Inheritance diagram for PQS:

Classes
struct	GnomonicUV

class	VertexBuildData

Public Types
enum	EdgeState { EdgeState.Reset = -1, EdgeState.NoLerps = 0, EdgeState.NorthLerp = 1, EdgeState.SouthLerp = 2, EdgeState.EastLerp = 4, EdgeState.WestLerp = 8 }

enum	ModiferRequirements { ModiferRequirements.Default = 0, ModiferRequirements.UniqueMaterialInstances = 1, ModiferRequirements.VertexMapCoords = 2, ModiferRequirements.VertexGnomonicMapCoords = 4, ModiferRequirements.UVSphereCoords = 8, ModiferRequirements.UVQuadCoords = 16, ModiferRequirements.MeshColorChannel = 32, ModiferRequirements.MeshCustomNormals = 64, ModiferRequirements.MeshBuildTangents = 128, ModiferRequirements.MeshUV2 = 256, ModiferRequirements.MeshUV3 = 512, ModiferRequirements.MeshUV4 = 1024, ModiferRequirements.MeshAssignTangents = 2048 }

enum	QuadChild { QuadChild.SouthWest = 0, QuadChild.SouthEast = 1, QuadChild.NorthWest = 2, QuadChild.NorthEast = 3, QuadChild.Null = -1 }

enum	QuadEdge { QuadEdge.North = 0, QuadEdge.South = 1, QuadEdge.East = 2, QuadEdge.West = 3, QuadEdge.Null = -1 }

enum	QuadPlane { QuadPlane.XP, QuadPlane.XN, QuadPlane.YP, QuadPlane.YN, QuadPlane.ZP, QuadPlane.ZN }

Public Member Functions
void	ActivateSphere ()

virtual void	ApplyTerrainShaderSettings ()
	Apply the terrain shader settings. More...

PQ	AssignQuad (int subdiv)

Color	BilinearInterpColorMap (Texture2D texture)

Color	BilinearInterpColorMap (Vector3 planetPos, Texture2D texture)

double	BilinearInterpFloatMap (Texture2D texture)

double	BilinearInterpFloatMap (Vector3 planetPos, Texture2D texture)

bool	BuildQuad (PQ quad)

void	ClearCache ()

void	CloseExternalRender ()

Texture2D[]	CreateMaps (int width, double maxHeight, bool hasOcean, double oceanHeight, Color oceanColor)

void	DeactivateSphere ()

void	DestroyQuad (PQ quad)

void	DisableSphere ()

void	EnableSphere ()

void	ForceStart ()

double	GetAltitude (Vector3d worldPosition)

double	GetClampedWorldAltitude (Vector3 worldPosition)

double	GetClampedWorldSurfaceHeight (Vector3 worldPosition)

double	GetRelativeAltitude (Vector3 worldPosition)

Vector3d	GetRelativeDirection (Vector3d worldDirection)

double	GetRelativeDistance (Vector3 worldPosition)

double	GetRelativeDistanceSqr (Vector3 worldDirection)

Vector3d	GetRelativePosition (Vector3d worldPosition)

Vector3	GetRightmostCornerNormal (PQ caller, PQ nextQuad)
	Gets the normal to the right of the side facing the next quad from the quad diagonally opposite the corner. More...

double	GetSurfaceHeight (Vector3d radialVector)

Vector3d	GetWorldPosition (Vector3d localPosition)

void	QuadCreated (PQ quad)

bool	RayIntersection (Vector3 worldStart, Vector3 worldDirection, out double intersectionDistance)

bool	RayIntersection (Vector3 worldStart, Vector3 worldDirection, out Vector3d intersection)

void	RebuildSphere ()

void	ResetAndWait ()

void	ResetSphere ()

void	SetCache ()

void	SetSecondaryTarget (Transform secondaryTarget)

void	SetTarget (Transform target)

void	SetupExternalRender ()

void	StartUpSphere ()

Static Public Member Functions
static void	BuildNormals (PQ quad)

static void	BuildNormalsNoClear (PQ quad)

static void	CreateCache ()

static QuadEdge	GetEdgeRotatedClockwise (QuadEdge edge)
	Rotates the direction clockwise. More...

static QuadEdge	GetEdgeRotatedCounterclockwise (QuadEdge edge)
	Rotates the direction counter clockwise. More...

static bool	LineSphereIntersection (Vector3d relPos, Vector3d relVel, double radius, out Vector3d relIntersection)

static void	LoadCacheSettings (ConfigNode node)

static int	ti (int x, int z)

static int	vi (int x, int z)

Public Attributes
bool	buildTangents

bool	cancelUpdate
	can cancel the update from PreUpdate More...

double	circumference

double	collapseAltitudeMax

double	collapseAltitudeValue

double	collapseDelta

double	collapseSeaLevelValue

double	collapseThreshold

double[]	collapseThresholds

bool	DEBUG_ShowGUI

bool	DEBUG_ShowGUIRebuild

bool	DEBUG_UseSharedMaterial = false

bool	defaultInspector

double	detailAltitudeMax

double	detailAltitudeQuads

double	detailDelta

double	detailRad

double	detailSeaLevelQuads

Material	fallbackMaterial

float	frameTimeDelta

double	halfChord

Material	highQualitySurfaceMaterial
	High quality terrain material. More...

double	horizonAngle

double	horizonDistance

bool	isActive
	can turn off the pqs More...

bool	isAlive
	used for the pqs's master startup and shutdown. not to be meddled with More...

bool	isBuildingMaps
	is building the maps More...

bool	isDisabled

bool	isFakeBuild

bool	isStarted
	can turn off the pqs More...

bool	isSubdivisionEnabled

bool	isThinking
	failsafe restart check in case it crashes... blush :p More...

GameObject	LocalSpacePQStorage

Material	lowQualitySurfaceMaterial
	Low quality terrain material. More...

string	mapFilename

int	mapFilesize

double	mapMaxHeight

bool	mapOcean

Color	mapOceanColor

double	mapOceanHeight

List< Material >	materialsForUpdates = new List<Material>()

double	maxDetailDistance

float	maxFrameEnd

float	maxFrameTime

int	maxLevel

int	maxLevelAtCurrentTgtSpeed

float	maxQuadLenghtsPerFrame = 0.03f

Material	mediumQualitySurfaceMaterial
	Medium quality terrain material. More...

bool	meshCastShadows

bool	meshRecieveShadows

double	meshVertMax
	maximum known vertex height - updates as subdivision occurs, dont assume this is a fixed value More...

double	meshVertMin
	minimum known vertex height - updates as subdivision occurs, dont assume this is a fixed value More...

double	minDetailDistance

int	minLevel

List< PQ >	normalUpdateList

PQS	parentSphere

PQSMod_CelestialBodyTransform	PQSModCBTransform

bool	quadAllowBuild

int	quadCount

int[]	quadCounts

PQ[]	quads

double	radius

double	radiusDelta

double	radiusMax

double	radiusMin

double	radiusSquared

Vector3d	relativeSecondaryTargetPosition

Vector3d	relativeTargetPosition

Vector3d	relativeTargetPositionNormalized

bool	reqAssignTangents

bool	reqBuildTangents

bool	reqColorChannel

bool	reqCustomNormals

bool	reqGnomonicCoords

bool	reqSphereUV

bool	reqUV2

bool	reqUV3

bool	reqUV4

bool	reqUVQuad

bool	reqVertexMapCoods

Transform	secondaryTarget

int	seed

double	subdivisionThreshold

double[]	subdivisionThresholds

Material	surfaceMaterial
	Selected terrain material. More...

bool	surfaceRelativeQuads

double	sy

Transform	target

double	targetAltitude

double	targetHeight

double	targetSecondaryAltitude

double	targetSpeed

Vector3d	targetVelocity

Vector3d	transformPosition

QuaternionD	transformRotation

Material	ultraQualitySurfaceMaterial
	Ultra High quality terrain material. More...

bool	useSharedMaterial

double	visibleAltitude

double	visibleRadius

double	visRad

double	visRadAltitudeMax

double	visRadAltitudeValue

double	visRadDelta

double	visRadSeaLevelValue

Static Public Attributes
static Color[]	cacheColors

static int[][]	cacheIndices
	index caches More...

static Mesh	cacheMesh
	cached mesh More...

static float	cacheMeshSize = 1f

static Vector3[]	cacheNormals

static float	cacheQuadSize = 1f

static float	cacheQuadSizeDiv2 = cacheQuadSize / 2f

static int	cacheRes
	side vert count - 1 More...

static int	cacheResDiv2
	cacheRes / 2 More...

static int	cacheResDiv2Plus1
	(cacheRes / 2) + 1 More...

static int	cacheSideVertCount = 15
	must be odd More...

static Vector4[]	cacheTangents

static int	cacheTriCount
	triangle count (triIndexCount / 3) More...

static int	cacheTriIndexCount
	total indices in plane mesh More...

static Vector2[]	cacheUV2s

static Vector2[]	cacheUV3s

static Vector2[]	cacheUV4s

static Vector2d[]	cacheUVQuad

static Vector2[]	cacheUVs

static int	cacheVertCount
	total verts in plane mesh More...

static double	cacheVertCountReciprocal = 1d / (cacheSideVertCount * cacheSideVertCount)

static Vector3[]	cacheVerts

static PQS_GameBindings	GameBindings = new PQS_GameBindings()

static bool	Global_AllowScatter = true

static bool	Global_ForceShaderModel = true

static double	Global_ScatterFactor = 1.0d

static Vector3[]	tan1

static Vector3[]	tan2

static Vector3d[]	verts

Static Protected Member Functions
static void	BuildTangents (PQ quad)

Properties
PQS[]	ChildSpheres `[get]`

EventData< PQS >	OnReady `[get]`

Vector3d	PrecisePosition `[get, set]`

Member Enumeration Documentation

enum PQS.EdgeState

Enumerator
Reset
NoLerps
NorthLerp
SouthLerp
EastLerp
WestLerp

enum PQS.ModiferRequirements

Enumerator
Default
UniqueMaterialInstances
VertexMapCoords
VertexGnomonicMapCoords
UVSphereCoords
UVQuadCoords
MeshColorChannel
MeshCustomNormals
MeshBuildTangents
MeshUV2
MeshUV3
MeshUV4
MeshAssignTangents

enum PQS.QuadChild

Enumerator
SouthWest
SouthEast
NorthWest
NorthEast
Null

enum PQS.QuadEdge

Enumerator
North
South
East
West
Null

enum PQS.QuadPlane

Enumerator
XP
XN
YP
YN
ZP
ZN

Member Function Documentation

void PQS.ActivateSphere ( )

inline

virtual void PQS.ApplyTerrainShaderSettings ( )

inlinevirtual

Apply the terrain shader settings.

PQ PQS.AssignQuad ( int subdiv )

inline

Color PQS.BilinearInterpColorMap ( Texture2D texture )

inline

Color PQS.BilinearInterpColorMap	(	Vector3	planetPos,
		Texture2D	texture
	)

inline

double PQS.BilinearInterpFloatMap ( Texture2D texture )

inline

double PQS.BilinearInterpFloatMap	(	Vector3	planetPos,
		Texture2D	texture
	)

inline

static void PQS.BuildNormals ( PQ quad )

inlinestatic

static void PQS.BuildNormalsNoClear ( PQ quad )

inlinestatic

bool PQS.BuildQuad ( PQ quad )

inline

< do any mods

< add mesh stuff to quad

static void PQS.BuildTangents ( PQ quad )

inlinestaticprotected

< Gram-Schmidt orthogonalize

< Calculate handedness

void PQS.ClearCache ( )

inline

void PQS.CloseExternalRender ( )

inline

static void PQS.CreateCache ( )

inlinestatic

< work out few bits we'll need for vert spamming

< create verts

< create tangents

< Gram-Schmidt orthogonalize

< Calculate handedness

< some other temp arrays we'll be needing

Texture2D [] PQS.CreateMaps	(	int	width,
		double	maxHeight,
		bool	hasOcean,
		double	oceanHeight,
		Color	oceanColor
	)

inline

void PQS.DeactivateSphere ( )

inline

void PQS.DestroyQuad ( PQ quad )

inline

void PQS.DisableSphere ( )

inline

void PQS.EnableSphere ( )

inline

void PQS.ForceStart ( )

inline

double PQS.GetAltitude ( Vector3d worldPosition )

inline

double PQS.GetClampedWorldAltitude ( Vector3 worldPosition )

inline

double PQS.GetClampedWorldSurfaceHeight ( Vector3 worldPosition )

inline

static QuadEdge PQS.GetEdgeRotatedClockwise ( QuadEdge edge )

inlinestatic

Rotates the direction clockwise.

Parameters

edge	Edge direction which we want to rotate.

Returns: The edge rotated clockwise.

static QuadEdge PQS.GetEdgeRotatedCounterclockwise ( QuadEdge edge )

inlinestatic

Rotates the direction counter clockwise.

Parameters

edge	Edge direction which we want to rotate.

Returns: The edge rotated counter clockwise.

double PQS.GetRelativeAltitude ( Vector3 worldPosition )

inline

Vector3d PQS.GetRelativeDirection ( Vector3d worldDirection )

inline

double PQS.GetRelativeDistance ( Vector3 worldPosition )

inline

double PQS.GetRelativeDistanceSqr ( Vector3 worldDirection )

inline

Vector3d PQS.GetRelativePosition ( Vector3d worldPosition )

inline

Vector3 PQS.GetRightmostCornerNormal	(	PQ	caller,
		PQ	nextQuad
	)

inline

Gets the normal to the right of the side facing the next quad from the quad diagonally opposite the corner.

Parameters

caller	PQ for which we want to get a corner normal for interpolation.
nextQuad	PQ to help us decide the sampling direction.

Returns: The normal from the PQ diagonally opposite the calling quad.

double PQS.GetSurfaceHeight ( Vector3d radialVector )

inline

Vector3d PQS.GetWorldPosition ( Vector3d localPosition )

inline

static bool PQS.LineSphereIntersection	(	Vector3d	relPos,
		Vector3d	relVel,
		double	radius,
		out Vector3d	relIntersection
	)

inlinestatic

static void PQS.LoadCacheSettings ( ConfigNode node )

inlinestatic

void PQS.QuadCreated ( PQ quad )

inline

bool PQS.RayIntersection	(	Vector3	worldStart,
		Vector3	worldDirection,
		out double	intersectionDistance
	)

inline

bool PQS.RayIntersection	(	Vector3	worldStart,
		Vector3	worldDirection,
		out Vector3d	intersection
	)

inline

void PQS.RebuildSphere ( )

inline

void PQS.ResetAndWait ( )

inline

void PQS.ResetSphere ( )

inline

void PQS.SetCache ( )

inline

void PQS.SetSecondaryTarget ( Transform secondaryTarget )

inline

void PQS.SetTarget ( Transform target )

inline

void PQS.SetupExternalRender ( )

inline

void PQS.StartUpSphere ( )

inline

static int PQS.ti	(	int	x,
		int	z
	)

inlinestatic

static int PQS.vi	(	int	x,
		int	z
	)

inlinestatic

Member Data Documentation

bool PQS.buildTangents

Color [] PQS.cacheColors

static

int [][] PQS.cacheIndices

static

index caches

Mesh PQS.cacheMesh

static

cached mesh

float PQS.cacheMeshSize = 1f

static

Vector3 [] PQS.cacheNormals

static

float PQS.cacheQuadSize = 1f

static

float PQS.cacheQuadSizeDiv2 = cacheQuadSize / 2f

static

int PQS.cacheRes

static

side vert count - 1

int PQS.cacheResDiv2

static

cacheRes / 2

int PQS.cacheResDiv2Plus1

static

(cacheRes / 2) + 1

int PQS.cacheSideVertCount = 15

static

must be odd

Vector4 [] PQS.cacheTangents

static

int PQS.cacheTriCount

static

triangle count (triIndexCount / 3)

int PQS.cacheTriIndexCount

static

total indices in plane mesh

Vector2 [] PQS.cacheUV2s

static

Vector2 [] PQS.cacheUV3s

static

Vector2 [] PQS.cacheUV4s

static

Vector2d [] PQS.cacheUVQuad

static

Vector2 [] PQS.cacheUVs

static

int PQS.cacheVertCount

static

total verts in plane mesh

double PQS.cacheVertCountReciprocal = 1d / (cacheSideVertCount * cacheSideVertCount)

static

Vector3 [] PQS.cacheVerts

static

bool PQS.cancelUpdate

can cancel the update from PreUpdate

double PQS.circumference

double PQS.collapseAltitudeMax

double PQS.collapseAltitudeValue

double PQS.collapseDelta

double PQS.collapseSeaLevelValue

double PQS.collapseThreshold

double [] PQS.collapseThresholds

bool PQS.DEBUG_ShowGUI

bool PQS.DEBUG_ShowGUIRebuild

bool PQS.DEBUG_UseSharedMaterial = false

bool PQS.defaultInspector

double PQS.detailAltitudeMax

double PQS.detailAltitudeQuads

double PQS.detailDelta

double PQS.detailRad

double PQS.detailSeaLevelQuads

Material PQS.fallbackMaterial

float PQS.frameTimeDelta

PQS_GameBindings PQS.GameBindings = new PQS_GameBindings()

static

bool PQS.Global_AllowScatter = true

static

bool PQS.Global_ForceShaderModel = true

static

double PQS.Global_ScatterFactor = 1.0d

static

double PQS.halfChord

Material PQS.highQualitySurfaceMaterial

High quality terrain material.

double PQS.horizonAngle

double PQS.horizonDistance

bool PQS.isActive

can turn off the pqs

bool PQS.isAlive

used for the pqs's master startup and shutdown. not to be meddled with

bool PQS.isBuildingMaps

is building the maps

bool PQS.isDisabled

bool PQS.isFakeBuild

bool PQS.isStarted

can turn off the pqs

bool PQS.isSubdivisionEnabled

bool PQS.isThinking

failsafe restart check in case it crashes... blush :p

GameObject PQS.LocalSpacePQStorage

Material PQS.lowQualitySurfaceMaterial

Low quality terrain material.

string PQS.mapFilename

int PQS.mapFilesize

double PQS.mapMaxHeight

bool PQS.mapOcean

Color PQS.mapOceanColor

double PQS.mapOceanHeight

List<Material> PQS.materialsForUpdates = new List<Material>()

double PQS.maxDetailDistance

float PQS.maxFrameEnd

float PQS.maxFrameTime

int PQS.maxLevel

int PQS.maxLevelAtCurrentTgtSpeed

float PQS.maxQuadLenghtsPerFrame = 0.03f

Material PQS.mediumQualitySurfaceMaterial

Medium quality terrain material.

bool PQS.meshCastShadows

bool PQS.meshRecieveShadows

double PQS.meshVertMax

maximum known vertex height - updates as subdivision occurs, dont assume this is a fixed value

double PQS.meshVertMin

minimum known vertex height - updates as subdivision occurs, dont assume this is a fixed value

double PQS.minDetailDistance

int PQS.minLevel

List<PQ> PQS.normalUpdateList

PQS PQS.parentSphere

PQSMod_CelestialBodyTransform PQS.PQSModCBTransform

bool PQS.quadAllowBuild

int PQS.quadCount

int [] PQS.quadCounts

PQ [] PQS.quads

double PQS.radius

double PQS.radiusDelta

double PQS.radiusMax

double PQS.radiusMin

double PQS.radiusSquared

Vector3d PQS.relativeSecondaryTargetPosition

Vector3d PQS.relativeTargetPosition

Vector3d PQS.relativeTargetPositionNormalized

bool PQS.reqAssignTangents

bool PQS.reqBuildTangents

bool PQS.reqColorChannel

bool PQS.reqCustomNormals

bool PQS.reqGnomonicCoords

bool PQS.reqSphereUV

bool PQS.reqUV2

bool PQS.reqUV3

bool PQS.reqUV4

bool PQS.reqUVQuad

bool PQS.reqVertexMapCoods

Transform PQS.secondaryTarget

int PQS.seed

double PQS.subdivisionThreshold

double [] PQS.subdivisionThresholds

Material PQS.surfaceMaterial

Selected terrain material.

bool PQS.surfaceRelativeQuads

double PQS.sy

Vector3 [] PQS.tan1

static

Vector3 [] PQS.tan2

static

Transform PQS.target

double PQS.targetAltitude

double PQS.targetHeight

double PQS.targetSecondaryAltitude

double PQS.targetSpeed

Vector3d PQS.targetVelocity

Vector3d PQS.transformPosition

QuaternionD PQS.transformRotation

Material PQS.ultraQualitySurfaceMaterial

Ultra High quality terrain material.

bool PQS.useSharedMaterial

Vector3d [] PQS.verts

static

double PQS.visibleAltitude

double PQS.visibleRadius

double PQS.visRad

double PQS.visRadAltitudeMax

double PQS.visRadAltitudeValue

double PQS.visRadDelta

double PQS.visRadSeaLevelValue

Property Documentation

PQS [] PQS.ChildSpheres

get

EventData<PQS> PQS.OnReady

get

Vector3d PQS.PrecisePosition

getset

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

KSP/Assets/Scripts/Scenery/PQS Library/PQS.cs

Classes

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Static Public Attributes

Static Protected Member Functions

Properties

Member Enumeration Documentation

Member Function Documentation

Member Data Documentation

Property Documentation