---Module: Core

-- @module Core

---

-- Create a target object

function AITarget()

end

---

-- base = Basename(fullPath,stripExtension?) -- return the last component of a path

function Basename(fullPath, stripExtension?)

end

---

-- Begin logging stats

function BeginLoggingStats()

end

---

--

function BlueprintLoaderUpdateProgress()

end

---

-- create an empty prefetch set

function CreatePrefetchSet()

end

---

-- thread=CurrentThread() -- get a handle to the running thread for later use with ResumeThread() or KillThread()

function CurrentThread()

end

---

-- base = Dirname(fullPath) -- return a path with trailing filename removed

function Dirname(fullPath)

end

---

-- files = DiskFindFiles(directory, pattern)returns a list of files in a directory

function DiskFindFiles(directory, pattern)

end

---

-- info = DiskGetFileInfo(filename)returns a table describing the given file, or false if the file doesn't exist.

function DiskGetFileInfo(filename)

end

---

-- localPath = DiskToLocal(SysOrLocalPath)Converts a system path to a local path. Leaves path alone if already local.

function DiskToLocal(SysOrLocalPath)

end

---

-- EndLoggingStats(bool exit) - End logging stats and optionally exit app

function EndLoggingStats(bool exit)

end

---

-- Test for an empty category

function EntityCategoryEmpty()

end

---

-- Get a list of units blueprint names from a category

function EntityCategoryGetUnitList()

end

---

-- table EnumColorNames() - returns a table containing strings of all the color names

function EnumColorNames()

end

---

-- quaternion EulerToQuaternion(float roll, float pitch, float yaw) - converts euler angles to a quaternion

function EulerToQuaternion(float roll, float pitch, float yaw)

end

---

-- path = FileCollapsePath(fullPath) -- collapse out any intermediate /./ or /../ directory names from a path

function FileCollapsePath(fullPath)

end

---

-- thread = ForkThread(function, ...)Spawns a new thread running the given function with the given args.

function ForkThread(function, ...)

end

---

-- cue,bank = GetCueBank(params)

function GetCueBank(params)

end

---

-- GetMovieDuration(localFileName)

function GetMovieDuration(localFileName)

end

---

-- GetVersion() -> string

function GetVersion()

end

---

-- Has the c++ object been destroyed?

function IsDestroyed()

end

---

-- KillThread(thread) -- destroy a thread started with ForkThread()

function KillThread(thread)

end

--- Print a log message

-- @param TextOne Log message

-- @param TextTwo Optional text

-- Output: "INFO: TextOne\000TextTwo"

function LOG('TextOne','TextTwo')

end

---

-- Round a number to the nearest integer

function MATH_IRound()

end

---

-- MATH_Lerp(s, a, b) or MATH_Lerp(s, sMin, sMax, a, b) -> number -- linear interpolation from a (at s=0 or s=sMin) to b (at s=1 or s=sMax)

function MATH_Lerp(s, a, b)

end

---

-- quaternion MinLerp(float alpha, quaternion L, quaternion R) - returns minimal lerp between L and R

function MinLerp(float alpha, quaternion L, quaternion R)

end

---

-- quaternion MinSlerp(float alpha, quaternion L, quaternion R) - returns minimal slerp between L and R

function MinSlerp(float alpha, quaternion L, quaternion R)

end

---

-- quaternion OrientFromDir(vector)

function OrientFromDir(vector)

end

---

-- Create a point vector(px,py,pz, vx,vy,vz)

function PointVector()

end

---

-- RPCSound({cue,bank,cutoff}) - Make a sound parameters object

function RPCSound({cue, bank, cutoff})

end

---

-- Create a 2d Rectangle (x0,y0,x1,y1)

function Rect()

end

---

-- BeamBlueprint { spec } - define a beam effect

function RegisterBeamBlueprint()

end

---

-- EmitterBlueprint { spec } - define a particle emitter

function RegisterEmitterBlueprint()

end

---

-- MeshBlueprint { spec } - define mesh properties

function RegisterMeshBlueprint()

end

---

-- ProjectileBlueprint { spec } - define a type of projectile

function RegisterProjectileBlueprint()

end

---

-- PropBlueprint { spec } - define a type of prop

function RegisterPropBlueprint()

end

---

-- TrailEmitterBlueprint { spec } - define a polytrail emitter

function RegisterTrailEmitterBlueprint()

end

---

-- UnitBlueprint { spec } - define a type of unit

function RegisterUnitBlueprint()

end

---

-- ResumeThread(thread) -- resume a thread that had been suspended with SuspendCurrentThread(). Does nothing if the thread wasn't suspended.

function ResumeThread(thread)

end

--- Print a debug message

-- @param TextOne Debug message

-- @param TextTwo Optional text

-- Output: "DEBUG: TextOne\000TextTwo"

function SPEW('TextOne','TextTwo')

end

---

-- table STR_GetTokens(string,delimiter)

function STR_GetTokens(string, delimiter)

end

---

-- int STR_Utf8Len(string) - return the number of characters in a UTF-8 string

function STR_Utf8Len(string)

end

---

-- string STR_Utf8SubString(string, start, count) - return a substring from start to count

function STR_Utf8SubString(string, start, count)

end

---

-- string STR_itox(int) - converts an integer into a hexidecimal string

function STR_itox(int)

end

---

-- int STR_xtoi(string) - converts a hexidecimal string to an integer

function STR_xtoi(string)

end

---

-- SecondsPerTick() - Return how many seconds in a tick

function SecondsPerTick()

end

---

-- Sound({cue,bank,cutoff}) - Make a sound parameters object

function Sound({cue, bank, cutoff})

end

---

-- SpecFootprints { spec } -- define the footprint types for pathfinding

function SpecFootprints()

end

---

-- SuspendCurrentThread() -- suspend this thread indefinitely. Some external event must eventually call ResumeThread() to resume it.

function SuspendCurrentThread()

end

---

-- Trace(true) -- turns on debug tracingTrace(false) -- turns it off again

function Trace(true)

end

---

-- Addition of two vectors

function VAdd()

end

---

-- Difference of two vectors

function VDiff()

end

---

-- Distance between two 2d points (x1,y1,x2,y2)

function VDist2()

end

---

-- Square of Distance between two 2d points (x1,y1,x2,y2)

function VDist2Sq()

end

---

-- Distance between two 3d points (v1,v2)

function VDist3()

end

---

-- Square of Distance between two 3d points (v1,v2)

function VDist3Sq()

end

---

-- Dot product of two vectors

function VDot()

end

---

-- Multiplication of vector with scalar

function VMult()

end

---

-- Perp dot product of two vectors

function VPerpDot()

end

---

-- Create a vector (x,y,z)

function Vector()

end

---

-- Create a vector (x,y)

function Vector2()

end

--- Print a warning message

-- @param TextOne Warning message

-- @param TextTwo Optional text

-- Output: "WARNING: TextOne\000TextTwo"

function WARN('TextOne','TextTwo')

end

---

-- WaitFor(event) -- suspend this thread until the event is set

function WaitFor(event)

end

---

-- doscript(script, [env]) -- run another script. The environment table, if given, will be used for the script's global variables.

function doscript(script, [env])

end

---

-- exists(name) -> bool -- returns true if the given resource file exists

function exists(name)

end