Barotrauma.Submarine Class Reference

Inheritance diagram for Barotrauma.Submarine:

Public Member Functions
override string	ToString ()
int	CalculateBasePrice ()
void	AttemptBallastFloraInfection (Identifier identifier, float deltaTime, float probability)
void	MakeWreck ()
bool	CreateWreckAI ()
bool	CreateTurretAI ()
	Creates an AI that operates all the turrets on a sub, same as Thalamus but only operates the turrets.
void	DisableWreckAI ()
Rectangle	GetDockedBorders (bool allowDifferentTeam=true)
	Returns a rect that contains the borders of this sub and all subs docked to it, excluding outposts.
IEnumerable< Submarine >	GetConnectedSubs ()
	Returns a list of all submarines that are connected to this one via docking ports, including this sub.
void	RefreshConnectedSubs ()
Vector2	FindSpawnPos (Vector2 spawnPos, Point? submarineSize=null, float subDockingPortOffset=0.0f, int verticalMoveDir=0)
	Attempt to find a spawn position close to the specified position where the sub doesn't collide with walls/ruins.
void	UpdateTransform (bool interpolate=true)
Rectangle	CalculateDimensions (bool onlyHulls=true)
void	FlipX (List< Submarine > parents=null)
void	EnableFactionSpecificEntities (Identifier factionIdentifier)
bool	LayerExists (Identifier layer)
void	SetLayerEnabled (Identifier layer, bool enabled, bool sendNetworkEvent=false)
void	Update (float deltaTime)
void	ApplyForce (Vector2 force)
void	EnableMaintainPosition ()
void	NeutralizeBallast ()
void	SetPrevTransform (Vector2 position)
void	SetPosition (Vector2 position, List< Submarine > checkd=null, bool forceUndockFromStaticSubmarines=true)
void	Translate (Vector2 amount)
bool	IsConnectedTo (Submarine otherSub)
	Returns true if the sub is same as the other, or connected to it via docking ports.
List< Hull >	GetHulls (bool alsoFromConnectedSubs)
List< Gap >	GetGaps (bool alsoFromConnectedSubs)
List< Item >	GetItems (bool alsoFromConnectedSubs)
List< WayPoint >	GetWaypoints (bool alsoFromConnectedSubs)
List< Structure >	GetWalls (bool alsoFromConnectedSubs)
List< T >	GetEntities< T > (bool includingConnectedSubs, List< T > list)
List<(ItemContainer container, int freeSlots)>	GetCargoContainers ()
IEnumerable< T >	GetEntities< T > (bool includingConnectedSubs, IEnumerable< T > list)
bool	IsEntityFoundOnThisSub (MapEntity entity, bool includingConnectedSubs, bool allowDifferentTeam=false, bool allowDifferentType=false)
	Submarine (SubmarineInfo info, bool showErrorMessages=true, Func< Submarine, List< MapEntity > > loadEntities=null, IdRemap linkedRemap=null)
void	SetCrushDepth (float realWorldCrushDepth)
	Normally crush depth is determined by the crush depths of the walls and upgrades applied on them. This method forces the crush depths of all the walls to the specified value.
bool	CheckFuel ()
void	SaveToXElement (XElement element)
bool	TrySaveAs (string filePath, System.IO.MemoryStream previewImage=null)
override void	Remove ()
void	Dispose ()
void	DisableObstructedWayPoints ()
	Permanently disables obstructed waypoints obstructed by the level.
void	DisableObstructedWayPoints (Submarine otherSub)
	Temporarily disables waypoints obstructed by the other sub.
void	EnableObstructedWaypoints (Submarine otherSub)
	Only affects temporarily disabled waypoints.
void	RefreshOutdoorNodes ()
Item	FindContainerFor (Item item, bool onlyPrimary, bool checkTransferConditions=false, bool allowConnectedSubs=false)
Public Member Functions inherited from Barotrauma.Entity
	Entity (Submarine submarine, ushort id)
void	FreeID ()
	Removes the entity from the entity dictionary and frees up the ID it was using.

Static Public Member Functions
static Vector2	VectorToWorldGrid (Vector2 position, Submarine sub=null, bool round=false)
static Rectangle	AbsRect (Vector2 pos, Vector2 size)
static RectangleF	AbsRectF (Vector2 pos, Vector2 size)
static bool	RectContains (Rectangle rect, Vector2 pos, bool inclusive=false)
static bool	RectsOverlap (Rectangle rect1, Rectangle rect2, bool inclusive=true)
static bool	RectsOverlap (RectangleF rect1, RectangleF rect2, bool inclusive=true)
static Body	PickBody (Vector2 rayStart, Vector2 rayEnd, IEnumerable< Body > ignoredBodies=null, Category? collisionCategory=null, bool ignoreSensors=true, Predicate< Fixture > customPredicate=null, bool allowInsideFixture=false)
static float	LastPickedBodyDist (Body body)
static IEnumerable< Body >	PickBodies (Vector2 rayStart, Vector2 rayEnd, IEnumerable< Body > ignoredBodies=null, Category? collisionCategory=null, bool ignoreSensors=true, Predicate< Fixture > customPredicate=null, bool allowInsideFixture=false)
	Returns a list of physics bodies the ray intersects with, sorted according to distance (the closest body is at the beginning of the list).
static Body	CheckVisibility (Vector2 rayStart, Vector2 rayEnd, bool ignoreLevel=false, bool ignoreSubs=false, bool ignoreSensors=true, bool ignoreDisabledWalls=true, bool ignoreBranches=true, Predicate< Fixture > blocksVisibilityPredicate=null)
	Check visibility between two points (in sim units).
static bool	LayerExistsInAnySub (Identifier layer)
static ? Vector2	CalculateDockOffset (Submarine sub, Submarine dockedSub)
static Submarine	FindClosest (Vector2 worldPosition, bool ignoreOutposts=false, bool ignoreOutsideLevel=true, bool ignoreRespawnShuttle=false, CharacterTeamType? teamType=null)
	Parameters teamType If has value, the sub must match the team type.
static Submarine	FindContainingInLocalCoordinates (Vector2 position, float inflate=500.0f)
	Finds the sub whose borders contain the position. Note that this method uses the "actual" position of the sub outside the level: only use this if the position is in a submarine's local coordinate space!
static Submarine	FindContaining (Vector2 worldPosition, float inflate=500.0f)
	Finds the sub whose world borders contain the position.
static Rectangle	GetBorders (XElement submarineElement)
static Submarine	Load (SubmarineInfo info, bool unloadPrevious, IdRemap linkedRemap=null)
static void	RepositionEntities (Vector2 moveAmount, IEnumerable< MapEntity > entities)
static void	Unload ()
static Vector2	GetRelativeSimPosition (ISpatialEntity from, ISpatialEntity to, Vector2? targetWorldPos=null)
static Vector2	GetRelativeSimPositionFromWorldPosition (Vector2 targetWorldPos, Submarine fromSub, Submarine toSub)
static Vector2	GetRelativeSimPosition (Vector2 targetSimPos, Submarine fromSub, Submarine toSub)
Static Public Member Functions inherited from Barotrauma.Entity
static IReadOnlyCollection< Entity >	GetEntities ()
static int	FindFreeIdBlock (int minBlockSize)
	Finds a contiguous block of free IDs of at least the given size.
static Entity	FindEntityByID (ushort ID)
	Find an entity based on the ID.
static void	RemoveAll ()
static void	DumpIds (int count, string filename)

Public Attributes
CharacterTeamType	TeamID = CharacterTeamType.None
readonly Dictionary< Submarine, DockingPort >	ConnectedDockingPorts
bool	ShowSonarMarker = true
Public Attributes inherited from Barotrauma.Entity
readonly ushort	ID
	Unique, but non-persistent identifier. Stays the same if the entities are created in the exactly same order, but doesn't persist e.g. between the rounds.
readonly string	CreationStackTrace
readonly UInt64	CreationIndex

Static Public Attributes
static readonly Vector2	HiddenSubStartPosition = new Vector2(-50000.0f, 10000.0f)
static bool	LockX
static bool	LockY
static readonly Vector2	GridSize = new Vector2(16.0f, 16.0f)
static readonly Submarine[]	MainSubs = new Submarine[2]
Static Public Attributes inherited from Barotrauma.Entity
const ushort	NullEntityID = 0
const ushort	EntitySpawnerID = ushort.MaxValue
const ushort	RespawnManagerID = ushort.MaxValue - 1
const ushort	DummyID = ushort.MaxValue - 2
const ushort	ReservedIDStart = ushort.MaxValue - 3
const ushort	MaxEntityCount = ushort.MaxValue - 4
static EntitySpawner	Spawner

Protected Member Functions
override ushort	DetermineID (ushort id, Submarine submarine)
Protected Member Functions inherited from Barotrauma.Entity

Properties
SubmarineInfo	Info [get]
Vector2	HiddenSubPosition [get]
ushort	IdOffset [get]
static Submarine	MainSub [get, set]
static IEnumerable< MapEntity >	VisibleEntities [get]
IEnumerable< Submarine >	DockedTo [get]
static Vector2	LastPickedPosition [get]
static float	LastPickedFraction [get]
static Fixture	LastPickedFixture [get]
static Vector2	LastPickedNormal [get]
bool	Loading [get]
bool	GodMode [get, set]
static List< Submarine >	Loaded [get]
SubmarineBody	SubBody [get]
PhysicsBody	PhysicsBody [get]
Rectangle	Borders [get]
	Extents of the solid items/structures (ones with a physics body) and hulls.
Rectangle	VisibleBorders [get]
	Extents of all the visible items/structures/hulls (including ones without a physics body)
override Vector2	Position [get]
override Vector2	WorldPosition [get]
float	RealWorldCrushDepth [get]
float	RealWorldDepth [get]
	How deep down the sub is from the surface of Europa in meters (affected by level type, does not correspond to "actual" coordinate systems)
bool	AtEndExit [get]
bool	AtStartExit [get]
bool	AtEitherExit [get]
new Vector2	DrawPosition [get]
override Vector2	SimPosition [get]
Vector2	Velocity [get, set]
List< Vector2 >	HullVertices [get]
int	SubmarineSpecificIDTag [get]
bool	AtDamageDepth [get]
IReadOnlyList< WayPoint >	ExitPoints [get]
bool	ImmuneToBallastFlora [get, set]
WreckAI	WreckAI [get]
SubmarineTurretAI	TurretAI [get]
bool	FlippedX [get]
static bool	Unloading [get]
Properties inherited from Barotrauma.Entity
static int	EntityCount [get]
bool	Removed [get]
bool	IdFreed [get]
virtual Vector2	SimPosition [get]
virtual Vector2	Position [get]
virtual Vector2	WorldPosition [get]
virtual Vector2	DrawPosition [get]
Submarine	Submarine [get, set]
AITarget	AiTarget [get]
bool	InDetectable [get, set]
	Indetectable characters can't be spotted by AIs and aren't visible on the sonar or health scanner.
double	SpawnTime [get]
string	ErrorLine [get]
Properties inherited from Barotrauma.ISpatialEntity

Additional Inherited Members
Protected Attributes inherited from Barotrauma.Entity
AITarget	aiTarget

Constructor & Destructor Documentation

Submarine()

Barotrauma.Submarine.Submarine	(	SubmarineInfo	info,
		bool	showErrorMessages = true,
		Func< Submarine, List< MapEntity > >	loadEntities = null,
		IdRemap	linkedRemap = null )

Member Function Documentation

AbsRect()

static Rectangle Barotrauma.Submarine.AbsRect ( Vector2 pos, Vector2 size )

static

AbsRectF()

static RectangleF Barotrauma.Submarine.AbsRectF ( Vector2 pos, Vector2 size )

static

ApplyForce()

void Barotrauma.Submarine.ApplyForce

(

Vector2

force

)

AttemptBallastFloraInfection()

void Barotrauma.Submarine.AttemptBallastFloraInfection	(	Identifier	identifier,
		float	deltaTime,
		float	probability )

CalculateBasePrice()

int Barotrauma.Submarine.CalculateBasePrice

(

)

CalculateDimensions()

Rectangle Barotrauma.Submarine.CalculateDimensions

(

bool

onlyHulls = true

)

CalculateDockOffset()

static ? Vector2 Barotrauma.Submarine.CalculateDockOffset ( Submarine sub, Submarine dockedSub )

static

CheckFuel()

bool Barotrauma.Submarine.CheckFuel

(

)

CheckVisibility()

static Body Barotrauma.Submarine.CheckVisibility ( Vector2 rayStart, Vector2 rayEnd, bool ignoreLevel = false, bool ignoreSubs = false, bool ignoreSensors = true, bool ignoreDisabledWalls = true, bool ignoreBranches = true, Predicate< Fixture > blocksVisibilityPredicate = null )

static

Check visibility between two points (in sim units).

Parameters

ignoreBranches	Should plants' branches be ignored?
blocksVisibilityPredicate	If the predicate returns false, the fixture is ignored even if it would normally block visibility.

Returns

A physics body that was between the points (or null)

CreateTurretAI()

bool Barotrauma.Submarine.CreateTurretAI

(

)

Creates an AI that operates all the turrets on a sub, same as Thalamus but only operates the turrets.

CreateWreckAI()

bool Barotrauma.Submarine.CreateWreckAI

(

)

DetermineID()

override ushort Barotrauma.Submarine.DetermineID ( ushort id, Submarine submarine )

protectedvirtual

Reimplemented from Barotrauma.Entity.

DisableObstructedWayPoints() [1/2]

void Barotrauma.Submarine.DisableObstructedWayPoints

(

)

Permanently disables obstructed waypoints obstructed by the level.

DisableObstructedWayPoints() [2/2]

void Barotrauma.Submarine.DisableObstructedWayPoints

(

Submarine

otherSub

)

Temporarily disables waypoints obstructed by the other sub.

DisableWreckAI()

void Barotrauma.Submarine.DisableWreckAI

(

)

Dispose()

void Barotrauma.Submarine.Dispose

(

)

EnableFactionSpecificEntities()

void Barotrauma.Submarine.EnableFactionSpecificEntities

(

Identifier

factionIdentifier

)

EnableMaintainPosition()

void Barotrauma.Submarine.EnableMaintainPosition

(

)

EnableObstructedWaypoints()

void Barotrauma.Submarine.EnableObstructedWaypoints

(

Submarine

otherSub

)

Only affects temporarily disabled waypoints.

FindClosest()

static Submarine Barotrauma.Submarine.FindClosest ( Vector2 worldPosition, bool ignoreOutposts = false, bool ignoreOutsideLevel = true, bool ignoreRespawnShuttle = false, CharacterTeamType? teamType = null )

static

Parameters

teamType

If has value, the sub must match the team type.

FindContainerFor()

Item Barotrauma.Submarine.FindContainerFor	(	Item	item,
		bool	onlyPrimary,
		bool	checkTransferConditions = false,
		bool	allowConnectedSubs = false )

FindContaining()

static Submarine Barotrauma.Submarine.FindContaining ( Vector2 worldPosition, float inflate = 500::0f )

static

Finds the sub whose world borders contain the position.

FindContainingInLocalCoordinates()

static Submarine Barotrauma.Submarine.FindContainingInLocalCoordinates ( Vector2 position, float inflate = 500::0f )

static

Finds the sub whose borders contain the position. Note that this method uses the "actual" position of the sub outside the level: only use this if the position is in a submarine's local coordinate space!

FindSpawnPos()

Vector2 Barotrauma.Submarine.FindSpawnPos	(	Vector2	spawnPos,
		Point?	submarineSize = null,
		float	subDockingPortOffset = 0::0f,
		int	verticalMoveDir = 0 )

Attempt to find a spawn position close to the specified position where the sub doesn't collide with walls/ruins.

FlipX()

void Barotrauma.Submarine.FlipX

(

List< Submarine >

parents = null

)

GetBorders()

static Rectangle Barotrauma.Submarine.GetBorders ( XElement submarineElement )

static

GetCargoContainers()

List<(ItemContainer container, int freeSlots)> Barotrauma.Submarine.GetCargoContainers

(

)

GetConnectedSubs()

IEnumerable< Submarine > Barotrauma.Submarine.GetConnectedSubs

(

)

Returns a list of all submarines that are connected to this one via docking ports, including this sub.

GetDockedBorders()

Rectangle Barotrauma.Submarine.GetDockedBorders

(

bool

allowDifferentTeam = true

)

Returns a rect that contains the borders of this sub and all subs docked to it, excluding outposts.

GetEntities< T >() [1/2]

IEnumerable< T > Barotrauma.Submarine.GetEntities< T >	(	bool	includingConnectedSubs,
		IEnumerable< T >	list )

Type Constraints

T

:

MapEntity

GetEntities< T >() [2/2]

List< T > Barotrauma.Submarine.GetEntities< T >	(	bool	includingConnectedSubs,
		List< T >	list )

Type Constraints

T

:

MapEntity

GetGaps()

List< Gap > Barotrauma.Submarine.GetGaps

(

bool

alsoFromConnectedSubs

)

GetHulls()

List< Hull > Barotrauma.Submarine.GetHulls

(

bool

alsoFromConnectedSubs

)

GetItems()

List< Item > Barotrauma.Submarine.GetItems

(

bool

alsoFromConnectedSubs

)

GetRelativeSimPosition() [1/2]

static Vector2 Barotrauma.Submarine.GetRelativeSimPosition ( ISpatialEntity from, ISpatialEntity to, Vector2? targetWorldPos = null )

static

GetRelativeSimPosition() [2/2]

static Vector2 Barotrauma.Submarine.GetRelativeSimPosition ( Vector2 targetSimPos, Submarine fromSub, Submarine toSub )

static

GetRelativeSimPositionFromWorldPosition()

static Vector2 Barotrauma.Submarine.GetRelativeSimPositionFromWorldPosition ( Vector2 targetWorldPos, Submarine fromSub, Submarine toSub )

static

GetWalls()

List< Structure > Barotrauma.Submarine.GetWalls

(

bool

alsoFromConnectedSubs

)

GetWaypoints()

List< WayPoint > Barotrauma.Submarine.GetWaypoints

(

bool

alsoFromConnectedSubs

)

IsConnectedTo()

bool Barotrauma.Submarine.IsConnectedTo

(

Submarine

otherSub

)

Returns true if the sub is same as the other, or connected to it via docking ports.

IsEntityFoundOnThisSub()

bool Barotrauma.Submarine.IsEntityFoundOnThisSub	(	MapEntity	entity,
		bool	includingConnectedSubs,
		bool	allowDifferentTeam = false,
		bool	allowDifferentType = false )

LastPickedBodyDist()

static float Barotrauma.Submarine.LastPickedBodyDist ( Body body )

static

LayerExists()

bool Barotrauma.Submarine.LayerExists

(

Identifier

layer

)

LayerExistsInAnySub()

static bool Barotrauma.Submarine.LayerExistsInAnySub ( Identifier layer )

static

Load()

static Submarine Barotrauma.Submarine.Load ( SubmarineInfo info, bool unloadPrevious, IdRemap linkedRemap = null )

static

MakeWreck()

void Barotrauma.Submarine.MakeWreck

(

)

NeutralizeBallast()

void Barotrauma.Submarine.NeutralizeBallast

(

)

PickBodies()

static IEnumerable< Body > Barotrauma.Submarine.PickBodies ( Vector2 rayStart, Vector2 rayEnd, IEnumerable< Body > ignoredBodies = null, Category? collisionCategory = null, bool ignoreSensors = true, Predicate< Fixture > customPredicate = null, bool allowInsideFixture = false )

static

Returns a list of physics bodies the ray intersects with, sorted according to distance (the closest body is at the beginning of the list).

Parameters

customPredicate	Can be used to filter the bodies based on some condition. If the predicate returns false, the body isignored.
allowInsideFixture	Should fixtures that the start of the ray is inside be returned

PickBody()

static Body Barotrauma.Submarine.PickBody ( Vector2 rayStart, Vector2 rayEnd, IEnumerable< Body > ignoredBodies = null, Category? collisionCategory = null, bool ignoreSensors = true, Predicate< Fixture > customPredicate = null, bool allowInsideFixture = false )

static

RectContains()

static bool Barotrauma.Submarine.RectContains ( Rectangle rect, Vector2 pos, bool inclusive = false )

static

RectsOverlap() [1/2]

static bool Barotrauma.Submarine.RectsOverlap ( Rectangle rect1, Rectangle rect2, bool inclusive = true )

static

RectsOverlap() [2/2]

static bool Barotrauma.Submarine.RectsOverlap ( RectangleF rect1, RectangleF rect2, bool inclusive = true )

static

RefreshConnectedSubs()

void Barotrauma.Submarine.RefreshConnectedSubs

(

)

RefreshOutdoorNodes()

void Barotrauma.Submarine.RefreshOutdoorNodes

(

)

Remove()

override void Barotrauma.Submarine.Remove ( )

virtual

Reimplemented from Barotrauma.Entity.

RepositionEntities()

static void Barotrauma.Submarine.RepositionEntities ( Vector2 moveAmount, IEnumerable< MapEntity > entities )

static

SaveToXElement()

void Barotrauma.Submarine.SaveToXElement

(

XElement

element

)

SetCrushDepth()

void Barotrauma.Submarine.SetCrushDepth

(

float

realWorldCrushDepth

)

Normally crush depth is determined by the crush depths of the walls and upgrades applied on them. This method forces the crush depths of all the walls to the specified value.

Parameters

realWorldCrushDepth

Depth in "real world" units (meters from the surface of Europa, the value you see on the nav terminal).

SetLayerEnabled()

void Barotrauma.Submarine.SetLayerEnabled	(	Identifier	layer,
		bool	enabled,
		bool	sendNetworkEvent = false )

SetPosition()

void Barotrauma.Submarine.SetPosition	(	Vector2	position,
		List< Submarine >	checkd = null,
		bool	forceUndockFromStaticSubmarines = true )

SetPrevTransform()

void Barotrauma.Submarine.SetPrevTransform

(

Vector2

position

)

ToString()

override string Barotrauma.Submarine.ToString

(

)

Translate()

void Barotrauma.Submarine.Translate

(

Vector2

amount

)

TrySaveAs()

bool Barotrauma.Submarine.TrySaveAs	(	string	filePath,
		System.IO.MemoryStream	previewImage = null )

Unload()

static void Barotrauma.Submarine.Unload ( )

static

Update()

void Barotrauma.Submarine.Update

(

float

deltaTime

)

UpdateTransform()

void Barotrauma.Submarine.UpdateTransform

(

bool

interpolate = true

)

VectorToWorldGrid()

static Vector2 Barotrauma.Submarine.VectorToWorldGrid ( Vector2 position, Submarine sub = null, bool round = false )

static

Member Data Documentation

ConnectedDockingPorts

readonly Dictionary<Submarine, DockingPort> Barotrauma.Submarine.ConnectedDockingPorts

GridSize

readonly Vector2 Barotrauma.Submarine.GridSize = new Vector2(16.0f, 16.0f)

static

HiddenSubStartPosition

readonly Vector2 Barotrauma.Submarine.HiddenSubStartPosition = new Vector2(-50000.0f, 10000.0f)

static

LockX

bool Barotrauma.Submarine.LockX

static

LockY

bool Barotrauma.Submarine.LockY

static

MainSubs

readonly Submarine [] Barotrauma.Submarine.MainSubs = new Submarine[2]

static

ShowSonarMarker

bool Barotrauma.Submarine.ShowSonarMarker = true

TeamID

CharacterTeamType Barotrauma.Submarine.TeamID = CharacterTeamType.None

Property Documentation

AtDamageDepth

bool Barotrauma.Submarine.AtDamageDepth

get

AtEitherExit

bool Barotrauma.Submarine.AtEitherExit

get

AtEndExit

bool Barotrauma.Submarine.AtEndExit

get

AtStartExit

bool Barotrauma.Submarine.AtStartExit

get

Borders

Rectangle Barotrauma.Submarine.Borders

get

Extents of the solid items/structures (ones with a physics body) and hulls.

DockedTo

IEnumerable<Submarine> Barotrauma.Submarine.DockedTo

get

DrawPosition

new Vector2 Barotrauma.Submarine.DrawPosition

get

ExitPoints

IReadOnlyList<WayPoint> Barotrauma.Submarine.ExitPoints

get

FlippedX

bool Barotrauma.Submarine.FlippedX

get

GodMode

bool Barotrauma.Submarine.GodMode

getset

HiddenSubPosition

Vector2 Barotrauma.Submarine.HiddenSubPosition

get

HullVertices

List<Vector2> Barotrauma.Submarine.HullVertices

get

IdOffset

ushort Barotrauma.Submarine.IdOffset

get

ImmuneToBallastFlora

bool Barotrauma.Submarine.ImmuneToBallastFlora

getset

Info

SubmarineInfo Barotrauma.Submarine.Info

get

LastPickedFixture

Fixture Barotrauma.Submarine.LastPickedFixture

staticget

LastPickedFraction

float Barotrauma.Submarine.LastPickedFraction

staticget

LastPickedNormal

Vector2 Barotrauma.Submarine.LastPickedNormal

staticget

LastPickedPosition

Vector2 Barotrauma.Submarine.LastPickedPosition

staticget

Loaded

List<Submarine> Barotrauma.Submarine.Loaded

staticget

Loading

bool Barotrauma.Submarine.Loading

get

MainSub

Submarine Barotrauma.Submarine.MainSub

staticgetset

PhysicsBody

PhysicsBody Barotrauma.Submarine.PhysicsBody

get

Position

override Vector2 Barotrauma.Submarine.Position

get

Implements Barotrauma.ISpatialEntity.

RealWorldCrushDepth

float Barotrauma.Submarine.RealWorldCrushDepth

get

RealWorldDepth

float Barotrauma.Submarine.RealWorldDepth

get

How deep down the sub is from the surface of Europa in meters (affected by level type, does not correspond to "actual" coordinate systems)

SimPosition

override Vector2 Barotrauma.Submarine.SimPosition

get

Implements Barotrauma.ISpatialEntity.

SubBody

SubmarineBody Barotrauma.Submarine.SubBody

get

SubmarineSpecificIDTag

int Barotrauma.Submarine.SubmarineSpecificIDTag

get

TurretAI

SubmarineTurretAI Barotrauma.Submarine.TurretAI

get

Unloading

bool Barotrauma.Submarine.Unloading

staticget

Velocity

Vector2 Barotrauma.Submarine.Velocity

getset

VisibleBorders

Rectangle Barotrauma.Submarine.VisibleBorders

get

Extents of all the visible items/structures/hulls (including ones without a physics body)

VisibleEntities

IEnumerable<MapEntity> Barotrauma.Submarine.VisibleEntities

staticget

WorldPosition

override Vector2 Barotrauma.Submarine.WorldPosition

get

Implements Barotrauma.ISpatialEntity.

WreckAI

WreckAI Barotrauma.Submarine.WreckAI

get

---

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

• /home/runner/work/Luatrauma.Docs/Luatrauma.Docs/libs/LuaCsForBarotrauma/Barotrauma/BarotraumaShared/SharedSource/Map/Submarine.cs