BnG.TrackData.Section Class Reference

Represents a collection of tiles. More...

List of all members.

Public Member Functions
float	Width (Vector3 worldPos)
	Returns the width of this section, using a world position to determine the side to return the width on.
float	InterpolatedWidth (Vector3 worldPos)
	Returns the interpolated width of this section, using a world psotiion to determine the side to return the width on.
float	InterpolatedHeight (Vector3 worldPos)
	Returns the interpolated width of this section, using a world psotiion to determine the side to return the width on.
float	Height (Vector3 worldPos)
	Returns the height of this section, using a world position to determine the side to return the height on.
float	Width (int side)
float	Height (int side)
float	FloorWidth (Vector3 worldPos)
float	FloorWidth (int side)
void	CalculateFloorWidth (Transform floorTransform, Vector3[] floorVerts)
float	Width ()
	Returns the median width of the section.
float	Height ()
	Returns the median height of the section.
Section	GetSectionAhead (int count)
void	GetSectionAhead (int count, ref Section section)
	Retrieves a section using an already existing section reference.
Section	GetSectionBehind (int count)
void	GetSectionBehind (int count, ref Section section)
	Retrieves a section using an already existing section reference. If a junction start is hit or there isn't a previous section reference then the search terminates.
void	GetSectionBehindAllowJunctionStart (int count, ref Section section)
	Retrieves a section using an already existing section reference. If a junction start is hit or there isn't a previous section reference then the search terminates.
Vector3	TransformPoint (Vector3 vec)
	Returns an offset in local space to this section.
Vector3	InverseTransformPoint (Vector3 vec)
	Returns the transformation of a world space vector into the local space of this section.
Vector3	LeftSideInverseTransformPoint (Vector3 vec)
	Returns the transformation of a world space vector into the local space of this sections left side.
Vector3	RightSideInverseTransformPoint (Vector3 vec)
	Returns the transformation of a world space vector into the local space of this sections right side.
Vector3	TransformDirection (Vector3 direction)
	Converts the local space direction into a world space direction.
float	PositionToT (Vector3 pos, float maxDistance, bool betweenSections, bool allowNegative)
	Returns a T value for how far out in comparison to the distance between this section and the next is.
Vector3	InterpolatedUp (Vector3 pos, bool useNormal)
	Interpolates an up vector using the previous, current and next sections using the provided position as a reference. This is similar to calculating a barycentric normal.
Vector3	InterpolatedForward (Vector3 pos)
	Interpolates a forward vector using the previous, current and next sections using the provided position as a reference. This is similar to calculating a barycentric normal.
Vector3	InterpolatedPosition (Vector3 pos)
Vector3	InverseTransformDirection (Vector3 direction)
	Converts the world space direction into a local space direction.
SectionTrigger	AddTrigger (SectionTrigger trigger)
	Adds a new trigger this section.
void	RemoveTrigger (SectionTrigger trigger)
	Removes a trigger from this section.
void	ClearTriggers ()
	Clears all triggers from this section.
Public Attributes
List< SectionTrigger >	Triggers = new List<SectionTrigger>()
int	index
int	IndexOf
	The index of this section in the track data section list.
E_SECTIONTYPE	type
Vector3	position
bool	racingLineCalculated
Vector3	racingLineLeft
Vector3	racingLineRight
Quaternion	rotation
Tile[]	tiles
Vector3	normal
Vector2	LeftDimension
	The dimension of the track on the left hand side of this section.
Vector2	RightDimension
	The dimension of the track on the right hand side of this section.
float	LeftFloorWidth
	Width of the floor on the left hand side of the track.
float	RightFloorWidth
	WIdth of the floor on the right hand side of the track.
float	DistanceToNext = -1
	The cached distance to this sections next reference.
float	DistanceToJunction = -1
	The cached distance to this sections junctions (if there is one).
float	DistanceToReverseJunction = -1
	The cached distance to this sections reverse junction (if there is one).
float	DistanceToAiOverride = -1
	The cached distance to this sections ai override.
float	FlatDistanceToNext = -1
	The flat cached distance to this sections next reference. (no Y component)
float	FlatDistanceToJunction = -1
	The flat cached distance to this sections junction (if there is one, with no y component).
float	FlatDistanceToReverseJunction = 1
	The flat cached distance to this sections reverse junction (if there is one, with no y component).
bool	HasLeftWall
bool	HasRightWall
Section	next
Section	NextAiOverride
Section	previous
Section[]	linked
Section	junction
Section	reverseJunction
Section	JunctionExit
	Sections that are interconnected to this section.
int	JunctionPointer = -1
	The index of any junction data in TrackData.Instance that this section is connected too. Defaults to -1 (nothing).
bool	pitlaneEntance
bool	beingQuaked
float	quakeHeight
bool	AllowOutOfBounds
	If true then the ship will not simulate out of bounds collisions for this section.
bool	ResetFlyBackwards
	If true then the AI fly backwards state will be reset to false.
bool	ForTeleporter
	If true then AI will lock their target look ahead to this section.
bool	LockOntoUntilClose
	If true then the AI will lock onto this section until they are close enough to it.
float	LockOnToDistance = 2.0f
	How far away the LockOnUntilCLose will work to.
bool	AiIgnoreJunction
	If true then AI will ignore a junction.
bool	AiAlwaysWallAvoid
	if true then the AI will always wall avoid, even if there isn't a wall present.
bool	NoHoverPositionCorrection
	If true then the hover position correction used for the hover origin will not be used.
float	rotationMultiplier = 1
bool	NoTiltLock
	If true then ships in 2159 won't lock their tilt when over this section.
bool	NoMaglockSounds
	If true then this section will not make any maglock sounds.
Properties
Vector3	Forward [get]
	The forward vector for this section.
Vector3	Right [get]
	The right vector for this section.
Vector3	Up [get]
	The up vector for this section.

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Detailed Description

Represents a collection of tiles.

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Member Function Documentation

SectionTrigger BnG.TrackData.Section.AddTrigger

(

SectionTrigger

trigger

)

[inline]

Adds a new trigger this section.

void BnG.TrackData.Section.ClearTriggers

(

)

[inline]

Clears all triggers from this section.

void BnG.TrackData.Section.GetSectionAhead	(	int	count,
		ref Section	section
	)		[inline]

Retrieves a section using an already existing section reference.

Parameters:

count	The number of sections to iterate through.
section	The section reference.

void BnG.TrackData.Section.GetSectionBehind	(	int	count,
		ref Section	section
	)		[inline]

Retrieves a section using an already existing section reference. If a junction start is hit or there isn't a previous section reference then the search terminates.

Parameters:

count	The number of sections to iterate through.
section	The section reference.

void BnG.TrackData.Section.GetSectionBehindAllowJunctionStart	(	int	count,
		ref Section	section
	)		[inline]

Retrieves a section using an already existing section reference. If a junction start is hit or there isn't a previous section reference then the search terminates.

Parameters:

count	The number of sections to iterate through.
section	The section reference.

float BnG.TrackData.Section.Height

(

Vector3

worldPos

)

[inline]

Returns the height of this section, using a world position to determine the side to return the height on.

Parameters:

worldPos

Returns:

float BnG.TrackData.Section.Height

(

)

[inline]

Returns the median height of the section.

Returns:

Vector3 BnG.TrackData.Section.InterpolatedForward

(

Vector3

pos

)

[inline]

Interpolates a forward vector using the previous, current and next sections using the provided position as a reference. This is similar to calculating a barycentric normal.

float BnG.TrackData.Section.InterpolatedHeight

(

Vector3

worldPos

)

[inline]

Returns the interpolated width of this section, using a world psotiion to determine the side to return the width on.

Vector3 BnG.TrackData.Section.InterpolatedUp	(	Vector3	pos,
		bool	useNormal
	)		[inline]

Interpolates an up vector using the previous, current and next sections using the provided position as a reference. This is similar to calculating a barycentric normal.

float BnG.TrackData.Section.InterpolatedWidth

(

Vector3

worldPos

)

[inline]

Returns the interpolated width of this section, using a world psotiion to determine the side to return the width on.

Vector3 BnG.TrackData.Section.InverseTransformDirection

(

Vector3

direction

)

[inline]

Converts the world space direction into a local space direction.

Vector3 BnG.TrackData.Section.InverseTransformPoint

(

Vector3

vec

)

[inline]

Returns the transformation of a world space vector into the local space of this section.

Vector3 BnG.TrackData.Section.LeftSideInverseTransformPoint

(

Vector3

vec

)

[inline]

Returns the transformation of a world space vector into the local space of this sections left side.

float BnG.TrackData.Section.PositionToT	(	Vector3	pos,
		float	maxDistance,
		bool	betweenSections,
		bool	allowNegative
	)		[inline]

Returns a T value for how far out in comparison to the distance between this section and the next is.

void BnG.TrackData.Section.RemoveTrigger

(

SectionTrigger

trigger

)

[inline]

Removes a trigger from this section.

Vector3 BnG.TrackData.Section.RightSideInverseTransformPoint

(

Vector3

vec

)

[inline]

Returns the transformation of a world space vector into the local space of this sections right side.

Vector3 BnG.TrackData.Section.TransformDirection

(

Vector3

direction

)

[inline]

Converts the local space direction into a world space direction.

Vector3 BnG.TrackData.Section.TransformPoint

(

Vector3

vec

)

[inline]

Returns an offset in local space to this section.

float BnG.TrackData.Section.Width

(

Vector3

worldPos

)

[inline]

Returns the width of this section, using a world position to determine the side to return the width on.

Parameters:

worldPos

Returns:

float BnG.TrackData.Section.Width

(

)

[inline]

Returns the median width of the section.

Returns:

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Member Data Documentation

bool BnG.TrackData.Section.AiAlwaysWallAvoid

if true then the AI will always wall avoid, even if there isn't a wall present.

bool BnG.TrackData.Section.AiIgnoreJunction

If true then AI will ignore a junction.

bool BnG.TrackData.Section.AllowOutOfBounds

If true then the ship will not simulate out of bounds collisions for this section.

float BnG.TrackData.Section.DistanceToAiOverride = -1

The cached distance to this sections ai override.

float BnG.TrackData.Section.DistanceToJunction = -1

The cached distance to this sections junctions (if there is one).

float BnG.TrackData.Section.DistanceToNext = -1

The cached distance to this sections next reference.

float BnG.TrackData.Section.DistanceToReverseJunction = -1

The cached distance to this sections reverse junction (if there is one).

float BnG.TrackData.Section.FlatDistanceToJunction = -1

The flat cached distance to this sections junction (if there is one, with no y component).

float BnG.TrackData.Section.FlatDistanceToNext = -1

The flat cached distance to this sections next reference. (no Y component)

float BnG.TrackData.Section.FlatDistanceToReverseJunction = 1

The flat cached distance to this sections reverse junction (if there is one, with no y component).

bool BnG.TrackData.Section.ForTeleporter

If true then AI will lock their target look ahead to this section.

int BnG.TrackData.Section.IndexOf

The index of this section in the track data section list.

Section BnG.TrackData.Section.JunctionExit

Sections that are interconnected to this section.

int BnG.TrackData.Section.JunctionPointer = -1

The index of any junction data in TrackData.Instance that this section is connected too. Defaults to -1 (nothing).

Vector2 BnG.TrackData.Section.LeftDimension

The dimension of the track on the left hand side of this section.

float BnG.TrackData.Section.LeftFloorWidth

Width of the floor on the left hand side of the track.

float BnG.TrackData.Section.LockOnToDistance = 2.0f

How far away the LockOnUntilCLose will work to.

bool BnG.TrackData.Section.LockOntoUntilClose

If true then the AI will lock onto this section until they are close enough to it.

bool BnG.TrackData.Section.NoHoverPositionCorrection

If true then the hover position correction used for the hover origin will not be used.

bool BnG.TrackData.Section.NoMaglockSounds

If true then this section will not make any maglock sounds.

bool BnG.TrackData.Section.NoTiltLock

If true then ships in 2159 won't lock their tilt when over this section.

bool BnG.TrackData.Section.ResetFlyBackwards

If true then the AI fly backwards state will be reset to false.

Vector2 BnG.TrackData.Section.RightDimension

The dimension of the track on the right hand side of this section.

float BnG.TrackData.Section.RightFloorWidth

WIdth of the floor on the right hand side of the track.

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Property Documentation

Vector3 BnG.TrackData.Section.Forward [get]

The forward vector for this section.

Vector3 BnG.TrackData.Section.Right [get]

The right vector for this section.

Vector3 BnG.TrackData.Section.Up [get]

The up vector for this section.

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

• A:/Projects/Unity/BallisticNG/Assets/Source/TrackData/Section.cs