|Framework:	MOSS
|Game:	Driver: Parallel Lines
|By: BuilderDemo7

# FUNCTION TEXT FORMAT
# most of them are similiar with C++ header format, so if you're familiar with that you already understand them.
# 	multiple return values:
#		<return_type1>: <return_name1>, <return_type2>: <return_name2>, <return_type3>: <return_name3>, ... MyFunc(<parameter1>)
#		Example -- int: value1, bool: value2, float: value3 MyFunction(bool ok, int aInteger, float aBoolean)
# 	single return values:
#		<return_type1>: <return_name1>, <return_type2>: <return_name2>, <return_type3>: <return_name3>, ... MyFunc(<parameter1>)
#		Example -- int MyFunction(bool ok, int aInteger, float aBoolean)

# please check "enum_list.txt" file for checking the constants/enumerations

// Events

# should be defined as 
# function <event name>(<parameters if there are any>)
# e.g. -> function step() end

void start() # called everytime the loading screen is finished and that the player is ready to move
void shutdown() # called everytime the simulation is shutting down completely (even in restarts), WARNING: not called in mission checkpoints / mini-games!

void step() # called every frame the game updates when unpaused
void post_step() # called after step(), usually in the same frame but in a different position

void draw_mission() # called every frame the mission is about to be drawn
void draw_targets() # called every frame the target manager is drawn (e.g. objective icons/markers, etc.)

// Global

# Mission Functions

Character GetPlayerCharacter()
Character_Actor GetPlayerActor()
void ClearMessages() # clear mission comments
void ShowMissionComment(float duration, string message)
void EndAllLifeEvents() # exclude all missions!
void LaunchVEdit() # launches the garage menu

{ Vehicle } GetVehicleInstances() # NOTE: not the same as GetLifeInstances() and not much controllable as Vehicle_LifeInstance or Vehicle_Actor
{ Character } GetCharacterInstances([ int role = -1) # NOTE: if role is equal to -1 it will get characters from all roles (including player as first of the list, not the same as GetLifeInstances() and not much controllable as Character_LifeInstance or Character_Actor

void SetSpoolCentre(float x, float z) # useful for defining area to be loaded around for the city, vehicles, etc.

float GetWorldTime()
void SetWorldTime(float newHour)

void ParkVehicle(Vehicle vehicle)

{ string } GetPlaylistFileNames()
{ int } GetPlaylistOrder()

void SetVehicleDensity(float density, [ AIManagerVehicleTypeEnum vehicleDensityType = -1)

Viewport GetGameViewport()
Viewport GetOverheadMapViewport()

Vector GetClosestCharacterSnapLocationAt(Vector atPosition, [ float radius = 400.0)
Vector GetNearestAttractorPositionAt(Vector atPosition, int attractorType, [ float radius = 400.0)

int GetModelHandleFromGadget(EGadgetType gadget)

void ScreenFade(string direction["in", "out", "clear"], [ float duration = 0.5, Vector fromColor = Vector.new(0,0,0), Vector toColor = Vector.new(0,0,0), bool fadeAudio = false)

void ToggleHUD(bool status)
void ToggleOverlays(bool status)
void ToggleOverheadMap(bool status)

* W.I.P, this crashes the game
void ToggleOverlayElement(EOverlayID whichOverlay, bool status)
void ToggleOverlayGroup(EOverlayGroup whichGroup, bool status)
void AssignValuesToOverlayElement(EOverlayID whichOverlay, int val1, [ int val2 = 0, int val3 = 0, int val4 = 0)

float GetDeltaTime()

void SetLifeEventStatus(int eventId, int eStatus, [ bool fromStatusControl = false)

void DisableIncidentalSpooling(bool killAll = false)
void EnableIncidentalSpooling()

void AutoSave()

void SetHamsterRandomSeed(int seed)
int GetHamsterRandomSeed()

# HUD

void ActivatePager()
void DrawText(string text, float x, float y, [ EJustify justify = EJustify_Centered, float sx = 1.0, float sy = 1.0, float r = 1.0, float g = 1.0, float b = 1.0, float a = 1.0, float spacing = 0.0, float w = 1.0)

# Object Creation & Destruction

* (Legacy) Vehicle Instance used in first alpha versions
Vehicle CreateVehicleInstance(int model, float x, float y, float z, [ float angle = 0.0)
void DestroyVehicleInstance(Vehicle vehicle)

* Vehicle Actor: Supports actions with characters and more features
Vehicle_Actor CreateVehicle(int model, float x, float y, float z, [ float angle = 0.0, bool startCreated = true, int tintValue = 1, float initialSpeed = 0.0, float initialFelony = 0.0, impactSoftness = 1.0, explosionSoftness = 1.0, bulletSoftness = 1.0, impactFragility = 1.0, bool useRandomTint)
void DestroyVehicle(Vehicle_Actor vehicle)

* Helicopter
Helicopter CreateHelicopter(float x, float y, float z, [ float velx = 0.0, float vely = 0.0, float velz = 0.0, float angle = 0.0, bool isGoonHeli = true, bool destroyable = false, bool isLanded = false, bool helicopterOnlySpline = false)

* Prop
Prop CreateProp(Vector position, EGadgetType gadgetType, [ Quaternion rotation = Quaternion.new(0,0,0,0), bool canbeTargeted = false, bool startCreated = true)

* CameraSelect + Camera
CameraSelect CreateCameraSelect(ECameraSelectType cameraType, LifeActor target, ECameraSelect_VehicleCamType vehiclePosition, [ float duration = 60.0, float zoom = 1.0, float motionBlur = 0.0, float speed = 1.0, float blendTime = 0.0)
Camera CreateCamera(Vector position, [ Quaternion rotation = Quaternion.new(0,0,0,0), LifeActor attachTo = nil, LifeActor lookAt = nil)

* Character Actor
Character_Actor CreateCharacter(int skin, float x, float y, float z, [ float angle = 0.0, bool startCreated = true, EWeapons weapon, float initialHealth = 1.0, float initialFelony = 0.0, Vehicle_Actor initialVehicle = nil, int initialVehicleSeat = 0, float vulnerability = 1.0, bool addToFelonyManager = false, bool doNotUseIdleAnims = false, bool isPlayer = false, bool ignorePlayerRegister = false, bool keepSkin = false, int playerNumber = 0)

* Point_Actor
Point_Actor CreatePoint(Vector position, [ Quaternion rotation = Quaternion(0, 0, 0, 0)) # useful for marking points to be used as a target/objective icon

* TestVolume
TestVolume CreateTestVolume(Vector position, [ Quaternion rotation = Quaternion(0, 0, 0, 0), EPrimitiveType primType = EPrimitiveType_Cylinder, float widthOrRadius = 2.5, float length = 0.0, height = 5.0, LifeActor attachTo = nil)

* AICharacterAttack
AICharacterAttack CreateCharacterAttackAI(LifeActor attackee, [ LifeActor attacker = nil, float accuracy = 1.0)

# Camera Functions

void SetCameraPosition(Vector pos) # doesn't work quite right
Vector GetCameraPosition()
Vector GetCameraForwardVector()
Vector GetCameraRightVector()
Vector GetCameraUpVector()

void ToggleFreeCam(bool status, [ int gamepadId = 0)

# Music / Sounds

void SetMusicTrack(int trackId)
Audio CreateAudio(int bankId, int sampleId, float volume = 1.0, bool vocal = false, LifeActor attachTo = nil)

# Profile Settings

float GetMileometer() # probably needs to be converted in kilometer or miles
int GetMoney()
void SetMoney(int amount)

void SetGameDifficulty(int difficultyLevel) # 0-3 (easiest to hardest)
int GetGameDifficulty()

Era GetEra()

# Life Instances

{ LifeInstance } GetLifeInstances()

# Felony Manager

void SetVehicleFelonyLevel(Vehicle vehicle, float felony, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP) # equivalent to Vehicle:SetFelony(...)
void SetFelonyLevel(Character character, float felony, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP) # equivalent to Character:SetFelony(...)
float GetFelonyLevel(Character character, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
void SetChaseCarMaxChasers(int maxChasers, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
void CreatePatrolHelicopterUnit(float x, float y, float z, [ float angle, AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP) : void CreatePatrolHelicopterUnit(Vector position, [ float angle, AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
void CreatePatrolCharacterOnFoot(float x, float y, float z, [ float angle, AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP) : void CreatePatrolCharacterOnFoot(Vector position, [ float angle, AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
void CreatePatrolVehicleUnit(float x, float y, float z, float angle, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP, bool snapToTerrain = false, bool useSecondaryVehicleType = false) : void CreatePatrolVehicleUnit(Vector position, [ float angle,  AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP,  bool snapToTerrain = false, bool useSecondaryVehicleType = false)

void EnableCops(bool onOff)

void DeleteAllChaseEntities(AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
void AddChaseCarWeaponType(EWeapons weapon, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
void AddChaseCarVehicleType(int vehicleType, bool isSecondaryVehicle, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
void RemoveChaseCarVehicleType(int vehicleType, bool isSecondaryVehicle, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
void AddChaseCarCharacterType(int skinID, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
void RemoveChaseCarCharacterType(int skinID, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
void SetChaseCarPatrolDensity(float density, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)

# Player Functions

bool IsPlayerFreeAiming()
bool HasPlayerShotRecently()
void AddAllWeaponsForPlayer()

void ToggleIGCS(bool status)

# Overhead Map

MapItem AddMapItem(int type, Vector position, float angle) : MapItem AddMapItem(int type, float x, float y, float z, float angle)
{ MapItem } GetMapItems() # all map items are returned except the map marker, player and camera items
bool GetMapMarkerActive()
void SetMapMarkerActive(bool active)
MapItem GetPlayerMapItem()
MapItem GetCameraMapItem()
MapItem GetMapMarkerItem()

# Resource Manager

void SetEntityPriority(SpooledPackageType package, int entityID, ESpoolPriority priority)
void RequestEntity(SpooledPackageType package, int entityID, ESpoolPriority priority) # WARNING: may take a longer time to load, try SetEntityPriority(...) instead

bool IsEntityLoaded(SpooledPackageType package, int entityID)
bool IsEntityPresent(SpooledPackageType package, int entityID)

# Memory Editing
* WARNING: Please check if the address is valid otherwise it will cause the game to crash with access violation.

void memwrite(uint address, string buffer, uint size)
string memread(uint address, uint size)
void mempatch(uint address, intptr_t labelPtr)
void meminject(uint address, intptr_t labelPtr, int type)
intptr_t memalloc(uint size)
void memfree(intptr_t blockPtr)

# Memory Cast
* WARNING: Please check if the address is valid otherwise it will cause the game to crash with access violation.

float castfloat(string buffer, [ int offset = 0)
double castdouble(string buffer, [ int offset = 0)
int castint(string buffer, [ int offset = 0)
uint castuint(string buffer, [ int offset = 0)
short castshort(string buffer, [ int offset = 0)
ushort castushort(string buffer, [ int offset = 0)

# Class Memory Cast
* WARNING: Please check if the address is valid otherwise it will cause the game to crash with access violation.

Character castCharacter(intptr_t address)
Vehicle castVehicle(intptr_t address)
Helicopter castHelicopter(intptr_t address)
MapItem castMapItem(intptr_t address)

# Input

int GetAsyncKeyState(int keycode) # gets key state (Windows messaging)
bool WasKeyPressedOnce(int keycode) # (Windows messaging)
float: value, bool: debounce GetInputInfo(EInputAction action) # gets input directly from the game's input manager

# Misc

Vehicle: vehicle, EVehicleDoor: closestDoor FindClosestVehicleForEntry(Character character, [ bool shyOfPassengers = false, bool willDrive = true, bool checkBack = true)

# Math

float GetDistanceBetweenPoints2D(float x1, float y1, float x2, float y2)
float GetDistanceBetweenPoints3D(float x1, float y1, float z1, float x2, float y2, float z2)

// Classes

# Vector

float Vector.X
float Vector.Y
float Vector.Z
float Vector.Magnitude # read-only
float Vector.MagnitudeSqr # read-only
float Vector.Heading # angle in radians, read-only

Vector Vector.new([ float x = 0, float y = 0, float = z) # local vec = Vector.new()

void Vector:Destroy()
Vector Vector:operator*(Vector a, Vector b) # expression: a * b
Vector Vector:operator+(Vector a, Vector b) # expression: a + b
Vector Vector:operator-(Vector a, Vector b) # expression: a - b

# Quaternion

float Quaternion.X
float Quaternion.Y
float Quaternion.Z
float Quaternion.W

Quaternion Quaternion.new([float x = 0, float y = 0, z = 0, w = 0) # local qua = Quaternion.new()
Quaternion Quaternion.FromEuler(float yaw, float pitch, float roll)

void Quaternion:Destroy()
Vector Quaternion:ToEuler() # returned in degrees, use math.rad() to convert

# Character

void Character:SetPosition(float x, float y, float z) : Character:SetPosition(Vector pos)
Vector Character:GetPosition()
float Character:GetAngle() : float Character:GetHeading() # returned in radians, use math.deg() to convert
void Character:SetAngle(float radAngle) : float Character:SetHeading(float radHeading) # will use radians
intptr_t Character:GetPointer() # CCharacter*
Vehicle Character:GetVehicle()
Vehicle Character:GetEnteringVehicle()
void Character:TeleportIntoVehicle(Vehicle target, int seat)
bool Character:GetCanExitVehicle() 
void Character:SetCanExitVehicle(bool status)
void Character:ForceIdleMode()
void Character:SetFelony(float felony, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP) 
float Character:GetFelony([ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
Vector Character:GetForward() : Vector Character:GetForwardVector()
Vector Character:GetRight() : Vector Character:GetRightVector()
void Character:PlayMissionAnimation(string animationName, [ bool startImmediately = true)
void Character:PlayMissionAnimationByID(int animationId, [ bool startImmediately = true)
void Character:PlayMissionAnimationByHash(int animHash, [ bool startImmediately = true)
void Character:EnterVehicle(Vehicle vehicle, int seat, bool hijack);
void Character:ExitVehicle()
void Character:EjectFromVehicle()
void Character:SetArrested()
void Character:SetHealth(float health) # from 0 to 1, e.g. 0.5, 0.6, etc.
float Character:GetHealth()
void Character:SwapSkin(int newSkin, [ int animTypeFromSkin = newSkin) # animTypeFromSkin = a skin ID to base off the aimation type
void Character:Walk(Vector velocity, [ bool strafe = false, bool scared = false, float w = 1.0)
Character_LifeInstance Character:PromoteToLifeInstance()
void Character:SetModel(int model) : void Character:SetSkin(int skin)
int Character:GetModel() : int Character:GetSkin()
void Character:SetAnimType(int animType) # sort of a walking style, etc.
int Character:GetAnimType()

# Vehicle

void Vehicle:SetPosition(float x, float y, float z) : Vehicle:SetPosition(Vector pos)
Vector Vehicle:GetPosition()
float Vehicle:GetAngle() : float Vehicle:GetHeading() # returned in radians, use math.deg() to convert
void Vehicle:SetAngle(float radAngle) : float Vehicle:SetHeading(float radHeading) # will use radians
intptr_t Vehicle:GetPointer() # CVehicle*
Vector Vehicle:GetForward() : Vector Vehicle:GetForwardVector()
Vector Vehicle:GetRight() : Vector Vehicle:GetRightVector()
void Vehicle:SetVelocity(float x, float y, float z) : Vehicle:SetVelocity(Vector velocity)
Vector Vehicle:GetVelocity()
void Vehicle:SetAngularVelocity(float x, float y, float z, float w) : Vehicle:SetVelocity(Quaternion angularVel)
Quaternion Vehicle:GetAngularVelocity()
void Vehicle:SetRotation(Quaternion rotation)
Quaternion Vehicle:GetRotation()
Character Vehicle:GetDriver()
int Vehicle:GetType() : int Vehicle:GetModel() # Vehicle names are usually in Text/vehnames.txt file
void Vehicle:SendManipulationPacket(float thrust, float steerAngle, [ float burnout = 0, float leanFB = 0, float hornVolume = 0, bool nitro = false, bool handbrake = false, bool brakeIsPressed = false, bool action1 = false)
void Vehicle:Destroy()
void Vehicle:MakeInfiniteMass() : void Vehicle:GiveInfiniteMass()
void Vehicle:MakeStatic()
void Vehicle:MakeDynamic()
float Vehicle:GetNitro() # from 0.0 to 1.0, e.g. 0.1 (10% nitro), 0.5 (50% nitro), etc.
void Vehicle:SetNitro(float amount)
void Vehicle:ResetCustomData()
void Vehicle:AddCustomDataPart(int group, int part)
void Vehicle:SetProperty(int propertyId, number newValue, string type ["float", "int"])
number Vehicle:GetProperty(int propertyId, string type ["float", "int"])
void Vehicle:Damage(float damageLevel, [ ePartSubType part = -1) # part -1 means most of the parts will be damaged
float Vehicle:GetDamage()
void Vehicle:SetDamage(float amount)
void Vehicle:Explode()
void Vehicle:Fix() : void Vehicle:Repair()
void Vehicle:ActivateLamp(ePartSubType lightPart, bool onoff, [ bool forceOverride = false) : void Vehicle:SetLamp(ePartSubType lightPart, bool onoff, [ bool forceOverride = false)
void Vehicle:ActivateSiren(bool onoff)
void Vehicle:SetFelony(float felony, [ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
float Vehicle:GetFelony([ AIFelonySystemPatrolCarTypeEnum patrolType = E_PATROLCARTYPE_COP)
void Vehicle:SetPhysicsPriority(int priority)
int Vehicle:GetPhysicsPriority()
void Vehicle:SetRenderingPriority(int priority)
int Vehicle:GetRenderingPriority()
void Vehicle:SetColor(float r, float g, float b) # color values are a scale from 0.0 to 1.0, e.g. (1.0, 0.0, 0.0 - red)
float: r, float: g, float: b Vehicle:GetColor()
float Vehicle:GetRPM()
int Vehicle:GetGear()

# Vehicle_Actor

void Vehicle_Actor:SetPosition(float x, float y, float z) : Vehicle_Actor:SetPosition(Vector pos)
Vector Vehicle_Actor:GetPosition()
Vehicle Vehicle_Actor:GetInstance()
Vehicle_LifeInstance Vehicle_Actor:GetLifeInstance()
intptr_t Vehicle_Actor:GetPointer() # CLifeActor_Vehicle*
void Vehicle_Actor:Create() : void Vehicle_Actor:Instantiate()
void Vehicle_Actor:Destroy() : void Vehicle_Actor:Delete()
Vector Vehicle_Actor:GetForward() : Vector Vehicle_Actor:GetForwardVector()
Vector Vehicle_Actor:GetRight() : Vector Vehicle_Actor:GetRightVector()
void Vehicle_Actor:AddObjectiveIcon(ObjectiveIconDisplayType displayType, [ ObjVisibility_MinimapAndModel visibility = ObjVisibility_MinimapAndModel, bool displayMinimapArrow = false, bool displayAsCop = false, float additionalHeightOffset = 0.0, int lifeEventType = 0)
void Vehicle_Actor:RemoveObjectiveIcon(ObjectiveIconDisplayType displayType, [ ObjVisibility_MinimapAndModel visibility = ObjVisibility_MinimapAndModel, bool displayMinimapArrow = false, bool displayAsCop = false, float additionalHeightOffset = 0.0, int lifeEventType = 0)
int Vehicle_Actor:hamsterFactoryType()

# Character_Actor

void Character_Actor:SetPosition(float x, float y, float z) : Character_Actor:SetPosition(Vector pos)
Vector Character_Actor:GetPosition()
Character Character_Actor:GetInstance()
Character_LifeInstance Character_Actor:GetLifeInstance()
intptr_t Character_Actor:GetPointer() # CLifeActor_Character*
void Character_Actor:Create() : void Character_Actor:Instantiate()
void Character_Actor:Destroy() : void Character_Actor:Delete()
Vector Character_Actor:GetForward() : Vector Character_Actor:GetForwardVector()
Vector Character_Actor:GetRight() : Vector Character_Actor:GetRightVector()
void Character_Actor:GoWander([ float speed = 30.0, float acceleration = 1.0, float traction = 1.0, float handOfTom = 1.0, bool driveAsCiv = false, int cheatSettings = 1) # NOTE: when driveAsCiv is set to true, the AI will drive just like a civilian, the game will crash if the game doesn't find a suitable road map for the AI (so place it on the road to prevent this crash).
void Character_Actor:StopWander()
void Character_Actor:DriveToTarget(LifeActor target, [ float speed = 30.0, float acceleration = 1.0, float traction = 1.0, float handOfTom = 1.0, bool driveAsCiv = false, bool stopAtTarget = true, bool useHandbrakeToStop = false, int cheatSettings = 1) # NOTE: when driveAsCiv is set to true, the AI will drive just like a civilian, the game will crash if the game doesn't find a suitable road map for the AI (so place it on the road to prevent this crash).
void Character_Actor:StopDrivingToTarget(LifeActor target)
void Character_Actor:ChaseTarget(LifeActor target, [ float speed = 30.0, float acceleration = 1.0, float traction = 1.0, float handOfTom = 1.0, int pursuitMode = 1, bool driveAsCiv = false, bool stopAtTarget = true, bool useHandbrakeToStop = false, int cheatSettings = 1) # NOTE: when driveAsCiv is set to true, the AI will drive just like a civilian, the game will crash if the game doesn't find a suitable road map for the AI (so place it on the road to prevent this crash).
void Character_Actor:StopChasingTarget(LifeActor target)
void Character_Actor:AddObjectiveIcon(ObjectiveIconDisplayType displayType, [ ObjVisibility_MinimapAndModel visibility = ObjVisibility_MinimapAndModel, bool displayMinimapArrow = false, bool displayAsCop = false, float additionalHeightOffset = 0.0, int lifeEventType = 0)
void Character_Actor:RemoveObjectiveIcon(ObjectiveIconDisplayType displayType, [ ObjVisibility_MinimapAndModel visibility = ObjVisibility_MinimapAndModel, bool displayMinimapArrow = false, bool displayAsCop = false, float additionalHeightOffset = 0.0, int lifeEventType = 0)
int Character_Actor:hamsterFactoryType()

# Point_Actor

void Point_Actor:SetPosition(Vector pos)
Vector Point_Actor:GetPosition()
void Point_Actor:SetRotation(Quaternion rotation)
Quaternion Point_Actor:GetRotation()
intptr_t Point_Actor:GetPointer()
void Point_Actor:SetHeading(float heading) : void Point_Actor:SetAngle(float angle) # will use radians
??? Point_Actor:SetHeading(???) : ??? Prop:GetAngle(???) # W.I.P DO NOT USE, will be returned in radians, use math.deg() to convert
??? Point_Actor:SetVelocity(???) # W.I.P DO NOT USE
??? Point_Actor:GetVelocity(???) # W.I.P DO NOT USE
??? Point_Actor:GetForwardVector(???) # W.I.P DO NOT USE
??? Point_Actor:GetRightVector(???) # W.I.P DO NOT USE
int Point_Actor:hamsterFactoryType()
void Point_Actor:AddObjectiveIcon(ObjectiveIconDisplayType displayType, [ ObjVisibility_MinimapAndModel visibility = ObjVisibility_MinimapAndModel, bool displayMinimapArrow = false, bool displayAsCop = false, float additionalHeightOffset = 0.0, int lifeEventType = 0)
void Point_Actor:RemoveObjectiveIcon(ObjectiveIconDisplayType displayType, [ ObjVisibility_MinimapAndModel visibility = ObjVisibility_MinimapAndModel, bool displayMinimapArrow = false, bool displayAsCop = false, float additionalHeightOffset = 0.0, int lifeEventType = 0)

# Vehicle_LifeInstance

Vehicle Vehicle_LifeInstance:GetInstance()
intptr_t Vehicle_LifeInstance:GetPointer() # CLifeInstance_Vehicle*
void Vehicle_LifeInstance:SetMustangHandling(bool on)
void Vehicle_LifeInstance:UnregisterSpoolHandler() # disable ping-out, useful for players or permanent/constant loaded instances
void Vehicle_LifeInstance:SetCreateDamaged(bool createDamaged)
bool Vehicle_LifeInstance:GetCreateDamaged()
void Vehicle_LifeInstance:SetFelony(float felony)
float Vehicle_LifeInstance:GetFelony()
void Vehicle_LifeInstance:SetPosition(Vector position)
Vector Vehicle_LifeInstance:GetPosition()

# Character_LifeInstance

Character Character_LifeInstance:GetInstance()
intptr_t Character_LifeInstance:GetPointer() # CLifeInstance_Character*
void Character_LifeInstance:SetPosition(Vector position)
Vector Character_LifeInstance:GetPosition()
void Character_LifeInstance:UnregisterSpoolHandler() # disable ping-out, useful for players or permanent/constant loaded instances
Character_Actor Character_LifeInstance:PromoteToLifeActor()

# Helicopter

void Helicopter:SetDesiredPosition(Vector pos) : void Helicopter:SetPosition(Vector pos)
bool Helicopter:StepTo(Vector pos, [ float angle = 0, float speed = 25) # angle is in radians, returns true if reached destination otherwise false
Vector Helicopter:GetPostion()
float Helicopter:GetAngle() : float Helicopter:GetHeading() # returned in radians, use math.deg() to convert
void Helicopter:SetAngle(float radAngle) : float Helicopter:SetHeading(float radHeading) # will use radians
Vector Helicopter:GetDesiredPosition()
intptr_t Helicopter:GetPointer() # AIHelicopterClass*
Vector Helicopter:GetForward() : Vector Helicopter:GetForwardVector()
Vector Helicopter:GetRight() : Vector Helicopter:GetRightVector()
void Helicopter:SetVelocity(float x, float y, float z) : Helicopter:SetVelocity(Vector velocity)
Vector Helicopter:GetVelocity()
void Helicopter:SetDamage(float damage)
float Helicopter:GetDamage()
void Helicopter:UpdateMotion() # call this on function step()

# MapItem

void MapItem:SetPosition(Vector pos)
Vector MapItem:GetPosition()
intptr_t MapItem:GetPointer() # SMapItem*
void MapItem:SetHeading(float heading) : void MapItem:SetAngle(float angle) # will use radians
float MapItem:GetHeading() : float MapItem:GetAngle() # returned in radians, use math.deg() to convert
void MapItem:SetType(EMapItem type) 
EMapItem MapItem:GetType()
void MapItem:SetShowArrow(bool status)
bool MapItem:GetShowArrow()

# ObjectiveIcon

ObjectiveIcon ObjectiveIcon.new() # local oicon = ObjectiveIcon.new()

void ObjectiveIcon:SetPosition(Vector pos)
Vector ObjectiveIcon:GetPosition()
intptr_t ObjectiveIcon:GetPointer() # Lua_ObjectiveIcon*
void ObjectiveIcon:SetHeading(float heading) : void ObjectiveIcon:SetAngle(float angle) # will use radians
float ObjectiveIcon:GetHeading() : float ObjectiveIcon:GetAngle() # returned in radians, use math.deg() to convert
void ObjectiveIcon:SetType(int type) 
int ObjectiveIcon:GetType()
void ObjectiveIcon:Draw() # use this in draw_mission() event

# Prop

void Prop:SetPosition(Vector pos)
Vector Prop:GetPosition()
void Prop:SetRotation(Quaternion rotation)
Quaternion Prop:GetRotation()
intptr_t Prop:GetPointer() # CLifeActor_Prop*
void Prop:Create() : void Prop:Instantiate()
void Prop:Destroy() : void Prop:Delete()
int Prop:GetModelHandle()
int Prop:SetModelHandle(int handle)
void Prop:SetHeading(float heading) : void Prop:SetAngle(float angle) # will use radians
??? Prop:SetHeading(???) : ??? Prop:GetAngle(???) # W.I.P DO NOT USE, will be returned in radians, use math.deg() to convert
??? Prop:SetVelocity(???) # W.I.P DO NOT USE
??? Prop:GetVelocity(???) # W.I.P DO NOT USE
??? Prop:GetForwardVector(???) # W.I.P DO NOT USE
??? Prop:GetRightVector(???) # W.I.P DO NOT USE
int Prop:hamsterFactoryType()
void Prop:SetGadgetType(EGadgetType gadget)
void Prop:AddObjectiveIcon(ObjectiveIconDisplayType displayType, [ ObjVisibility_MinimapAndModel visibility = ObjVisibility_MinimapAndModel, bool displayMinimapArrow = false, bool displayAsCop = false, float additionalHeightOffset = 0.0, int lifeEventType = 0)
void Prop:RemoveObjectiveIcon(ObjectiveIconDisplayType displayType, [ ObjVisibility_MinimapAndModel visibility = ObjVisibility_MinimapAndModel, bool displayMinimapArrow = false, bool displayAsCop = false, float additionalHeightOffset = 0.0, int lifeEventType = 0)

# CameraSelect

intptr_t CameraSelect:GetPointer() # CLifeNode_CameraSelect*
void CameraSelect:Activate() : void CameraSelect:Enable()
void CameraSelect:Deactivate() : void CameraSelect:Disable()
LifeActor? CameraSelect:GetTarget() # returns nil if no target is defined
intptr_t CameraSelect:GetTargetPointer()

# Camera

intptr_t Camera:GetPointer() # CLifeActor_Camera*
LifeActor? Camera:GetAttachedActor()
intptr_t Camera:GetAttachedActorPointer()
LifeActor? Camera:GetLookAtActor()
intptr_t Camera:GetLookAtActorPointer()
void Camera:SetPosition(Vector position)
void Camera:SetRotation(Quaternion rotation)
int Camera:hamsterFactoryType()
void Camera:AddObjectiveIcon(ObjectiveIconDisplayType displayType, [ ObjVisibility_MinimapAndModel visibility = ObjVisibility_MinimapAndModel, bool displayMinimapArrow = false, bool displayAsCop = false, float additionalHeightOffset = 0.0, int lifeEventType = 0)
void Camera:RemoveObjectiveIcon(ObjectiveIconDisplayType displayType, [ ObjVisibility_MinimapAndModel visibility = ObjVisibility_MinimapAndModel, bool displayMinimapArrow = false, bool displayAsCop = false, float additionalHeightOffset = 0.0, int lifeEventType = 0)

# Audio

intptr_t Audio:GetPointer() # CLifeNode_PlayAudio*
void Audio:Play() : void Audio:Enable()
void Audio:Stop() : void Audio:Disable()
LifeActor? Audio:GetAttachedActor() # returns nil if not defined
intptr_t Audio:GetAttachedActorPointer()
void Audio:SetBankID(int bankId)
int Audio:GetBankID()
void Audio:SetSampleID(int sampleId)
int Audio:GetSampleID()
void Audio:SetVolume(float volume)
float Audio:GetVolume()

# Viewport

intptr_t Viewport:GetPointer() # CPCViewport*
void Viewport:SetAspectRatio(float aspectRatio)
float Viewport:GetAspectRatio()
void Viewport:SetWidth(float width)
float Viewport:GetWidth()
void Viewport:SetHeight(float height)
float Viewport:GetHeight()
void Viewport:SetWidth(float width)
float Viewport:SetPosition(float fX, float fY) : float Viewport:SetViewportPosition(float fX, float fY)
void Viewport:AddSpriteInstance(int materialId, float x, float y, float sx, float sy, [ int whichSubstance = 0, float topLeftU = 0.0, float topLeftV = 0.0, float bottomRightU = 1.0, float bottomRightV = 1.0, float r = 1.0, float g = 1.0, float b = 1.0, float a = 1.0)
void Viewport:AddStaticInstance(int modelHandle, ELodType modelLOD, Vector rightVec, Vector upVec, Vector forwardVec, Vector position, [ float alpha = 1.0, int whichSubstance = 0, int roomMask = 1, float r = 1.0, float g = 1.0, float b = 1.0)
void Viewport:AddStaticInstance(int modelHandle, ELodType modelLOD, Quaternion rotation, float scale, Vector position, [ float alpha = 1.0, int whichSubstance = 0, int roomMask = 1, float r = 1.0, float g = 1.0, float b = 1.0)

# AICharacterAttack
intptr_t AICharacterAttack:GetPointer() # Life::Node::Character::Attack::Class*
void AICharacterAttack:Activate() : void AICharacterAttack:Enable()
void AICharacterAttack:Deactivate() : void AICharacterAttack:Disable()
LifeActor? AICharacterAttack:GetAttackee()
intptr_t AICharacterAttack:GetAttackeePointer()
LifeActor? AICharacterAttack:GetAttacker()
intptr_t AICharacterAttack:GetAttackerPointer()
void AICharacterAttack:SetAttackee(LifeActor newAttackee)
void AICharacterAttack:SetAttacker(LifeActor newAttacker = nil)