ExposedArea `[get]`
	The resulting area taking mach compressability into acount More...

Vector3	LiftForce `[get]`
	The lift force from blunt body effects More...

bool	None `[get, set]`
	If this part has this flag set, it will never generate any drag More...

float	OcclusionMultiplier `[get]`

Part	Part `[get]`
	The part that this drag list is assigned to More...

float	PostOcclusionArea `[get]`
	The resulting area More...

bool	Procedural `[get, set]`
	If this part has procedural drag cube setup this flag will be true More...

bool	RotateDragVector `[get]`

float	TaperDot `[get]`
	The average dot of the surface with the drag vector, representing the cosine of the conic half-angle More...

float[]	WeightedArea `[get]`

Vector3	WeightedCenter `[get]`

float[]	WeightedDepth `[get]`

float[]	WeightedDrag `[get]`

Vector3	WeightedSize `[get]`

Member Function Documentation

void DragCubeList.AddSurfaceDragDirection	(	Vector3	direction,
		float	machNumber,
		ref CubeData	retData
	)

inline

Calculates all the dragcube data for a given direction and mach

Parameters

direction	the outgoing direction
machNumber	the part's mach

Returns

< get area multiplier, catching some bad cases

void DragCubeList.ClearCubes ( )

inline

Clears all drag cubes and resets procedural flag to false

void DragCubeList.DrawDragGizmos ( )

inline

Draw the gizmos for debugging purposes

void DragCubeList.ForceUpdate	(	bool	weights,
		bool	occlusion,
		bool	resetProcTiming = `false`
	)

inline

Forces the drag cubes on this part to recalculate it's weights and also all attached parts to recalculate their occlusion

DragCube DragCubeList.GetCube ( string name )

inline

Searches for a drag cube with the given name.

Parameters

name	Name of the drag cube that we want to get.

Returns: Drag Cube which matches the name. Null if there isn't one.

float DragCubeList.GetCubeAreaDir	(	Vector3	dir,
		float[]	areas
	)

inline

Gets the cross-sectional area facing a certain direction, using the specified area array

Parameters

dir	the outgoing direction
areas	the area array to use

Returns

float DragCubeList.GetCubeAreaDir ( Vector3 dir )

inline

Gets the cross-sectional area facing a certain direction.

Parameters

dir	the outgoing direction

Returns

float DragCubeList.GetCubeCoeffDir ( Vector3 dir )

inline

Gets the fineness of an object in the given direction, using the drag coefficients.

Parameters

dir	the outgoing direction

Returns

float DragCubeList.GetCubeDepthDir ( Vector3 dir )

inline

Gets the weighted depth of maximum width of the object in the given direction. (E.g. a Mk1 Pod would have a depth offset of about 0.3m in YN)

Parameters

dir	the outgoing direction

Returns

static Vector3 DragCubeList.GetFaceDirection ( DragCube.DragFace direction )

inlinestatic

bool DragCubeList.LoadCube	(	DragCubeList	cubes,
		string	whichOne
	)

inline

Loads an existing drag cube from a drag cube list, specifying the desired name

bool DragCubeList.LoadCubes ( ConfigNode node )

inline

Loads the custom drag cubes defined in the part's cfg

bool DragCubeList.LoadCubes ( DragCubeList cubes )

inline

Loads an existing drag cube list into this part

void DragCubeList.RequestOcclusionUpdate ( )

inline

Forces the drag cubes on this part to recalculate occlusion

void DragCubeList.ResetCubeWeights ( float newWeight )

inline

Resets all cube weights to a given value (useful for clearing all cubes)

void DragCubeList.ResetCubeWeights ( )

inline

Resets all cube weights to 1

ConfigNode DragCubeList.SaveCubes ( )

inline

void DragCubeList.SetCubeWeight	(	string	name,
		float	weight
	)

inline

Sets a given cube weight

Parameters

name
weight

void DragCubeList.SetDrag	(	Vector3	vector,
		float	machNumber
	)

inline

Sets the part's drag vector and recalculates the area and drag for the drag cube list

Parameters

vector

void DragCubeList.SetDragVectorRotation ( Quaternion rotation )

inline

void DragCubeList.SetDragVectorRotation ( bool rotateDragVector )

inline

void DragCubeList.SetDragWeights ( )

inline

Sets the part's weighted drag areas and coefficients

void DragCubeList.SetOcclusionMultiplier ( float multiplier )

inline

void DragCubeList.SetPart ( Part part )

inline

used to assign the part up on start

Parameters

part

void DragCubeList.SetPartOcclusion ( )

inline

Sets the state of the occlusion from the attached nodes

Parameters

part

< set occluded area array to weighted area - we will subtract from this occluded area array as required

< set weighted drag back to original - we will modify it based on occlusion

< some helpful things

Member Data Documentation

PhysicsGlobals.LiftingSurfaceCurve DragCubeList.BodyLiftCurve

FloatCurve DragCubeList.DragCurveCd

FloatCurve DragCubeList.DragCurveCdPower

FloatCurve DragCubeList.DragCurveMultiplier

PhysicsGlobals.SurfaceCurvesList DragCubeList.SurfaceCurves

Property Documentation

float DragCubeList.Area

get

The resulting area

float DragCubeList.AreaDrag

get

The resulting area multiplied by the drag coefficient

float [] DragCubeList.AreaOccluded

get

float DragCubeList.CrossSectionalArea

get

The resulting area without taking mach curves into account

List<DragCube> DragCubeList.Cubes

get

List of DragCubes contained by this object

float DragCubeList.Depth

get

The depth value

float DragCubeList.DragCoeff

get

The drag coefficient, unmodified by Mach effects

Vector3 DragCubeList.DragVector

get

The part that this drag list is assigned to

Quaternion DragCubeList.DragVectorRotation

get

float DragCubeList.ExposedArea

get

The resulting area taking mach compressability into acount

Vector3 DragCubeList.LiftForce

get

The lift force from blunt body effects

bool DragCubeList.None

getset

If this part has this flag set, it will never generate any drag

float DragCubeList.OcclusionMultiplier

get

Part DragCubeList.Part

get

The part that this drag list is assigned to

float DragCubeList.PostOcclusionArea

get

The resulting area

bool DragCubeList.Procedural

getset

If this part has procedural drag cube setup this flag will be true

bool DragCubeList.RotateDragVector

get

float DragCubeList.TaperDot

get

The average dot of the surface with the drag vector, representing the cosine of the conic half-angle

float [] DragCubeList.WeightedArea

get

Vector3 DragCubeList.WeightedCenter

get

float [] DragCubeList.WeightedDepth

get

float [] DragCubeList.WeightedDrag

get

Vector3 DragCubeList.WeightedSize

get

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

KSP/Assets/Scripts/Aerodynamics/DragCubeList.cs

Classes

Public Member Functions

Static Public Member Functions

Public Attributes

Properties

Member Function Documentation

Member Data Documentation

Property Documentation